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analysis_elaine.do
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version 16.0
set more off
gl data "D:\projects\IFC\second_round\data\modified"
gl tables "D:\projects\IFC\second_round\tables"
gl codes "D:\projects\IFC\second_round\codes"
do "$codes\utils\cleaning_elaine.do"
///////////////////////First Round///////////////////////////
use "$data\assessment_result_PAs_sr_long.dta", clear
keep pa_id-year prod_cycle- sold_to_unique_farmers
gen round=2
append using "$data\assessment_result_PAs_fr_long2.dta"
*begin: Number of day-old-chicks production cycles per year:
*note: share and average computed from the excel file exported
lab var prod_cycle "Production Cycle"
//hist prod_cycle //check the distribution to categorize prod_cycle
recode prod_cycle (0/1=0 "at least 1 prod cycles") /*
*/ (2/3=1 "2-3 prod cycles") /*
*/ (4/8=2 "4-8 prod cycles") /*
*/ (9/10=3 "9-10 prod cycles"), gen(prod_cycle_cat)
order prod_cycle_cat, after(prod_cycle)
tabout prod_cycle_cat year using "$tables\prod_cycle_fr.xls" if round==1, /*
*/ c(sum prod_cycle) sum format(1c) replace
tabout prod_cycle_cat year using "$tables\prod_cycle_fr.xls" if round==1, /*
*/ c(N prod_cycle) sum format(1c) append
tabout prod_cycle_cat year using "$tables\prod_cycle_fr.xls" if round==1, /*
*/ c(mean prod_cycle) sum format(1c) append
recode prod_cycle (0=0 "No prod cycle") /*
*/ (1=1 "1 prod cycle") /*
*/ (2=2 "2 prod cycles") /*
*/ (3=3 "3 prod cycles") /*
*/ (4=4 "4 prod cycles") /*
*/ (5=5 "5 prod cycles") /*
*/ (6/7=6 "6-7 cycles") /*
*/ (8/10=7 "8+ cycles"), gen(prod_cycle_cat2)
order prod_cycle_cat2, after(prod_cycle_cat)
tabout prod_cycle_cat2 year using "$tables\prod_cycle_fr2.xls" if round==1, /*
*/ c(sum prod_cycle) sum format(1c) replace
tabout prod_cycle_cat2 year using "$tables\prod_cycle_fr2.xls" if round==1, /*
*/ c(N prod_cycle) sum format(1c) append
/*
tabout prod_cycle_cat2 year using "$tables\prod_cycle2.xls" if prod_cycle_cat2 > 5, /*
*/ c(sum prod_cycle) sum format(1c) append
tabout prod_cycle_cat2 year using "$tables\prod_cycle2.xls" if prod_cycle_cat2 > 5, /*
*/ c(N prod_cycle) sum format(1c) append
*/
*end: Number of day-old-chicks production cycles per year:
*begin: Number of chicks sold by year:
lab var num_chicks_sold_total "Number of chicks sold"
//check the distribution to categorize prod_cycle
//hist num_chicks_sold_total
recode num_chicks_sold_total /*
*/ (0/1000=0 "0-1 thausand") /*
*/ (1001/2000=1 "1-2 thausand") /*
*/ (2001/3000=2 "2-3 thausand") /*
*/ (3001/4000=3 "3-4 thausand") /*
*/ (4001/5000=4 "4-5 thausand") /*
*/ (5001/6000=5 "5-6 thausand") /*
*/ (6001/7000=6 "6-7 thausand") /*
*/ (7001/8000=7 "7-8 thausand") /*
*/ (8001/9000=8 "8-9 thausand") /*
*/ (9001/10000=9 "9-10 thausand") /*
*/ (10001/100200=10 "greater than 10 thausand") , gen(num_chicks_sold_total_cat)
order num_chicks_sold_total_cat, before(num_chicks_sold_total)
tabout year using "$tables\num_chicks_sold_fr.xls" if round==1, /*
*/ c(sum num_chicks_sold_total sum num_chicks_sold_farm /*
*/sum num_chicks_sold_gov_agent sum num_chicks_sold_trader /*
*/ sum num_chicks_sold_vill_agents sum num_chicks_sold_other) /*
*/ sum format(1c) replace
tabout num_chicks_sold_total_cat year using "$tables\num_chicks_sold_fr.xls" if round==1, /*
*/ c(N num_chicks_sold_total) sum format(1c) append
tabout year using "$tables\num_chicks_sold_fr.xls" if round==1, /*
*/ c(N num_chicks_sold_total N num_chicks_sold_farm /*
*/ N num_chicks_sold_gov_agent N num_chicks_sold_trader /*
*/ N num_chicks_sold_vill_agents N num_chicks_sold_other) /*
*/ sum format(1c) append
tabout year using "$tables\num_chicks_sold_fr.xls" if round==1, /*
*/ c(mean num_chicks_sold_total mean num_chicks_sold_farm /*
*/ mean num_chicks_sold_gov_agent mean num_chicks_sold_trader /*
*/ mean num_chicks_sold_vill_agents mean num_chicks_sold_other) /*
