<Template>
  <TemplateInfo>
    <Name>UKMOD Statistics - Default</Name>
    <Title>UKMOD Statistics - Default</Title>
    <Subtitle>Results for [baseSysPretty]</Subtitle>
    <Button>[baseSys]</Button>
    <Description>
      <![CDATA[
        {\rtf1\ansi\ansicpg1252\deff0\nouicompat\deflang2057{\fonttbl{\f0\fswiss\fprq2\fcharset0 Calibri;}{\f1\fnil\fcharset0 Calibri;}}
        {\colortbl ;\red0\green112\blue192;\red0\green0\blue0;}{\*\generator Riched20 10.0.17134}\viewkind4\uc1 \pard\widctlpar\sa200\sl276\slmult1\cf1\b\f0\fs22 UKMOD Statistics - Default\cf2\b0 : this template provides \ul detailed statistics for a single country\ulnone . I\cf0 t shows detailed results by income components and decile groups. Multiple files can be selected in which case results will be shown in separate tabs. \par
        \pard\sa200\sl276\slmult1 The follow-up screen will ask you to \ul select the UKMOD standard output file(s)\ulnone  that you want to include in the analytics. By default, it will show you the files saved in the UKMOD output folder of your current project, but you can change the folder by clicking on the \ldblquote\'85\rdblquote  button.  Multiple files can be selected using Ctrl + Shift.\f1\lang9\par}
      ]]>
    </Description>
    <GeneralDescription>
      <![CDATA[<p style='line-height:1.5'><b><span style='color:#0070C0'>Income concepts: </span></b></p>
        <p style='line-height:1.5'><u>Market/Original incomes</u> are the sum of income from employment and self-employment plus income from other sources. Other sources of market income include income from investment, property, private pensions, private transfers, and income of children younger than 16, minus private transfers paid to other households.</p>
        <p style='line-height:1.5'>All analyses of disposable income are presented on two bases: Before Housing Costs (BHC) and After Housing Costs (AHC).</p>
        <p style='line-height:1.5'><u>Disposable income BHC</u> is the sum of market incomes and benefits (incl. pensions) minus taxes and national insurance contributions.</p>
        <p style='line-height:1.5'><u>Disposable income AHC</u> equals disposable income BHC minus housing costs, where housing costs are from the Households Below Average Income (HBAI) micro-data. Housing costs include: rent (gross of housing benefit); water rates; community water charges and council water charges; mortgage interest payments; structural insurance premiums.</p>
        <p style='line-height:1.5'><u>Equivalised household (benefit unit) disposable income</u> is the total disposable income of the household (benefit unit) divided by the <u>OECD</u> scale (modified OECD scale), rescaled to a couple without children following the HBAI approach. The benefit unit is the nuclear family - the couple (cohabiting or married) or single adult plus any dependent children. For Before Housing Costs income, the equivalence scale attributes a weight of 0.67 to the head of the household/benefit unit, a weight of 0.33 to any other member aged 14 years or over, and a weight of 0.2 to every child aged under 14 years. For After Housing Costs income, the equivalence scale attributes a weight of 0.58 to the head of the household/benefit unit, 0.42 to any other member aged 14 years or over, and a weight of 0.2 for any child aged under 14 years.</p>
        <p style='line-height:1.5'><u>Decile groups</u> are calculated by ranking individuals according to their <u>equivalised</u> household (benefit unit) disposable income – either BHC or AHC – and dividing them into ten similar-sized groups. Some variation in the size of population deciles can arise due to the condition that all income units with the same equivalised income appear in the same decile group.</p>
        <p style='line-height:1.5'>All monetary amounts - except for the fiscal overview - are presented in average weekly amounts and in GBP (i.e. in the currency defined for the UKMOD output file).</p>
        <p style='line-height:1.5'>The unit of analysis is the individual, so the populations and percentages in the tables are numbers and percentages of individuals.</p>
        <p style='line-height:1.5'><b><span style='color:#0070C0'>Poverty indicators:</span></b></p>
        <p style='line-height:1.5'>Households are defined as <u>being at risk of poverty (poor)</u> if their equivalised household disposable income is below the poverty line. <u>The poverty line</u> is defined as 60% of the country specific median equivalised household disposable income in currency per week. The <u>poverty gap</u> is the difference between the poverty line and the median income of people at-risk-of poverty divided by the poverty line. The median income of people at-risk-of poverty is based on equivalised household disposable income per week.</p>
        <p style='line-height:1.5'>NOTE: negative equivalised household disposable incomes are recoded to 0 for all poverty related results.</p>
        <p style='line-height:1.5'><b><span style='color:#0070C0'>Inequality indicators:</span></b></p>
        <p style='line-height:1.5'><u>Gini index</u> measures the distribution of income within a country where 0 means perfect income equality and 1 means perfect income inequality. </p>
        <p style='line-height:1.5'>The <u>S80/20 ratio</u> - also referred to as the income quintile share ratio - is the ratio of the total income received by the 20% of the population with the highest income to that received by the bottom 20%. </p>
        <p style='line-height:1.5'>NOTE: negative incomes are recoded to 0 for results on Gini and S80/20 indicators.</p>
        <p style='line-height:1.5'><b><span style='color:#0070C0'>Definition of age-groups:</span></b></p>
        <p style='margin-bottom:0cm;margin-bottom:.0001pt;'>Sub-population groups are defined as follows:</p>
        <p style='line-height:1.5;margin-top:0cm;margin-right:0cm;margin-bottom:0cm;margin-left:36.0pt;margin-bottom:.0001pt;text-indent:-18.0pt;'><span style='font-family:Symbol'>·    </span><u>Children</u> are defined as being under 16 or under 20 years old and in full-time non-advanced education and not married.</p>
        <p style='line-height:1.5;margin-top:0cm;margin-right:0cm;margin-bottom:0cm;margin-left:36.0pt;margin-bottom:.0001pt;text-indent:-18.0pt;'><span style='font-family:Symbol'>·    </span><u>Elderly</u> are persons aged 65 or older</p>
        <p style='line-height:1.5;margin-top:0cm;margin-right:0cm;margin-bottom:0cm;margin-left:36.0pt;margin-bottom:.0001pt;text-indent:-18.0pt;'><span style='font-family:Symbol'>·    </span><u>Adults</u> are defined as anyone who is not a child and not an elderly (i.e. being aged 16 or above, or 20 or above if full-time non-advanced education and not married, and up to the age of 64)</p>
        <p style='line-height:1.5;margin-top:0cm;margin-right:0cm;margin-bottom:0cm;margin-left:36.0pt;margin-bottom:.0001pt;text-indent:-18.0pt;'><span style='font-family:Symbol'>·    </span>Someone is <u>in work</u> if he/she has income from employment or self-employment </p>
        <p style='margin-bottom:8.0pt;line-height:105%;'>&nbsp;</p>
        <p style='line-height:1.5'><b><span style='color:#0070C0'>The income concepts used throughout and the corresponding UKMOD variables are as follows</span></b></p>
        <p style='line-height:1.5;'><b>Disposable income BHC</b>: ils_dispy = ils_origy + ils_ben – ils_tax – ils_sicdy (ils_sicer not reported as income)</p>
        <p style='line-height:1.5;'><b>Disposable income AHC</b>: il_dispy_ahc = ils_dispy – xhc_hbai</p>
        <p style='line-height:1.5;'><b>Total market income</b>: ils_origy = ils_earns + other sources of market income</p>
        <p style='line-height:1.5;margin-left:12.0pt;'>   Employment and self-employment income: ils_earns = yem + yse</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Employment income: yem</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Self-employment income: yse</p>
        <p style='line-height:1.5;margin-left:12.0pt;'>   Other sources of market income: yiy + yot01 + ypr + ypp + yptot + yptmp - xmp - tpcee_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Investment income: yiy</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Income from odd jobs: yot01</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Property income: ypr</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Personal pension: ypp</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Private transfers (non-taxable): yptot</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Received maintenance payment: yptmp</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Maintenance paid: xmp</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Employee private compulsory pension contributions: tpcee_s</p>
        <p style='line-height:1.5;margin-left:0.0pt;'><b>Government revenue through direct taxes and national insurance contributions</b>: ils_tax + ils_sicdy + ils_sicer</p>
        <p style='line-height:1.5;margin-left:12.0pt;'>   Direct taxes: ils_tax = ils_taxsim + i_bmu_tmu</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Personal income tax: ils_taxsim = tin_s = tin12_s + tin11_s + tin00_s</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Devolved taxes in Scotland: tin12_s</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Devolved taxes in Wales: tin11_s</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Non-devolved taxes: tin00_s = i_tin_rUK_NSND + i_tin_sav + i_tin_div</p>
        <p style='line-height:1.5;margin-left:48.0pt;'>            Non-devolved non-saving non-dividend taxes: i_tin_rUK_NSND</p>
        <p style='line-height:1.5;margin-left:48.0pt;'>            Non-devolved saving income taxes: i_tin_sav</p>
        <p style='line-height:1.5;margin-left:48.0pt;'>            Non-devolved dividend income taxes: i_tin_div</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Council tax: i_bmu_tmu</p>
        <p style='line-height:1.5;margin-left:12.0pt;'>   All national insurance contributions: ils_sicdy + ils_sicer</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      National insurance contributions (personal): ils_sicdy = ils_sicee + ils_sicse + ils_sicot</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Employee national insurance contributions: ils_sicee = tscee_s</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Self-employed national insurance contributions: ils_sicse = tscse_s</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Other national insurance contributions (non-existent in the UK): ils_sicot</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      National insurance contributions (employer): ils_sicer = tscer_s</p>
        <p style='line-height:1.5;'><b>Indirect taxes</b>: il_tco_tall = il_tco_tv + il_tco_ta + il_tco_tt</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>   Ad valorem excise: il_tco_tv</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>   Specific excise: il_tco_ta</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>   Value Added Tax: il_tco_tt</p>
        <p style='line-height:1.5;'><b>Credited national insurance contributions</b>: ils_sicct = tscct_s</p>
        <p style='line-height:1.5;'><b>Government expenditure on benefits and tax credits</b>: ils_ben = ils_benmt + ils_bennt + ils_pen</p>
        <p style='line-height:1.5;margin-left:12.0pt;'>   Means-tested non-pension benefits: ils_benmt = bsauc_s - brduc_s + bunmt_s + bsa_s + bsadi_s + boamt_s + bmu_s + bho_s - brd_s + bwkmt_s + bfamt_s + bmamt_s + bmamt01_s + bmascmt_s + bch_s + bchmt_s + bchmt01_s + bmascmt01_s + bched01_s + bched02_s + bhosc01_s + bsaec_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Universal Credit: bsauc_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Benefit cap (reducing Universal Credit): brduc_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Income-based Jobseeker's Allowance: bunmt_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Income Support not simulated elsewhere: bsa_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Income-related Employment and Support Allowance: bsadi_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Pension Credit: boamt_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Council Tax Benefit/Reduction: bmu_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Housing Benefit: bho_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Benefit cap (reducing Housing Benefit): brd_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Working Tax Credit: bwkmt_s </p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Child Tax Credit: bfamt_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Sure Start Maternity Grant: bmamt_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Healthy Start (food) voucher: bmamt01_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Best Start Grant (Scotland, from 2019): bmascmt_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Child benefit: bch_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Scottish Child Payment (including bridging, from 2020): bchmt_s + bchmt01_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Best Start foods (Scotland, from 2020): bmascmt01_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Free School meals (from 2017): bched01_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      School clothing grant (from 2017): bched02_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Discretionary Housing Payments (Scotland, from 2017): bhosc01_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Cost of Living Payment (selected years): bsaec_s</p>
        <p style='line-height:1.5;margin-left:12.0pt;'>   Non-means-tested non-pension benefits: ils_bennt = simulated non-means-tested non-pension benefits + non-simulated non-means-tested non-pension benefits</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      simulated non-means-tested non-pension benefits: bmact_s + bmanc_s + bpact_s + boaht_s + bunct_s + bchht_s + bcrdicm_s + bwkmcee_s + bwkmcse_s</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Statutory Maternity Pay: bmact_s</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Maternity Allowance: bmanc_s</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Statutory Paternity Pay: bpact_s</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Winter Fuel Allowance: boaht_s</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Contribution-based Jobseeker's Allowance: bunct_s</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Scottish Child Winter Heating Assistance (from 2020): bchht_s</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Scottish Carer's Allowance Supplement (from 2018): bcrdicm_s</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Coronavirus Job Retention Scheme (2020 and 2021 with Covid-19 shocks): bwkmcee_s</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Self-Employment Income Support Scheme (2020 and 2021 with Covid-19 shocks): bwkmcse_s</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      non-simulated non-means-tested non-pension benefits: bedes + bedsl + bdioa + bdisc + bdimb + bdiscwa + bdimbwa + bdict01 + bdict02 + bdiwi + bcrdi + bdisv + bhlwk + buntr + bot</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Student payments: bedes</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Student Loan: bedsl</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Attendance allowance: bdioa</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Disability Living Allowance: bdisc</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Disability Living (mobility) Allowance: bdimb</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Personal Independence Payment living allowance: bdiscwa</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Personal Independence Payment mobility: bdimbwa</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Incapacity Benefit: bdict01</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Contributory Employment and Support Allowance: bdict02</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Industrial injuries pension: bdiwi</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Carer's Allowance: bcrdi</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Severe Disablement Allowance: bdisv</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Statutory Sick Pay: bhlwk</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Training Allowance: buntr</p>
        <p style='line-height:1.5;margin-left:36.0pt;'>         Other non-means-tested benefits: bot</p>
        <p style='line-height:1.5;margin-left:12.0pt;'>   Pensions: ils_pen = boact00 + boactcm + boawr + bsuwd</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Base State pension: boact00</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Second State Pension: boactcm</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      War pension: boawr</p>
        <p style='line-height:1.5;margin-left:24.0pt;'>      Widow's pension: bsuwd</p>
        <p style='line-height:1.5'><span lang=EN>&nbsp;</span></p>
      ]]>
    </GeneralDescription>
    <TemplateType>Default</TemplateType>
    <AdditionalCalculationLevels>
      <AdditionalCalculationLevel>
        <Name>Family</Name>
        <GroupingVar>tu_bu_statsuk_headid</GroupingVar>
      </AdditionalCalculationLevel>
    </AdditionalCalculationLevels>
    <RequiredVariables>
      <RequiredVariable>
        <Name>weight</Name>
        <ReadVar>dwt</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>tu_bu_statsuk_headid</Name>
        <ReadVar>tu_bu_statsuk_headid</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>idhh</Name>
        <ReadVar>idhh</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>idperson</Name>
        <ReadVar>idperson</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>age</Name>
        <ReadVar>dag</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>dgn</Name>
        <ReadVar>dgn</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>dec</Name>
        <ReadVar>dec</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>dms</Name>
        <ReadVar>dms</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>ilsSicEe</Name>
        <ReadVar>ils_sicee</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>ilsSicSe</Name>
        <ReadVar>ils_sicse</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>ilsSicEr</Name>
        <ReadVar>ils_sicer</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>ilsTax</Name>
        <ReadVar>ils_tax</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>ilsBen</Name>
        <ReadVar>ils_ben</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>ilsTaxSim</Name>
        <ReadVar>ils_taxsim</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>ilsBenSim</Name>
        <ReadVar>ils_bensim</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>ilsDispy</Name>
        <ReadVar>ils_dispy</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>ilsDispyAHC</Name>
        <ReadVar>il_dispy_ahc</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>ilsOrigy</Name>
        <ReadVar>ils_origy</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>ilsEarns</Name>
        <ReadVar>ils_earns</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>ilsBenMt</Name>
        <ReadVar>ils_benmt</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>ilsBenNt</Name>
        <ReadVar>ils_bennt</ReadVar>
      </RequiredVariable>
      <RequiredVariable>
        <Name>ilsPen</Name>
        <ReadVar>ils_pen</ReadVar>
      </RequiredVariable>
    </RequiredVariables>
    <OptionalVariables>
      <OptionalVariable>
        <Name>indirectTaxes</Name>
        <ReadVar>il_tco_tall</ReadVar>
        <DefaultValue>0</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>adValoremExcise</Name>
        <ReadVar>il_tco_tv</ReadVar>
        <DefaultValue>0</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>specificExcise</Name>
        <ReadVar>il_tco_ta</ReadVar>
        <DefaultValue>0</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>valueAddedTax</Name>
        <ReadVar>il_tco_tt</ReadVar>
        <DefaultValue>0</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>povLineUKvar</Name>
        <ReadVar>i_ukpovertyline</ReadVar>
        <DefaultValue>-999</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>mtrpc</Name>
        <ReadVar>mtrpc</ReadVar>
        <DefaultValue>-999</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>nrrpc</Name>
        <ReadVar>nrrpc</ReadVar>
        <DefaultValue>-999</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>ptrpc</Name>
        <ReadVar>ptrpc</ReadVar>
        <DefaultValue>-999</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>ilsSicCt</Name>
        <ReadVar>ils_sicct</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>ilsSicOt</Name>
        <ReadVar>ils_sicot</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>ilsB1Bun</Name>
        <ReadVar>ils_b1_bun</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>ilsB2BfaEd</Name>
        <ReadVar>ils_b2_bfaed</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>ilsB2BsaHo</Name>
        <ReadVar>ils_b2_bsaho</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>ilsB2PenHl</Name>
        <ReadVar>ils_b2_penhl</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bwkmt_s</Name>
        <ReadVar>bwkmt_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bfamt_s</Name>
        <ReadVar>bfamt_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bsa_s</Name>
        <ReadVar>bsa_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bsadi_s</Name>
        <ReadVar>bsadi_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>boamt_s</Name>
        <ReadVar>boamt_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bho_s</Name>
        <ReadVar>bho_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bmamt_s</Name>
        <ReadVar>bmamt_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bmamt01_s</Name>
        <ReadVar>bmamt01_s</ReadVar>
        <DefaultValue>0</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bmascmt_s</Name>
        <ReadVar>bmascmt_s</ReadVar>
        <DefaultValue>0</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bmu_s</Name>
        <ReadVar>bmu_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bunmt_s</Name>
        <ReadVar>bunmt_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bsauc_s</Name>
        <ReadVar>bsauc_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>boaht_s</Name>
        <ReadVar>boaht_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bch_s</Name>
        <ReadVar>bch_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bunct_s</Name>
        <ReadVar>bunct_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bchmt_s</Name>
        <ReadVar>bchmt_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bcrdicm_s</Name>
        <ReadVar>bcrdicm_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bedes</Name>
        <ReadVar>bedes</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bedsl</Name>
        <ReadVar>bedsl</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bdioa</Name>
        <ReadVar>bdioa</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bdisc</Name>
        <ReadVar>bdisc</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bdimb</Name>
        <ReadVar>bdimb</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bdiscwa</Name>
        <ReadVar>bdiscwa</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bdimbwa</Name>
        <ReadVar>bdimbwa</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bdict01</Name>
        <ReadVar>bdict01</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bdict02</Name>
        <ReadVar>bdict02</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bdiwi</Name>
        <ReadVar>bdiwi</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bcrdi</Name>
        <ReadVar>bcrdi</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bdisv</Name>
        <ReadVar>bdisv</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bhlwk</Name>
        <ReadVar>bhlwk</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>buntr</Name>
        <ReadVar>buntr</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bmact_s</Name>
        <ReadVar>bmact_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bpact_s</Name>
        <ReadVar>bpact_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bmanc_s</Name>
        <ReadVar>bmanc_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bot</Name>
        <ReadVar>bot</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>boact00</Name>
        <ReadVar>boact00</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>boactcm</Name>
        <ReadVar>boactcm</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>boawr</Name>
        <ReadVar>boawr</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bsuwd</Name>
        <ReadVar>bsuwd</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>tin_s</Name>
        <ReadVar>tin_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>tin00_s</Name>
        <ReadVar>tin00_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>i_tin_rUK_NSND</Name>
        <ReadVar>i_tin_rUK_NSND</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>i_tin_sav</Name>
        <ReadVar>i_tin_sav</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>i_tin_div</Name>
        <ReadVar>i_tin_div</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>tin11_s</Name>
        <ReadVar>tin11_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>tin12_s</Name>
        <ReadVar>tin12_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>i_bmu_tmu</Name>
        <ReadVar>i_bmu_tmu</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>brd_s</Name>
        <ReadVar>brd_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>brduc_s</Name>
        <ReadVar>brduc_s</ReadVar>
      </OptionalVariable>
      <OptionalVariable>
        <Name>PensionAgeMale</Name>
        <ReadVar>$spamale</ReadVar>
        <DefaultValue>65</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>PensionAgeFemale</Name>
        <ReadVar>$spafem</ReadVar>
        <DefaultValue>65</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bchht_s</Name>
        <ReadVar>bchht_s</ReadVar>
        <DefaultValue>0</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bwkmcee_s</Name>
        <ReadVar>bwkmcee_s</ReadVar>
        <DefaultValue>0</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bwkmcse_s</Name>
        <ReadVar>bwkmcse_s</ReadVar>
        <DefaultValue>0</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bchmt01_s</Name>
        <ReadVar>bchmt01_s</ReadVar>
        <DefaultValue>0</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bmascmt01_s</Name>
        <ReadVar>bmascmt01_s</ReadVar>
        <DefaultValue>0</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bched01_s</Name>
