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S. No.
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FARMER CODE |
Farmer Name |
Infrastructure and Support Services
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YES/No
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Number
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Specification
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Specification Unit
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Year of Asset creation (DD/MM/YY)
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Total Investment/ Cost (Rs.)
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Subsidy / Grant (Rs.)
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Bank Loan Cost (Rs.)
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Balance Source of Investment (Rs.)
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Economic / Useful Life (Year)
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Residual Value of Asset (Rs.)
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Annual Interest on Bank Loan(Rs.)
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Annual Depreciation (Rs.)
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Annual Insurance (Rs.)
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Annual Tax (Rs.)
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Annual Repair and Maintenance (Rs.)
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Annual Fixed cost of Asset (Rs.)
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Rental Unit of Farm Asset in Cluster Area ( per hour/ per unit area per day / month / year )
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Rental Rate of Farm Asset in Cluster Area (Rs.)
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Any Other
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1
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{{$datas->farmer_code == 'null' ? '' : $datas->farmer_code}}
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{{$datas->farmer_first_name == 'null' ? '' : $datas->farmer_first_name.' '.$datas->farmer_last_name}}
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Irrigation Infrastructure
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0 for no 1 for yes |
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a
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Canal
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@php
$canalData = json_decode($datas->canal, true);
@endphp
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@php
$canbankLonCost = ($canalData['total_investment_cost'] ?? 0) - ($canalData['subsidy_grant'] ?? 0);
$Canbla_sou = $canbankLonCost - ($canalData['balance_source_of_investment'] ?? 0);
@endphp
@if($Canbla_sou != 0)
{{ $Canbla_sou }}
@endif
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@php
$canresitent = ($canalData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($canresitent != 0)
{{ $canresitent }}
@endif
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@php
$cananu = $Canbla_sou/2*12/100;
@endphp
@if($cananu != 0)
{{ $cananu }}
@endif
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@php
$cananul_dep = ($canalData['total_investment_cost'] ?? 0) / ($canalData['economic_useful_life'] ?? 1);
@endphp
@if($cananul_dep != 0)
{{ $cananul_dep }}
@endif
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@php
$cananul_dep = ($canalData['total_investment_cost'] ?? 0) / ($canalData['economic_useful_life'] ?? 1);
$cananualfixdCost = $cananul_dep
+ ($canalData['annual_insurance'] ?? 0)
+ ($canalData['annual_tax'] ?? 0)
+ ($canalData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($cananualfixdCost != 0)
{{ $cananualfixdCost }}
@endif
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b
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Tubewell
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@php
$tubewellData = json_decode($datas->tubewell, true);
@endphp
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@php
$tubebankLonCost = ($tubewellData['total_investment_cost'] ?? 0) - ($tubewellData['subsidy_grant'] ?? 0);
$tubebla_sou = $tubebankLonCost - ($tubewellData['balance_source_of_investment'] ?? 0);
@endphp
@if($tubebla_sou != 0)
{{ $tubebla_sou }}
@endif
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@php
$tuberesitent = ($tubewellData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($tuberesitent != 0)
{{ $tuberesitent }}
@endif
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@php
$tubeanu = $tubebla_sou/2*12/100;
@endphp
@if($tubeanu != 0)
{{ $tubeanu }}
@endif
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@php
$tubeanul_dep = ($tubewellData['total_investment_cost'] ?? 0) / ($tubewellData['economic_useful_life'] ?? 1);
@endphp
@if($tubeanul_dep != 0)
{{ $tubeanul_dep }}
@endif
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@php
$tubeanul_dep = ($tubewellData['total_investment_cost'] ?? 0) / ($tubewellData['economic_useful_life'] ?? 1);
$tubeanualfixdCost = $tubeanul_dep
+ ($tubewellData['annual_insurance'] ?? 0)
+ ($tubewellData['annual_tax'] ?? 0)
+ ($tubewellData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($tubeanualfixdCost != 0)
{{ $tubeanualfixdCost }}
@endif
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c
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Engine / Motor / Solar
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@php
$moterData = json_decode($datas->enginer_motor_solar, true);
@endphp
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@php
$moterbankLonCost = ($moterData['total_investment_cost'] ?? 0) - ($moterData['subsidy_grant'] ?? 0);
$moterbla_sou = $moterbankLonCost - ($moterData['balance_source_of_investment'] ?? 0);
@endphp
@if($moterbla_sou != 0)
{{ $moterbla_sou }}
@endif
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@php
$moterresitent = ($moterData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($moterresitent != 0)
{{ $moterresitent }}
@endif
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@php
$moteranu = $moterbla_sou/2*12/100;
@endphp
@if($moteranu != 0)
{{ $moteranu }}
@endif
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@php
$moteranul_dep = ($moterData['total_investment_cost'] ?? 0) / ($moterData['economic_useful_life'] ?? 1);
@endphp
@if($moteranul_dep != 0)
{{ $moteranul_dep }}
@endif
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@php
$moteranul_dep = ($moterData['total_investment_cost'] ?? 0) / ($moterData['economic_useful_life'] ?? 1);
$moteranualfixdCost = $moteranul_dep
+ ($moterData['annual_insurance'] ?? 0)
+ ($moterData['annual_tax'] ?? 0)
+ ($moterData['annual_repair_and_maintenance'] ?? 0);
$moteranualfixdCostFormatted = number_format($moteranualfixdCost, 2);
@endphp
@if($moteranualfixdCostFormatted != 0)
{{ $moteranualfixdCostFormatted }}
@endif
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d
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Pump sets ( Diesel/ electric/ Solar)
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@php
$pumpsetData = json_decode($datas->pump_sets, true);
@endphp
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@php
$pumpbankLonCost = ($pumpsetData['total_investment_cost'] ?? 0) - ($pumpsetData['subsidy_grant'] ?? 0);
$pumpbla_sou = $pumpbankLonCost - ($pumpsetData['balance_source_of_investment'] ?? 0);
@endphp
@if($pumpbla_sou != 0)
{{ $pumpbla_sou }}
@endif
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@php
$pumpresitent = ($pumpsetData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($pumpresitent != 0)
{{ $pumpresitent ?? '' }}
@endif
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@php
$punpanu = $pumpbla_sou/2*12/100;
@endphp
@if($punpanu != 0)
{{ $punpanu ?? '' }}
