New 7th Pay Commission Pension Calculator as per Order Date 12.05.2017
The 7th Pay Commission recommended two type of options (Option 1 & Option 2) to calculate the pension for central government pensioners. On 4th August 2016 DOPPW released Resolution No. 38/37/2016-P&PW (A), which given instruction to use only second formulation (option 2, i.e. 6th CPC pension x 2.57)
Government formed Committee headed by a Secretary, Department of Pension & Pensioners’ Welfare to check the feasibility of the first option recommended by 7th CPC. The Committee has submitted its Report and the recommendations made by the Committee have been considered by the Government.
Government decided to introduce by notionally fixing their pay in the pay matrix recommended by the 7th CPC as well as DOPPW Committee
50% of the notional pay as on 01.01.2016 shall be the revised pension
30% of this notional pay shall be the revised family pension w.e.f. 1.1.2016 as per the first Formulation.
| First Formulation (option 1) | Second Formulation (Option 2) |
| Based on Notional Pay Fixation 01.01.2016 (x) 50% | 6th CPC pensions x 2.57 |
Now, it has been decided that higher of the two Formulations shall be granted to pre-2016 central civil pensioners as revised pension/family pension w.e.f. 01.01.2016
Based on all the conditions, we have prepared new 7th CPC Pension Calculator for pre-2016 pensioners.
How to calculate 7th CPC Pension for Pre-2016 Pensioners
To calculate the 7th CPC Pension, provide the following details in the calculator to get accurate results.
1. Date of Retirement
2. Select your Pay Commission (4th or 5th or 6th)
3. Select your pay scale
4. Pay on Retirement
5. Pension as on 1.1.2016, before revision
6. Family Pension as on 1.1.2016, before revision
7. Click here to calculate 7th CPC Pension
8. Find the Pension & Family Pension details at the end of the result
array(“750-12-870-14-940″,”S-1 2550-55-2660-60-3200″,”-1S 4440-7440″,”1300″,”1″, 6050, “PB1 – 1800”),
“2”=>array(“775-12-871-12-1025”, “S-2 2610-60-3150-65-3540″,”-1S 4440-7440″,”1400″,”1″, 6260),
“3”=>array(“775-12-871-14-955-15-1030-20-1150”, “S-2A 2610-60-2910-65-3300-70-4000″,”-1S 4440-7440″,”1600″,”1″, 6460),
“4”=>array(“800-15-1010-20-1150”, “S-3 2650-65-3300-70-4000″,”-1S 4440-7440″,”1650″,”1″, 6580),
“5”=>array(“825-15-900-20-12000”, “S-4 2750-70-3800-75-4400 “, “PB1 5200-20200″,”1800″,”1”, 7330),
“6”=>array(“950-20-1150-25-1400 & 950-20-1150-25-1500 & 1150-25-1500”, “S-5 3050-75-3950-80-4590”, “PB1 5200-20200″,”1900″,”2”, 7780, “PB1 – 1900”),
“7”=>array(“975-25-1150-30-1540 & 975-25-1150-30-1660”, “S-6 3200-85-4900”, “PB1 5200-20200″,”2000″,”3”, 8060, “PB1 – 2000”),
“8”=>array(“1200-30-1440-30-1800 & 1200-30-1560-40-2040 & 1320-30-1560-40-2040”, “S-7 4000-100-6000”, “PB1 5200-20200″,”2400″,”4”, 9840, “PB1 – 2400”),
“9”=>array(“1350-30-1440-40-1800-50-2200 & 1400-40-1800-50-2300”, “S-8 4500-125-7000”, “PB1 5200-20200″,”2800″,”5”, 11170, “PB1 – 2800”),
“10”=>array(“1400-40-1600-50-2300-60-2600 & 1600-50-2300-60-2660”, “S-9 5000-150-8000”, “PB2 9300-34800″,”4200″,”6”, 13500, “PB2 – 4200”),