        <ReadVar>bched01_s</ReadVar>
        <DefaultValue>0</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bched02_s</Name>
        <ReadVar>bched02_s</ReadVar>
        <DefaultValue>0</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bhosc01_s</Name>
        <ReadVar>bhosc01_s</ReadVar>
        <DefaultValue>0</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>bsaec_s</Name>
        <ReadVar>bsaec_s</ReadVar>
        <DefaultValue>0</DefaultValue>
      </OptionalVariable>
      <OptionalVariable>
        <Name>hh_num_children</Name>
        <ReadVar>i_ftype_hh_nchildren</ReadVar>
        <Monetary>false</Monetary>
      </OptionalVariable>
      <OptionalVariable>
        <Name>hh_num_adults</Name>
        <ReadVar>i_ftype_hh_nAdults</ReadVar>
        <Monetary>false</Monetary>
      </OptionalVariable>
      <OptionalVariable>
        <Name>hh_num_pensioners</Name>
        <ReadVar>i_ftype_hh_nPensionAge</ReadVar>
        <Monetary>false</Monetary>
      </OptionalVariable>
      <OptionalVariable>
        <Name>hh_num_earners</Name>
        <ReadVar>i_ftype_hh_nearners</ReadVar>
        <Monetary>false</Monetary>
      </OptionalVariable>
      <OptionalVariable>
        <Name>hh_lone_parent</Name>
        <ReadVar>i_ftype_hh_lp</ReadVar>
        <Monetary>false</Monetary>
      </OptionalVariable>
      <OptionalVariable>
        <Name>hh_young_mother</Name>
        <ReadVar>i_ftype_hh_ymum</ReadVar>
        <Monetary>false</Monetary>
      </OptionalVariable>
      <OptionalVariable>
        <Name>hh_disabled</Name>
        <ReadVar>i_ftype_hh_disab</ReadVar>
        <Monetary>false</Monetary>
      </OptionalVariable>
    </OptionalVariables>
  </TemplateInfo>
  <Globals>
    <Filters>
      <Filter>
          <Reform>false</Reform>
          <Name>FilterMale</Name>
          <FormulaString><![CDATA[DATA_VAR[@dgn] > 0]]></FormulaString>
      </Filter>
      <Filter>
          <Reform>false</Reform>
          <Name>FilterFemale</Name>
          <FormulaString><![CDATA[DATA_VAR[@dgn] == 0]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
  	    <Name>FilterSingleNoKids</Name>
        <FormulaString><![CDATA[(DATA_VAR[@hh_num_children]==0) & (DATA_VAR[@hh_num_adults]==1) & (DATA_VAR[@hh_num_pensioners]==0)]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
  	    <Name>FilterSingleParents</Name>
        <FormulaString><![CDATA[(DATA_VAR[@hh_num_children]>0) & (DATA_VAR[@hh_num_adults]==1) & (DATA_VAR[@hh_num_pensioners]==0)]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
  	    <Name>FilterCoupleSingleIncomeNoKids</Name>
        <FormulaString><![CDATA[(DATA_VAR[@hh_num_children]==0) & (DATA_VAR[@hh_num_adults]==2) & (DATA_VAR[@hh_num_earners]==1) & (DATA_VAR[@hh_num_pensioners]==0)]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
  	    <Name>FilterCoupleDualIncomeNoKids</Name>
        <FormulaString><![CDATA[(DATA_VAR[@hh_num_children]==0) & (DATA_VAR[@hh_num_adults]==2) & (DATA_VAR[@hh_num_earners]==2) & (DATA_VAR[@hh_num_pensioners]==0)]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
  	    <Name>FilterCoupleSingleIncomeParents</Name>
        <FormulaString><![CDATA[(DATA_VAR[@hh_num_children]>0) & (DATA_VAR[@hh_num_adults]==2) & (DATA_VAR[@hh_num_earners]==1) & (DATA_VAR[@hh_num_pensioners]==0)]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
  	    <Name>FilterCoupleDualIncomeParents</Name>
        <FormulaString><![CDATA[(DATA_VAR[@hh_num_children]>0) & (DATA_VAR[@hh_num_adults]==2) & (DATA_VAR[@hh_num_earners]==2) & (DATA_VAR[@hh_num_pensioners]==0)]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
  	    <Name>FilterSinglePensioners</Name>
        <FormulaString><![CDATA[(DATA_VAR[@hh_num_adults]==1) & (DATA_VAR[@hh_num_pensioners]==1)]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
  	    <Name>FilterCouplePensioners</Name>
        <FormulaString><![CDATA[(DATA_VAR[@hh_num_adults]==2) & (DATA_VAR[@hh_num_pensioners]==2)]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
        <Name>FilterHH_Elderly</Name>
        <FormulaString><![CDATA[DATA_VAR[@hh_elderly] > 0]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
  	    <Name>FilterHH_HasChildren</Name>
        <FormulaString><![CDATA[DATA_VAR[@hh_num_children] > 0]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
	    <Name>FilterHH_NoEarners</Name>
        <FormulaString><![CDATA[DATA_VAR[@hh_num_earners] == 0]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
	    <Name>FilterHH_OneEarner</Name>
        <FormulaString><![CDATA[DATA_VAR[@hh_num_earners] == 1]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
	    <Name>FilterHH_TwoPlusEarners</Name>
        <FormulaString><![CDATA[DATA_VAR[@hh_num_earners] >= 2]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
	    <Name>FilterHH_ThreePlusChildren</Name>
        <FormulaString><![CDATA[DATA_VAR[@hh_num_children] >= 3]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
	    <Name>FilterHH_LoneParent</Name>
        <FormulaString><![CDATA[DATA_VAR[@hh_lone_parent] > 0]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
        <Name>FilterHH_YoungMother</Name>
        <FormulaString><![CDATA[DATA_VAR[@hh_young_mother] > 0]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
        <Name>FilterHH_Disabled</Name>
        <FormulaString><![CDATA[DATA_VAR[@hh_disabled] > 0]]></FormulaString>
      </Filter>
      <Filter>
        <Name>FilterPerson</Name>
        <FormulaString><![CDATA[true]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
        <Name>FilterChildren</Name>
        <FormulaString><![CDATA[(DATA_VAR[@age]<16 | ((DATA_VAR[@age]<20 & DATA_VAR[@dec]>0 & DATA_VAR[@dec] < 6) & DATA_VAR[@dms]!=2))]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
        <Name>FilterElderly</Name>
        <FormulaString><![CDATA[((DATA_VAR[@age] >= DATA_VAR[@PensionAgeMale] && DATA_VAR[@dgn] == 1) || (DATA_VAR[@age] >= DATA_VAR[@PensionAgeFemale] && DATA_VAR[@dgn] == 0))]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
        <Name>FilterAdults</Name>
        <FormulaString><![CDATA[!(DATA_VAR[@age]<16 | ((DATA_VAR[@age]<20 & DATA_VAR[@dec]>0 & DATA_VAR[@dec] < 6) & DATA_VAR[@dms]!=2)) && !((DATA_VAR[@age] >= DATA_VAR[@PensionAgeMale] && DATA_VAR[@dgn] == 1) || (DATA_VAR[@age] >= DATA_VAR[@PensionAgeFemale] && DATA_VAR[@dgn] == 0))]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
        <Name>FilterAdultsActive</Name>
        <FormulaString><![CDATA[!(DATA_VAR[@age]<16 | ((DATA_VAR[@age]<20 & DATA_VAR[@dec]>0 & DATA_VAR[@dec] < 6) & DATA_VAR[@dms]!=2)) && !((DATA_VAR[@age] >= DATA_VAR[@PensionAgeMale] && DATA_VAR[@dgn] == 1) || (DATA_VAR[@age] >= DATA_VAR[@PensionAgeFemale] && DATA_VAR[@dgn] == 0)) && DATA_VAR[@ilsEarns] > 0]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
        <Name>FilterEquivAdult</Name>
        <FormulaString><![CDATA[DATA_VAR[@age] >= 14]]></FormulaString>
      </Filter>
      <Filter>
        <Reform>false</Reform>
        <Name>FilterEquivChild</Name>
        <FormulaString><![CDATA[DATA_VAR[@age] < 14]]></FormulaString>
      </Filter>
    </Filters>
    <Actions>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsMTRNA</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@mtrpc] = -999]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsMTRNeg</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@mtrpc]!=-999 & DATA_VAR[@mtrpc]<0]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsMTR0</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@mtrpc]=0]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsMTR0110</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@mtrpc]>0 & DATA_VAR[@mtrpc]<=10]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsMTR1120</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@mtrpc]>10 & DATA_VAR[@mtrpc]<=20]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsMTR2130</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@mtrpc]>20 & DATA_VAR[@mtrpc]<=30]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsMTR3140</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@mtrpc]>30 & DATA_VAR[@mtrpc]<=40]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsMTR4150</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@mtrpc]>40 & DATA_VAR[@mtrpc]<=50]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsMTR5160</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@mtrpc]>50 & DATA_VAR[@mtrpc]<=60]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsMTR6170</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@mtrpc]>60 & DATA_VAR[@mtrpc]<=70]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsMTR7180</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@mtrpc]>70 & DATA_VAR[@mtrpc]<=80]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsMTR8190</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@mtrpc]>80 & DATA_VAR[@mtrpc]<=90]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsMTR91100</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@mtrpc]>90 & DATA_VAR[@mtrpc]<=100]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsMTR101</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@mtrpc]>100]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>mtrFlag</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@mtrpc]!=-999]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateArithmetic</CalculationType>
        <OutputVar>mtrWeight</OutputVar>
        <FormulaString><![CDATA[DATA_VAR[@weight] * DATA_VAR[@mtrFlag]]]></FormulaString>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsNRRNA</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@nrrpc] = -999]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsNRRNeg</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@nrrpc]!=-999 & DATA_VAR[@nrrpc]<0]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsNRR0</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@nrrpc]=0]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsNRR0110</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@nrrpc]>0 & DATA_VAR[@nrrpc]<=10]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsNRR1120</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@nrrpc]>10 & DATA_VAR[@nrrpc]<=20]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsNRR2130</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@nrrpc]>20 & DATA_VAR[@nrrpc]<=30]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsNRR3140</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@nrrpc]>30 & DATA_VAR[@nrrpc]<=40]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsNRR4150</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@nrrpc]>40 & DATA_VAR[@nrrpc]<=50]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsNRR5160</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@nrrpc]>50 & DATA_VAR[@nrrpc]<=60]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsNRR6170</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@nrrpc]>60 & DATA_VAR[@nrrpc]<=70]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsNRR7180</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@nrrpc]>70 & DATA_VAR[@nrrpc]<=80]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsNRR8190</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@nrrpc]>80 & DATA_VAR[@nrrpc]<=90]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsNRR91100</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@nrrpc]>90 & DATA_VAR[@nrrpc]<=100]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsNRR101</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@nrrpc]>100]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>nrrFlag</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@nrrpc]!=-999]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateArithmetic</CalculationType>
        <OutputVar>nrrWeight</OutputVar>
        <FormulaString><![CDATA[DATA_VAR[@weight] * DATA_VAR[@nrrFlag]]]></FormulaString>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsPTRNA</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@ptrpc] = -999]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsPTRNeg</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@ptrpc]!=-999 & DATA_VAR[@ptrpc]<0]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsPTR0</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@ptrpc]=0]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsPTR0110</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@ptrpc]>0 & DATA_VAR[@ptrpc]<=10]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsPTR1120</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@ptrpc]>10 & DATA_VAR[@ptrpc]<=20]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsPTR2130</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@ptrpc]>20 & DATA_VAR[@ptrpc]<=30]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsPTR3140</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@ptrpc]>30 & DATA_VAR[@ptrpc]<=40]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsPTR4150</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@ptrpc]>40 & DATA_VAR[@ptrpc]<=50]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsPTR5160</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@ptrpc]>50 & DATA_VAR[@ptrpc]<=60]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsPTR6170</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@ptrpc]>60 & DATA_VAR[@ptrpc]<=70]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsPTR7180</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@ptrpc]>70 & DATA_VAR[@ptrpc]<=80]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsPTR8190</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@ptrpc]>80 & DATA_VAR[@ptrpc]<=90]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsPTR91100</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@ptrpc]>90 & DATA_VAR[@ptrpc]<=100]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsPTR101</OutputVar>
        <Filter>
          <FormulaString><![CDATA[DATA_VAR[@ptrpc]>100]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <Reform>false</Reform>
        <CalculationType>CreateEquivalenceScale</CalculationType>
        <OutputVar>EqScaleBHC</OutputVar>
        <Parameters>
          <Parameter>
            <Name>EquivalenceScaleBand</Name>
            <VarName>FilterEquivAdult</VarName>
            <NumericValue>0.33</NumericValue>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScaleBand</Name>
            <VarName>FilterEquivChild</VarName>
            <NumericValue>0.2</NumericValue>
          </Parameter>
          <Parameter>
            <Name>EquivalenceFirstPerson</Name>
            <NumericValue>0.67</NumericValue>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <Reform>false</Reform>
        <CalculationType>CreateEquivalenceScale</CalculationType>
        <OutputVar>EqScaleAHC</OutputVar>
        <Parameters>
          <Parameter>
            <Name>EquivalenceScaleBand</Name>
            <VarName>FilterEquivAdult</VarName>
            <NumericValue>0.42</NumericValue>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScaleBand</Name>
            <VarName>FilterEquivChild</VarName>
            <NumericValue>0.2</NumericValue>
          </Parameter>
          <Parameter>
            <Name>EquivalenceFirstPerson</Name>
            <NumericValue>0.58</NumericValue>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <Reform>false</Reform>
        <CalculationType>CreateEquivalenceScale</CalculationType>
        <CalculationLevel>Family</CalculationLevel>
        <OutputVar>EqScaleFamBHC</OutputVar>
        <Parameters>
          <Parameter>
            <Name>EquivalenceScaleBand</Name>
            <VarName>FilterEquivAdult</VarName>
            <NumericValue>0.33</NumericValue>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScaleBand</Name>
            <VarName>FilterEquivChild</VarName>
            <NumericValue>0.2</NumericValue>
          </Parameter>
          <Parameter>
            <Name>EquivalenceFirstPerson</Name>
            <NumericValue>0.67</NumericValue>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <Reform>false</Reform>
        <CalculationType>CreateEquivalenceScale</CalculationType>
        <CalculationLevel>Family</CalculationLevel>
        <OutputVar>EqScaleFamAHC</OutputVar>
        <Parameters>
          <Parameter>
            <Name>EquivalenceScaleBand</Name>
            <VarName>FilterEquivAdult</VarName>
            <NumericValue>0.42</NumericValue>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScaleBand</Name>
            <VarName>FilterEquivChild</VarName>
            <NumericValue>0.2</NumericValue>
          </Parameter>
          <Parameter>
            <Name>EquivalenceFirstPerson</Name>
            <NumericValue>0.58</NumericValue>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>FilterPerson</OutputVar>
        <Filter>
          <Name>FilterPerson</Name>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>FilterChildren</OutputVar>
        <Filter>
          <Name>FilterChildren</Name>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>FilterElderly</OutputVar>
        <Filter>
          <Name>FilterElderly</Name>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>FilterAdults</OutputVar>
        <Filter>
          <Name>FilterAdults</Name>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>FilterAdultsActive</OutputVar>
        <Filter>
          <Name>FilterAdultsActive</Name>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <OutputVar>eqDispy</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>ilsDispy</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleBHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <OutputVar>eqDispyAHC</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>ilsDispyAHC</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleAHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <CalculationLevel>Family</CalculationLevel>
        <OutputVar>eqDispyFam</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>ilsDispy</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleFamBHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <CalculationLevel>Family</CalculationLevel>
        <OutputVar>eqDispyFamAHC</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>ilsDispyAHC</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleFamAHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateArithmetic</CalculationType>
        <OutputVar>i_tin_sd</OutputVar>
        <FormulaString><![CDATA[DATA_VAR[@i_tin_sav] + DATA_VAR[@i_tin_div]]]></FormulaString>
      </Action>
      <Action>
        <CalculationType>CreateArithmetic</CalculationType>
        <OutputVar>bchmttot_s</OutputVar>
        <FormulaString><![CDATA[DATA_VAR[@bchmt_s] + DATA_VAR[@bchmt01_s]]]></FormulaString>
      </Action>
      <Action>
        <CalculationType>CreateArithmetic</CalculationType>
        <OutputVar>nmtben_s</OutputVar>
        <FormulaString><![CDATA[DATA_VAR[@bmact_s] + DATA_VAR[@bmanc_s] + DATA_VAR[@bpact_s] + DATA_VAR[@boaht_s] + DATA_VAR[@bunct_s] + DATA_VAR[@bchht_s] + DATA_VAR[@bcrdicm_s] + DATA_VAR[@bwkmcee_s] + DATA_VAR[@bwkmcse_s]]]></FormulaString>
      </Action>
      <Action>
        <CalculationType>CreateArithmetic</CalculationType>
        <OutputVar>nmtben</OutputVar>
        <FormulaString><![CDATA[DATA_VAR[@bedes] + DATA_VAR[@bedsl] + DATA_VAR[@bdioa] + DATA_VAR[@bdisc] + DATA_VAR[@bdimb] + DATA_VAR[@bdiscwa] + DATA_VAR[@bdimbwa] + DATA_VAR[@bdict01] + DATA_VAR[@bdict02] + DATA_VAR[@bdiwi] + DATA_VAR[@bcrdi] + DATA_VAR[@bdisv] + DATA_VAR[@bhlwk] + DATA_VAR[@buntr] + DATA_VAR[@bot]]]></FormulaString>
      </Action>
      <Action>
        <CalculationType>CreateArithmetic</CalculationType>
        <OutputVar>OtherMarketIncome</OutputVar>
        <FormulaString><![CDATA[DATA_VAR[@ilsOrigy] - DATA_VAR[@ilsEarns]]]></FormulaString>
      </Action>
      <Action>
        <CalculationType>CreateArithmetic</CalculationType>
        <OutputVar>Sic</OutputVar>
        <FormulaString><![CDATA[DATA_VAR[@ilsSicEe] + DATA_VAR[@ilsSicSe] + DATA_VAR[@ilsSicOt]]]></FormulaString>
      </Action>
      <Action>
        <CalculationType>CreateArithmetic</CalculationType>
        <OutputVar>SicAll</OutputVar>
        <FormulaString><![CDATA[DATA_VAR[@Sic] + DATA_VAR[@ilsSicEr]]]></FormulaString>
      </Action>
      <Action>
        <CalculationType>CreateArithmetic</CalculationType>
        <OutputVar>GovRevenue</OutputVar>
        <FormulaString><![CDATA[DATA_VAR[@ilsTax] + DATA_VAR[@SicAll]]]></FormulaString>
      </Action>
      <Action>
        <CalculationType>CreateDeciles</CalculationType>
        <OutputVar>deciles_eqDispy</OutputVar>
        <Parameters>
          <Parameter>
            <Name>IncomeVar</Name>
            <VarName>eqDispy</VarName>
          </Parameter>
          <Parameter>
            <Name>GroupingVar</Name>
            <VarName>idhh</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateDeciles</CalculationType>
        <OutputVar>deciles_eqDispyAHC</OutputVar>
        <Parameters>
          <Parameter>
            <Name>IncomeVar</Name>
            <VarName>eqDispyAHC</VarName>
          </Parameter>
          <Parameter>
            <Name>GroupingVar</Name>
            <VarName>idhh</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateDeciles</CalculationType>
        <CalculationLevel>Individual</CalculationLevel>
        <OutputVar>deciles_eqDispyFam</OutputVar>
        <Parameters>
          <Parameter>
            <Name>IncomeVar</Name>
            <VarName>eqDispyFam</VarName>
          </Parameter>
          <Parameter>
            <Name>GroupingVar</Name>
            <VarName>tu_bu_statsuk_headid</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateDeciles</CalculationType>
        <CalculationLevel>Individual</CalculationLevel>
        <OutputVar>deciles_eqDispyFamAHC</OutputVar>
        <Parameters>
          <Parameter>
            <Name>IncomeVar</Name>
            <VarName>eqDispyFamAHC</VarName>
          </Parameter>
          <Parameter>
            <Name>GroupingVar</Name>
            <VarName>tu_bu_statsuk_headid</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CalculateMedian</CalculationType>
        <OutputVar>povLineUK</OutputVar>
        <Parameters>
          <Parameter>
            <Name>IncomeVar</Name>
            <VarName>povLineUKvar</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CalculateArithmetic</CalculationType>
        <FormulaString><![CDATA[SAVED_VAR[@deciles_eqDispy~dec~5] * 0.6]]></FormulaString>
        <OutputVar>povLine</OutputVar>
      </Action>
      <Action>
        <CalculationType>CalculateArithmetic</CalculationType>
        <FormulaString><![CDATA[SAVED_VAR[@deciles_eqDispyAHC~dec~5] * 0.6]]></FormulaString>
        <OutputVar>povLineAHC</OutputVar>
      </Action>
      <Action>
        <CalculationType>CalculateArithmetic</CalculationType>
        <FormulaString><![CDATA[SAVED_VAR[@povLine]*7*12/365]]></FormulaString>
        <OutputVar>povLineWeekly</OutputVar>
      </Action>
      <Action>
        <CalculationType>CalculateArithmetic</CalculationType>
        <FormulaString><![CDATA[SAVED_VAR[@povLineUK]*7*12/365]]></FormulaString>
        <OutputVar>povLineWeeklyUK</OutputVar>
      </Action>
      <Action>
        <CalculationType>CalculateArithmetic</CalculationType>
        <FormulaString><![CDATA[SAVED_VAR[@povLineAHC]*7*12/365]]></FormulaString>
        <OutputVar>povLineWeeklyAHC</OutputVar>
      </Action>
      <Action>
        <CalculationType>CalculateArithmetic</CalculationType>
        <FormulaString><![CDATA[SAVED_VAR[@deciles_eqDispyFam~dec~5] * 0.6]]></FormulaString>
        <OutputVar>povLineFam</OutputVar>
      </Action>
      <Action>
        <CalculationType>CalculateArithmetic</CalculationType>
        <FormulaString><![CDATA[SAVED_VAR[@deciles_eqDispyFamAHC~dec~5] * 0.6]]></FormulaString>
        <OutputVar>povLineFamAHC</OutputVar>
      </Action>
      <Action>
        <CalculationType>CalculatePovertyGap</CalculationType>
        <OutputVar>povGap</OutputVar>
        <Parameters>
          <Parameter>
            <Name>IncomeVar</Name>
            <VarName>eqDispy</VarName>
          </Parameter>
          <Parameter>
            <Name>PovertyLine</Name>
            <VarName>povLine</VarName>
          </Parameter>
          <Parameter>
            <Name>UseSwitchApproach</Name>
            <BoolValue>false</BoolValue>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CalculatePovertyGap</CalculationType>
        <OutputVar>povGapAHC</OutputVar>
        <Parameters>
          <Parameter>
            <Name>IncomeVar</Name>
            <VarName>eqDispyAHC</VarName>
          </Parameter>
          <Parameter>
            <Name>PovertyLine</Name>
            <VarName>povLineAHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsPoor</OutputVar>
        <Filter>
          <Name>FilterPoor</Name>
          <FormulaString><![CDATA[DATA_VAR[@eqDispy] <= SAVED_VAR[@povLine]]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsPoorUK</OutputVar>
        <Filter>
          <Name>FilterPoorUK</Name>
          <FormulaString><![CDATA[DATA_VAR[@eqDispy] <= SAVED_VAR[@povLineUK]]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsPoorAHC</OutputVar>
        <Filter>
          <Name>FilterPoorAHC</Name>
          <FormulaString><![CDATA[DATA_VAR[@eqDispyAHC] <= SAVED_VAR[@povLineAHC]]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsPoorFam</OutputVar>
        <Filter>
          <Name>FilterPoorFam</Name>
          <FormulaString><![CDATA[DATA_VAR[@eqDispyFam] <= SAVED_VAR[@povLineFam]]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateFlag</CalculationType>
        <OutputVar>IsPoorFamAHC</OutputVar>
        <Filter>
          <Name>FilterPoorFamAHC</Name>
          <FormulaString><![CDATA[DATA_VAR[@eqDispyFamAHC] <= SAVED_VAR[@povLineFamAHC]]]></FormulaString>
        </Filter>
      </Action>
      <Action>
        <CalculationType>CreateArithmetic</CalculationType>
        <OutputVar>incomeAT</OutputVar>
        <FormulaString><![CDATA[DATA_VAR[@ilsOrigy] - (DATA_VAR[@ilsTax] + DATA_VAR[@Sic])]]></FormulaString>
      </Action>
      <Action>
        <CalculationType>CreateArithmetic</CalculationType>
        <OutputVar>incomeATPP</OutputVar>
        <FormulaString><![CDATA[DATA_VAR[@incomeAT] + DATA_VAR[@ilsPen]]]></FormulaString>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <OutputVar>eqIncomeAT</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>incomeAT</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleBHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <OutputVar>eqIncomeATPP</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>incomeATPP</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleBHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <OutputVar>eqOrigy</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>ilsOrigy</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleBHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <CalculationLevel>Family</CalculationLevel>