@endif
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@php
$pumpanul_dep = ($pumpsetData['total_investment_cost'] ?? 0) / ($pumpsetData['economic_useful_life'] ?? 1);
@endphp
@if($pumpanul_dep != 0)
{{ $pumpanul_dep ?? '' }}
@endif
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@php
$anul_deppump = ($pumpsetData['total_investment_cost'] ?? 0) / ($pumpsetData['economic_useful_life'] ?? 1);
$pumpanualfixdCost = $anul_deppump
+ ($pumpsetData['annual_insurance'] ?? 0)
+ ($pumpsetData['annual_tax'] ?? 0)
+ ($pumpsetData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($pumpanualfixdCost != 0)
{{ $pumpanualfixdCost ?? '' }}
@endif
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e
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Pond
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@php
$pondData = json_decode($datas->pond, true);
@endphp
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@php
$pondbankLonCost = ($pondData['total_investment_cost'] ?? 0) - ($pondData['subsidy_grant'] ?? 0);
$pondbla_sou = $pondbankLonCost - ($pondData['balance_source_of_investment'] ?? 0);
@endphp
@if($pondbla_sou != 0)
{{ $pondbla_sou }}
@endif
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@php
$pondresitent = ($pondData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($pondresitent != 0)
{{ $pondresitent }}
@endif
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@php
$pondanu = $pondbla_sou/2*12/100;
@endphp
@if($pondanu != 0)
{{ $pondanu }}
@endif
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@php
$pondanul_dep = ($pondData['total_investment_cost'] ?? 0) / ($pondData['economic_useful_life'] ?? 1);
$formatted_pondanul_dep = number_format($pondanul_dep, 2);
@endphp
@if($formatted_pondanul_dep != 0)
{{ $formatted_pondanul_dep }}
@endif
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@php
$pondanul_dep = ($pondData['total_investment_cost'] ?? 0) / ($pondData['economic_useful_life'] ?? 1);
$pondanualfixdCost = $pondanul_dep
+ ($pondData['annual_insurance'] ?? 0)
+ ($pondData['annual_tax'] ?? 0)
+ ($pondData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($pondanualfixdCost != 0)
{{ $pondanualfixdCost }}
@endif
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f
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Sprinkler / drip irrigation System
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@php
$irrigation_systemData = json_decode($datas->irrigation_system, true);
@endphp
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@php
$irrigabankLonCost = ($irrigation_systemData['total_investment_cost'] ?? 0) - ($irrigation_systemData['subsidy_grant'] ?? 0);
$irrgabla_sou = $irrigabankLonCost - ($irrigation_systemData['balance_source_of_investment'] ?? 0);
@endphp
@if($irrgabla_sou != 0)
{{ $irrgabla_sou }}
@endif
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@php
$iggresitent = ($irrigation_systemData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($iggresitent != 0)
{{ $iggresitent }}
@endif
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@php
$igganu = $irrgabla_sou/2*12/100;
@endphp
@if($igganu != 0)
{{ $igganu }}
@endif
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@php
$iggaanul_dep = ($irrigation_systemData['total_investment_cost'] ?? 0) / ($irrigation_systemData['economic_useful_life'] ?? 1);
@endphp
@if($iggaanul_dep != 0)
{{ $iggaanul_dep }}
@endif
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@php
$iggaanul_dep = ($irrigation_systemData['total_investment_cost'] ?? 0) / ($irrigation_systemData['economic_useful_life'] ?? 1);
$iggaanualfixdCost = $iggaanul_dep
+ ($irrigation_systemData['annual_insurance'] ?? 0)
+ ($irrigation_systemData['annual_tax'] ?? 0)
+ ($irrigation_systemData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($iggaanualfixdCost != 0)
{{ $iggaanualfixdCost }}
@endif
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g
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Pump House
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@php
$pump_houseData = json_decode($datas->pump_house, true);
@endphp
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@php
$pumpbankLonCost = ($pump_houseData['total_investment_cost'] ?? 0) - ($pump_houseData['subsidy_grant'] ?? 0);
$pumpbla_sou = $pumpbankLonCost - ($pump_houseData['balance_source_of_investment'] ?? 0);
@endphp
@if($pumpbla_sou != 0)
{{ $pumpbla_sou }}
@endif
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@php
$resitent = ($pump_houseData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resitent != 0)
{{ $resitent }}
@endif
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@php
$bankanu = $pumpbla_sou/2*12/100;
@endphp
@if($bankanu != 0)
{{ $bankanu }}
@endif
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@php
$pumpanul_dep = ($pump_houseData['total_investment_cost'] ?? 0) / ($pump_houseData['economic_useful_life'] ?? 1);
@endphp
@if($pumpanul_dep != 0)
{{ $pumpanul_dep }}
@endif
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@php
$pumpanul_dep = ($pump_houseData['total_investment_cost'] ?? 0) / ($pump_houseData['economic_useful_life'] ?? 1);
$pumpanualfixdCost = $pumpanul_dep
+ ($pump_houseData['annual_insurance'] ?? 0)
+ ($pump_houseData['annual_tax'] ?? 0)
+ ($pump_houseData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($pumpanualfixdCost != 0)
{{ $pumpanualfixdCost }}
@endif
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h
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Other
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@php
$irrigation_infrastructures_otherData = json_decode($datas->irrigation_infrastructures_other, true);
@endphp
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@php
$igbankLonCost = ($irrigation_infrastructures_otherData['total_investment_cost'] ?? 0) - ($irrigation_infrastructures_otherData['subsidy_grant'] ?? 0);
$igbla_sou = $igbankLonCost - ($irrigation_infrastructures_otherData['balance_source_of_investment'] ?? 0);
@endphp
@if($igbla_sou != 0)
{{ $igbla_sou }}
@endif
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@php
$igresitent = ($irrigation_infrastructures_otherData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($igresitent != 0)
{{ $igresitent }}
@endif
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@php
$iganu = $igbla_sou/2*12/100;
@endphp
@if($iganu != 0)
{{ $iganu }}
@endif
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@php
$iganul_dep = ($irrigation_infrastructures_otherData['total_investment_cost'] ?? 0) / ($irrigation_infrastructures_otherData['economic_useful_life'] ?? 1);
@endphp
@if($iganul_dep != 0)
{{ $iganul_dep }}
@endif
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@php
$iganul_dep = ($irrigation_infrastructures_otherData['total_investment_cost'] ?? 0) / ($irrigation_infrastructures_otherData['economic_useful_life'] ?? 1);
$iganualfixdCost = $iganul_dep
+ ($irrigation_infrastructures_otherData['annual_insurance'] ?? 0)
+ ($irrigation_infrastructures_otherData['annual_tax'] ?? 0)
+ ($irrigation_infrastructures_otherData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($iganualfixdCost != 0)
{{ $iganualfixdCost }}
@endif
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2
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Farm Mechanization Infrastructure
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| |
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a
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Tractor
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@php
$tractorData = json_decode($datas->tractor, true);
@endphp
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@php
$bankLonCost = ($tractorData['total_investment_cost'] ?? 0) - ($tractorData['subsidy_grant'] ?? 0);