*/ sum format(1c) append
*end: Number of chicks sold by year:
*begin: Annual Turnover (sales revenues):
recode turn_over_total /*
*/ (0/100000=0 "0-1 hundred thausand") /*
*/ (10001/200000=1 "1-2 hundred thausand") /*
*/ (20001/300000=2 "2-3 hundred thausand") /*
*/ (30001/400000=3 "3-4 hundred thausand") /*
*/ (40001/500000=4 "4-5 hundred thausand") /*
*/ (50001/600000=5 "5-6 hundred thausand") /*
*/ (60001/700000=6 "6-7 hundred thausand") /*
*/ (70001/800000=7 "7-8 hundred thausand") /*
*/ (80001/900000=8 "8-9 hundred thausand") /*
*/ (90001/1000000=9 "9-10 hundred thausand") /*
*/ (100001/6513000=10 "greater than 10 hundred thausand") , gen(turn_over_total_cat)
tabout year using "$tables\annual_turnover_fr.xls" if round==1, /*
*/ c(sum turn_over_total sum turn_over_farm /*
*/sum turn_over_gov_agent sum turn_over_trader /*
*/ sum turn_over_vill_agents sum turn_over_other) /*
*/ sum format(1c) replace
tabout turn_over_total_cat year using "$tables\annual_turnover_fr.xls" if round==1, /*
*/ c(N turn_over_total) /*
*/ sum format(1c) append
tabout year using "$tables\annual_turnover_fr.xls" if round==1, /*
*/ c(N turn_over_total N turn_over_farm /*
*/ N turn_over_gov_agent N turn_over_trader /*
*/ N turn_over_vill_agents N turn_over_other) /*
*/ sum format(1c) append
*end: Annual Turnove:
/*
*begin:Annual Turnover, cost of goods sold and gross profit
tabout year using "$tables\turnover_cost_profit_fr.xls", /*
*/ c(sum annual_turnover) /*
*/ sum format(1c) replace
tabout year using "$tables\turnover_cost_profit.xls", /*
*/ c(N annual_turnover) /*
*/ sum format(1c) append
tabout year using "$tables\turnover_cost_profit.xls", /*
*/ c(sum cost_goods_sold) /*
*/ sum format(1c) append
tabout year using "$tables\turnover_cost_profit.xls", /*
*/ c(N cost_goods_sold) /*
*/ sum format(1c) append
tabout year using "$tables\turnover_cost_profit.xls", /*
*/ c(sum gross_profit) /*
*/ sum format(1c) append
tabout year using "$tables\turnover_cost_profit.xls", /*
*/ c(N gross_profit) /*
*/ sum format(1c) append
*end:Annual Turnover, cost of goods sold and gross profit
*/
*begin: Unique number of farmers sold to (= number of farmers reached):
tabout year using "$tables\uniq_farmers_fr.xls" if round==1, /*
*/ c(sum sold_to_unique_farmers) /*
*/ sum format(1c) replace
tabout year using "$tables\uniq_farmers_fr.xls" if round==1, /*
*/ c(N num_chicks_sold_farm) /*
*/ sum format(1c) append
recode sold_to_unique_farmers /*
*/ (0/100=0 "0-1 hundred") /*
*/ (101/200=1 "1-2 hundred") /*
*/ (201/300=2 "2-3 hundred") /*
*/ (301/400=3 "3-4 hundred") /*
*/ (401/500=4 "4-5 hundred") /*
*/ (501/600=5 "5-6 hundred") /*
*/ (601/700=6 "6-7 hundred") /*
*/ (701/800=7 "7-8 hundred") /*
*/ (801/900=8 "8-9 hundred") /*
*/ (901/1000=9 "9-10 hundred") /*
*/ (1001/5500=10 "greater than 10 hundred") , gen(sold_to_unique_farmers_cat)
order sold_to_unique_farmers_cat, after(sold_to_unique_farmers)
tabout sold_to_unique_farmers_cat year using "$tables\uniq_farmers_fr.xls" if round==1, /*
*/ c(sum sold_to_unique_farmers) /*
*/ sum format(1c) append
////////////////additional tables as per comment/////////////
tabout sold_to_unique_farmers_cat year using "$tables\uniq_farmers_fr.xls" if round==1, /*
*/ c(N sold_to_unique_farmers) sum format(1c) append
*end: Unique number of farmers sold to (= number of farmers reached):
///for the comment
foreach var of varlist num_chicks_sold_farm-num_chicks_sold_other {
replace `var'=. if `var'==0
}
tabout year using "$tables\num_chicks_sold_fr.xls" if round==1, /*
*/ c(N num_chicks_sold_total N num_chicks_sold_farm /*
*/ N num_chicks_sold_gov_agent N num_chicks_sold_trader /*
*/ N num_chicks_sold_vill_agents N num_chicks_sold_other) /*
*/ sum format(1c) append
/////////////////////////////Second Round/////////////////////////////////
use "$data\assessment_result_PAs_sr_long.dta", clear