        <OutputVar>eqOrigyFam</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>ilsOrigy</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleFamBHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <OutputVar>eqEarns</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>ilsEarns</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleBHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <CalculationLevel>Family</CalculationLevel>
        <OutputVar>eqEarnsFam</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>ilsEarns</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleFamBHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <OutputVar>eqBen</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>ilsBen</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleBHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <CalculationLevel>Family</CalculationLevel>
        <OutputVar>eqBenFam</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>ilsBen</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleFamBHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <OutputVar>eqTax</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>ilsTax</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleBHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <CalculationLevel>Family</CalculationLevel>
        <OutputVar>eqTaxFam</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>ilsTax</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleFamBHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <OutputVar>eqSic</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>Sic</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleBHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <CalculationLevel>Family</CalculationLevel>
        <OutputVar>eqSicFam</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>Sic</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleFamBHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <OutputVar>eqBenSim</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>ilsBenSim</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleBHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <CalculationLevel>Family</CalculationLevel>
        <OutputVar>eqBenSimFam</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>ilsBenSim</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleFamBHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <OutputVar>eqTaxSim</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>ilsTaxSim</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleBHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CreateEquivalized</CalculationType>
        <CalculationLevel>Family</CalculationLevel>
        <OutputVar>eqTaxSimFam</OutputVar>
        <Parameters>
          <Parameter>
            <VarName>ilsTaxSim</VarName>
          </Parameter>
          <Parameter>
            <Name>EquivalenceScale</Name>
            <VarName>EqScaleFamBHC</VarName>
          </Parameter>
        </Parameters>
      </Action>
      <Action>
        <CalculationType>CalculateSumWeighted</CalculationType>
        <FormulaString><![CDATA[DATA_VAR[@ilsDispy]]]></FormulaString>
        <OutputVar>totalDispy</OutputVar>
      </Action>
      <Action>
        <CalculationType>CalculateSumWeighted</CalculationType>
        <FormulaString><![CDATA[DATA_VAR[@ilsDispyAHC]]]></FormulaString>
        <OutputVar>totalDispyAHC</OutputVar>
      </Action>
      <Action>
        <CalculationType>CalculateSumWeighted</CalculationType>
        <FormulaString><![CDATA[DATA_VAR[@ilsOrigy]]]></FormulaString>
        <OutputVar>totalOrigy</OutputVar>
      </Action>
      <Action>
        <CalculationType>CalculateSumWeighted</CalculationType>
        <FormulaString><![CDATA[DATA_VAR[@ilsEarns]]]></FormulaString>
        <OutputVar>totalEarns</OutputVar>
      </Action>
      <Action>
        <CalculationType>CalculateSumWeighted</CalculationType>
        <FormulaString><![CDATA[DATA_VAR[@ilsBen]]]></FormulaString>
        <OutputVar>totalBen</OutputVar>
      </Action>
      <Action>
        <CalculationType>CalculateSumWeighted</CalculationType>
        <FormulaString><![CDATA[DATA_VAR[@ilsTax]]]></FormulaString>
        <OutputVar>totalTax</OutputVar>
      </Action>
      <Action>
        <CalculationType>CalculateSumWeighted</CalculationType>
        <FormulaString><![CDATA[DATA_VAR[@Sic]]]></FormulaString>
        <OutputVar>totalSic</OutputVar>
      </Action>
      <Action>
        <CalculationType>CalculateSumWeighted</CalculationType>
        <FormulaString><![CDATA[DATA_VAR[@FilterPerson]]]></FormulaString>
        <OutputVar>totalPerson</OutputVar>
      </Action>
      <Action>
        <CalculationType>CalculateSumWeighted</CalculationType>
        <FormulaString><![CDATA[DATA_VAR[@FilterChildren]]]></FormulaString>
        <OutputVar>totalChildren</OutputVar>
      </Action>
      <Action>
        <CalculationType>CalculateSumWeighted</CalculationType>
        <FormulaString><![CDATA[DATA_VAR[@FilterAdults]]]></FormulaString>
        <OutputVar>totalAdult</OutputVar>
      </Action>
      <Action>
        <CalculationType>CalculateSumWeighted</CalculationType>
        <FormulaString><![CDATA[DATA_VAR[@FilterElderly]]]></FormulaString>
        <OutputVar>totalElderly</OutputVar>
      </Action>
      <Action>
        <CalculationType>CalculateSumWeighted</CalculationType>
        <FormulaString><![CDATA[DATA_VAR[@FilterAdultsActive]]]></FormulaString>
        <OutputVar>totalAdultActive</OutputVar>
      </Action>
    </Actions>
  </Globals>
  <Pages>
    <Page>
      <Name>FiscalOverview</Name>
      <Title><![CDATA[Market incomes and fiscal overview]]></Title>
      <Subtitle>Yearly, million, currency as defined in model output</Subtitle>
      <Button>Fiscal Overview</Button>
      <Description>
        <![CDATA[
          <p style='line-height:1.5'><span lang=EN>The table shows <b><span style='color:#0070C0'>total annual amounts and number of income recipients/tax payers </span></b>of the specified tax-benefit system(s). It provides an overview of market incomes as well as the fiscal policies covered in UKMOD.</span></p>
        ]]>
      </Description>
      <Tables>
        <Table>
          <Columns>
            <Column>
              <StringFormat>#,0.00</StringFormat>
              <Name>Amounts</Name>
              <CellAction>
                <CalculationLevel>Individual</CalculationLevel>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@BasePar] * 12 / 1000000]]></FormulaString>
              </CellAction>
            </Column>
            <Column>
              <StringFormat>#,0</StringFormat>
              <Name>Reciepients/Payers</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@BasePar]]]></FormulaString>
                <Parameters>
                  <Parameter>
                    <Name>GiveTotals</Name>
                    <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Total market incomes</Name>
              <HasSeparatorAfter>true</HasSeparatorAfter>
              <Strong>true</Strong>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>ilsOrigy</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>... employment and self-employment income</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>ilsEarns</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>... other sources of market income</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>OtherMarketIncome</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Government revenue through direct taxes and national insurance contributions</Name>
              <Strong>true</Strong>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <HasSeparatorAfter>true</HasSeparatorAfter>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>GovRevenue</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>... direct taxes</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>ilsTax</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... personal income tax (simulated)</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>tin_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>......... devolved taxes in Scotland</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>tin12_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>......... devolved taxes in Wales</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>tin11_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>......... non-devolved taxes</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>tin00_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>............ non-saving non-dividend taxes</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>i_tin_rUK_NSND</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>............ saving income taxes</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>i_tin_sav</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>............ dividend income taxes</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>i_tin_div</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>...... council tax (non-simulated)</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>i_bmu_tmu</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>... all national insurance contributions (simulated)</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>SicAll</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... national insurance contributions (personal)</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>Sic</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>......... employee national insurance contributions</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>ilsSicEe</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>......... self-employed national insurance contributions</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>ilsSicSe</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>......... other national insurance contributions</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>ilsSicOt</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... national insurance contributions (employer)</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>ilsSicEr</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Government revenue through indirect taxes</Name>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <Strong>true</Strong>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>indirectTaxes</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>... all ad valorem excise</Name>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>adValoremExcise</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>... all specific excise</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>specificExcise</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>... all value added tax</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>valueAddedTax</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Credited national insurance contributions</Name>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <Strong>true</Strong>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>ilsSicCt</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Government expenditure on benefits and tax credits</Name>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <HasSeparatorAfter>true</HasSeparatorAfter>
              <Strong>true</Strong>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>ilsBen</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>... means-tested non-pension benefits (simulated)</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>ilsBenMt</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... universal credit</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bsauc_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... (-) benefit cap (reducing universal credit)</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>brduc_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... income-based jobseeker's allowance</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bunmt_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... income support not simulated elsewhere</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bsa_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... income-related employment and support allowance</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bsadi_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... pension credit</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>boamt_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... council tax benefit/reduction</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bmu_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... housing benefit</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bho_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... (-) Benefit cap (reducing housing benefit)</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>brd_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... working tax credit</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bwkmt_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... child tax credit</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bfamt_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... sure start maternity grant</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bmamt_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... healthy start (food) voucher</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bmamt01_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... best start grant (Scotland)</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bmascmt_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... child benefit</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bch_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... Scottish child payment (including bridging)</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bchmttot_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... best start foods (Scotland)</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bmascmt01_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... free school meals</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bched01_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... school clothing grant</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bched02_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... discretionary housing payments (Scotland)</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bhosc01_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>...... cost of living payments</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bsaec_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>... non-means-tested non-pension benefits</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>ilsBenNt</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Title>...... non-means-tested non-pension benefits (simulated)</Title>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>nmtben_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>......... statutory maternity pay</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bmact_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>......... maternity allowance</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bmanc_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>......... statutory paternity pay</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bpact_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>......... winter fuel allowance</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>boaht_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>......... contribution-based jobseeker's allowance</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bunct_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>......... Scottish child winter heating assistance</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bchht_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>......... Scottish Carer's allowance supplement</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bcrdicm_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>......... Coronavirus Job Retention Scheme (in 2020)</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bwkmcee_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#D9D9D9</BackgroundColour>
              <Name>......... self-employment income support scheme (in 2020)</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bwkmcse_s</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>...... non-means-tested non-pension benefits (non-simulated)</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>nmtben</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>......... student payments</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bedes</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>......... student loans</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bedsl</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>......... attendance allowance</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bdioa</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>......... disability living allowance</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bdisc</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>......... disability living allowance (mobility)</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bdimb</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>......... personal independence payment (living)</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bdiscwa</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>......... personal independence payment (mobility)</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bdimbwa</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>......... incapacity benefit</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bdict01</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>......... contributory employment and support allowance</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bdict02</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>......... industrial injuries pension</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bdiwi</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>......... invalid carer's allowance</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bcrdi</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>......... severe disablement allowance</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bdisv</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>......... statutory sick pay</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bhlwk</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>......... training allowance</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>buntr</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>......... other</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bot</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>... pensions (non-simulated)</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>ilsPen</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>...... new/basic state pension</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>boact00</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>...... second state pension</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>boactcm</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>...... war pension</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>boawr</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <BackgroundColour>#BFBFBF</BackgroundColour>
              <Name>...... widow's pension</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BasePar</Name>
                    <VarName>bsuwd</VarName>
                    <Reform>false</Reform>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
          </Rows>
        </Table>
      </Tables>
    </Page>
    <Page>
      <Name>Poverty</Name>
      <Button>Poverty</Button>
      <Title>Basic poverty indices</Title>
      <Description>
        <![CDATA[
          <p style='line-height:1.5'><span lang=EN>These tables show <b><span style='color:#0070C0'>the poverty headcount </span></b><u>of the total population and selected sub-population groups</u> as well as the <u>poverty gap</u> and the <u>poverty line</u> (in currency per week). Tables toward the lower half of this sheet report BHC poverty indices based on a poverty line evaluated for the entire UK population. These tables are designed to facilitate regional analysis, in conjunction with policy "ukpovertyline" of the policy spine.  The policy "ukpovertyline" is turned off by default. This policy should be turned on, along with the respective regional limitation, if the associated tables are of interest.</span></p>
        ]]>
      </Description>
      <Tables>
        <Table>
          <Title>2.1 Poverty indicators (BHC income)</Title>
          <CellAction>
            <CalculationType>CalculateArithmetic</CalculationType>
          </CellAction>
          <Columns>
            <Column>
              <Name>BHC</Name>
              <Title>BHC income</Title>
              <CellAction>
                <FormulaString><![CDATA[SAVED_VAR[@BaseVar]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
			        <Name>Poverty Headcount rate</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>BaseVar</Name>
                    <VarName>IsPoor</VarName>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
			        <Name>Poverty Headcount number</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>BaseVar</Name>
                    <VarName>IsPoor</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
              <StringFormat>#,0</StringFormat>
            </Row>
            <Row>
              <Name>Poverty Gap</Name>
              <Tooltip>Difference between the median equivalised disposable income of people at-risk-of-poverty and poverty line, as a percentage of poverty line.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Reform>false</Reform>
                    <Name>BaseVar</Name>
                    <VarName>povGap</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>RefVar</Name>
                    <VarName>povGap</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Poverty Line</Name>
              <Tooltip>60% of the country specific median equivalised disposable household income.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BaseVar</Name>
                    <VarName>povLineWeekly</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
              <StringFormat>#,0.00</StringFormat>
            </Row>
          </Rows>
		    </Table>
        <Table>
          <Title>2.2 Poverty indicators (AHC income)</Title>
          <CellAction>
            <CalculationType>CalculateArithmetic</CalculationType>
          </CellAction>
          <Columns>
            <Column>
              <Name>AHC</Name>
              <Title>AHC income</Title>
              <CellAction>
                <FormulaString><![CDATA[SAVED_VAR[@BaseVar]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Poverty Headcount rate</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
                <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>BaseVar</Name>
                    <VarName>IsPoorAHC</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Poverty Headcount number</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
                <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>BaseVar</Name>
                    <VarName>IsPoorAHC</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
              <StringFormat>#,0</StringFormat>
            </Row>
            <Row>
              <Name>Poverty Gap AHC</Name>
              <Title>Poverty Gap</Title>
              <Tooltip>Difference between the median equivalised disposable income of people at-risk-of-poverty and poverty line, as a percentage of poverty line.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BaseVar</Name>
                    <VarName>povGapAHC</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Poverty Line AHC</Name>
              <Title>Poverty Line</Title>
              <Tooltip>60% of the country specific median equivalised disposable household income.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BaseVar</Name>
                    <VarName>povLineWeeklyAHC</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
              <StringFormat>#,0.00</StringFormat>
            </Row>
          </Rows>
		    </Table>
        <Table>
          <Title>2.3 Poverty rates and headcount by decile (BHC income)</Title>
          <CellAction>
            <CalculationType>CalculatePopulationCount</CalculationType>
            <Parameters>
              <Parameter>
                <Reform>false</Reform>
                <Name>BaseVar</Name>
                <VarName>IsPoor</VarName>
              </Parameter>
            </Parameters>
          </CellAction>
          <Columns>
            <Column>
              <Name>Poverty Rates</Name>
              <Title>Poverty Rates</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Poverty Count</Name>
              <Title>Poverty Count</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
                <Parameters>
                  <Parameter>
		                <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <StringFormat>#,0</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Decile</Name>
              <ForEachValueOf>deciles_eqDispy</ForEachValueOf>
            </Row>
            <Row>
              <Name>All</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
			        <HasSeparatorBefore>True</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
		      </Rows>
        </Table>
        <Table>
          <Title>2.4 Poverty rates and headcount by decile (AHC income)</Title>
          <CellAction>
            <CalculationType>CalculatePopulationCount</CalculationType>
            <Parameters>
              <Parameter>
                <Reform>false</Reform>
                <Name>BaseVar</Name>
                <VarName>IsPoorAHC</VarName>
              </Parameter>
            </Parameters>
          </CellAction>
          <Columns>
            <Column>
              <Name>Poverty Rates</Name>
              <Title>Poverty Rates</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Poverty Count</Name>
              <Title>Poverty Count</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
                <Parameters>
                  <Parameter>
		                <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <StringFormat>#,0</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Decile</Name>