$bla_sou = $bankLonCost - ($tractorData['balance_source_of_investment'] ?? 0);
@endphp
@if($bla_sou != 0)
{{ $bla_sou }}
@endif
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@php
$resitent = ($tractorData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resitent != 0)
{{ $resitent }}
@endif
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@php
$anu = $bla_sou/2*12/100;
@endphp
@if($anu != 0)
{{ $anu }}
@endif
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@php
$anul_dep = ($tractorData['total_investment_cost'] ?? 0) / ($tractorData['economic_useful_life'] ?? 1);
@endphp
@if($anul_dep != 0)
{{ $anul_dep }}
@endif
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@php
$anul_dep = ($tractorData['total_investment_cost'] ?? 0) / ($tractorData['economic_useful_life'] ?? 1);
$anualfixdCost = $anul_dep
+ ($tractorData['annual_insurance'] ?? 0)
+ ($tractorData['annual_tax'] ?? 0)
+ ($tractorData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anualfixdCost != 0)
{{ $anualfixdCost }}
@endif
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b
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Power Tiller
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@php
$power_tillerData = json_decode($datas->power_tiller, true);
@endphp
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@php
$powbankLonCost = ($power_tillerData['total_investment_cost'] ?? 0) - ($power_tillerData['subsidy_grant'] ?? 0);
$powbla_sou = $powbankLonCost - ($power_tillerData['balance_source_of_investment'] ?? 0);
@endphp
@if($powbla_sou != 0)
{{ $powbla_sou }}
@endif
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@php
$powresitent = ($power_tillerData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($powresitent != 0)
{{ $powresitent }}
@endif
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@php
$poweranu = $powbla_sou/2*12/100;
@endphp
@if($poweranu != 0)
{{ $poweranu }}
@endif
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@php
$powanul_dep = ($power_tillerData['total_investment_cost'] ?? 0) / ($power_tillerData['economic_useful_life'] ?? 1);
@endphp
@if($powanul_dep != 0)
{{ $powanul_dep }}
@endif
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@php
$powanul_dep = ($power_tillerData['total_investment_cost'] ?? 0) / ($power_tillerData['economic_useful_life'] ?? 1);
$powanualfixdCost = $powanul_dep
+ ($power_tillerData['annual_insurance'] ?? 0)
+ ($power_tillerData['annual_tax'] ?? 0)
+ ($power_tillerData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($powanualfixdCost != 0)
{{ $powanualfixdCost }}
@endif
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c
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Cultivator
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@php
$cultivatorData = json_decode($datas->cultivator, true);
@endphp
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@php
$cubankLonCost = ($cultivatorData['total_investment_cost'] ?? 0) - ($cultivatorData['subsidy_grant'] ?? 0);
$cubla_sou = $cubankLonCost - ($cultivatorData['balance_source_of_investment'] ?? 0);
@endphp
@if($cubla_sou != 0)
{{ $cubla_sou }}
@endif
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@php
$curesitent = ($cultivatorData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($curesitent != 0)
{{ $curesitent }}
@endif
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@php
$cuanu = $cubla_sou/2*12/100;
@endphp
@if($cuanu != 0)
{{ $cuanu }}
@endif
|
@php
$cuanul_dep = ($cultivatorData['total_investment_cost'] ?? 0) / ($cultivatorData['economic_useful_life'] ?? 1);
@endphp
@if($cuanul_dep != 0)
{{ $cuanul_dep }}
@endif
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@php
$cuanul_dep = ($cultivatorData['total_investment_cost'] ?? 0) / ($cultivatorData['economic_useful_life'] ?? 1);
$cuanualfixdCost = $cuanul_dep
+ ($cultivatorData['annual_insurance'] ?? 0)
+ ($cultivatorData['annual_tax'] ?? 0)
+ ($cultivatorData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($cuanualfixdCost != 0)
{{ $cuanualfixdCost }}
@endif
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d
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Rotator
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@php
$rotatorData = json_decode($datas->rotator, true);
@endphp
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@php
$rotatorDatabankLonCost = ($rotatorData['total_investment_cost'] ?? 0) - ($rotatorData['subsidy_grant'] ?? 0);
$robla_sou = $rotatorDatabankLonCost - ($rotatorData['balance_source_of_investment'] ?? 0);
@endphp
@if($robla_sou != 0)
{{ $robla_sou }}
@endif
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@php
$roresitent = ($rotatorData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($roresitent != 0)
{{ $roresitent }}
@endif
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@php
$roanu = $robla_sou/2*12/100;
@endphp
@if($roanu != 0)
{{ $roanu }}
@endif
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@php
$roanul_dep = ($rotatorData['total_investment_cost'] ?? 0) / ($rotatorData['economic_useful_life'] ?? 1);
@endphp
@if($roanul_dep != 0)
{{ $roanul_dep }}
@endif
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@php
$roanul_dep = ($rotatorData['total_investment_cost'] ?? 0) / ($rotatorData['economic_useful_life'] ?? 1);
$roanualfixdCost = $roanul_dep
+ ($rotatorData['annual_insurance'] ?? 0)
+ ($rotatorData['annual_tax'] ?? 0)
+ ($rotatorData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($roanualfixdCost != 0)
{{ $roanualfixdCost }}
@endif
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e
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Harrow
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@php
$harrowData = json_decode($datas->harrow, true);
@endphp
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@php
$harrowBCost = ($harrowData['total_investment_cost'] ?? 0) - ($harrowData['subsidy_grant'] ?? 0);
$harrowCost = $harrowBCost - ($harrowData['balance_source_of_investment'] ?? 0);
@endphp
@if($harrowCost != 0)
{{ $harrowCost }}
@endif
|
|
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@php
$howwresitent = ($harrowData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($howwresitent != 0)
{{ $howwresitent ?? '' }}
@endif
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@php
$howwanu = $harrowCost/2*12/100;
@endphp
@if($howwanu != 0)
{{ $howwanu ?? '' }}
@endif
|
@php
$howwanul_dep = ($harrowData['total_investment_cost'] ?? 0) / ($harrowData['economic_useful_life'] ?? 1);
@endphp
@if($howwanul_dep != 0)
{{ $howwanul_dep ?? '' }}
@endif
|
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|
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@php
$howwanul_dep = ($harrowData['total_investment_cost'] ?? 0) / ($harrowData['economic_useful_life'] ?? 1);
$howwanualfixdCost = $howwanul_dep
+ ($harrowData['annual_insurance'] ?? 0)
+ ($harrowData['annual_tax'] ?? 0)
+ ($harrowData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($howwanualfixdCost != 0)
{{ $howwanualfixdCost ?? '' }}
@endif
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f
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Leveller
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@php
$levellerData = json_decode($datas->leveller, true);
@endphp
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|
|
@php
$lebankLonCost = ($levellerData['total_investment_cost'] ?? 0) - ($levellerData['subsidy_grant'] ?? 0);
$lebla_sou = $lebankLonCost - ($levellerData['balance_source_of_investment'] ?? 0);
@endphp
@if($lebla_sou != 0)
{{ $lebla_sou }}
@endif
|
|
|
@php
$leresitent = ($levellerData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($leresitent != 0)
{{ $leresitent }}
@endif
|
@php
$leanu = $lebla_sou/2*12/100;
@endphp
@if($leanu != 0)
{{ $leanu }}
@endif
|
@php