“11”=>array(“1640-60-2600-75-2900”, “S-10 5500-175-9000”, “PB2 9300-34800″,”4200″,”6”, 14430),
“12”=>array(“2000-60-2120”, “S-11 6500-200-6900”, “PB2 9300-34800″,”4200″,”6”, 16290),
“13”=>array(“2000-60-2300-75-3200 & 2000-60-2300-75-3200-3500”, “S-12 6500-200-10500”, “PB2 9300-34800″,”4600″,”7”, 18460),
“14”=>array(“2375-75-3200-100-3500 & 2375-75-3200-100-3500-125-3750”, “S-13 7450-225-11500”, “PB2 9300-34800″,”4600″,”7”, 18460, “PB2 – 4600”),
“15”=>array(“2500-4000”, “S-14 7500-225-1200”, “PB2 9300-34800″,”4800″,”8”, 18750, “PB2 – 4800”),
“16”=>array(“2200-75-2800-100-4000 & 2300-100-2800”, “S-15 8000-275-13500”, “PB2 9300-34800″,”5400″,”9”, 20280, “PB2 – 5400”),
“17”=>array(“2200-75-2800-100-4000”, “New 8000-275-13500(Group A Entry)”, “PB3 15600-39100″,”5400″,”10”, 21000, “PB3 – 5400”),
“18”=>array(“2630/- FIXED”, “S-16 9000”, “PB3 15600-39100″,”5400″,”10”, 22140),
“19”=>array(“2630-75-2780”, “S-17 9000-275-9550”, “PB3 15600-39100″,”5400″,”10”, 22140),
“20”=>array(“3150-100-3350”, “S-18 10325-325-10975”, “PB3 15600-39100″,”6600″,”11”, 25810, “PB3 – 6000”),
“21”=>array(“3000-125-3625 & 3000-100-3500-125-4500 & 3000-100-3500-125-5000”, “S-19 10000-325-15200”, “PB3 15600-39100″,”6600″,”11”, 25200, “PB3 – 6600”),
“22”=>array(“3200-100-3700-125-4700”, “S-20 10650-325-15850”, “PB3 15600-39100″,”6600″,”11”, 26410),
“23”=>array(“3700-150-4450 & 3700-125-4700-150-5000”, “S-21 12000-375-16500”, “PB3 15600-39100″,”7600″,”12”, 29920, “PB3 – 7600”),
“24”=>array(“3950-125-4700-150-5000”, “S-22 12750-375-16500”, “PB3 15600-39100″,”7600″,”12”, 31320),
“25”=>array(“3700-125-4950-150-5700”, “S-23 12000-375-18000”, “PB3 15600-39100″,”7600″,”12”, 29920),
“26”=>array(“4100-125-4850-150-5300 & 4500-150-5700”, “S-24 14300-400-18300”, “PB4 37400-67000″,”8700″,”13”, 46100, “PB4 – 8700”),
“27”=>array(“4800-150-5700”, “S-25 15100-400-18300”, “PB4 37400-67000″,”8700″,”13”, 48390),
“28”=>array(“5100-150-5700 & 5100-150-6150 & 5100-150-5700-200-6300”, “S-26 16400-450-20000”, “PB4 37400-67000″,”8900″,”13A”, 48590, “PB4 – 8900”),
“29”=>array(“5100-150-6300-200-6700”, “S-27 16400-450-20900”, “PB4 37400-67000″,”8900″,”13A”, 48590),
“30”=>array(“4500-150-5700-200-7300”, “S-28 14300-450-22400”, “PB4 37400-67000″,”10000″,”14”, 47400, “PB4 – 10000”),
“31”=>array(“5900-200-6700 & 5900-200-7300”, “S-29 18400-500-22400”, “PB4 37400-67000″,”10000″,”14”, 54700),
“32”=>array(“7300-100-7600”, “S-30 22400-525-24500”, “PB4 37400-67000″,”NIL”,”14″, 67000),
“33”=>array(“7300-200-7500-250-8000”, “S-31 22400-600-26000”, “HAG SCALE 67000-79000″,”NIL”,”15″, 75500, “67000-79000 HAG”),
“34”=>array(“7600/- FIXED & 7600-100-8000”, “S-32 24050-650-26000”, “HAG+ SCALE 75500-80000″,”NIL”,”16″, 77765, “75500 – 80000 HAG”),
“35”=>array(“8000/- FIXED”, “S-33 26000(Fixed)”, “APEX SCALE 80000″,”NIL”,”17″, 80000, “80000 HAG”),
“36”=>array(“9000/- FIXED”, “S-34 30000(Fixed)”, “CAB. SEC. 90000″,”NIL”,”18″, 0, “90000 HAG”));
$index_list = array( “1” => array(18000,18500,19100,19700,20300,20900,21500,22100,22800,23500,24200,24900,25600,26400,27200,28000,28800,29700,30600,31500,32400,33400,34400,35400,36500,37600,38700,39900,41100,42300,43600,44900,46200,47600,49000,50500,52000,53600,55200,56900),