              <ForEachValueOf>deciles_eqDispy</ForEachValueOf>
            </Row>
            <Row>
              <Name>All</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
			        <HasSeparatorBefore>True</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
		      </Rows>
        </Table>
        <Table>
          <Title>2.5 Poverty rates and headcount by gender (BHC income)</Title>
          <CellAction>
            <CalculationType>CalculatePopulationCount</CalculationType>
            <Parameters>
              <Parameter>
                <Reform>false</Reform>
                <Name>BaseVar</Name>
                <VarName>IsPoor</VarName>
              </Parameter>
            </Parameters>
          </CellAction>
          <Columns>
            <Column>
              <Name>Poverty Rates</Name>
              <Title>Poverty Rates</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Poverty Count</Name>
              <Title>Poverty Count</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
                <Parameters>
                  <Parameter>
                    <Name>GiveTotals</Name>
                    <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <StringFormat>#,0</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name><![CDATA[	  Male]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterMale</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Female]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterFemale</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>All</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
			        <HasSeparatorBefore>True</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>2.6 Poverty rates and headcount by gender (AHC income)</Title>
          <CellAction>
            <CalculationType>CalculatePopulationCount</CalculationType>
            <Parameters>
              <Parameter>
                <Reform>false</Reform>
                <Name>BaseVar</Name>
                <VarName>IsPoorAHC</VarName>
              </Parameter>
            </Parameters>
          </CellAction>
          <Columns>
            <Column>
              <Name>Poverty Rates</Name>
              <Title>Poverty Rates</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Poverty Count</Name>
              <Title>Poverty Count</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
                <Parameters>
                  <Parameter>
                    <Name>GiveTotals</Name>
                    <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <StringFormat>#,0</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name><![CDATA[	  Male]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterMale</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Female]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterFemale</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>All</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
			        <HasSeparatorBefore>True</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>2.7 Poverty rates and headcount by household type (BHC income)</Title>
          <CellAction>
            <CalculationType>CalculatePopulationCount</CalculationType>
            <Parameters>
              <Parameter>
                <Reform>false</Reform>
                <Name>BaseVar</Name>
                <VarName>IsPoor</VarName>
              </Parameter>
            </Parameters>
          </CellAction>
          <Columns>
            <Column>
              <Name>Poverty Rates</Name>
              <Title>Poverty Rates</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Poverty Count</Name>
              <Title>Poverty Count</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
                <Parameters>
                  <Parameter>
                    <Name>GiveTotals</Name>
                    <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <StringFormat>#,0</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name><![CDATA[	  No Earners]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_NoEarners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  One Earner]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_OneEarner</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Two+ Earners]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_TwoPlusEarners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  With Children]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_HasChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Three+ Children]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_ThreePlusChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Single no children]]></Name>
              <Tooltip>Households comprised of a single adult under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSingleNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Lone Parent]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_LoneParent</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Young mother]]></Name>
              <Tooltip>Women under age 25 with a dependent child.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_YoungMother</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple one income no children]]></Name>
              <Tooltip>Households comprised of two adults and no children, where one adult works and both are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple dual income no children]]></Name>
              <Tooltip>Households comprised of two adults and no children, where both adults work and are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple one income with children]]></Name>
              <Tooltip>Households comprised of two adults and at least one child, where one adult works and both adults are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple dual income with children]]></Name>
              <Tooltip>Households comprised of two adults and at least one child, where both adults work and are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Single pensioners]]></Name>
              <Tooltip>Households comprised of single adult over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSinglePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple pensioners]]></Name>
              <Tooltip>Households comprised of two adults over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCouplePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Disabled]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_Disabled</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>All</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
			        <HasSeparatorBefore>True</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>2.8 Poverty rates and headcount by household type (AHC income)</Title>
          <CellAction>
            <CalculationType>CalculatePopulationCount</CalculationType>
            <Parameters>
              <Parameter>
                <Reform>false</Reform>
                <Name>BaseVar</Name>
                <VarName>IsPoorAHC</VarName>
              </Parameter>
            </Parameters>
          </CellAction>
          <Columns>
            <Column>
              <Name>Poverty Rates</Name>
              <Title>Poverty Rates</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Poverty Count</Name>
              <Title>Poverty Count</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
                <Parameters>
                  <Parameter>
                    <Name>GiveTotals</Name>
                    <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <StringFormat>#,0</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name><![CDATA[	  No Earners]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_NoEarners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  One Earner]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_OneEarner</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Two+ Earners]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_TwoPlusEarners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  With Children]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_HasChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Three+ Children]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_ThreePlusChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Single no children]]></Name>
              <Tooltip>Households comprised of a single adult under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSingleNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Lone Parent]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_LoneParent</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Young mother]]></Name>
              <Tooltip>Women under age 25 with a dependent child.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_YoungMother</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple one income no children]]></Name>
              <Tooltip>Households comprised of two adults and no children, where one adult works and both are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple dual income no children]]></Name>
              <Tooltip>Households comprised of two adults and no children, where both adults work and are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple one income with children]]></Name>
              <Tooltip>Households comprised of two adults and at least one child, where one adult works and both adults are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple dual income with children]]></Name>
              <Tooltip>Households comprised of two adults and at least one child, where both adults work and are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Single pensioners]]></Name>
              <Tooltip>Households comprised of single adult over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSinglePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple pensioners]]></Name>
              <Tooltip>Households comprised of two adults over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCouplePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Disabled]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_Disabled</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>All</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
			        <HasSeparatorBefore>True</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>2.9 Poverty rates and headcount by population group (BHC income)</Title>
          <CellAction>
            <CalculationType>CalculatePopulationCount</CalculationType>
            <Parameters>
              <Parameter>
                <Reform>false</Reform>
                <Name>BaseVar</Name>
                <VarName>IsPoor</VarName>
              </Parameter>
            </Parameters>
          </CellAction>
          <Columns>
            <Column>
              <Name>Poverty Rates</Name>
              <Title>Poverty Rates</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Poverty Count</Name>
              <Title>Poverty Count</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
                <Parameters>
                  <Parameter>
                    <Name>GiveTotals</Name>
                    <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <StringFormat>#,0</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Children</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Adults</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterAdults</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Adults in work</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterAdultsActive</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Elderly</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterElderly</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>All</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
      			  <HasSeparatorBefore>True</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
		      </Rows>
        </Table>
        <Table>
          <Title>2.10 Poverty rates and headcount by population group (AHC income)</Title>
          <CellAction>
            <CalculationType>CalculatePopulationCount</CalculationType>
            <Parameters>
              <Parameter>
                <Reform>false</Reform>
                <Name>BaseVar</Name>
                <VarName>IsPoorAHC</VarName>
              </Parameter>
            </Parameters>
          </CellAction>
          <Columns>
            <Column>
              <Name>Poverty Rates</Name>
              <Title>Poverty Rates</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Poverty Count</Name>
              <Title>Poverty Count</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
                <Parameters>
                  <Parameter>
                    <Name>GiveTotals</Name>
                    <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <StringFormat>#,0</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Children</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Adults</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterAdults</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Adults in work</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterAdultsActive</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Elderly</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterElderly</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>All</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
			        <HasSeparatorBefore>True</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>2.11 Poverty indicators - UK poverty line (BHC income)</Title>
          <CellAction>
            <CalculationType>CalculateArithmetic</CalculationType>
          </CellAction>
          <Columns>
            <Column>
              <Name>BHC</Name>
              <CellAction>
                <FormulaString><![CDATA[SAVED_VAR[@BaseVar]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
			        <Name>Poverty Headcount rate</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>BaseVar</Name>
                    <VarName>IsPoorUK</VarName>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
			        <Name>Poverty Headcount number</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>BaseVar</Name>
                    <VarName>IsPoorUK</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
              <StringFormat>#,0</StringFormat>
            </Row>
            <Row>
              <Name>Poverty Line</Name>
              <Tooltip>60% of UK median equivalised disposable household income.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>BaseVar</Name>
                    <VarName>povLineWeeklyUK</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
              <StringFormat>#,0.00</StringFormat>
            </Row>
          </Rows>
		    </Table>
        <Table>
          <Title>2.12 Poverty rates and headcount by decile - UK poverty line (BHC income)</Title>
          <CellAction>
            <CalculationType>CalculatePopulationCount</CalculationType>
            <Parameters>
              <Parameter>
                <Reform>false</Reform>
                <Name>BaseVar</Name>
                <VarName>IsPoorUK</VarName>
              </Parameter>
            </Parameters>
          </CellAction>
          <Columns>
            <Column>
              <Name>Poverty Rates</Name>
              <Title>Poverty Rates</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Poverty Count</Name>
              <Title>Poverty Count</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
                <Parameters>
                  <Parameter>
		                <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
              <StringFormat>#,0</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Decile</Name>
              <ForEachValueOf>deciles_eqDispy</ForEachValueOf>
            </Row>
            <Row>
              <Name>All</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
			        <HasSeparatorBefore>True</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
		      </Rows>
        </Table>
        <Table>
          <Title>2.13 Poverty rates and headcount by gender - UK poverty line (BHC income)</Title>
          <CellAction>
            <CalculationType>CalculatePopulationCount</CalculationType>
            <Parameters>
              <Parameter>
                <Reform>false</Reform>
                <Name>BaseVar</Name>
                <VarName>IsPoorUK</VarName>
              </Parameter>
            </Parameters>
          </CellAction>
          <Columns>
            <Column>
              <Name>Poverty Rates</Name>
              <Title>Poverty Rates</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Poverty Count</Name>
              <Title>Poverty Count</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
                <Parameters>
                  <Parameter>
                    <Name>GiveTotals</Name>
                    <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
              <StringFormat>#,0</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name><![CDATA[	  Male]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterMale</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Female]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterFemale</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>All</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
			        <HasSeparatorBefore>True</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>2.14 Poverty rates and headcount by household type - UK poverty line (BHC income)</Title>
          <CellAction>
            <CalculationType>CalculatePopulationCount</CalculationType>
            <Parameters>
              <Parameter>
                <Reform>false</Reform>
                <Name>BaseVar</Name>
                <VarName>IsPoorUK</VarName>
              </Parameter>
            </Parameters>
          </CellAction>
          <Columns>
            <Column>
              <Name>Poverty Rates</Name>
              <Title>Poverty Rates</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Poverty Count</Name>
              <Title>Poverty Count</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
                <Parameters>
                  <Parameter>
                    <Name>GiveTotals</Name>
                    <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
              <StringFormat>#,0</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name><![CDATA[	  No Earners]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_NoEarners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  One Earner]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_OneEarner</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Two+ Earners]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_TwoPlusEarners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  With Children]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_HasChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Three+ Children]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_ThreePlusChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Single no children]]></Name>
              <Tooltip>Households comprised of a single adult under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSingleNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Lone Parent]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_LoneParent</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Young mother]]></Name>
              <Tooltip>Women under age 25 with a dependent child.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_YoungMother</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple one income no children]]></Name>
              <Tooltip>Households comprised of two adults and no children, where one adult works and both are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple dual income no children]]></Name>
              <Tooltip>Households comprised of two adults and no children, where both adults work and are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple one income with children]]></Name>
              <Tooltip>Households comprised of two adults and at least one child, where one adult works and both adults are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple dual income with children]]></Name>
              <Tooltip>Households comprised of two adults and at least one child, where both adults work and are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Single pensioners]]></Name>
              <Tooltip>Households comprised of single adult over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSinglePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple pensioners]]></Name>
              <Tooltip>Households comprised of two adults over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCouplePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Disabled]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_Disabled</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>All</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
			        <HasSeparatorBefore>True</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>2.15 Poverty rates and headcount by population group - UK poverty line (BHC income)</Title>
          <CellAction>
            <CalculationType>CalculatePopulationCount</CalculationType>
            <Parameters>
              <Parameter>
                <Reform>false</Reform>
                <Name>BaseVar</Name>
                <VarName>IsPoorUK</VarName>
              </Parameter>
            </Parameters>
          </CellAction>
          <Columns>
            <Column>
              <Name>Poverty Rates</Name>
              <Title>Poverty Rates</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Poverty Count</Name>
              <Title>Poverty Count</Title>
              <CellAction>
                <FormulaString><![CDATA[DATA_VAR[@BaseVar]]]></FormulaString>
                <Parameters>
                  <Parameter>
                    <Name>GiveTotals</Name>
                    <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
              </CellAction>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
              <StringFormat>#,0</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Children</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Adults</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterAdults</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Adults in work</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterAdultsActive</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Elderly</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterElderly</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>All</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of UK median income.</Tooltip>
      			  <HasSeparatorBefore>True</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
		      </Rows>
        </Table>
      </Tables>
    </Page>
    <Page>
      <Name>Inequality</Name>
      <Title>Basic Inequality Indices</Title>
      <Button>Inequality</Button>
      <Description>
        <![CDATA[
          <p style='line-height:1.5'><span lang=EN>The tables here report the <b><span style='color:#0070C0'>Gini index and S80/20 indicator </span></b><u>for selected income concepts:</u></span></p> 
          <p style='margin-top:0cm;margin-right:0cm;margin-bottom:0cm; margin-left:36.0pt;margin-bottom:.0001pt;text-indent:-18.0pt; line-height:1.5'><span lang=EN style='font-family:"Courier New"'>·<span style='font:7.0pt "Times New Roman"'>&nbsp;&nbsp; </span></span><span lang=EN>The comparison of the original income with the original income after taxes shows to what extent taxes contribute to redistribution.</span></p>
          <p style='margin-top:0cm;margin-right:0cm;margin-bottom:0cm; margin-left:36.0pt;margin-bottom:.0001pt;text-indent:-18.0pt; line-height:1.5'><span lang=EN style='font-family:"Courier New"'>·<span style='font:7.0pt "Times New Roman"'>&nbsp;&nbsp; </span></span><span lang=EN>The comparison of the original income plus public pensions after taxes with the original income after taxes shows the role of public pensions for redistribution.</span></p> 
          <p style='margin-top:0cm;margin-right:0cm;margin-bottom:0cm; margin-left:36.0pt;margin-bottom:.0001pt;text-indent:-18.0pt; line-height:1.5'><span lang=EN style='font-family:"Courier New"'>·<span style='font:7.0pt "Times New Roman"'>&nbsp;&nbsp; </span></span><span lang=EN>The comparison of disposable income with original income shows the extent of income redistribution performed by the tax-benefit system as a whole (incl. National Insurance contributions and benefits beyond public pensions).</span></p> 
          <p style='line-height:1.5'><span lang=EN>The calculated indexes are income concept and system-specific and are all equivalised at the household level. The definition of the top and bottom 20% is always based on equivalised household disposable income.</span></p>
        ]]>
      </Description>
      <Tables>
        <Table>
          <Title>3.1 Inequality indices by income definition (BHC income)</Title>
          <Columns>
            <Column>
              <Name>Gini</Name>
              <Tooltip>Measures the distribution of income within a country where 0 means perfect income equality and 1 means perfect income inequality.</Tooltip>
              <CellAction>
                <CalculationType>CalculateGini</CalculationType>
                <Parameters>
                  <Parameter>
                    <Name>GroupingVar</Name>
                    <VarName>idhh</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
              <StringFormat>0.0000</StringFormat>
            </Column>
            <Column>
              <Name>S80/S20</Name>
              <Tooltip>Ratio of total income received top quintile to that received by bottom quintile.</Tooltip>
              <CellAction>
                <CalculationType>CalculateS8020</CalculationType>
                <Parameters>
                  <Parameter>
                    <Name>DecileVar</Name>
                    <VarName>deciles_eqDispy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
              <StringFormat>0.0000</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Original Income</Name>
              <Tooltip>ils_origy: Earnings from employment and self-employment plus other market incomes (from investment, property, private pensions, private transfers, children younger than 16) less private transfers paid to other households.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>RecodeNegatives</Name>
                    <BoolValue>true</BoolValue>
                  </Parameter>
                  <Parameter>
                    <Name>GiniVar</Name>