$leanul_dep = ($levellerData['total_investment_cost'] ?? 0) / ($levellerData['economic_useful_life'] ?? 1);
@endphp
@if($leanul_dep != 0)
{{ $leanul_dep }}
@endif
|
|
|
|
@php
$leanul_dep = ($levellerData['total_investment_cost'] ?? 0) / ($levellerData['economic_useful_life'] ?? 1);
$leanualfixdCost = $leanul_dep
+ ($levellerData['annual_insurance'] ?? 0)
+ ($levellerData['annual_tax'] ?? 0)
+ ($levellerData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($leanualfixdCost != 0)
{{ $leanualfixdCost }}
@endif
|
|
|
|
|
g
|
|
|
Plough (MB Plough / Disc Plough)
|
|
@php
$ploughData = json_decode($datas->plough, true);
@endphp
|
|
|
|
|
|
@php
$plbankLonCost = ($ploughData['total_investment_cost'] ?? 0) - ($ploughData['subsidy_grant'] ?? 0);
$plbla_sou = $plbankLonCost - ($ploughData['balance_source_of_investment'] ?? 0);
@endphp
@if($plbla_sou != 0)
{{ $plbla_sou }}
@endif
|
|
|
@php
$plresitent = ($ploughData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($plresitent != 0)
{{ $plresitent }}
@endif
|
@php
$planu = $plbla_sou/2*12/100;
@endphp
@if($planu != 0)
{{ $planu }}
@endif
|
@php
$planul_dep = ($ploughData['total_investment_cost'] ?? 0) / ($ploughData['economic_useful_life'] ?? 1);
@endphp
@if($planul_dep != 0)
{{ $planul_dep }}
@endif
|
|
|
|
@php
$planul_dep = ($ploughData['total_investment_cost'] ?? 0) / ($ploughData['economic_useful_life'] ?? 1);
$planualfixdCost = $planul_dep
+ ($ploughData['annual_insurance'] ?? 0)
+ ($ploughData['annual_tax'] ?? 0)
+ ($ploughData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($planualfixdCost != 0)
{{ $planualfixdCost }}
@endif
|
|
|
|
|
h
|
|
|
Seed drill
|
|
@php
$speed_drillData = json_decode($datas->speed_drill, true);
@endphp
|
|
|
|
|
|
@php
$spbankLonCost = ($speed_drillData['total_investment_cost'] ?? 0) - ($speed_drillData['subsidy_grant'] ?? 0);
$spbla_sou = $spbankLonCost - ($speed_drillData['balance_source_of_investment'] ?? 0);
@endphp
@if($spbla_sou != 0)
{{ $spbla_sou }}
@endif
|
|
|
@php
$spresitent = ($speed_drillData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($spresitent != 0)
{{ $spresitent }}
@endif
|
@php
$spanu = $spbla_sou/2*12/100;
@endphp
@if($spanu != 0)
{{ $spanu }}
@endif
|
@php
$spanul_dep = ($speed_drillData['total_investment_cost'] ?? 0) / ($speed_drillData['economic_useful_life'] ?? 1);
@endphp
@if($spanul_dep != 0)
{{ $spanul_dep }}
@endif
|
|
|
|
@php
$spanul_dep = ($speed_drillData['total_investment_cost'] ?? 0) / ($speed_drillData['economic_useful_life'] ?? 1);
$anualfixdCost = $spanul_dep
+ ($speed_drillData['annual_insurance'] ?? 0)
+ ($speed_drillData['annual_tax'] ?? 0)
+ ($speed_drillData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anualfixdCost != 0)
{{ $anualfixdCost }}
@endif
|
|
|
|
|
i
|
|
|
Seed Planter
|
|
@php
$speed_planterData = json_decode($datas->speed_planter, true);
@endphp
|
|
|
|
|
|
@php
$speebankLonCost = ($speed_planterData['total_investment_cost'] ?? 0) - ($speed_planterData['subsidy_grant'] ?? 0);
$speebla_sou = $speebankLonCost - ($speed_planterData['balance_source_of_investment'] ?? 0);
@endphp
@if($speebla_sou != 0)
{{ $speebla_sou }}
@endif
|
|
|
@php
$speeresitent = ($speed_planterData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($speeresitent != 0)
{{ $speeresitent }}
@endif
|
@php
$speeanu = $speebla_sou/2*12/100;
@endphp
@if($speeanu != 0)
{{ $speeanu }}
@endif
|
@php
$speeanul_dep = ($speed_planterData['total_investment_cost'] ?? 0) / ($speed_planterData['economic_useful_life'] ?? 1);
@endphp
@if($speeanul_dep != 0)
{{ $speeanul_dep }}
@endif
|
|
|
|
@php
$speeanul_dep = ($speed_planterData['total_investment_cost'] ?? 0) / ($speed_planterData['economic_useful_life'] ?? 1);
$speeanualfixdCost = $speeanul_dep
+ ($speed_planterData['annual_insurance'] ?? 0)
+ ($speed_planterData['annual_tax'] ?? 0)
+ ($speed_planterData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($speeanualfixdCost != 0)
{{ $speeanualfixdCost }}
@endif
|
|
|
|
|
j
|
|
|
Seed cum fertilizer drill
|
|
@php
$speed_cum_fertilizer_drillData = json_decode($datas->speed_cum_fertilizer_drill, true);
@endphp
|
|
|
|
|
|
@php
$scfbankLonCost = ($speed_cum_fertilizer_drillData['total_investment_cost'] ?? 0) - ($speed_cum_fertilizer_drillData['subsidy_grant'] ?? 0);
$scfbla_sou = $scfbankLonCost - ($speed_cum_fertilizer_drillData['balance_source_of_investment'] ?? 0);
@endphp
@if($scfbla_sou != 0)
{{ $scfbla_sou }}
@endif
|
|
|
@php
$scfresitent = ($speed_cum_fertilizer_drillData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($scfresitent != 0)
{{ $scfresitent }}
@endif
|
@php
$scfanu = $scfbla_sou/2*12/100;
@endphp
@if($scfanu != 0)
{{ $scfanu }}
@endif
|
@php
$scfanul_dep = ($speed_cum_fertilizer_drillData['total_investment_cost'] ?? 0) / ($speed_cum_fertilizer_drillData['economic_useful_life'] ?? 1);
@endphp
@if($scfanul_dep != 0)
{{ $scfanul_dep }}
@endif
|
|
|
|
@php
$scfanul_dep = ($speed_cum_fertilizer_drillData['total_investment_cost'] ?? 0) / ($speed_cum_fertilizer_drillData['economic_useful_life'] ?? 1);
$scfanualfixdCost = $scfanul_dep
+ ($speed_cum_fertilizer_drillData['annual_insurance'] ?? 0)
+ ($speed_cum_fertilizer_drillData['annual_tax'] ?? 0)
+ ($speed_cum_fertilizer_drillData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($scfanualfixdCost != 0)
{{ $scfanualfixdCost }}
@endif
|
|
|
|
|
k
|
|
|
Trolley
|
|
@php
$trolleyData = json_decode($datas->trolley, true);
@endphp
|
|
|
|
|
|
@php
$tlbankLonCost = ($trolleyData['total_investment_cost'] ?? 0) - ($trolleyData['subsidy_grant'] ?? 0);
$tlbla_sou = $tlbankLonCost - ($trolleyData['balance_source_of_investment'] ?? 0);
@endphp
@if($tlbla_sou != 0)
{{ $tlbla_sou }}
@endif
|
|
|
@php
$tlresitent = ($trolleyData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($tlresitent != 0)
{{ $tlresitent }}
@endif
|
@php
$tlanu = $tlbla_sou/2*12/100;
@endphp
@if($tlanu != 0)
{{ $tlanu }}
@endif
|
@php
$tlanul_dep = ($trolleyData['total_investment_cost'] ?? 0) / ($trolleyData['economic_useful_life'] ?? 1);
@endphp
@if($tlanul_dep != 0)
{{ $tlanul_dep }}
@endif
|
|
|
|
@php
$tlanul_dep = ($trolleyData['total_investment_cost'] ?? 0) / ($trolleyData['economic_useful_life'] ?? 1);
$tlanualfixdCost = $tlanul_dep
+ ($trolleyData['annual_insurance'] ?? 0)
+ ($trolleyData['annual_tax'] ?? 0)
+ ($trolleyData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($tlanualfixdCost != 0)
{{ $tlanualfixdCost }}
@endif
|
|
|
|
|
l
|
|
|
Reaper cum binder
|
|
@php
$reaper_cum_binderData = json_decode($datas->reaper_cum_binder, true);
@endphp
|
|
|
|
|
|
@php
$rebankLonCost = ($reaper_cum_binderData['total_investment_cost'] ?? 0) - ($reaper_cum_binderData['subsidy_grant'] ?? 0);
$rcbbla_sou = $rebankLonCost - ($reaper_cum_binderData['balance_source_of_investment'] ?? 0);
@endphp
@if($rcbbla_sou != 0)
{{ $rcbbla_sou }}
@endif
|
|
|
@php
$rcbresitent = ($reaper_cum_binderData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($rcbresitent != 0)
{{ $rcbresitent }}
@endif
|
@php
$rcbanu = $rcbbla_sou/2*12/100;
@endphp
@if($rcbanu != 0)
{{ $rcbanu }}
@endif
|
@php
$rcbanul_dep = ($reaper_cum_binderData['total_investment_cost'] ?? 0) / ($reaper_cum_binderData['economic_useful_life'] ?? 1);
@endphp
@if($rcbanul_dep != 0)
{{ $rcbanul_dep }}
@endif
|
|
|
|
@php
$rcbanul_dep = ($reaper_cum_binderData['total_investment_cost'] ?? 0) / ($reaper_cum_binderData['economic_useful_life'] ?? 1);
$rcbanualfixdCost = $rcbanul_dep
+ ($reaper_cum_binderData['annual_insurance'] ?? 0)
+ ($reaper_cum_binderData['annual_tax'] ?? 0)
+ ($reaper_cum_binderData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($rcbanualfixdCost != 0)
{{ $rcbanualfixdCost }}
@endif
|
|
|
|
|
m
|
|
|
Husk Making Machine
|
|
@php
$bhusa_machineData = json_decode($datas->bhusa_machine, true);
@endphp