“2” => array(19900,20500,21100,21700,22400,23100,23800,24500,25200,26000,26800,27600,28400,29300,30200,31100,32000,33000,34000,35000,36100,37200,38300,39400,40600,41800,43100,44400,45700,47100,48500,50000,51500,53000,54600,56200,57900,59600,61400,63200),
“3” => array(21700,22400,23100,23800,24500,25200,26000,26800,27600,28400,29300,30200,31100,32000,33000,34000,35000,36100,37200,38300,39400,40600,41800,43100,44400,45700,47100,48500,50000,51500,53000,54600,56200,57900,59600,61400,63200,65100,67100,69100),
“4” => array(25500,26300,27100,27900,28700,29600,30500,31400,32300,33300,34300,35300,36400,37500,38600,39800,41000,42200,43500,44800,46100,47500,48900,50400,51900,53500,55100,56800,58500,60300,62100,64000,65900,67900,69900,72000,74200,76400,78700,81100),
“5” => array(29200,30100,31000,31900,32900,33900,34900,35900,37000,38100,39200,40400,41600,42800,44100,45400,46800,48200,49600,51100,52600,54200,55800,57500,59200,61000,62800,64700,66600,68600,70700,72800,75000,77300,79600,82000,84500,87000,89600,92300),
“6” => array(35400,36500,37600,38700,39900,41100,42300,43600,44900,46200,47600,49000,50500,52000,53600,55200,56900,58600,60400,62200,64100,66000,68000,70000,72100,74300,76500,78800,81200,83600,86100,88700,91400,94100,96900,99800,102800,105900,109100,112400),
“7” => array(44900,46200,47600,49000,50500,52000,53600,55200,56900,58600,60400,62200,64100,66000,68000,70000,72100,74300,76500,78800,81200,83600,86100,88700,91400,94100,96900,99800,102800,105900,109100,112400,115800,119300,122900,126600,130400,134300,138300,142400),
“8” => array(47600,49000,50500,52000,53600,55200,56900,58600,60400,62200,64100,66000,68000,70000,72100,74300,76500,78800,81200,83600,86100,88700,91400,94100,96900,99800,102800,105900,109100,112400,115800,119300,122900,126600,130400,134300,138300,142400,146700,151100),
“9” => array(53100,54700,56300,58000,59700,61500,63300,65200,67200,69200,71300,73400,75600,77900,80200,82600,85100,87700,90300,93000,95800,98700,101700,104800,107900,111100,114400,117800,121300,124900,128600,132500,136500,140600,144800,149100,153600,158200,162900,167800),
“10” => array(56100,57800,59500,61300,63100,65000,67000,69000,71100,73200,75400,77700,80000,82400,84900,87400,90000,92700,95500,98400,101400,104400,107500,110700,114000,117400,120900,124500,128200,132000,136000,140100,144300,148600,153100,157700,162400,167300,172300,177500),
“11” => array(67700,69700,71800,74000,76200,78500,80900,83300,85800,88400,91100,93800,96600,99500,102500,105600,108800,112100,115500,119000,122600,126300,130100,134000,138000,142100,146400,150800,155300,160000,164800,169700,174800,180000,185400,191000,196700,202600,208700),
“12” => array(78800,81200,83600,86100,88700,91400,94100,96900,99800,102800,105900,109100,112400,115800,119300,122900,126600,130400,134300,138300,142400,146700,151100,155600,160300,165100,170100,175200,180500,185900,191500,197200,203100,209200),
“13” => array(123100,126800,130600,134500,138500,142700,147000,151400,155900,160600,165400,170400,175500,180800,186200,191800,197600,203500,209600,215900),