                    <VarName>eqOrigy</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>S8020Var</Name>
                    <VarName>eqOrigy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Original Income after Taxes/SIC</Name>
              <Tooltip>Original income – Taxes – National Insurance Contributions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>RecodeNegatives</Name>
                    <BoolValue>true</BoolValue>
                  </Parameter>
                  <Parameter>
                    <Name>GiniVar</Name>
                    <VarName>eqIncomeAT</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>S8020Var</Name>
                    <VarName>eqIncomeAT</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Original Income plus Public Pensions after Taxes/SIC</Name>
              <Tooltip>Original income + Public Pensions – Taxes – National Insurance Contributions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>RecodeNegatives</Name>
                    <BoolValue>true</BoolValue>
                  </Parameter>
                  <Parameter>
                    <Name>GiniVar</Name>
                    <VarName>eqIncomeATPP</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>S8020Var</Name>
                    <VarName>eqIncomeATPP</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Disposable Income</Name>
              <Tooltip>ils_dispy: Original income + Benefits (including state pensions) – Taxes – National Insurance Contributions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>RecodeNegatives</Name>
                    <BoolValue>true</BoolValue>
                  </Parameter>
                  <Parameter>
                    <Name>GiniVar</Name>
                    <VarName>eqDispy</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>S8020Var</Name>
                    <VarName>eqDispy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>3.2 Inequality indices by income definition (AHC income)</Title>
          <Columns>
            <Column>
              <Name>Gini</Name>
              <Tooltip>Measures the distribution of income within a country where 0 means perfect income equality and 1 means perfect income inequality.</Tooltip>
              <CellAction>
                <CalculationType>CalculateGini</CalculationType>
                <Parameters>
                  <Parameter>
                    <Name>GroupingVar</Name>
                    <VarName>idhh</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
              <StringFormat>0.0000</StringFormat>
            </Column>
            <Column>
              <Name>S80/S20</Name>
              <Tooltip>Ratio of total income received top quintile to that received by bottom quintile.</Tooltip>
              <CellAction>
                <CalculationType>CalculateS8020</CalculationType>
                <Parameters>
                  <Parameter>
                    <Name>DecileVar</Name>
                    <VarName>deciles_eqDispyAHC</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
              <StringFormat>0.0000</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Original Income</Name>
              <Tooltip>ils_origy: Earnings from employment and self-employment plus other market incomes (from investment, property, private pensions, private transfers, children younger than 16) less private transfers paid to other households.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>RecodeNegatives</Name>
                    <BoolValue>true</BoolValue>
                  </Parameter>
                  <Parameter>
                    <Name>GiniVar</Name>
                    <VarName>eqOrigy</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>S8020Var</Name>
                    <VarName>eqOrigy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Original Income after Taxes/SIC</Name>
              <Tooltip>Original income – Taxes – National Insurance Contributions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>RecodeNegatives</Name>
                    <BoolValue>true</BoolValue>
                  </Parameter>
                  <Parameter>
                    <Name>GiniVar</Name>
                    <VarName>eqIncomeAT</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>S8020Var</Name>
                    <VarName>eqIncomeAT</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Original Income incl. Public Pensions after Taxes/SIC</Name>
              <Tooltip>Original income + Public Pensions – Taxes – National Insurance Contributions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>RecodeNegatives</Name>
                    <BoolValue>true</BoolValue>
                  </Parameter>
                  <Parameter>
                    <Name>GiniVar</Name>
                    <VarName>eqIncomeATPP</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>S8020Var</Name>
                    <VarName>eqIncomeATPP</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Disposable Income</Name>
              <Tooltip>ils_dispy: Original income + Benefits (including state pensions) – Taxes – National Insurance Contributions - Housing Costs.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>RecodeNegatives</Name>
                    <BoolValue>true</BoolValue>
                  </Parameter>
                  <Parameter>
                    <Name>GiniVar</Name>
                    <VarName>eqDispyAHC</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>S8020Var</Name>
                    <VarName>eqDispyAHC</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
          </Rows>
        </Table>
      </Tables>
    </Page>
    <Page>
      <Name>MeanEqIncomeHH</Name>
      <Title>Mean equivalised household income disaggregation</Title>
      <Button>Mean HH Income (equ)</Button>
      <Description>
        <![CDATA[
          <p style='line-height:1.5'><span lang=EN>The table shows the <b><span style='color:#0070C0'>mean equivalised household income (disposable & original)</span></b> of the total population and selected sub-population groups. The <u>last two rows</u> of each table show the mean income of the total population (<u>All</u>) and the population at-risk-of-poverty (<u>Poor</u>). </span></p> 
        ]]>
      </Description>
      <Tables>
        <Table>
          <Title>4.1 Income averages by population decile (BHC income)</Title>
          <CellAction>
            <CalculationType>CalculateWeightedAverage</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@AverageVar]*7*12/365]]></FormulaString>
          </CellAction>
          <StringFormat>#,0.00</StringFormat>
          <Columns>
            <Column>
              <Name>Disposable Income</Name>
              <Tooltip>ils_dispy: Original income + Benefits (including state pensions) – Taxes – National Insurance Contributions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqDispy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Original Income</Name>
              <Tooltip>ils_origy: Earnings from employment and self-employment plus other market incomes (from investment, property, private pensions, private transfers, children younger than 16) less private transfers paid to other households.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqOrigy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Earnings</Name>
              <Tooltip>ils_earns: Employee and self-employment earnings.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqEarns</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Benefits</Name>
              <Tooltip>ils_ben: All state welfare benefits including state pensions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqBen</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Taxes</Name>
              <Tooltip>ils_tax: All direct taxes including devolved income taxes and council taxes.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqTax</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>NICs</Name>
              <Tooltip>ils_sicdy: Employee, self-employed, and other National Insurance Contributions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqSic</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Simulated benefits as a share of all benefits</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqBenSim] / DATA_VAR[@eqBen]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Simulated taxes as a share of all taxes</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqTaxSim] / DATA_VAR[@eqTax]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Decile</Name>
              <ForEachValueOf>deciles_eqDispy</ForEachValueOf>
            </Row>
            <Row>
              <Name>All</Name>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
            <Row>
              <Name>Poor</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <FormulaString><![CDATA[DATA_VAR[@IsPoor] > 0]]></FormulaString>
                </Filter>
              </CellAction>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>4.2 Income averages by population decile (AHC income)</Title>
          <CellAction>
            <CalculationType>CalculateWeightedAverage</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@AverageVar]*7*12/365]]></FormulaString>
          </CellAction>
          <StringFormat>#,0.00</StringFormat>
          <Columns>
            <Column>
              <Name>Disposable Income</Name>
              <Tooltip>ils_dispy: Original income + Benefits \(including state pensions\) – Taxes – National Insurance Contributions - Housing Costs.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqDispyAHC</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Original Income</Name>
              <Tooltip>ils_origy: Earnings from employment and self-employment plus other market incomes (from investment, property, private pensions, private transfers, children younger than 16) less private transfers paid to other households.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqOrigy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Earnings</Name>
              <Tooltip>ils_earns: Employee and self-employment earnings.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqEarns</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Benefits</Name>
              <Tooltip>ils_ben: All state welfare benefits including state pensions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqBen</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Taxes</Name>
              <Tooltip>ils_tax: All direct taxes including devolved income taxes and council taxes.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqTax</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>NICs</Name>
              <Tooltip>ils_sicdy: Employee, self-employed, and other National Insurance Contributions (not including employer contributions).</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqSic</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Simulated benefits as a share of all benefits</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqBenSim] / DATA_VAR[@eqBen]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Simulated taxes as a share of all taxes</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqTaxSim] / DATA_VAR[@eqTax]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Decile</Name>
              <ForEachValueOf>deciles_eqDispyAHC</ForEachValueOf>
            </Row>
            <Row>
              <Name>All</Name>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
            <Row>
              <Name>Poor</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <FormulaString><![CDATA[DATA_VAR[@IsPoorAHC] > 0]]></FormulaString>
                </Filter>
              </CellAction>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>4.3 Income averages by gender (BHC income)</Title>
          <CellAction>
            <CalculationType>CalculateWeightedAverage</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@AverageVar]*7*12/365]]></FormulaString>
          </CellAction>
          <StringFormat>#,0.00</StringFormat>
          <Columns>
            <Column>
              <Name>Disposable Income</Name>
              <Tooltip>ils_dispy: Original income + Benefits \(including state pensions\) – Taxes – National Insurance Contributions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqDispy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Original Income</Name>
              <Tooltip>ils_origy: Earnings from employment and self-employment plus other market incomes (from investment, property, private pensions, private transfers, children younger than 16) less private transfers paid to other households.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqOrigy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Earnings</Name>
              <Tooltip>ils_earns: Employee and self-employment earnings.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqEarns</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Benefits</Name>
              <Tooltip>ils_ben: All state welfare benefits including state pensions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqBen</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Taxes</Name>
              <Tooltip>ils_tax: All direct taxes including devolved income taxes and council taxes.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqTax</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>NICs</Name>
              <Tooltip>ils_sicdy: Employee, self-employed, and other National Insurance Contributions (not including employer contributions).</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqSic</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Simulated benefits as a share of all benefits</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqBenSim] / DATA_VAR[@eqBen]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Simulated taxes as a share of all taxes</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqTaxSim] / DATA_VAR[@eqTax]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
          </Columns>
           <Rows>
            <Row>
              <Name>Male</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterMale</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Female</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterFemale</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>All</Name>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
            <Row>
              <Name>Poor</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <FormulaString><![CDATA[DATA_VAR[@IsPoor] > 0]]></FormulaString>
				          <Parameters>
                    <Parameter>
                      <Name>IsPoor</Name>
                      <VarName>IsPoor</VarName>
                      <Reform>false</Reform>
                    </Parameter>
                  </Parameters>
                </Filter>
              </CellAction>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>4.4 Income averages by gender (AHC income)</Title>
          <CellAction>
            <CalculationType>CalculateWeightedAverage</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@AverageVar]*7*12/365]]></FormulaString>
          </CellAction>
          <StringFormat>#,0.00</StringFormat>
          <Columns>
            <Column>
              <Name>Disposable Income</Name>
              <Tooltip>ils_dispy: Original income + Benefits \(including state pensions\) – Taxes – National Insurance Contributions - Housing Costs.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqDispyAHC</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Original Income</Name>
              <Tooltip>ils_origy: Earnings from employment and self-employment plus other market incomes (from investment, property, private pensions, private transfers, children younger than 16) less private transfers paid to other households.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqOrigy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Earnings</Name>
              <Tooltip>ils_earns: Employee and self-employment earnings.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqEarns</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Benefits</Name>
              <Tooltip>ils_ben: All state welfare benefits including state pensions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqBen</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Taxes</Name>
              <Tooltip>ils_tax: All direct taxes including devolved income taxes and council taxes.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqTax</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>NICs</Name>
              <Tooltip>ils_sicdy: Employee, self-employed, and other National Insurance Contributions (not including employer contributions).</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqSic</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Simulated benefits as a share of all benefits</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqBenSim] / DATA_VAR[@eqBen]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Simulated taxes as a share of all taxes</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqTaxSim] / DATA_VAR[@eqTax]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
          </Columns>
           <Rows>
            <Row>
              <Name>Male</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterMale</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Female</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterFemale</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>All</Name>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
            <Row>
              <Name>Poor</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <FormulaString><![CDATA[DATA_VAR[@IsPoor] > 0]]></FormulaString>
				          <Parameters>
                    <Parameter>
                      <Name>IsPoor</Name>
                      <VarName>IsPoor</VarName>
                      <Reform>false</Reform>
                    </Parameter>
                  </Parameters>
                </Filter>
              </CellAction>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>4.5 Income averages by household type (BHC income)</Title>
          <CellAction>
            <CalculationType>CalculateWeightedAverage</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@AverageVar]*7*12/365]]></FormulaString>
          </CellAction>
          <StringFormat>#,0.00</StringFormat>
          <Columns>
            <Column>
              <Name>Disposable Income</Name>
              <Tooltip>ils_dispy: Original income + Benefits \(including state pensions\) – Taxes – National Insurance Contributions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqDispy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Original Income</Name>
              <Tooltip>ils_origy: Earnings from employment and self-employment plus other market incomes (from investment, property, private pensions, private transfers, children younger than 16) less private transfers paid to other households.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqOrigy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Earnings</Name>
              <Tooltip>ils_earns: Employee and self-employment earnings.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqEarns</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Benefits</Name>
              <Tooltip>ils_ben: All state welfare benefits including state pensions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqBen</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Taxes</Name>
              <Tooltip>ils_tax: All direct taxes including devolved income taxes and council taxes.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqTax</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>NICs</Name>
              <Tooltip>ils_sicdy: Employee, self-employed, and other National Insurance Contributions (not including employer contributions).</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqSic</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Simulated benefits as a share of all benefits</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqBenSim] / DATA_VAR[@eqBen]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Simulated taxes as a share of all taxes</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqTaxSim] / DATA_VAR[@eqTax]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name><![CDATA[	  No Earners]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_NoEarners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  One Earner]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_OneEarner</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Two+ Earners]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_TwoPlusEarners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  With Children]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_HasChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Three+ Children]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_ThreePlusChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Single no children]]></Name>
              <Tooltip>Households comprised of a single adult under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSingleNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Lone Parent]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_LoneParent</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Young mother]]></Name>
              <Tooltip>Women under age 25 with a dependent child.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_YoungMother</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple one income no children]]></Name>
              <Tooltip>Households comprised of two adults and no children, where one adult works and both are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple dual income no children]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple one income with children]]></Name>
              <Tooltip>Households comprised of two adults and at least one child, where one adult works and both adults are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple dual income with children]]></Name>
              <Tooltip>Households comprised of two adults and at least one child, where both adults work and are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Single pensioners]]></Name>
              <Tooltip>Households comprised of single adult over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSinglePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple pensioners]]></Name>
              <Tooltip>Households comprised of two adults over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCouplePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Disabled]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_Disabled</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>All</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
			        <HasSeparatorBefore>True</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>4.6 Income averages by household type (AHC income)</Title>
          <CellAction>
            <CalculationType>CalculateWeightedAverage</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@AverageVar]*7*12/365]]></FormulaString>
          </CellAction>
          <StringFormat>#,0.00</StringFormat>
          <Columns>
            <Column>
              <Name>Disposable Income</Name>
              <Tooltip>ils_dispy: Original income + Benefits \(including state pensions\) – Taxes – National Insurance Contributions - Housing Costs.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqDispyAHC</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Original Income</Name>
              <Tooltip>ils_origy: Earnings from employment and self-employment plus other market incomes (from investment, property, private pensions, private transfers, children younger than 16) less private transfers paid to other households.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqOrigy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Earnings</Name>
              <Tooltip>ils_earns: Employee and self-employment earnings.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqEarns</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Benefits</Name>
              <Tooltip>ils_ben: All state welfare benefits including state pensions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqBen</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Taxes</Name>
              <Tooltip>ils_tax: All direct taxes including devolved income taxes and council taxes.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqTax</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>NICs</Name>
              <Tooltip>ils_sicdy: Employee, self-employed, and other National Insurance Contributions (not including employer contributions).</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqSic</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Simulated benefits as a share of all benefits</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqBenSim] / DATA_VAR[@eqBen]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Simulated taxes as a share of all taxes</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqTaxSim] / DATA_VAR[@eqTax]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name><![CDATA[	  No Earners]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_NoEarners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  One Earner]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_OneEarner</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Two+ Earners]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_TwoPlusEarners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  With Children]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_HasChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Three+ Children]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_ThreePlusChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Single no children]]></Name>
              <Tooltip>Households comprised of a single adult under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSingleNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Lone Parent]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_LoneParent</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Young mother]]></Name>
              <Tooltip>Women under age 25 with a dependent child.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_YoungMother</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple one income no children]]></Name>
              <Tooltip>Households comprised of two adults and no children, where one adult works and both are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple dual income no children]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple one income with children]]></Name>