|
|
|
|
|
|
@php
$banCost = ($bhusa_machineData['total_investment_cost'] ?? 0) - ($bhusa_machineData['subsidy_grant'] ?? 0);
$blsou = $banCost - ($bhusa_machineData['balance_source_of_investment'] ?? 0);
@endphp
@if($blsou != 0)
{{ $blsou }}
@endif
|
|
|
@php
$resent = ($bhusa_machineData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resent != 0)
{{ $resent }}
@endif
|
@php
$dfanu = $blsou/2*12/100;
@endphp
@if($dfanu != 0)
{{ $dfanu }}
@endif
|
@php
$anggul_dep = ($bhusa_machineData['total_investment_cost'] ?? 0) / ($bhusa_machineData['economic_useful_life'] ?? 1);
@endphp
@if($anggul_dep != 0)
{{ $anggul_dep }}
@endif
|
|
|
|
@php
$anultdep = ($bhusa_machineData['total_investment_cost'] ?? 0) / ($bhusa_machineData['economic_useful_life'] ?? 1);
$aalfixdCost = $anultdep
+ ($bhusa_machineData['annual_insurance'] ?? 0)
+ ($bhusa_machineData['annual_tax'] ?? 0)
+ ($bhusa_machineData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($aalfixdCost != 0)
{{ $aalfixdCost }}
@endif
|
|
|
|
|
n
|
|
|
Thresher
|
|
@php
$thresherData = json_decode($datas->thresher, true);
@endphp
|
|
|
|
|
|
@php
$bankLost = ($thresherData['total_investment_cost'] ?? 0) - ($thresherData['subsidy_grant'] ?? 0);
$thbla_sou = $bankLost - ($thresherData['balance_source_of_investment'] ?? 0);
@endphp
@if($thbla_sou != 0)
{{ $thbla_sou }}
@endif
|
|
|
@php
$resirrtent = ($thresherData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resirrtent != 0)
{{ $resirrtent }}
@endif
|
@php
$afenu = $thbla_sou/2*12/100;
@endphp
@if($afenu != 0)
{{ $afenu }}
@endif
|
@php
$anultdep = ($thresherData['total_investment_cost'] ?? 0) / ($thresherData['economic_useful_life'] ?? 1);
@endphp
@if($anultdep != 0)
{{ $anultdep }}
@endif
|
|
|
|
@php
$aneedep = ($thresherData['total_investment_cost'] ?? 0) / ($thresherData['economic_useful_life'] ?? 1);
$adfixdCost = $aneedep
+ ($thresherData['annual_insurance'] ?? 0)
+ ($thresherData['annual_tax'] ?? 0)
+ ($thresherData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($adfixdCost != 0)
{{ $adfixdCost }}
@endif
|
|
|
|
|
o
|
|
|
Combine Harvester
|
|
@php
$combine_harvesterData = json_decode($datas->combine_harvester, true);
@endphp
|
|
|
|
|
|
@php
$baeenCost = ($combine_harvesterData['total_investment_cost'] ?? 0) - ($combine_harvesterData['subsidy_grant'] ?? 0);
$chbla_sou = $baeenCost - ($combine_harvesterData['balance_source_of_investment'] ?? 0);
@endphp
@if($chbla_sou != 0)
{{ $chbla_sou }}
@endif
|
|
|
@php
$reent = ($combine_harvesterData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($reent != 0)
{{ $reent }}
@endif
|
@php
$anufe = $chbla_sou/2*12/100;
@endphp
@if($anufe != 0)
{{ $anufe }}
@endif
|
@php
$anuhrhl_dep = ($combine_harvesterData['total_investment_cost'] ?? 0) / ($combine_harvesterData['economic_useful_life'] ?? 1);
@endphp
@if($anuhrhl_dep != 0)
{{ $anuhrhl_dep }}
@endif
|
|
|
|
@php
$anuydep = ($combine_harvesterData['total_investment_cost'] ?? 0) / ($combine_harvesterData['economic_useful_life'] ?? 1);
$anualfixdCost = $anuydep
+ ($combine_harvesterData['annual_insurance'] ?? 0)
+ ($combine_harvesterData['annual_tax'] ?? 0)
+ ($combine_harvesterData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anualfixdCost != 0)
{{ $anualfixdCost }}
@endif
|
|
|
|
|
p
|
|
|
Other
|
|
@php
$farm_mechanisms_otherData = json_decode($datas->farm_mechanisms_other, true);
@endphp
|
|
|
|
|
|
@php
$bryLonCost = ($farm_mechanisms_otherData['total_investment_cost'] ?? 0) - ($farm_mechanisms_otherData['subsidy_grant'] ?? 0);
$fbla_sou = $bryLonCost - ($farm_mechanisms_otherData['balance_source_of_investment'] ?? 0);
@endphp
@if($fbla_sou != 0)
{{ $fbla_sou }}
@endif
|
|
|
@php
$resitytyent = ($farm_mechanisms_otherData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resitytyent != 0)
{{ $resitytyent }}
@endif
|
@php
$ahjmnu = $fbla_sou/2*12/100;
@endphp
@if($ahjmnu != 0)
{{ $ahjmnu }}
@endif
|
@php
$anuerdep = ($farm_mechanisms_otherData['total_investment_cost'] ?? 0) / ($farm_mechanisms_otherData['economic_useful_life'] ?? 1);
@endphp
@if($anuerdep != 0)
{{ $anuerdep }}
@endif
|
|
|
|
@php
$anutrepss = ($farm_mechanisms_otherData['total_investment_cost'] ?? 0) / ($farm_mechanisms_otherData['economic_useful_life'] ?? 1);
$fixdCost = $anutrepss
+ ($farm_mechanisms_otherData['annual_insurance'] ?? 0)
+ ($farm_mechanisms_otherData['annual_tax'] ?? 0)
+ ($farm_mechanisms_otherData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($fixdCost != 0)
{{ $fixdCost }}
@endif
|
|
|
|
|
3
|
|
|
Storage Infrastructure
|
|
|
| |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
a
|
|
|
Kothila / Deshi Storage Structure
|
|
@php
$deshiData = json_decode($datas->deshi, true);
@endphp
|
|
|
|
|
|
@php
$banhtnCost = ($deshiData['total_investment_cost'] ?? 0) - ($deshiData['subsidy_grant'] ?? 0);
$ddbla_sou = $banhtnCost - ($deshiData['balance_source_of_investment'] ?? 0);
@endphp
@if($ddbla_sou != 0)
{{ $ddbla_sou }}
@endif
|
|
|
@php
$rewefent = ($deshiData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($rewefent != 0)
{{ $rewefent }}
@endif
|
@php
$anfeu = $ddbla_sou/2*12/100;
@endphp
@if($anfeu != 0)
{{ $anfeu }}
@endif
|
@php
$anujep = ($deshiData['total_investment_cost'] ?? 0) / ($deshiData['economic_useful_life'] ?? 1);
@endphp
@if($anujep != 0)
{{ $anujep }}
@endif
|
|
|
|
@php
$anugggrdep = ($deshiData['total_investment_cost'] ?? 0) / ($deshiData['economic_useful_life'] ?? 1);
$anttixdCost = $anugggrdep
+ ($deshiData['annual_insurance'] ?? 0)
+ ($deshiData['annual_tax'] ?? 0)
+ ($deshiData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anttixdCost != 0)
{{ $anttixdCost }}
@endif
|
|
|
|
|
b
|
|
|
Godown
|
|
@php
$godownData = json_decode($datas->godown, true);
@endphp
|
|
|
|
|
|
@php
$brgfost = ($godownData['total_investment_cost'] ?? 0) - ($godownData['subsidy_grant'] ?? 0);
$godbla_sou = $brgfost - ($godownData['balance_source_of_investment'] ?? 0);
@endphp
@if($godbla_sou != 0)
{{ $godbla_sou }}
@endif
|
|
|
@php
$resigr = ($godownData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resigr != 0)
{{ $resigr }}
@endif
|
@php
$anfnfu = $godbla_sou/2*12/100;
@endphp
@if($anfnfu != 0)
{{ $anfnfu }}
@endif
|
@php
$anulp = ($godownData['total_investment_cost'] ?? 0) / ($godownData['economic_useful_life'] ?? 1);
@endphp
@if($anulp != 0)
{{ $anulp }}
@endif
|
|
|
|
@php
$anhtrdep = ($godownData['total_investment_cost'] ?? 0) / ($godownData['economic_useful_life'] ?? 1);
$anrgxdCost = $anhtrdep
+ ($godownData['annual_insurance'] ?? 0)
+ ($godownData['annual_tax'] ?? 0)
+ ($godownData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anrgxdCost != 0)
{{ $anrgxdCost }}
@endif
|
|
|
|
|
c
|
|
|
clod
|
|
@php
$clodData = json_decode($datas->clod, true);
@endphp
|
|
|
|
|
|
@php
$clCost = ($clodData['total_investment_cost'] ?? 0) - ($clodData['subsidy_grant'] ?? 0);
$clbla_sou = $clCost - ($clodData['balance_source_of_investment'] ?? 0);
@endphp
@if($clbla_sou != 0)
{{ $clbla_sou }}
@endif
|
|
|
@php
$resittt = ($clodData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resittt != 0)
{{ $resittt }}
@endif
|
@php
$anyju = $clbla_sou/2*12/100;
@endphp
@if($anyju != 0)
{{ $anyju }}
@endif
|
@php
$ainul_dep = ($clodData['total_investment_cost'] ?? 0) / ($clodData['economic_useful_life'] ?? 1);
@endphp
@if($ainul_dep != 0)
{{ $ainul_dep }}
@endif
|
|
|
|
@php
$anurdep = ($clodData['total_investment_cost'] ?? 0) / ($clodData['economic_useful_life'] ?? 1);
$anfggalfixdCost = $anurdep
+ ($clodData['annual_insurance'] ?? 0)
+ ($clodData['annual_tax'] ?? 0)
+ ($clodData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anfggalfixdCost != 0)
{{ $anfggalfixdCost }}
@endif
|
|
|
|
|
d
|
|
|
Bulk Cooling Unit
|
|
@php
$bulk_coolingData = json_decode($datas->bulk_cooling, true);
@endphp
|
|