“13A” => array(131100,135000,139100,143300,147600,152000,156600,161300,166100,171100,176200,181500,186900,192500,198300,204200,210300,216600),
“14” => array(144200,148500,153000,157600,162300,167200,172200,177400,182700,188200,193800,199600,205600,211800,218200),
“15” => array(182200, 187700, 193300, 199100, 205100, 211300, 217600, 224100),
“16” => array(205400, 211600, 217900, 224400),
“17” => array(225000),
“18” => array(250000));
$sixthcpc_increment_slab = array( “S-1 2550-55-2660-60-3200” => array(2550,2605,2660,2720,2780,2840,2900,2960,3020,3080,3140,3200),
“S-2 2610-60-3150-65-3540” => array(2610,2670,2730,2790,2850,2910,2970,3030,3090,3150,3215,3280,3345,3410,3475,3540),
“S-2A 2610-60-2910-65-3300-70-4000” => array(2610,2670,2730,2790,2850,2910,2975,3040,3105,3170,3235,3300,3370,3440,3510,3580,3650,3720,3790,3860,3930,4000),
“S-3 2650-65-3300-70-4000” => array(2650,2715,2780,2845,2910,2975,3040,3105,3170,3235,3300,3370,3440,3510,3580,3650,3720,3790,3860,3930,4000),
“S-4 2750-70-3800-75-4400 ” => array(2750,2820,2890,2960,3030,3100,3170,3240,3310,3380,3450,3520,3590,3660,3730,3800,3875,3950,4025,4100,4175,4250,4325,4400),
“S-5 3050-75-3950-80-4590” => array(3050,3125,3200,3275,3350,3425,3500,3575,3650,3725,3800,3875,3950,4030,4110,4190,4270,4350,4430,4510,4590),
“S-6 3200-85-4900” => array(3200,3285,3370,3455,3540,3625,3710,3795,3880,3965,4050,4135,4220,4305,4390,4475,4560,4645,4730,4815,4900),
“S-7 4000-100-6000” => array(4000,4100,4200,4300,4400,4500,4600,4700,4800,4900,5000,5100,5200,5300,5400,5500,5600,5700,5800,5900,6000),
“S-8 4500-125-7000” => array(4500,4625,4750,4875,5000,5125,5250,5375,5500,5625,5750,5875,6000,6125,6250,6375,6500,6625,6750,6875,7000),
“S-9 5000-150-8000” => array(5000,5150,5300,5450,5600,5750,5900,6050,6200,6350,6500,6650,6800,6950,7100,7250,7400,7550,7700,7850,8000),
“S-10 5500-175-9000” => array(5500,5675,5850,6025,6200,6375,6550,6725,6900,7075,7250,7425,7600,7775,7950,8125,8300,8475,8650,8825,9000),
“S-11 6500-200-6900” => array(6500,6700,6900),
“S-12 6500-200-10500” => array(6500,6700,6900,7100,7300,7500,7700,7900,8100,8300,8500,8700,8900,9100,9300,9500,9700,9900,10100,10300,10500),
“S-13 7450-225-11500” => array(7450,7675,7900,8125,8350,8575,8800,9025,9250,9475,9700,9925,10150,10375,10600,10825,11050,11275,11500),
“S-14 7500-225-1200” => array(7500,7725,7950,8175,8400,8625,8850,9075,9300,9525,9750,9975,10200,10425,10650,10875,11100,11325,11550,11775,12000),
“S-15 8000-275-13500” => array(8000,8275,8550,8825,9100,9375,9650,9925,10200,10475,10750,11025,11300,11575,11850,12125,12400,12675,12950,13225,13500),
“New 8000-275-13500(Group A Entry)” => array(8000,8275,8550,8825,9100,9375,9650,9925,10200,10475,10750,11025,11300,11575,11850,12125,12400,12675,12950,13225,13500),
“S-16 9000” => array(9000),
“S-17 9000-275-9550” => array(9000,9275,9550),
“S-18 10325-325-10975” => array(10325,10650,10975),
“S-19 10000-325-15200” => array(10000,10325,10650,10975,11300,11625,11950,12275,12600,12925,13250,13575,13900,14225,14550,14875,15200),
“S-20 10650-325-15850” => array(10650,10975,11300,11625,11950,12275,12600,12925,13250,13575,13900,14225,14550,14875,15200,15525,15850),