              <Tooltip>Households comprised of two adults and at least one child, where one adult works and both adults are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple dual income with children]]></Name>
              <Tooltip>Households comprised of two adults and at least one child, where both adults work and are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Single pensioners]]></Name>
              <Tooltip>Households comprised of single adult over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSinglePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple pensioners]]></Name>
              <Tooltip>Households comprised of two adults over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCouplePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Disabled]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_Disabled</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>All</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
			        <HasSeparatorBefore>True</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
          </Rows>
        </Table>
      </Tables>
    </Page>
    <Page>
      <Name>MeanEqIncomeBU</Name>
      <Title>Mean equivalised benefit unit income disaggregation</Title>
      <Button>Mean BU Income (equ)</Button>
      <Description>
        <![CDATA[
          <p style='line-height:1.5'><span lang=EN>The table shows the <b><span style='color:#0070C0'>mean equivalised benefit unit income (disposable & original)</span></b> of the total population and selected sub-population groups. The <u>last two rows</u> of each table show the mean income of the total population (<u>All</u>) and the population at-risk-of-poverty (<u>Poor</u>). </span></p> 
        ]]>
      </Description>
      <Tables>
        <Table>
          <Title>5.1 Income averages by population decile (BHC income)</Title>
          <CellAction>
            <CalculationType>CalculateWeightedAverage</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@AverageVar]*7*12/365]]></FormulaString>
          </CellAction>
          <StringFormat>#,0.00</StringFormat>
          <Columns>
            <Column>
              <Name>Disposable Income</Name>
              <Tooltip>ils_dispy: Original income + Benefits \(including state pensions\) – Taxes – National Insurance Contributions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqDispyFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Original Income</Name>
              <Tooltip>ils_origy: Earnings from employment and self-employment plus other market incomes (from investment, property, private pensions, private transfers, children younger than 16) less private transfers paid to other households.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqOrigyFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Earnings</Name>
              <Tooltip>ils_earns: Employee and self-employment earnings.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqEarnsFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Benefits</Name>
              <Tooltip>ils_ben: All state welfare benefits including state pensions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqBenFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Taxes</Name>
              <Tooltip>ils_tax: All direct taxes including devolved income taxes and council taxes.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqTaxFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>NICs</Name>
              <Tooltip>ils_sicdy: Employee, self-employed, and other National Insurance Contributions (not including employer contributions).</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqSicFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Simulated benefits as a share of all benefits</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqBenSimFam] / DATA_VAR[@eqBenFam]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Simulated taxes as a share of all taxes</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqTaxSimFam] / DATA_VAR[@eqTaxFam]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Decile</Name>
              <ForEachValueOf>deciles_eqDispyFam</ForEachValueOf>
            </Row>
            <Row>
              <Name>All</Name>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
            <Row>
              <Name>Poor</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <FormulaString><![CDATA[DATA_VAR[@IsPoor] > 0]]></FormulaString>
                </Filter>
              </CellAction>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>5.2 Income averages by population decile (AHC income)</Title>
          <CellAction>
            <CalculationType>CalculateWeightedAverage</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@AverageVar]*7*12/365]]></FormulaString>
          </CellAction>
          <StringFormat>#,0.00</StringFormat>
          <Columns>
            <Column>
              <Name>Disposable Income</Name>
              <Tooltip>ils_dispy: Original income + Benefits (including state pensions) – Taxes – National Insurance Contributions - Housing Costs.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqDispyFamAHC</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Original Income</Name>
              <Tooltip>ils_origy: Earnings from employment and self-employment plus other market incomes (from investment, property, private pensions, private transfers, children younger than 16) less private transfers paid to other households.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqOrigyFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Earnings</Name>
              <Tooltip>ils_earns: Employee and self-employment earnings.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqEarnsFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Benefits</Name>
              <Tooltip>ils_ben: All state welfare benefits including state pensions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqBenFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Taxes</Name>
              <Tooltip>ils_tax: All direct taxes including devolved income taxes and council taxes.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqTaxFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>NICs</Name>
              <Tooltip>ils_sicdy: Employee, self-employed, and other National Insurance Contributions (not including employer contributions).</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqSicFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Simulated benefits as a share of all benefits</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqBenSimFam] / DATA_VAR[@eqBenFam]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Simulated taxes as a share of all taxes</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqTaxSimFam] / DATA_VAR[@eqTaxFam]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Decile</Name>
              <ForEachValueOf>deciles_eqDispyFamAHC</ForEachValueOf>
            </Row>
            <Row>
              <Name>All</Name>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
            <Row>
              <Name>Poor</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <FormulaString><![CDATA[DATA_VAR[@IsPoorAHC] > 0]]></FormulaString>
                </Filter>
              </CellAction>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>5.3 Income averages by gender (BHC income)</Title>
          <CellAction>
            <CalculationType>CalculateWeightedAverage</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@AverageVar]*7*12/365]]></FormulaString>
          </CellAction>
          <StringFormat>#,0.00</StringFormat>
          <Columns>
            <Column>
              <Name>Disposable Income</Name>
              <Tooltip>ils_dispy: Original income + Benefits (including state pensions) – Taxes – National Insurance Contributions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqDispyFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Original Income</Name>
              <Tooltip>ils_origy: Earnings from employment and self-employment plus other market incomes (from investment, property, private pensions, private transfers, children younger than 16) less private transfers paid to other households.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqOrigyFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Earnings</Name>
              <Tooltip>ils_earns: Employee and self-employment earnings.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqEarnsFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Benefits</Name>
              <Tooltip>ils_ben: All state welfare benefits including state pensions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqBenFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Taxes</Name>
              <Tooltip>ils_tax: All direct taxes including devolved income taxes and council taxes.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqTaxFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>NICs</Name>
              <Tooltip>ils_sicdy: Employee, self-employed, and other National Insurance Contributions (not including employer contributions).</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqSicFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Simulated benefits as a share of all benefits</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqBenSimFam] / DATA_VAR[@eqBenFam]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Simulated taxes as a share of all taxes</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqTaxSimFam] / DATA_VAR[@eqTaxFam]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
          </Columns>
           <Rows>
            <Row>
              <Name>Male</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterMale</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Female</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterFemale</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>All</Name>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
            <Row>
              <Name>Poor</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <FormulaString><![CDATA[DATA_VAR[@IsPoor] > 0]]></FormulaString>
				          <Parameters>
                    <Parameter>
                      <Name>IsPoor</Name>
                      <VarName>IsPoor</VarName>
                      <Reform>false</Reform>
                    </Parameter>
                  </Parameters>
                </Filter>
              </CellAction>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>5.4 Income averages by gender (AHC income)</Title>
          <CellAction>
            <CalculationType>CalculateWeightedAverage</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@AverageVar]*7*12/365]]></FormulaString>
          </CellAction>
          <StringFormat>#,0.00</StringFormat>
          <Columns>
            <Column>
              <Name>Disposable Income</Name>
              <Tooltip>ils_dispy: Original income + Benefits (including state pensions) – Taxes – National Insurance Contributions - Housing Costs.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqDispyFamAHC</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Original Income</Name>
              <Tooltip>ils_origy: Earnings from employment and self-employment plus other market incomes (from investment, property, private pensions, private transfers, children younger than 16) less private transfers paid to other households.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqOrigyFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Earnings</Name>
              <Tooltip>ils_earns: Employee and self-employment earnings.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqEarnsFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Benefits</Name>
              <Tooltip>ils_ben: All state welfare benefits including state pensions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqBenFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Taxes</Name>
              <Tooltip>ils_tax: All direct taxes including devolved income taxes and council taxes.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqTaxFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>NICs</Name>
              <Tooltip>ils_sicdy: Employee, self-employed, and other National Insurance Contributions (not including employer contributions).</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqSicFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Simulated benefits as a share of all benefits</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqBenSimFam] / DATA_VAR[@eqBenFam]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Simulated taxes as a share of all taxes</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqTaxSimFam] / DATA_VAR[@eqTaxFam]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
          </Columns>
           <Rows>
            <Row>
              <Name>Male</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterMale</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Female</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterFemale</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>All</Name>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
            <Row>
              <Name>Poor</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <FormulaString><![CDATA[DATA_VAR[@IsPoor] > 0]]></FormulaString>
				          <Parameters>
                    <Parameter>
                      <Name>IsPoor</Name>
                      <VarName>IsPoor</VarName>
                      <Reform>false</Reform>
                    </Parameter>
                  </Parameters>
                </Filter>
              </CellAction>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>5.5 Income averages by household type (BHC income)</Title>
          <CellAction>
            <CalculationType>CalculateWeightedAverage</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@AverageVar]*7*12/365]]></FormulaString>
          </CellAction>
          <StringFormat>#,0.00</StringFormat>
          <Columns>
            <Column>
              <Name>Disposable Income</Name>
              <Tooltip>ils_dispy: Original income + Benefits (including state pensions) – Taxes – National Insurance Contributions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqDispyFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Original Income</Name>
              <Tooltip>ils_origy: Earnings from employment and self-employment plus other market incomes (from investment, property, private pensions, private transfers, children younger than 16) less private transfers paid to other households.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqOrigyFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Earnings</Name>
              <Tooltip>ils_earns: Employee and self-employment earnings.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqEarnsFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Benefits</Name>
              <Tooltip>ils_ben: All state welfare benefits including state pensions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqBenFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Taxes</Name>
              <Tooltip>ils_tax: All direct taxes including devolved income taxes and council taxes.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqTaxFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>NICs</Name>
              <Tooltip>ils_sicdy: Employee, self-employed, and other National Insurance Contributions (not including employer contributions).</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqSicFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Simulated benefits as a share of all benefits</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqBenSimFam] / DATA_VAR[@eqBenFam]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Simulated taxes as a share of all taxes</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqTaxSimFam] / DATA_VAR[@eqTaxFam]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name><![CDATA[	  No Earners]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_NoEarners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  One Earner]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_OneEarner</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Two+ Earners]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_TwoPlusEarners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  With Children]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_HasChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Three+ Children]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_ThreePlusChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Single no children]]></Name>
              <Tooltip>Households comprised of a single adult under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSingleNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Lone Parent]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_LoneParent</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Young mother]]></Name>
              <Tooltip>Women under age 25 with a dependent child.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_YoungMother</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple one income no children]]></Name>
              <Tooltip>Households comprised of two adults and no children, where one adult works and both are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple dual income no children]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple one income with children]]></Name>
              <Tooltip>Households comprised of two adults and at least one child, where one adult works and both adults are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple dual income with children]]></Name>
              <Tooltip>Households comprised of two adults and at least one child, where both adults work and are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Single pensioners]]></Name>
              <Tooltip>Households comprised of single adult over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSinglePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple pensioners]]></Name>
              <Tooltip>Households comprised of two adults over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCouplePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Disabled]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_Disabled</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>All</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
			        <HasSeparatorBefore>True</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>5.6 Income averages by household type (AHC income)</Title>
          <CellAction>
            <CalculationType>CalculateWeightedAverage</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@AverageVar]*7*12/365]]></FormulaString>
          </CellAction>
          <StringFormat>#,0.00</StringFormat>
          <Columns>
            <Column>
              <Name>Disposable Income</Name>
              <Tooltip>ils_dispy: Original income + Benefits (including state pensions) – Taxes – National Insurance Contributions - Housing Costs.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqDispyFamAHC</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Original Income</Name>
              <Tooltip>ils_origy: Earnings from employment and self-employment plus other market incomes (from investment, property, private pensions, private transfers, children younger than 16) less private transfers paid to other households.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqOrigyFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Earnings</Name>
              <Tooltip>ils_earns: Employee and self-employment earnings.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqEarnsFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Benefits</Name>
              <Tooltip>ils_ben: All state welfare benefits including state pensions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqBenFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Taxes</Name>
              <Tooltip>ils_tax: All direct taxes including devolved income taxes and council taxes.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqTaxFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>NICs</Name>
              <Tooltip>ils_sicdy: Employee, self-employed, and other National Insurance Contributions (not including employer contributions).</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>eqSicFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Simulated benefits as a share of all benefits</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqBenSimFam] / DATA_VAR[@eqBenFam]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
            <Column>
              <Name>Simulated taxes as a share of all taxes</Name>
              <CellAction>
                <CalculationType>CalculateSumWeighted</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@eqTaxSimFam] / DATA_VAR[@eqTaxFam]]]></FormulaString>
              </CellAction>
              <StringFormat>P2</StringFormat>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name><![CDATA[	  No Earners]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_NoEarners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  One Earner]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_OneEarner</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Two+ Earners]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_TwoPlusEarners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  With Children]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_HasChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Three+ Children]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_ThreePlusChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Single no children]]></Name>
              <Tooltip>Households comprised of a single adult under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSingleNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Lone Parent]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_LoneParent</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Young mother]]></Name>
              <Tooltip>Women under age 25 with a dependent child.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_YoungMother</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple one income no children]]></Name>
              <Tooltip>Households comprised of two adults and no children, where one adult works and both are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple dual income no children]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple one income with children]]></Name>
              <Tooltip>Households comprised of two adults and at least one child, where one adult works and both adults are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple dual income with children]]></Name>
              <Tooltip>Households comprised of two adults and at least one child, where both adults work and are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Single pensioners]]></Name>
              <Tooltip>Households comprised of single adult over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSinglePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple pensioners]]></Name>
              <Tooltip>Households comprised of two adults over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCouplePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Disabled]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_Disabled</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>All</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
			        <HasSeparatorBefore>True</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
          </Rows>
        </Table>
      </Tables>
    </Page>
    <Page>
      <Name>SharesIncome</Name>
      <Title>Income Shares</Title>
      <Subtitle>received/paid by each population group</Subtitle>
      <Button>Income Shares</Button>
      <Description>
        <![CDATA[
          <p style='line-height:1.5'><span lang=EN>The tables here report the <b><span style='color:#0070C0'>share of unequivalised household income and income components </span></b>received or paid by each population subgroup. Where population subgroups are mutually exclusive and account for the entire population, then shares should sum to 100%. The tables answer the question of how much income or income component is concentrated in each population subgroup, revealing who receives the highest share of income support and who pays the highest share of taxes and national insurance contributions.</span></p>
        ]]>
      </Description>
      <Tables>
        <Table>
          <Title>6.1 Income shares by decile group (BHC income)</Title>
          <CellAction>
            <CalculationType>CalculateSumWeighted</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@VarDecSum] / SAVED_VAR[@VarTotSum] ]]></FormulaString>
          </CellAction>
          <StringFormat>P2</StringFormat>
          <Columns>
            <Column>
              <Name>Disposable Income</Name>
              <Tooltip>ils_dispy: Original income + Benefits (including state pensions) – Taxes – National Insurance Contributions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsDispy</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalDispy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Original Income</Name>
              <Tooltip>ils_origy: Earnings from employment and self-employment plus other market incomes (from investment, property, private pensions, private transfers, children younger than 16) less private transfers paid to other households.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsOrigy</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalOrigy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Earnings</Name>
              <Tooltip>ils_earns: Employee and self-employment earnings.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsEarns</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalEarns</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Benefits</Name>
              <Tooltip>ils_ben: All state welfare benefits including state pensions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsBen</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalBen</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Taxes</Name>
              <Tooltip>ils_tax: All direct taxes including devolved income taxes and council taxes.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsTax</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalTax</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>NICs</Name>
              <Tooltip>ils_sicdy: Employee, self-employed, and other National Insurance Contributions (not including employer contributions).</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>Sic</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalSic</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Decile</Name>