|
|
|
|
@php
$banefonCost = ($bulk_coolingData['total_investment_cost'] ?? 0) - ($bulk_coolingData['subsidy_grant'] ?? 0);
$bcbla_sou = $banefonCost - ($bulk_coolingData['balance_source_of_investment'] ?? 0);
@endphp
@if($bcbla_sou != 0)
{{ $bcbla_sou }}
@endif
|
|
|
@php
$datresitent = ($bulk_coolingData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($datresitent != 0)
{{ $datresitent }}
@endif
|
@php
$anufr = $bcbla_sou/2*12/100;
@endphp
@if($anufr != 0)
{{ $anufr }}
@endif
|
@php
$anuyyep = ($bulk_coolingData['total_investment_cost'] ?? 0) / ($bulk_coolingData['economic_useful_life'] ?? 1);
@endphp
@if($anuyyep != 0)
{{ $anuyyep }}
@endif
|
|
|
|
@php
$ayynul_dep = ($bulk_coolingData['total_investment_cost'] ?? 0) / ($bulk_coolingData['economic_useful_life'] ?? 1);
$anualwwfixdCost = $ayynul_dep
+ ($bulk_coolingData['annual_insurance'] ?? 0)
+ ($bulk_coolingData['annual_tax'] ?? 0)
+ ($bulk_coolingData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anualwwfixdCost != 0)
{{ $anualwwfixdCost }}
@endif
|
|
|
|
|
e
|
|
|
Storage for fodder
|
|
@php
$fodderData = json_decode($datas->fodder, true);
@endphp
|
|
|
|
|
|
@php
$ffbankLonCost = ($fodderData['total_investment_cost'] ?? 0) - ($fodderData['subsidy_grant'] ?? 0);
$fodbla_sou = $ffbankLonCost - ($fodderData['balance_source_of_investment'] ?? 0);
@endphp
@if($fodbla_sou != 0)
{{ $fodbla_sou }}
@endif
|
|
|
@php
$resngitent = ($fodderData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resngitent != 0)
{{ $resngitent }}
@endif
|
@php
$aggnu = $fodbla_sou/2*12/100;
@endphp
@if($aggnu != 0)
{{ $aggnu }}
@endif
|
@php
$rttanul_dep = ($fodderData['total_investment_cost'] ?? 0) / ($fodderData['economic_useful_life'] ?? 1);
@endphp
@if($rttanul_dep != 0)
{{ $rttanul_dep }}
@endif
|
|
|
|
@php
$fodanul_dep = ($fodderData['total_investment_cost'] ?? 0) / ($fodderData['economic_useful_life'] ?? 1);
$anuaxdCost = $fodanul_dep
+ ($fodderData['annual_insurance'] ?? 0)
+ ($fodderData['annual_tax'] ?? 0)
+ ($fodderData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anuaxdCost != 0)
{{ $anuaxdCost }}
@endif
|
|
|
|
|
f
|
|
|
Other
|
|
@php
$storage_structures_otherData = json_decode($datas->storage_structures_other, true);
@endphp
|
|
|
|
|
|
@php
$bLonCost = ($storage_structures_otherData['total_investment_cost'] ?? 0) - ($storage_structures_otherData['subsidy_grant'] ?? 0);
$ssbla_sou = $bLonCost - ($storage_structures_otherData['balance_source_of_investment'] ?? 0);
@endphp
@if($ssbla_sou != 0)
{{ $ssbla_sou }}
@endif
|
|
|
@php
$resitdatent = ($storage_structures_otherData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resitdatent != 0)
{{ $resitdatent }}
@endif
|
@php
$anudata = $ssbla_sou/2*12/100;
@endphp
@if($anudata != 0)
{{ $anudata }}
@endif
|
@php
$anulf_dep = ($storage_structures_otherData['total_investment_cost'] ?? 0) / ($storage_structures_otherData['economic_useful_life'] ?? 1);
@endphp
@if($anulf_dep != 0)
{{ $anulf_dep }}
@endif
|
|
|
|
@php
$anulyy_dep = ($storage_structures_otherData['total_investment_cost'] ?? 0) / ($storage_structures_otherData['economic_useful_life'] ?? 1);
$anudixdCost = $anulyy_dep
+ ($storage_structures_otherData['annual_insurance'] ?? 0)
+ ($storage_structures_otherData['annual_tax'] ?? 0)
+ ($storage_structures_otherData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anudixdCost != 0)
{{ $anudixdCost }}
@endif
|
|
|
|
|
4
|
|
|
Processing Infrastructure
|
|
|
| |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
| |
|
a
|
|
|
Wheat Processing Unit
|
|
@php
$wheat_processingData = json_decode($datas->wheat_processing, true);
@endphp
|
|
|
|
|
|
@php
$banktost = ($wheat_processingData['total_investment_cost'] ?? 0) - ($wheat_processingData['subsidy_grant'] ?? 0);
$wpbla_sou = $banktost - ($wheat_processingData['balance_source_of_investment'] ?? 0);
@endphp
@if($wpbla_sou != 0)
{{ $wpbla_sou }}
@endif
|
|
|
@php
$resitgrent = ($wheat_processingData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resitgrent != 0)
{{ $resitgrent }}
@endif
|
@php
$anufe = $wpbla_sou/2*12/100;
@endphp
@if($anufe != 0)
{{ $anufe }}
@endif
|
@php
$anulee_dep = ($wheat_processingData['total_investment_cost'] ?? 0) / ($wheat_processingData['economic_useful_life']
?? 1);
@endphp
@if($anulee_dep != 0)
{{ $anulee_dep }}
@endif
|
|
|
|
@php
$anultt_dep = ($wheat_processingData['total_investment_cost'] ?? 0) / ($wheat_processingData['economic_useful_life']
?? 1);
$anfixdCost = $anultt_dep
+ ($wheat_processingData['annual_insurance'] ?? 0)
+ ($wheat_processingData['annual_tax'] ?? 0)
+ ($wheat_processingData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anfixdCost != 0)
{{ $anfixdCost }}
@endif
|
|
|
|
|
b
|
|
|
Oil Processing Unit
|
|
@php
$oil_processingData = json_decode($datas->oil_processing, true);
@endphp
|
|
|
|
|
|
@php
$bahnCost = ($oil_processingData['total_investment_cost'] ?? 0) - ($oil_processingData['subsidy_grant'] ?? 0);
$opbla_sou = $bahnCost - ($oil_processingData['balance_source_of_investment'] ?? 0);
@endphp
@if($opbla_sou != 0)
{{ $opbla_sou }}
@endif
|
|
|
@php
$resirt = ($oil_processingData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resirt != 0)
{{ $resirt }}
@endif
|
@php
$anudd = $opbla_sou/2*12/100;
@endphp
@if($anudd != 0)
{{ $anudd }}
@endif
|
@php
$anul_dep = ($oil_processingData['total_investment_cost'] ?? 0) / ($oil_processingData['economic_useful_life'] ?? 1);
@endphp
@if($anul_dep != 0)
{{ $anul_dep }}
@endif
|
|
|
|
@php
$anggul_dep = ($oil_processingData['total_investment_cost'] ?? 0) / ($oil_processingData['economic_useful_life'] ?? 1);
$anddualfixdCost = $anggul_dep
+ ($oil_processingData['annual_insurance'] ?? 0)
+ ($oil_processingData['annual_tax'] ?? 0)
+ ($oil_processingData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anddualfixdCost != 0)
{{ $anddualfixdCost }}
@endif
|
|
|
|
|
c
|
|
|
Sugarcane Processing Unit
|
|
@php
$sugarcane_processingData = json_decode($datas->sugarcane_processing, true);
@endphp
|
|
|
|
|
|
@php
$banknCost = ($sugarcane_processingData['total_investment_cost'] ?? 0) - ($sugarcane_processingData['subsidy_grant'] ?? 0);
$spibla_sou = $banknCost - ($sugarcane_processingData['balance_source_of_investment'] ?? 0);
@endphp
@if($spibla_sou != 0)
{{ $spibla_sou }}
@endif
|
|
|
@php
$resitentee = ($sugarcane_processingData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resitentee != 0)
{{ $resitentee }}
@endif
|
@php
$anusw = $spibla_sou/2*12/100;
@endphp
@if($anusw != 0)
{{ $anusw }}
@endif
|
@php
$ssanul_dep = ($sugarcane_processingData['total_investment_cost'] ?? 0) / ($sugarcane_processingData['economic_useful_life'] ?? 1);
@endphp
@if($ssanul_dep != 0)
{{ $ssanul_dep }}
@endif
|
|
|
|
@php
$anuwwl_dep = ($sugarcane_processingData['total_investment_cost'] ?? 0) / ($sugarcane_processingData['economic_useful_life'] ?? 1);
$anhtfixdCost = $anuwwl_dep
+ ($sugarcane_processingData['annual_insurance'] ?? 0)
+ ($sugarcane_processingData['annual_tax'] ?? 0)
+ ($sugarcane_processingData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anhtfixdCost != 0)
{{ $anhtfixdCost }}
@endif
|
|
|
|
|
d
|
|
|
Dal Processing Unit
|
|
@php
$dal_processingData = json_decode($datas->dal_processing, true);
@endphp
|
|
|
|
|
|
@php
$banffkLonCost = ($dal_processingData['total_investment_cost'] ?? 0) - ($dal_processingData['subsidy_grant'] ?? 0);
$dpbla_sou = $banffkLonCost - ($dal_processingData['balance_source_of_investment'] ?? 0);
@endphp
@if($dpbla_sou != 0)
{{ $dpbla_sou }}
@endif
|
|
|
@php
$resitdent = ($dal_processingData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resitdent != 0)
{{ $resitdent }}
@endif
|
@php
$anssu = $dpbla_sou/2*12/100;
@endphp
@if($anssu != 0)
{{ $anssu }}
@endif
|
@php