“S-21 12000-375-16500” => array(12000,12375,12750,13125,13500,13875,14250,14625,15000,15375,15750,16125,16500),
“S-22 12750-375-16500” => array(12750,13125,13500,13875,14250,14625,15000,15375,15750,16125,16500),
“S-23 12000-375-18000” => array(12000,12375,12750,13125,13500,13875,14250,14625,15000,15375,15750,16125,16500,16875,17250,17625,18000),
“S-24 14300-400-18300” => array(14300,14700,15100,15500,15900,16300,16700,17100,17500,17900,18300),
“S-25 15100-400-18300” => array(15100,15500,15900,16300,16700,17100,17500,17900,18300),
“S-26 16400-450-20000” => array(16400,16850,17300,17750,18200,18650,19100,19550,20000),
“S-27 16400-450-20900” => array(16400,16850,17300,17750,18200,18650,19100,19550,20000,20450,20900),
“S-28 14300-450-22400” => array(14300,14750,15200,15650,16100,16550,17000,17450,17900,18350,18800,19250,19700,20150,20600,21050,21500,21950,22400),
“S-29 18400-500-22400” => array(18400,18900,19400,19900,20400,20900,21400,21900,22400),
“S-30 22400-525-24500” => array(22400,22925,23450,23975,24500),
“S-31 22400-600-26000” => array(22400,23000,23600,24200,24800,25400,26000),
“S-32 24050-650-26000” => array(24050,24700,25350,26000),
“S-33 26000(Fixed)” => array(26000),
“S-34 30000(Fixed)” => array(30000));
$preset_index_list = array(
“26” => array(
“14300” => “37400”
,”14700″ => “37400”
,”15100″ => “38530”
,”15500″ => “38530”
,”15900″ => “39690”
,”16300″ => “39690”
,”16700″ => “40890”
,”17100″ => “40890”
,”17500″ => “42120”
,”17900″ => “42120”
,”18300″ => “43390”
,”18700″ => “43390”
,”19100″ => “44700”
,”19500″ => “44700”
),
“27” => array(
“15100” => “39690”
,”15500″ => “39690”
,”15900″ => “40890”
,”16300″ => “40890”
,”16700″ => “42120”
,”17100″ => “42120”
,”17500″ => “43390”
,”17900″ => “43390”
,”18300″ => “44700”
,”18700″ => “44700”
,”19100″ => “46050”
,”19500″ => “46050”
),
“28” => array(
“16400” => “39690”
,”16850″ => “40890”
,”17300″ => “40890”
,”17750″ => “42120”
,”18200″ => “42120”
,”18650″ => “43390”
,”19100″ => “43390”
,”19550″ => “44700”
,”20000″ => “44700”
,”20450″ => “46050”
,”20900″ => “46050”
,”21350″ => “47440”
),
“29” => array(
“16400” => “39690”
,”16850″ => “40890”
,”17300″ => “40890”
,”17750″ => “42120”
,”18200″ => “42120”
,”18650″ => “43390”
,”19100″ => “43390”
,”19550″ => “44700”
,”20000″ => “44700”
,”20450″ => “46050”
,”20900″ => “46050”
,”21350″ => “47440”
,”21800″ => “47440”
,”22250″ => “48870”
),
“30” => array(
“14300” => “37400”
,”14750″ => “37400”
,”15200″ => “38530”
,”15650″ => “38530”
,”16100″ => “39690”
,”16550″ => “39690”
,”17000″ => “40890”
,”17450″ => “40890”
,”17900″ => “42120”
,”18350″ => “42120”
,”18800″ => “43390”
,”19250″ => “43390”
,”19700″ => “44700”
,”20150″ => “44700”
,”20600″ => “46050”
,”21050″ => “46050”
,”21500″ => “47440”
,”21950″ => “47440”
,”22400″ => “48870”
,”22850″ => “48870”
,”23300″ => “50340”
,”23750″ => “50340”
),
“31” => array(
“18400” => “44700”
,”18900″ => “46050”
,”19400″ => “46050”
,”19900″ => “47440”
,”20400″ => “47440”
,”20900″ => “48870”
,”21400″ => “48870”
,”21900″ => “50340”
,”22400″ => “51850”
,”22900″ => “53410”
,”23400″ => “55020”
,”23900″ => “56680”
),
“32” => array(