              <Tooltip>Deciles evaluated with respect to equivalised disposable household income before housing costs.</Tooltip>
              <ForEachValueOf>deciles_eqDispy</ForEachValueOf>
            </Row>
            <Row>
              <Name>Poor</Name>
              <Tooltip>Equivalised disposable household income before housing costs lower than 60% of the country specific median income.</Tooltip>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <CellAction>
                <Filter>
                  <FormulaString><![CDATA[DATA_VAR[@IsPoor] > 0]]></FormulaString>
                </Filter>
              </CellAction>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>6.2 Income shares by decile group (AHC income)</Title>
          <CellAction>
            <CalculationType>CalculateSumWeighted</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@VarDecSum] / SAVED_VAR[@VarTotSum] ]]></FormulaString>
          </CellAction>
          <StringFormat>P2</StringFormat>
          <Columns>
            <Column>
              <Name>Disposable Income</Name>
              <Tooltip>ils_dispy: Original income + Benefits (including state pensions) – Taxes – National Insurance Contributions - Housing Costs.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsDispyAHC</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalDispyAHC</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Original Income</Name>
              <Tooltip>Earnings from employment and self-employment plus other market incomes (from investment, property, private pensions, private transfers, children younger than 16) minus private transfers paid to other households.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsOrigy</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalOrigy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Earnings</Name>
              <Tooltip>ils_earns: Employee and self-employment earnings.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsEarns</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalEarns</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Benefits</Name>
              <Tooltip>ils_ben: All state welfare benefits including state pensions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsBen</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalBen</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Taxes</Name>
              <Tooltip>ils_tax: All direct taxes including devolved income taxes and council taxes.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsTax</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalTax</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>NICs</Name>
              <Tooltip>ils_sicdy: Employee, self-employed, and other National Insurance Contributions (not including employer contributions).</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>Sic</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalSic</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Decile</Name>
              <Tooltip>Deciles evaluated with respect to equivalised disposable household income after housing costs.</Tooltip>
              <ForEachValueOf>deciles_eqDispyAHC</ForEachValueOf>
            </Row>
            <Row>
              <Name>Poor</Name>
              <Tooltip>Equivalised disposable household income after housing costs lower than 60% of the country specific median income.</Tooltip>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <CellAction>
                <Filter>
                  <FormulaString><![CDATA[DATA_VAR[@IsPoorAHC] > 0]]></FormulaString>
                </Filter>
              </CellAction>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>6.3 Income shares by gender</Title>
          <CellAction>
            <CalculationType>CalculateSumWeighted</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@VarDecSum] / SAVED_VAR[@VarTotSum] ]]></FormulaString>
          </CellAction>
          <StringFormat>P2</StringFormat>
          <Columns>
            <Column>
              <Name>Disposable Income (AHC)</Name>
              <Tooltip>ils_dispy - xhc_hbai: Original income + Benefits (including state pensions) – Taxes – National Insurance Contributions - Housing Costs.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsDispyAHC</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalDispyAHC</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Disposable Income (BHC)</Name>
              <Tooltip>ils_dispy: Original income + Benefits (including state pensions) – Taxes – National Insurance Contributions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsDispy</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalDispy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Original Income</Name>
              <Tooltip>ils_origy: Earnings from employment and self-employment plus other market incomes (from investment, property, private pensions, private transfers, children younger than 16) minus private transfers paid to other households.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsOrigy</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalOrigy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Earnings</Name>
              <Tooltip>ils_earns: Employee and self-employment earnings.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsEarns</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalEarns</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Benefits</Name>
              <Tooltip>ils_ben: All state welfare benefits including state pensions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsBen</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalBen</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Taxes</Name>
              <Tooltip>ils_tax: All direct taxes including devolved income taxes and council taxes.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsTax</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalTax</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>NICs</Name>
              <Tooltip>ils_sicdy: Employee, self-employed, and other National Insurance Contributions (not including employer contributions).</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>Sic</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalSic</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Male</Name>
              <CellAction>
                <Filter>
                  <Name>FilterMale</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Female</Name>
              <CellAction>
                <Filter>
                  <Name>FilterFemale</Name>
                </Filter>
              </CellAction>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>6.4 Income shares by household type</Title>
          <CellAction>
            <CalculationType>CalculateSumWeighted</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@VarDecSum] / SAVED_VAR[@VarTotSum] ]]></FormulaString>
          </CellAction>
          <StringFormat>P2</StringFormat>
          <Columns>
            <Column>
              <Name>Disposable Income (AHC)</Name>
              <Tooltip>ils_dispy - xhc_hbai: Original income + Benefits (including state pensions) – Taxes – National Insurance Contributions - Housing Costs.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsDispyAHC</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalDispyAHC</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Disposable Income (BHC)</Name>
              <Tooltip>ils_dispy: Original income + Benefits (including state pensions) – Taxes – National Insurance Contributions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsDispy</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalDispy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Original Income</Name>
              <Tooltip>ils_origy: Earnings from employment and self-employment plus other market incomes (from investment, property, private pensions, private transfers, children younger than 16) minus private transfers paid to other households.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsOrigy</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalOrigy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Earnings</Name>
              <Tooltip>ils_earns: Employee and self-employment earnings.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsEarns</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalEarns</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Benefits</Name>
              <Tooltip>ils_ben: All state welfare benefits including state pensions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsBen</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalBen</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Taxes</Name>
              <Tooltip>ils_tax: All direct taxes including devolved income taxes and council taxes.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsTax</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalTax</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>NICs</Name>
              <Tooltip>ils_sicdy: Employee, self-employed, and other National Insurance Contributions (not including employer contributions).</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>Sic</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalSic</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name><![CDATA[	  No Earners]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_NoEarners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  One Earner]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_OneEarner</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Two+ Earners]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_TwoPlusEarners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  With Children]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_HasChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Three+ Children]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_ThreePlusChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Single no children]]></Name>
              <Tooltip>Households comprised of a single adult under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSingleNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Lone Parent]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_LoneParent</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Young mother]]></Name>
              <Tooltip>Women under age 25 with a dependent child.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_YoungMother</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple one income no children]]></Name>
              <Tooltip>Households comprised of two adults and no children, where one adult works and both are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple dual income no children]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple one income with children]]></Name>
              <Tooltip>Households comprised of two adults and at least one child, where one adult works and both adults are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple dual income with children]]></Name>
              <Tooltip>Households comprised of two adults and at least one child, where both adults work and are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Single pensioners]]></Name>
              <Tooltip>Households comprised of single adult over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSinglePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple pensioners]]></Name>
              <Tooltip>Households comprised of two adults over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCouplePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Disabled]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_Disabled</Name>
                </Filter>
              </CellAction>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>6.5 Income shares by population group</Title>
          <CellAction>
            <CalculationType>CalculateSumWeighted</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@VarDecSum] / SAVED_VAR[@VarTotSum] ]]></FormulaString>
          </CellAction>
          <StringFormat>P2</StringFormat>
          <Columns>
            <Column>
              <Name>Disposable Income (AHC)</Name>
              <Tooltip>ils_dispy - xhc_hbai: Original income + Benefits (including state pensions) – Taxes – National Insurance Contributions - Housing Costs.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsDispyAHC</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalDispyAHC</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Disposable Income (BHC)</Name>
              <Tooltip>ils_dispy: Original income + Benefits (including state pensions) – Taxes – National Insurance Contributions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsDispy</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalDispy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Original Income</Name>
              <Tooltip>ils_origy: Earnings from employment and self-employment plus other market incomes (from investment, property, private pensions, private transfers, children younger than 16) minus private transfers paid to other households.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsOrigy</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalOrigy</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Earnings</Name>
              <Tooltip>ils_earns: Employee and self-employment earnings.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsEarns</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalEarns</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Benefits</Name>
              <Tooltip>ils_ben: All state welfare benefits including state pensions.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsBen</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalBen</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Taxes</Name>
              <Tooltip>ils_tax: All direct taxes including devolved income taxes and council taxes.</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>ilsTax</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalTax</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>NICs</Name>
              <Tooltip>ils_sicdy: Employee, self-employed, and other National Insurance Contributions (not including employer contributions).</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>Sic</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalSic</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Children</Name>
              <CellAction>
                <Filter>
                  <Name>FilterChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Adults</Name>
              <CellAction>
                <Filter>
                  <Name>FilterAdults</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Adults in work</Name>
              <CellAction>
                <Filter>
                  <Name>FilterAdultsActive</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Elderly</Name>
              <CellAction>
                <Filter>
                  <Name>FilterElderly</Name>
                </Filter>
              </CellAction>
            </Row>
          </Rows>
        </Table>
      </Tables>
    </Page>
    <Page>
      <Name>HHComposition</Name>
      <Title>Distribution of the population by income decile</Title>
      <Button>Population Distribution</Button>
      <Description>
        <![CDATA[
          <p style='line-height:1.5'><span lang=EN>The table gives background information on the household composition by presenting the <b><span style='color:#0070C0'>average household size of different decile groups (based on the equivalised household disposable income)</span></b> and the average number of children, working-age adults and elderlies. The <u>last row</u> gives the same information for the population at-risk-of-poverty.</span></p>
        ]]>
      </Description>
      <Tables>
        <Table>
          <Title>7.1 Average headcount per household by income decile (BHC income)</Title>
          <CellAction>
            <CalculationLevel>Household</CalculationLevel>
            <CalculationType>CalculateWeightedAverage</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@AverageVar]]]></FormulaString>
          </CellAction>
          <StringFormat>0.00</StringFormat>
          <Columns>
            <Column>
              <Name>Total</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>FilterPerson</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Children</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>FilterChildren</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Adults</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>FilterAdults</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name><![CDATA[Adults <br>Econ.Act.]]></Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>FilterAdultsActive</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Elderly</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>FilterElderly</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Decile</Name>
              <ForEachValueOf>deciles_eqDispy</ForEachValueOf>
            </Row>
            <Row>
              <Name>All</Name>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
            <Row>
              <Name>Poor</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <FormulaString><![CDATA[DATA_VAR[@IsPoor] > 0]]></FormulaString>
                </Filter>
              </CellAction>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>7.2 Proportion of population subgroup by income decile (BHC income)</Title>
          <CellAction>
            <CalculationType>CalculateSumWeighted</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@VarDecSum] / SAVED_VAR[@VarTotSum]]]></FormulaString>
          </CellAction>
          <StringFormat>P2</StringFormat>
          <Columns>
            <Column>
              <Name>Total</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>FilterPerson</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalPerson</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Children</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>FilterChildren</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalChildren</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Adults</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>FilterAdults</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalAdult</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name><![CDATA[Adults <br>Econ.Act.]]></Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>FilterAdultsActive</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalAdultActive</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Elderly</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>FilterElderly</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalElderly</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Decile</Name>
              <ForEachValueOf>deciles_eqDispy</ForEachValueOf>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>7.3 Average headcount per household by income decile (AHC income)</Title>
          <CellAction>
            <CalculationLevel>Household</CalculationLevel>
            <CalculationType>CalculateWeightedAverage</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@AverageVar]]]></FormulaString>
          </CellAction>
          <StringFormat>0.00</StringFormat>
          <Columns>
            <Column>
              <Name>Total</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>FilterPerson</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Children</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>FilterChildren</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Adults</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>FilterAdults</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name><![CDATA[Adults <br>Econ.Act.]]></Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>FilterAdultsActive</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Elderly</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>FilterElderly</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Decile</Name>
              <ForEachValueOf>deciles_eqDispyAHC</ForEachValueOf>
            </Row>
            <Row>
              <Name>All</Name>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
            <Row>
              <Name>Poor</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <FormulaString><![CDATA[DATA_VAR[@IsPoorAHC] > 0]]></FormulaString>
                </Filter>
              </CellAction>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>7.4 Proportion of population subgroup by income decile (AHC income)</Title>
          <CellAction>
            <CalculationType>CalculateSumWeighted</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@VarDecSum] / SAVED_VAR[@VarTotSum]]]></FormulaString>
          </CellAction>
          <StringFormat>P2</StringFormat>
          <Columns>
            <Column>
              <Name>Total</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>FilterPerson</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalPerson</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Children</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>FilterChildren</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalChildren</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Adults</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>FilterAdults</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalAdult</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name><![CDATA[Adults <br>Econ.Act.]]></Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>FilterAdultsActive</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalAdultActive</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>Elderly</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>VarDecSum</Name>
                    <VarName>FilterElderly</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>VarTotSum</Name>
                    <VarName>totalElderly</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Decile</Name>
              <ForEachValueOf>deciles_eqDispyAHC</ForEachValueOf>
            </Row>
          </Rows>
        </Table>
      </Tables>
    </Page>
    <Page>
      <Name>Deciles</Name>
      <Title>Decile and poverty cut-offs</Title>
      <Button>Cut Offs</Button>
      <Description>
        <![CDATA[
          <p style='line-height:1.5'><span lang=EN>The table shows the <b><span style='color:#0070C0'>cut-off points of equivalised (household and benefit unit) disposable income </span></b>for each decile group as well as the poverty line.</span></p>
        ]]>
      </Description>
      <Tables>
        <Table>
          <Title>8.1 Cut-offs (BHC income)</Title>
          <StringFormat>#,0.00</StringFormat>
          <Columns>
            <Column>
              <Name>Cut Offs based on equivalised household disposable income</Name>
              <CellAction>
                <CalculationType>CalculateArithmetic</CalculationType>
                <FormulaString><![CDATA[SAVED_VAR[@DecVar]*7*12/365]]></FormulaString>
              </CellAction>
              <Tooltip>Used in all tables except "Mean equivalised benefit unit income by decile groups and income components"</Tooltip>
            </Column>
            <Column>
              <Name>Cut Offs based on equivalised benefit unit disposable income</Name>
              <CellAction>
                <CalculationType>CalculateArithmetic</CalculationType>
                <FormulaString><![CDATA[SAVED_VAR[@DecVarFam]*7*12/365]]></FormulaString>
              </CellAction>
              <Tooltip>Used in the "Mean equivalised benefit unit income by decile groups and income components" table</Tooltip>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Decile 1</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>deciles_eqDispy~dec~1</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>deciles_eqDispyFam~dec~1</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Decile 2</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>deciles_eqDispy~dec~2</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>deciles_eqDispyFam~dec~2</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Decile 3</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>deciles_eqDispy~dec~3</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>deciles_eqDispyFam~dec~3</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Decile 4</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>deciles_eqDispy~dec~4</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>deciles_eqDispyFam~dec~4</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Decile 5</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>deciles_eqDispy~dec~5</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>deciles_eqDispyFam~dec~5</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Decile 6</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>deciles_eqDispy~dec~6</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>deciles_eqDispyFam~dec~6</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Decile 7</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>deciles_eqDispy~dec~7</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>deciles_eqDispyFam~dec~7</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Decile 8</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>deciles_eqDispy~dec~8</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>deciles_eqDispyFam~dec~8</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Decile 9</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>deciles_eqDispy~dec~9</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>deciles_eqDispyFam~dec~9</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Poverty Line</Name>
              <Tooltip>60% of the country specific median equivalised disposable household income.</Tooltip>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <Strong>true</Strong>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>povLine</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>povLineFam</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>8.2 Cut-offs (AHC income)</Title>
          <StringFormat>#,0.00</StringFormat>
          <Columns>
            <Column>
              <Name>Cut Offs based on equivalised household disposable income AHC</Name>
              <CellAction>
                <CalculationType>CalculateArithmetic</CalculationType>
                <FormulaString><![CDATA[SAVED_VAR[@DecVar]*7*12/365]]></FormulaString>
              </CellAction>
              <Tooltip>Used in all tables except "Mean equivalised benefit unit income by decile groups and income components"</Tooltip>
            </Column>