$anssul_dep = ($dal_processingData['total_investment_cost'] ?? 0) / ($dal_processingData['economic_useful_life'] ?? 1);
@endphp
@if($anssul_dep != 0)
{{ $anssul_dep }}
@endif
|
|
|
|
@php
$awnul_dep = ($dal_processingData['total_investment_cost'] ?? 0) / ($dal_processingData['economic_useful_life'] ?? 1);
$ansalfixdCost = $awnul_dep
+ ($dal_processingData['annual_insurance'] ?? 0)
+ ($dal_processingData['annual_tax'] ?? 0)
+ ($dal_processingData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($ansalfixdCost != 0)
{{ $ansalfixdCost }}
@endif
|
|
|
|
|
e
|
|
|
Any Other Processing unit
|
|
@php
$other_processingData = json_decode($datas->other_processing, true);
@endphp
|
|
|
|
|
|
@php
$bangnCost = ($other_processingData['total_investment_cost'] ?? 0) - ($other_processingData['subsidy_grant'] ?? 0);
$opbla_sou = $bangnCost - ($other_processingData['balance_source_of_investment'] ?? 0);
@endphp
@if($opbla_sou != 0)
{{ $opbla_sou }}
@endif
|
|
|
@php
$refetent = ($other_processingData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($refetent != 0)
{{ $refetent }}
@endif
|
@php
$awednu = $opbla_sou/2*12/100;
@endphp
@if($awednu != 0)
{{ $awednu }}
@endif
|
@php
$andeul_dep = ($other_processingData['total_investment_cost'] ?? 0) / ($other_processingData['economic_useful_life'] ?? 1);
@endphp
@if($andeul_dep != 0)
{{ $andeul_dep }}
@endif
|
|
|
|
@php
$anuldddep = ($other_processingData['total_investment_cost'] ?? 0) / ($other_processingData['economic_useful_life'] ?? 1);
$anutixdCost = $anuldddep
+ ($other_processingData['annual_insurance'] ?? 0)
+ ($other_processingData['annual_tax'] ?? 0)
+ ($other_processingData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anutixdCost != 0)
{{ $anutixdCost }}
@endif
|
|
|
|
|
5
|
|
|
Marketing Infrastructure
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
a
|
|
|
Kiran Outlets
|
|
@php
$kiran_outletsData = json_decode($datas->kiran_outlets, true);
@endphp
|
|
|
|
|
|
@php
$bronCost = ($kiran_outletsData['total_investment_cost'] ?? 0) - ($kiran_outletsData['subsidy_grant'] ?? 0);
$kobla_sou = $bronCost - ($kiran_outletsData['balance_source_of_investment'] ?? 0);
@endphp
@if($kobla_sou != 0)
{{ $kobla_sou }}
@endif
|
|
|
@php
$resiterrnt = ($kiran_outletsData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resiterrnt != 0)
{{ $resiterrnt }}
@endif
|
@php
$anuee = $kobla_sou/2*12/100;
@endphp
@if($anuee != 0)
{{ $anuee }}
@endif
|
@php
$anuttdep = ($kiran_outletsData['total_investment_cost'] ?? 0) / ($kiran_outletsData['economic_useful_life'] ?? 1);
@endphp
@if($anuttdep != 0)
{{ $anuttdep }}
@endif
|
|
|
|
@php
$anulff_dep = ($kiran_outletsData['total_investment_cost'] ?? 0) / ($kiran_outletsData['economic_useful_life'] ?? 1);
$anualfixdCost = $anulff_dep
+ ($kiran_outletsData['annual_insurance'] ?? 0)
+ ($kiran_outletsData['annual_tax'] ?? 0)
+ ($kiran_outletsData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anualfixdCost != 0)
{{ $anualfixdCost }}
@endif
|
|
|
|
|
b
|
|
|
Grocery Outlets
|
|
@php
$grossary_outletsData = json_decode($datas->grossary_outlets, true);
@endphp
|
|
|
|
|
|
@php
$bannCost = ($grossary_outletsData['total_investment_cost'] ?? 0) - ($grossary_outletsData['subsidy_grant'] ?? 0);
$gobla_sou = $bannCost - ($grossary_outletsData['balance_source_of_investment'] ?? 0);
@endphp
@if($gobla_sou != 0)
{{ $gobla_sou }}
@endif
|
|
|
@php
$resieetent = ($grossary_outletsData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resieetent != 0)
{{ $resieetent }}
@endif
|
@php
$ddanu = $gobla_sou/2*12/100;
@endphp
@if($ddanu != 0)
{{ $ddanu }}
@endif
|
@php
$anuyyl_dep = ($grossary_outletsData['total_investment_cost'] ?? 0) / ($grossary_outletsData['economic_useful_life'] ?? 1);
@endphp
@if($anuyyl_dep != 0)
{{ $anuyyl_dep }}
@endif
|
|
|
|
@php
$anuld_dep = ($grossary_outletsData['total_investment_cost'] ?? 0) / ($grossary_outletsData['economic_useful_life'] ?? 1);
$anualrrdCost = $anuld_dep
+ ($grossary_outletsData['annual_insurance'] ?? 0)
+ ($grossary_outletsData['annual_tax'] ?? 0)
+ ($grossary_outletsData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anualrrdCost != 0)
{{ $anualrrdCost }}
@endif
|
|
|
|
|
c
|
|
|
Any Other Retail outlets
|
|
@php
$other_outletsData = json_decode($datas->other_outlets, true);
@endphp
|
|
|
|
|
|
@php
$bankLttCost = ($other_outletsData['total_investment_cost'] ?? 0) - ($other_outletsData['subsidy_grant'] ?? 0);
$oobla_sou = $bankLttCost - ($other_outletsData['balance_source_of_investment'] ?? 0);
@endphp
@if($oobla_sou != 0)
{{ $oobla_sou }}
@endif
|
|
|
@php
$resihuir = ($other_outletsData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resihuir != 0)
{{ $resihuir }}
@endif
|
@php
$anuss = $oobla_sou/2*12/100;
@endphp
@if($anuss != 0)
{{ $anuss }}
@endif
|
@php
$anfgrl_dep = ($other_outletsData['total_investment_cost'] ?? 0) / ($other_outletsData['economic_useful_life'] ?? 1);
@endphp
@if($anfgrl_dep != 0)
{{ $anfgrl_dep }}
@endif
|
|
|
|
@php
$anuleee_dep = ($other_outletsData['total_investment_cost'] ?? 0) / ($other_outletsData['economic_useful_life'] ?? 1);
$anualxdCost = $anuleee_dep
+ ($other_outletsData['annual_insurance'] ?? 0)
+ ($other_outletsData['annual_tax'] ?? 0)
+ ($other_outletsData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anualxdCost != 0)
{{ $anualxdCost }}
@endif
|
|
|
|
|
6
|
|
|
Farm Infrastructure
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
a
|
|
|
Shed (Kuchha)
|
|
@php
$shed_kuchhaData = json_decode($datas->shed_kuchha, true);
@endphp
|
|
|
|
|
|
@php
$banCost = ($shed_kuchhaData['total_investment_cost'] ?? 0) - ($shed_kuchhaData['subsidy_grant'] ?? 0);
$skbla_sou = $banCost - ($shed_kuchhaData['balance_source_of_investment'] ?? 0);
@endphp
@if($skbla_sou != 0)
{{ $skbla_sou }}
@endif
|
|
|
@php
$resirr = ($shed_kuchhaData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resirr != 0)
{{ $resirr }}
@endif
|
@php
$anuueu = $skbla_sou/2*12/100;
@endphp
@if($anuueu != 0)
{{ $anuueu }}
@endif
|
@php
$anul_deprr = ($shed_kuchhaData['total_investment_cost'] ?? 0) / ($shed_kuchhaData['economic_useful_life'] ?? 1);
@endphp
@if($anul_deprr != 0)
{{ $anul_deprr }}
@endif
|
|
|
|
@php
$anul_deps = ($shed_kuchhaData['total_investment_cost'] ?? 0) / ($shed_kuchhaData['economic_useful_life'] ?? 1);
$anuarsdCost = $anul_deps
+ ($shed_kuchhaData['annual_insurance'] ?? 0)
+ ($shed_kuchhaData['annual_tax'] ?? 0)
+ ($shed_kuchhaData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anuarsdCost != 0)
{{ $anuarsdCost }}
@endif
|
|
|
|
|
b
|
|
|
Shed (Pucca)
|
|
@php
$shed_puccaData = json_decode($datas->shed_pucca, true);
@endphp
|
|
|
|
|
|
@php
$baronCost = ($shed_puccaData['total_investment_cost'] ?? 0) - ($shed_puccaData['subsidy_grant'] ?? 0);
$spbla_sou = $baronCost - ($shed_puccaData['balance_source_of_investment'] ?? 0);
@endphp
@if($spbla_sou != 0)
{{ $spbla_sou }}
@endif
|
|
|
@php
$resiteddnt = ($shed_puccaData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resiteddnt != 0)
{{ $resiteddnt }}
@endif
|
@php
$anudf = $spbla_sou/2*12/100;
@endphp
@if($anudf != 0)
{{ $anudf }}
@endif
|
@php
$anul_dddep = ($shed_puccaData['total_investment_cost'] ?? 0) / ($shed_puccaData['economic_useful_life'] ?? 1);
@endphp
@if($anul_dddep != 0)
{{ $anul_dddep }}
@endif
|
|
|
|
@php
$anuffl_dep = ($shed_puccaData['total_investment_cost'] ?? 0) / ($shed_puccaData['economic_useful_life'] ?? 1);
$anuxdCost = $anuffl_dep
+ ($shed_puccaData['annual_insurance'] ?? 0)
+ ($shed_puccaData['annual_tax'] ?? 0)
+ ($shed_puccaData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anuxdCost != 0)
{{ $anuxdCost }}
@endif
|
|
|
|
|
7
|
|
|
Investment under Plantation Crop (crop period more than 18 months)
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
a
|
|
|
Name of Plantation Crop (Example : Tea, Apple, Mango, Orange, etc.)