“22400” => “51850”
,”22925″ => “53410”
,”23450″ => “55020”
,”23975″ => “56680”
,”24500″ => “58380”
),
“33” => array(
“22400” => “75500”
,”23000″ => “75500”
,”23600″ => “77765”
,”24200″ => “77765”
,”24800″ => “80000”
,”25400″ => “80000”
,”26000″ => “80000”
),
“34” => array(
“24050” => “77765”
,”24700″ => “80000”
,”25350″ => “80000”
,”26000″ => “80000”
),
“35” => array(
“26000” => “80000”
),
“36” => array(
“30000” => “90000”
)
);
function get_preset_value($preset_index_list, $selected_item, $index_val){
return $preset_index_list[$selected_item][$index_val];
}
function get_closest_from_preset($val, $preset_list){
$return_value = $val;
for($i = 0; $i < count($preset_list); $i++){
if((float)$preset_list[$i] > (float)$val){
$return_value = $preset_list[$i];
break;
}
}
return $return_value;
}
$selected_data_list = $data_list[$_POST[‘pay_band_’ . $_POST[‘cpc’]]];
?>
| 7th Pay Commission Pension / Family Pension – Calculate in 2.57 | |
|---|---|
|
6000 ? max($op_10_1 * .96, 6660) : max($op_10_1 * 1.11, 5180))); echo $op_10_2; ?> |
|
| Total | |
|
= 26)) ? get_preset_value($preset_index_list, $_POST[‘pay_band_5’], $op_11_1) : ceil($op_11_1 * 1.86); echo $op_11_2; ?> |
|
| Pay fixed on notional basis on 1.1.2016 (7th CPC) | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Final Result | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
$age_on_jun_17 = date_diff(date_create($_POST[‘birth_date’]), date_create(‘2017-06-31’))->format(“%Y”);
$rows_count = ($age_on_jun_17 >= 80 || $age_on_jan_16 >= 78) ? 18 : 3;
function get_quantum_percent($for_date){
$age_diff = date_diff(date_create($_POST[‘birth_date’]), date_create($for_date->format(‘Y/m/t’)))->format(“%Y”);
return ($age_diff >= 80 && $age_diff < 85) ? .2 :
(($age_diff >= 85 && $age_diff < 90) ? .3 :
(($age_diff >= 90 && $age_diff < 95) ? .4 :
(($age_diff >= 95 && $age_diff < 100) ? .5 :
(($age_diff >= 100) ? 1 : 0))));
}
?>
Pension Arrears from 1/1/2016
| Drawn Period |
Basic Pension | Additional Quantum pension |
Dearness Relief | Gross | Less commutation | Net | Basic Pension | Additional Quantum pension |
Dearness Relief | Gross | Less commutation | Net | Balance |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| ‘; $period = date_add(date_create(‘2016-01-01’), date_interval_create_from_date_string($i . ‘ month’)); echo $period->format(‘d/m/Y’) . ‘ – ‘ . $period->format(‘t/m/Y’); echo ‘ |
‘; $pop_1 = $op_7; echo $pop_1; echo ‘ |
‘; $pop_2 = ceil($pop_1 * get_quantum_percent($period)); echo $pop_2; echo ‘ |
‘; $pop_3 = ceil(($pop_1 + $pop_2) * ((2*((int)($i/6)))/100)); echo $pop_3; echo ‘ |
‘; $pop_4 = ($pop_1 + $pop_2 + $pop_3); echo $pop_4; echo ‘ |
‘; $pop_5 = $commutation; echo $pop_5; echo ‘ |
‘; $pop_6 = $pop_4 – $pop_5; echo $pop_6; echo ‘ |
‘; $pop_7 = $op_16; echo $pop_7; echo ‘ |
‘; $pop_8 = ceil($pop_7 * get_quantum_percent($period)); echo $pop_8; echo ‘ |
‘; $pop_9 = ceil(($pop_7 + $pop_8) * ((2*((int)($i/6)))/100)); echo $pop_9; echo ‘ |
‘; $pop_10 = ($pop_7 + $pop_8 + $pop_9); echo $pop_10; echo ‘ |
‘; $pop_11 = $commutation; echo $pop_11; echo ‘ |
‘; $pop_12 = $pop_10 – $pop_11; echo $pop_12; echo ‘ |