            <Column>
              <Name>Cut Offs based on equivalised benefit unit disposable income AHC</Name>
              <CellAction>
                <CalculationType>CalculateArithmetic</CalculationType>
                <FormulaString><![CDATA[SAVED_VAR[@DecVarFam]*7*12/365]]></FormulaString>
              </CellAction>
              <Tooltip>Used in the "Mean equivalised benefit unit income by decile groups and income components" table</Tooltip>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Decile 1</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>deciles_eqDispyAHC~dec~1</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>deciles_eqDispyFamAHC~dec~1</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Decile 2</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>deciles_eqDispyAHC~dec~2</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>deciles_eqDispyFamAHC~dec~2</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Decile 3</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>deciles_eqDispyAHC~dec~3</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>deciles_eqDispyFamAHC~dec~3</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Decile 4</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>deciles_eqDispyAHC~dec~4</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>deciles_eqDispyFamAHC~dec~4</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Decile 5</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>deciles_eqDispyAHC~dec~5</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>deciles_eqDispyFamAHC~dec~5</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Decile 6</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>deciles_eqDispyAHC~dec~6</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>deciles_eqDispyFamAHC~dec~6</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Decile 7</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>deciles_eqDispyAHC~dec~7</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>deciles_eqDispyFamAHC~dec~7</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Decile 8</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>deciles_eqDispyAHC~dec~8</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>deciles_eqDispyFamAHC~dec~8</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Decile 9</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>deciles_eqDispyAHC~dec~9</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>deciles_eqDispyFamAHC~dec~9</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
            <Row>
              <Name>Poverty Line</Name>
              <Tooltip>60% of the country specific median equivalised disposable household income.</Tooltip>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <Strong>true</Strong>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>DecVar</Name>
                    <VarName>povLineAHC</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>DecVarFam</Name>
                    <VarName>povLineFamAHC</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Row>
          </Rows>
        </Table>
      </Tables>
    </Page>
    <Page>
      <Name>IndirectTaxes</Name>
      <Button>Indirect Taxes</Button>
      <Title>Indirect taxes</Title>
      <Description>
        <![CDATA[
          <p style='line-height:1.5'><span lang=EN><b><span style='color:#0070C0'>UKMOD indirect taxes</span></b>: this template reports summary statistics for three indirect taxes generated by the TCO add-on: ad valorem excise, specific excise, and value added taxes. Ad valorem excise is expressed as a percentage of producer prices, and is traditionally applied to cigarettes in the UK. Specific excise is expressed as a value per physical unit of consumption, and is traditionally applied to alcohol, tobacco, and liquid fuel products in the UK. Value added taxes are expressed as a percentage of consumer prices inclusive of excise, and is applied to a broad range of commodities in the UK. All tables report population household averages defined as <u>£ per annum per household member</u>.</span></p>
        ]]>
      </Description>
      <Tables>
        <Table>
          <Title>9.1 Average indirect taxes by population decile (£ per annum per household member)</Title>
          <CellAction>
            <CalculationType>CalculateWeightedAverage</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@AverageVar]*12]]></FormulaString>
          </CellAction>
          <StringFormat>#,0.00</StringFormat>
          <Columns>
            <Column>
              <Name>ad valorem excise</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>adValoremExcise</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>specific excise</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>specificExcise</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>value added tax</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>valueAddedTax</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>total indirect taxes</Name>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>indirectTaxes</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Decile</Name>
              <Tooltip>Equivalised disposable household income before housing costs.</Tooltip>
              <ForEachValueOf>deciles_eqDispy</ForEachValueOf>
            </Row>
            <Row>
              <Name>All</Name>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
            <Row>
              <Name>Poor</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <FormulaString><![CDATA[DATA_VAR[@IsPoor] > 0]]></FormulaString>
                </Filter>
              </CellAction>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>9.2 Average indirect taxes by household type (£ per annum per household member)</Title>
          <CellAction>
            <CalculationType>CalculateWeightedAverage</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@AverageVar]*12]]></FormulaString>
          </CellAction>
          <StringFormat>#,0.00</StringFormat>
          <Columns>
            <Column>
              <Name>ad valorem excise</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>adValoremExcise</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>specific excise</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>specificExcise</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>value added tax</Name>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>valueAddedTax</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>total indirect taxes</Name>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>indirectTaxes</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name><![CDATA[	  No Earners]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_NoEarners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  One Earner]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_OneEarner</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Two+ Earners]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_TwoPlusEarners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  With Children]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_HasChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Three+ Children]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_ThreePlusChildren</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Single no children]]></Name>
              <Tooltip>Households comprised of a single adult under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSingleNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Lone Parent]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_LoneParent</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Young mother]]></Name>
              <Tooltip>Women under age 25 with a dependent child.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_YoungMother</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple one income no children]]></Name>
              <Tooltip>Households comprised of two adults and no children, where one adult works and both are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple dual income no children]]></Name>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple one income with children]]></Name>
              <Tooltip>Households comprised of two adults and at least one child, where one adult works and both adults are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple dual income with children]]></Name>
              <Tooltip>Households comprised of two adults and at least one child, where both adults work and are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Single pensioners]]></Name>
              <Tooltip>Households comprised of single adult over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSinglePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Couple pensioners]]></Name>
              <Tooltip>Households comprised of two adults over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCouplePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name><![CDATA[	  Disabled]]></Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterHH_Disabled</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>All</Name>
              <Tooltip>Equivalised disposable household income lower than 60% of the country specific median income.</Tooltip>
			        <HasSeparatorBefore>True</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
          </Rows>
        </Table>
      </Tables>
    </Page>
    <Page>
      <Name>TaxIncentiveStats</Name>
      <Title>Tax Incentives for Employment</Title>
      <Button>Tax Incentives</Button>
      <Description>
        <![CDATA[
          <p style='line-height:1.5'><span lang=EN><b><span style='color:#0070C0'>UKMOD Tax Incentives</span></b>: this template provides summary statistics for three measures of the tax incentives for employment that are generated by the BVR add-on: marginal tax rates (MTRs), net replacement rates (NRRs) and participation tax rates (PTRs). MTRs report the effective tax rate applied to the last unit of currency earned from employment. NRRs report the proportional impact on disposable income of moving from employment to unemployment. PTRs report the average effective tax rate applied to employment income. All measures are calculated on data projected for each individual with some employment income described by the input data (ils_earns > 0).</span></p>
          <p style='line-height:1.5'><span lang=EN>The reported statistics average only over those individuals for whom the respective statistic (MTR, NRR, or PTR) was calculated. For example, a population comprised of 100 individuals, might be divided into 10 deciles, each comprised of 10 individuals, ranked in order of ascending household disposable income. If an MTR was calculated for only 3 individuals in the lowest decile, then the respective decile average would be obtained by averaging only over those three individuals.</span></p>
        ]]>
      </Description>
      <Tables>
        <Table>
          <Title>10.1 Statistics by income decile</Title>
          <Subtitle><![CDATA[Decile averages in percentage points]]></Subtitle>
          <CellAction>
            <CalculationType>CalculateWeightedAverage</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@AverageVar]]]></FormulaString>
          </CellAction>
          <StringFormat>0.0</StringFormat>
          <Columns>
            <Column>
              <Name>MTR</Name>
              <Title>MTR</Title>
              <Tooltip>Marginal Tax Rates</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>mtrpc</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>WeightVar</Name>
                    <VarName>mtrWeight</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>NRR</Name>
              <Title>NRR</Title>
              <Tooltip>Net Replacement Rates</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>nrrpc</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>WeightVar</Name>
                    <VarName>nrrWeight</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>PTR</Name>
              <Title>PTR</Title>
              <Tooltip>Participation Tax Rates</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>ptrpc</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>WeightVar</Name>
                    <VarName>nrrWeight</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Decile</Name>
              <ForEachValueOf>deciles_eqDispy</ForEachValueOf>
            </Row>
            <Row>
              <Name>All</Name>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>10.2 Statistics by family type</Title>
          <Subtitle><![CDATA[Decile averages in percentage points]]></Subtitle>
          <CellAction>
            <CalculationType>CalculateWeightedAverage</CalculationType>
            <FormulaString><![CDATA[DATA_VAR[@AverageVar]]]></FormulaString>
          </CellAction>
          <StringFormat>0.0</StringFormat>
          <Columns>
            <Column>
              <Name>MTR</Name>
              <Title>MTR</Title>
              <Tooltip>Marginal Tax Rates</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>mtrpc</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>WeightVar</Name>
                    <VarName>mtrWeight</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>NRR</Name>
              <Title>NRR</Title>
              <Tooltip>Net Replacement Rates</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>nrrpc</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>WeightVar</Name>
                    <VarName>nrrWeight</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
            <Column>
              <Name>PTR</Name>
              <Title>PTR</Title>
              <Tooltip>Participation Tax Rates</Tooltip>
              <CellAction>
                <Parameters>
                  <Parameter>
                    <Name>AverageVar</Name>
                    <VarName>ptrpc</VarName>
                  </Parameter>
                  <Parameter>
                    <Name>WeightVar</Name>
                    <VarName>nrrWeight</VarName>
                  </Parameter>
                </Parameters>
              </CellAction>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>Single no children</Name>
              <Tooltip>Households comprised of a single adult under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSingleNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Single parents</Name>
              <CellAction>
                <Filter>
                  <Name>FilterSingleParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Couple one income no children</Name>
              <Tooltip>Households comprised of two adults and no children, where one adult works and both are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Couple dual income no children</Name>
              <Tooltip>Households comprised of two adults and no children, where both adults work and are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeNoKids</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Couple one income with children</Name>
              <Tooltip>Households comprised of two adults and at least one child, where one adult works and both adults are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleSingleIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Couple dual income with children</Name>
              <Tooltip>Households comprised of two adults and at least one child, where both adults work and are under state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCoupleDualIncomeParents</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Single pensioners</Name>
              <Tooltip>Households comprised of single adult over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterSinglePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Couple pensioners</Name>
              <Tooltip>Households comprised of two adults over state pension age.</Tooltip>
              <CellAction>
                <Filter>
                  <Name>FilterCouplePensioners</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>Households with disabled</Name>
              <CellAction>
                <Filter>
                  <Name>FilterHH_Disabled</Name>
                </Filter>
              </CellAction>
            </Row>
            <Row>
              <Name>All</Name>
              <HasSeparatorBefore>true</HasSeparatorBefore>
              <Strong>true</Strong>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>10.3 Histograms</Title>
          <Subtitle><![CDATA[Population count by MTR percentage point range]]></Subtitle>
          <CellAction>
            <CalculationType>CalculateArithmetic</CalculationType>
          </CellAction>
          <StringFormat>0,0</StringFormat>
          <Columns>
            <Column>
              <Name>baseSys</Name>
              <Title>[baseSys]</Title>
              <CellAction>
                <FormulaString><![CDATA[SAVED_VAR[@BaseVar]]]></FormulaString>
              </CellAction>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>not calculated</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsMTRNA</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>less than 0</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsMTRNeg</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>0</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsMTR0</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>1-10</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsMTR0110</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>11-20</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsMTR1120</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>21-30</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsMTR2130</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>31-40</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsMTR3140</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>41-50</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsMTR4150</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>51-60</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsMTR5160</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>61-70</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsMTR6170</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>71-80</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsMTR7180</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>81-90</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsMTR8190</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>91-100</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsMTR91100</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>over 100</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsMTR101</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>10.4 Histogram of NRRs</Title>
          <Subtitle><![CDATA[Population count by NRR percentage point range]]></Subtitle>
          <CellAction>
            <CalculationType>CalculateArithmetic</CalculationType>
          </CellAction>
          <StringFormat>0,0</StringFormat>
          <Columns>
            <Column>
              <Name>baseSys</Name>
              <Title>[baseSys]</Title>
              <CellAction>
                <FormulaString><![CDATA[SAVED_VAR[@BaseVar]]]></FormulaString>
              </CellAction>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>not calculated</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsNRRNA</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>less than 0</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsNRRNeg</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>0</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsNRR0</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>1-10</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsNRR0110</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>11-20</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsNRR1120</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>21-30</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsNRR2130</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>31-40</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsNRR3140</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>41-50</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsNRR4150</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>51-60</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsNRR5160</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>61-70</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsNRR6170</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>71-80</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsNRR7180</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>81-90</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsNRR8190</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>91-100</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsNRR91100</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>over 100</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsNRR101</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
          </Rows>
        </Table>
        <Table>
          <Title>10.5 Histogram of PTRs</Title>
          <Subtitle><![CDATA[Population count by PTR percentage point range]]></Subtitle>
          <CellAction>
            <CalculationType>CalculateArithmetic</CalculationType>
          </CellAction>
          <StringFormat>0,0</StringFormat>
          <Columns>
            <Column>
              <Name>baseSys</Name>
              <Title>[baseSys]</Title>
              <CellAction>
                <FormulaString><![CDATA[SAVED_VAR[@BaseVar]]]></FormulaString>
              </CellAction>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>not calculated</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsPTRNA</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>less than 0</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsPTRNeg</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>0</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsPTR0</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>1-10</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsPTR0110</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>11-20</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsPTR1120</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>21-30</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsPTR2130</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>31-40</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsPTR3140</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>41-50</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsPTR4150</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>51-60</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsPTR5160</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>61-70</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsPTR6170</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>71-80</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsPTR7180</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>81-90</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsPTR8190</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>91-100</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsPTR91100</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
            <Row>
              <Name>over 100</Name>
              <CellAction>
                <CalculationType>CalculatePopulationCount</CalculationType>
                <FormulaString><![CDATA[DATA_VAR[@CountVar]]]></FormulaString>
			          <Parameters>
                  <Parameter>
                    <Reform>true</Reform>
                    <Name>CountVar</Name>
                    <VarName>IsPTR101</VarName>
                  </Parameter>
                  <Parameter>
				            <Name>GiveTotals</Name>
					          <BoolValue>true</BoolValue>
                  </Parameter>
                </Parameters>
			        </CellAction>
            </Row>
          </Rows>
        </Table>
      </Tables>
    </Page>
    <Page>
      <Name>Metadata</Name>
      <Title>Metadata</Title>
      <Button>
        <Title>Metadata</Title>
        <BackgroundColour>#f0e68c</BackgroundColour>
      </Button>
      <Description>
        <![CDATA[
          <p style='line-height:1.5'>The table shows information on the execution: run system, dataset, output file name, add-ons and extensions selected, execution start time, execution end time and execution duration.</p>
        ]]>
      </Description>
      <Tables>
        <Table>
          <Columns>
            <Column>
              <Name>Execution information</Name>
            </Column>
          </Columns>
          <Rows>
            <Row>
              <Name>System name</Name>
              <CellAction>
                <CalculationType>Info</CalculationType>
                <FormulaString>[baseSysPretty]</FormulaString>
              </CellAction>
            </Row>
            <Row>
              <Name>Dataset</Name>
              <CellAction>
                <CalculationType>Info</CalculationType>
                <FormulaString>[baseDataset]</FormulaString>
              </CellAction>
            </Row>
            <Row>
              <Name>Output file name</Name>
              <CellAction>
                <CalculationType>Info</CalculationType>
                <FormulaString>[baseFileName]</FormulaString>
              </CellAction>
            </Row>
            <Row>
              <Name>Extensions</Name>
              <CellAction>
                <CalculationType>Info</CalculationType>
                <FormulaString>[baseRunExtensionSwitches]</FormulaString>
              </CellAction>
            </Row>
            <Row>
              <Name>Add-ons</Name>
              <CellAction>
                <CalculationType>Info</CalculationType>
                <FormulaString>[baseRunAddons]</FormulaString>
              </CellAction>
            </Row>
            <Row>
              <Name>Start time</Name>
              <CellAction>
                <CalculationType>Info</CalculationType>
                <FormulaString>[baseRunStartTime]</FormulaString>
              </CellAction>
            </Row>
            <Row>
              <Name>End time</Name>
              <CellAction>
                <CalculationType>Info</CalculationType>
                <FormulaString>[baseRunEndTime]</FormulaString>
              </CellAction>
            </Row>
            <Row>
              <Name>Duration</Name>
              <CellAction>
                <CalculationType>Info</CalculationType>
                <FormulaString>[baseRunDuration]</FormulaString>
              </CellAction>
            </Row>
          </Rows>
        </Table>
      </Tables>
    </Page>
  </Pages>
</Template>