|
|
@php
$name_plantationdata = json_decode($datas->name_plantation, true);
@endphp
|
|
|
|
|
|
@php
$bankLrst = ($name_plantationdata['total_investment_cost'] ?? 0) - ($name_plantationdata['subsidy_grant'] ?? 0);
$npbla_sou = $bankLrst - ($name_plantationdata['balance_source_of_investment'] ?? 0);
@endphp
@if($npbla_sou != 0)
{{ $npbla_sou }}
@endif
|
|
|
@php
$rdata = ($name_plantationdata['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($rdata != 0)
{{ $rdata }}
@endif
|
@php
$anurr = $npbla_sou/2*12/100;
@endphp
@if($anurr != 0)
{{ $anurr }}
@endif
|
@php
$anussrr = ($name_plantationdata['total_investment_cost'] ?? 0) / ($name_plantationdata['economic_useful_life'] ?? 1);
@endphp
@if($anussrr != 0)
{{ $anussrr }}
@endif
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@php
$anulss_dep = ($name_plantationdata['total_investment_cost'] ?? 0) / ($name_plantationdata['economic_useful_life'] ?? 1);
$anualfisCost = $anulss_dep
+ ($name_plantationdata['annual_insurance'] ?? 0)
+ ($name_plantationdata['annual_tax'] ?? 0)
+ ($name_plantationdata['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anualfisCost != 0)
{{ $anualfisCost }}
@endif
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b
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Cost of Plantation
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@php
$cost_pantationdata = json_decode($datas->cost_pantation, true);
@endphp
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@php
$bankLonst = ($cost_pantationdata['total_investment_cost'] ?? 0) - ($cost_pantationdata['subsidy_grant'] ?? 0);
$cpbla_sou = $bankLonst - ($cost_pantationdata['balance_source_of_investment'] ?? 0);
@endphp
@if($cpbla_sou != 0)
{{ $cpbla_sou }}
@endif
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@php
$resitentdat = ($cost_pantationdata['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resitentdat != 0)
{{ $resitentdat }}
@endif
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@php
$anudd = $cpbla_sou/2*12/100;
@endphp
@if($anudd != 0)
{{ $anudd }}
@endif
|
@php
$anufiue = ($cost_pantationdata['total_investment_cost'] ?? 0) / ($cost_pantationdata['economic_useful_life'] ?? 1);
@endphp
@if($anufiue != 0)
{{ $anufiue }}
@endif
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@php
$anurdep = ($cost_pantationdata['total_investment_cost'] ?? 0) / ($cost_pantationdata['economic_useful_life'] ?? 1);
$anualfrdCost = $anurdep
+ ($cost_pantationdata['annual_insurance'] ?? 0)
+ ($cost_pantationdata['annual_tax'] ?? 0)
+ ($cost_pantationdata['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anualfrdCost != 0)
{{ $anualfrdCost }}
@endif
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c
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|
Cost Infrastructure and Support Services
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|
@php
$Infrastructuredata = json_decode($datas->Infrastructure, true);
@endphp
|
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|
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@php
$bankLoninfaCost = ($Infrastructuredata['total_investment_cost'] ?? 0) - ($Infrastructuredata['subsidy_grant'] ?? 0);
$inbla_sou = $bankLoninfaCost - ($Infrastructuredata['balance_source_of_investment'] ?? 0);
@endphp
@if($inbla_sou != 0)
{{ $inbla_sou }}
@endif
|
|
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@php
$resitentfdf = ($Infrastructuredata['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resitentfdf != 0)
{{ $resitentfdf }}
@endif
|
@php
$anuda = $inbla_sou/2*12/100;
@endphp
@if($anuda != 0)
{{ $anuda }}
@endif
|
@php
$anul_depdd = ($Infrastructuredata['total_investment_cost'] ?? 0) / ($Infrastructuredata['economic_useful_life'] ?? 1);
@endphp
@if($anul_depdd != 0)
{{ $anul_depdd }}
@endif
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@php
$anuldata_dep = ($Infrastructuredata['total_investment_cost'] ?? 0) / ($Infrastructuredata['economic_useful_life'] ?? 1);
$anualfixdCosts = $anuldata_dep
+ ($Infrastructuredata['annual_insurance'] ?? 0)
+ ($Infrastructuredata['annual_tax'] ?? 0)
+ ($Infrastructuredata['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anualfixdCosts != 0)
{{ $anualfixdCosts }}
@endif
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|
|
|
|
d
|
|
|
Cost of other material
|
|
@php
$materialdata = json_decode($datas->material, true);
@endphp
|
|
|
|
|
|
@php
$banknCost = ($materialdata['total_investment_cost'] ?? 0) - ($materialdata['subsidy_grant'] ?? 0);
$mabla_sou = $banknCost - ($materialdata['balance_source_of_investment'] ?? 0);
@endphp
@if($mabla_sou != 0)
{{ $mabla_sou }}
@endif
|
|
|
@php
$resitentfw = ($materialdata['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resitentfw != 0)
{{ $resitentfw }}
@endif
|
@php
$anurr = $mabla_sou/2*12/100;
@endphp
@if($anurr != 0)
{{ $anurr }}
@endif
|
@php
$anulda_dep = ($materialdata['total_investment_cost'] ?? 0) / ($materialdata['economic_useful_life'] ?? 1);
@endphp
@if($anulda_dep != 0)
{{ $anulda_dep }}
@endif
|
|
|
|
@php
$anulrer_dep = ($materialdata['total_investment_cost'] ?? 0) / ($materialdata['economic_useful_life'] ?? 1);
$anualfixdCosst = $anulrer_dep
+ ($materialdata['annual_insurance'] ?? 0)
+ ($materialdata['annual_tax'] ?? 0)
+ ($materialdata['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anualfixdCosst != 0)
{{ $anualfixdCosst }}
@endif
|
|
|
|
|
e
|
|
|
Cost Labour / mechanization
|
|
@php
$labour_mechanizationdata = json_decode($datas->labour_mechanization, true);
@endphp
|
|
|
|
|
|
@php
$bankLonCostsa = ($labour_mechanizationdata['total_investment_cost'] ?? 0) - ($labour_mechanizationdata['subsidy_grant'] ?? 0);
$bla_souds = $bankLonCostsa - ($labour_mechanizationdata['balance_source_of_investment'] ?? 0);
@endphp
@if($bla_souds != 0)
{{ $bla_souds }}
@endif
|
|
|
@php
$resitenttion = ($labour_mechanizationdata['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resitenttion != 0)
{{ $resitenttion }}
@endif
|
@php
$anuoted = $bla_souds/2*12/100;
@endphp
@if($anuoted != 0)
{{ $anuoted }}
@endif
|
@php
$anul_depotdat = ($labour_mechanizationdata['total_investment_cost'] ?? 0) / ($labour_mechanizationdata['economic_useful_life'] ?? 1);
@endphp
@if($anul_depotdat != 0)
{{ $anul_depotdat }}
@endif
|
|
|
|
@php
$anulfda_dep = ($labour_mechanizationdata['total_investment_cost'] ?? 0) / ($labour_mechanizationdata['economic_useful_life'] ?? 1);
$anualfixdCostlm = $anulfda_dep
+ ($labour_mechanizationdata['annual_insurance'] ?? 0)
+ ($labour_mechanizationdata['annual_tax'] ?? 0)
+ ($labour_mechanizationdata['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anualfixdCostlm != 0)
{{ $anualfixdCostlm }}
@endif
|
|
|
|
|
f
|
|
|
Any other Fixed Cost
|
|
@php
$fixed_costdata = json_decode($datas->fixed_cost, true);
@endphp
|
|
|
|
|
|
@php
$bankLonCostfix = ($fixed_costdata['total_investment_cost'] ?? 0) - ($fixed_costdata['subsidy_grant'] ?? 0);
$fxbla_sou = $bankLonCostfix - ($fixed_costdata['balance_source_of_investment'] ?? 0);
@endphp
@if($fxbla_sou != 0)
{{ $fxbla_sou }}
@endif
|
|
|
@php
$resitentfix = ($fixed_costdata['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resitentfix != 0)
{{ $resitentfix }}
@endif
|
@php
$anufix = $fxbla_sou/2*12/100;
@endphp
@if($anufix != 0)
{{ $anufix }}
@endif
|
@php
$anulgg_dep = ($fixed_costdata['total_investment_cost'] ?? 0) / ($fixed_costdata['economic_useful_life'] ?? 1);
@endphp
@if($anulgg_dep != 0)
{{ $anulgg_dep }}
@endif
|
|
|
|
@php
$anul_deps = ($fixed_costdata['total_investment_cost'] ?? 0) / ($fixed_costdata['economic_useful_life'] ?? 1);
$anualfixdCostfix = $anul_deps
+ ($fixed_costdata['annual_insurance'] ?? 0)
+ ($fixed_costdata['annual_tax'] ?? 0)
+ ($fixed_costdata['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anualfixdCostfix != 0)
{{ $anualfixdCostfix }}
@endif
|
|
|
|
|
8
|
|
|
Any other infrastructure
|
|
@php
$other_infrastructureData = json_decode($datas->other_infrastructure, true);
@endphp
|
|
|
|
|
|
@php
$bankLonCostot = ($other_infrastructureData['total_investment_cost'] ?? 0) - ($other_infrastructureData['subsidy_grant'] ?? 0);
$otbla_sou = $bankLonCostot - ($other_infrastructureData['balance_source_of_investment'] ?? 0);
@endphp
@if($otbla_sou != 0)
{{ $otbla_sou }}
@endif
|
|
|
@php
$resitentot = ($other_infrastructureData['total_investment_cost'] ?? 0) * 0.10;
@endphp
@if($resitentot != 0)
{{ $resitentot }}
@endif
|
@php
$anuot = $otbla_sou/2*12/100;
@endphp
@if($anuot != 0)
{{ $anuot }}
@endif
|
@php
$anul_depot = ($other_infrastructureData['total_investment_cost'] ?? 0) / ($other_infrastructureData['economic_useful_life'] ?? 1);
@endphp
@if($anul_depot != 0)
{{ $anul_depot }}
@endif
|
|
|
|
@php
$anul_depoh = ($other_infrastructureData['total_investment_cost'] ?? 0) / ($other_infrastructureData['economic_useful_life'] ?? 1);
$anualfixdCostoh = $anul_depoh
+ ($other_infrastructureData['annual_insurance'] ?? 0)
+ ($other_infrastructureData['annual_tax'] ?? 0)
+ ($other_infrastructureData['annual_repair_and_maintenance'] ?? 0);
@endphp
@if($anualfixdCostoh != 0)
{{ $anualfixdCostoh }}
@endif
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|