‘; $pop_13 = $pop_12 – $pop_6; echo $pop_13; $pension_arrears += $pop_13; echo ‘ |
| ‘; $temp_start = $period_start; echo $period_start->format(‘d/m/Y’) . ‘ – ‘; date_add($period_start, date_interval_create_from_date_string(‘5 month’)); echo $period_start->format(‘t/m/Y’); date_add($period_start, date_interval_create_from_date_string(‘1 month’)); echo ‘ |
‘; $pop_1 = $op_7; echo $pop_1; echo ‘ |
‘; $pop_2 = ceil($pop_1 * get_quantum_percent($temp_start)); echo $pop_2; echo ‘ |
‘; $pop_3 = ceil(($pop_1 + $pop_2) * ((2*$i)/100)); echo $pop_3; echo ‘ |
‘; $pop_4 = ($pop_1 + $pop_2 + $pop_3) * 6; echo $pop_4; echo ‘ |
‘; $pop_5 = $commutation * 6; echo $pop_5; echo ‘ |
‘; $pop_6 = $pop_4 – $pop_5; echo $pop_6; echo ‘ |
‘; $pop_7 = $op_16; echo $pop_7; echo ‘ |
‘; $pop_8 = ceil($pop_7 * get_quantum_percent($temp_start)); echo $pop_8; echo ‘ |
‘; $pop_9 = ceil(($pop_7 + $pop_8) * ((2*$i)/100)); echo $pop_9; echo ‘ |
‘; $pop_10 = ($pop_7 + $pop_8 + $pop_9) * 6; echo $pop_10; echo ‘ |
‘; $pop_11 = $commutation * 6; echo $pop_11; echo ‘ |
‘; $pop_12 = $pop_10 – $pop_11; echo $pop_12; echo ‘ |
‘; $pop_13 = $pop_12 – $pop_6; echo $pop_13; $pension_arrears += $pop_13; echo ‘ |
| Total pension arrears: | |||||||||||||
Family Pension Arrears from 1/1/2016
| Drawn Period |
Basic Pension | Additional Quantum pension |
Dearness Relief | Gross | Less commutation | Net | Basic Pension | Additional Quantum pension |
Dearness Relief | Gross | Less commutation | Net | Balance |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| ‘; $period = date_add(date_create(‘2016-01-01’), date_interval_create_from_date_string($i . ‘ month’)); echo $period->format(‘d/m/Y’) . ‘ – ‘ . $period->format(‘t/m/Y’); echo ‘ |
‘; $pop_1 = $op_8; echo $pop_1; echo ‘ |
‘; $pop_2 = ceil($pop_1 * get_quantum_percent($period)); echo $pop_2; echo ‘ |
‘; $pop_3 = ceil(($pop_1 + $pop_2) * ((2*((int)($i/6)))/100)); echo $pop_3; echo ‘ |
‘; $pop_4 = ($pop_1 + $pop_2 + $pop_3); echo $pop_4; echo ‘ |
‘; $pop_5 = $commutation; echo $pop_5; echo ‘ |
‘; $pop_6 = $pop_4 – $pop_5; echo $pop_6; echo ‘ |
‘; $pop_7 = $op_17; echo $pop_7; echo ‘ |
‘; $pop_8 = ceil($pop_7 * get_quantum_percent($period)); echo $pop_8; echo ‘ |
‘; $pop_9 = ceil(($pop_7 + $pop_8) * ((2*((int)($i/6)))/100)); echo $pop_9; echo ‘ |
‘; $pop_10 = ($pop_7 + $pop_8 + $pop_9); echo $pop_10; echo ‘ |
‘; $pop_11 = $commutation; echo $pop_11; echo ‘ |
‘; $pop_12 = $pop_10 – $pop_11; echo $pop_12; echo ‘ |
‘; $pop_13 = $pop_12 – $pop_6; echo $pop_13; $family_pension_arrears += $pop_13; echo ‘ |
| ‘; $temp_start = $period_start; echo $period_start->format(‘d/m/Y’) . ‘ – ‘; date_add($period_start, date_interval_create_from_date_string(‘5 month’)); echo $period_start->format(‘t/m/Y’); date_add($period_start, date_interval_create_from_date_string(‘1 month’)); echo ‘ |
‘; $pop_1 = $op_8; echo $pop_1; echo ‘ |
‘; $pop_2 = ceil($pop_1 * get_quantum_percent($temp_start)); echo $pop_2; echo ‘ |
‘; $pop_3 = ceil(($pop_1 + $pop_2) * ((2*$i)/100)); echo $pop_3; echo ‘ |
‘; $pop_4 = ($pop_1 + $pop_2 + $pop_3) * 6; echo $pop_4; echo ‘ |
‘; $pop_5 = $commutation * 6; echo $pop_5; echo ‘ |
‘; $pop_6 = $pop_4 – $pop_5; echo $pop_6; echo ‘ |
‘; $pop_7 = $op_17; echo $pop_7; echo ‘ |
‘; $pop_8 = ceil($pop_7 * get_quantum_percent($temp_start)); echo $pop_8; echo ‘ |
‘; $pop_9 = ceil(($pop_7 + $pop_8) * ((2*$i)/100)); echo $pop_9; echo ‘ |
‘; $pop_10 = ($pop_7 + $pop_8 + $pop_9) * 6; echo $pop_10; echo ‘ |
‘; $pop_11 = $commutation * 6; echo $pop_11; echo ‘ |
‘; $pop_12 = $pop_10 – $pop_11; echo $pop_12; echo ‘ |
‘; $pop_13 = $pop_12 – $pop_6; echo $pop_13; $family_pension_arrears += $pop_13; echo ‘ |
| Total family pension arrears: | |||||||||||||
Enhanced Family Pension Arrears from 1/1/2016
| Drawn Period |
Basic Pension | Additional Quantum pension |
Dearness Relief | Gross | Less commutation | Net | Basic Pension | Additional Quantum pension |
Dearness Relief | Gross | Less commutation | Net | Balance |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| ‘; $period = date_add(date_create(‘2016-01-01’), date_interval_create_from_date_string($i . ‘ month’)); echo $period->format(‘d/m/Y’) . ‘ – ‘ . $period->format(‘t/m/Y’); echo ‘ |
‘; $pop_1 = $op_9; echo $pop_1; echo ‘ |
‘; $pop_2 = ceil($pop_1 * get_quantum_percent($period)); echo $pop_2; echo ‘ |
‘; $pop_3 = ceil(($pop_1 + $pop_2) * ((2*((int)($i/6)))/100)); echo $pop_3; echo ‘ |
‘; $pop_4 = ($pop_1 + $pop_2 + $pop_3); echo $pop_4; echo ‘ |
‘; $pop_5 = $commutation; echo $pop_5; echo ‘ |
‘; $pop_6 = $pop_4 – $pop_5; echo $pop_6; echo ‘ |
‘; $pop_7 = $op_18; echo $pop_7; echo ‘ |
‘; $pop_8 = ceil($pop_7 * get_quantum_percent($period)); echo $pop_8; echo ‘ |
‘; $pop_9 = ceil(($pop_7 + $pop_8) * ((2*((int)($i/6)))/100)); echo $pop_9; echo ‘ |
‘; $pop_10 = ($pop_7 + $pop_8 + $pop_9); echo $pop_10; echo ‘ |
‘; $pop_11 = $commutation; echo $pop_11; echo ‘ |
‘; $pop_12 = $pop_10 – $pop_11; echo $pop_12; echo ‘ |
‘; $pop_13 = $pop_12 – $pop_6; echo $pop_13; $revised_family_pension_arrears += $pop_13; echo ‘ |
| ‘; $temp_start = $period_start; echo $period_start->format(‘d/m/Y’) . ‘ – ‘; date_add($period_start, date_interval_create_from_date_string(‘5 month’)); echo $period_start->format(‘t/m/Y’); date_add($period_start, date_interval_create_from_date_string(‘1 month’)); echo ‘ |
‘; $pop_1 = $op_9; echo $pop_1; echo ‘ |
‘; $pop_2 = ceil($pop_1 * get_quantum_percent($temp_start)); echo $pop_2; echo ‘ |
‘; $pop_3 = ceil(($pop_1 + $pop_2) * ((2*$i)/100)); echo $pop_3; echo ‘ |
‘; $pop_4 = ($pop_1 + $pop_2 + $pop_3) * 6; echo $pop_4; echo ‘ |
‘; $pop_5 = $commutation * 6; echo $pop_5; echo ‘ |
‘; $pop_6 = $pop_4 – $pop_5; echo $pop_6; echo ‘ |
‘; $pop_7 = $op_18; echo $pop_7; echo ‘ |
‘; $pop_8 = ceil($pop_7 * get_quantum_percent($temp_start)); echo $pop_8; echo ‘ |
‘; $pop_9 = ceil(($pop_7 + $pop_8) * ((2*$i)/100)); echo $pop_9; echo ‘ |
‘; $pop_10 = ($pop_7 + $pop_8 + $pop_9) * 6; echo $pop_10; echo ‘ |
‘; $pop_11 = $commutation * 6; echo $pop_11; echo ‘ |
‘; $pop_12 = $pop_10 – $pop_11; echo $pop_12; echo ‘ |
‘; $pop_13 = $pop_12 – $pop_6; echo $pop_13; $revised_family_pension_arrears += $pop_13; echo ‘ |
| Total revised family pension arrears: | |||||||||||||