keep pa_id-year prod_cycle- sold_to_unique_farmers
gen round=2
append using "$data\assessment_result_PAs_fr_long2.dta"
*begin: Number of day-old-chicks production cycles per year:
*note: share and average computed from the excel file exported
lab var prod_cycle "Production Cycle"
//hist prod_cycle //check the distribution to categorize prod_cycle
recode prod_cycle (0/1=0 "at least 1 prod cycles") /*
*/ (2/3=1 "2-3 prod cycles") /*
*/ (4/8=2 "4-8 prod cycles") /*
*/ (9/10=3 "9-10 prod cycles") /*
*/ (11/49=4 "11+ cycles"), gen(prod_cycle_cat)
order prod_cycle_cat, after(prod_cycle)
tabout prod_cycle_cat year using "$tables\prod_cycle_sr.xls" if round==2, /*
*/ c(sum prod_cycle) sum format(1c) replace
tabout prod_cycle_cat year using "$tables\prod_cycle_sr.xls" if round==2, /*
*/ c(N prod_cycle) sum format(1c) append
tabout prod_cycle_cat year using "$tables\prod_cycle_sr.xls" if round==2, /*
*/ c(mean prod_cycle) sum format(1c) append
recode prod_cycle (0=0 "No prod cycle") /*
*/ (1=1 "1 prod cycle") /*
*/ (2=2 "2 prod cycles") /*
*/ (3=3 "3 prod cycles") /*
*/ (4=4 "4 prod cycles") /*
*/ (5=5 "5 prod cycles") /*
*/ (6/7=6 "6-7 cycles") /*
*/ (8/10=7 "8-10 cycles") /*
*/ (11/49=8 "11+ cycles"), gen(prod_cycle_cat2)
order prod_cycle_cat2, after(prod_cycle_cat)
tabout prod_cycle_cat2 year using "$tables\prod_cycle_sr2.xls" if round==2, /*
*/ c(sum prod_cycle) sum format(1c) replace
tabout prod_cycle_cat2 year using "$tables\prod_cycle_sr2.xls" if round==2, /*
*/ c(N prod_cycle) sum format(1c) append
/*
tabout prod_cycle_cat2 year using "$tables\prod_cycle2.xls" if prod_cycle_cat2 > 5, /*
*/ c(sum prod_cycle) sum format(1c) append
tabout prod_cycle_cat2 year using "$tables\prod_cycle2.xls" if prod_cycle_cat2 > 5, /*
*/ c(N prod_cycle) sum format(1c) append
*/
*end: Number of day-old-chicks production cycles per year:
*begin: Number of chicks sold by year:
lab var num_chicks_sold_total "Number of chicks sold"
//check the distribution to categorize prod_cycle
//hist num_chicks_sold_total
recode num_chicks_sold_total /*
*/ (0/1000=0 "0-1 thausand") /*
*/ (1001/2000=1 "1-2 thausand") /*
*/ (2001/3000=2 "2-3 thausand") /*
*/ (3001/4000=3 "3-4 thausand") /*
*/ (4001/5000=4 "4-5 thausand") /*
*/ (5001/6000=5 "5-6 thausand") /*
*/ (6001/7000=6 "6-7 thausand") /*
*/ (7001/8000=7 "7-8 thausand") /*
*/ (8001/9000=8 "8-9 thausand") /*
*/ (9001/10000=9 "9-10 thausand") /*
*/ (10001/2500180=10 "greater than 10 thausand") , gen(num_chicks_sold_total_cat)
order num_chicks_sold_total_cat, before(num_chicks_sold_total)
tabout year using "$tables\num_chicks_sold_sr.xls" if round==2, /*
*/ c(sum num_chicks_sold_total sum num_chicks_sold_farm /*
*/sum num_chicks_sold_gov_agent sum num_chicks_sold_trader /*
*/ sum num_chicks_sold_vill_agents sum num_chicks_sold_other) /*
*/ sum format(1c) replace
tabout num_chicks_sold_total_cat year using "$tables\num_chicks_sold_sr.xls" if round==2, /*
*/ c(N num_chicks_sold_total) sum format(1c) append
tabout year using "$tables\num_chicks_sold_sr.xls" if round==2, /*
*/ c(N num_chicks_sold_total N num_chicks_sold_farm /*
*/ N num_chicks_sold_gov_agent N num_chicks_sold_trader /*
*/ N num_chicks_sold_vill_agents N num_chicks_sold_other) /*
*/ sum format(1c) append
tabout year using "$tables\num_chicks_sold_sr.xls" if round==2, /*
*/ c(mean num_chicks_sold_total mean num_chicks_sold_farm /*
*/ mean num_chicks_sold_gov_agent mean num_chicks_sold_trader /*
*/ mean num_chicks_sold_vill_agents mean num_chicks_sold_other) /*
*/ sum format(1c) append
*end: Number of chicks sold by year:
*begin: Annual Turnover (sales revenues):
recode turn_over_total /*
*/ (0/100000=0 "0-1 hundred thausand") /*
*/ (10001/200000=1 "1-2 hundred thausand") /*
*/ (20001/300000=2 "2-3 hundred thausand") /*
*/ (30001/400000=3 "3-4 hundred thausand") /*
*/ (40001/500000=4 "4-5 hundred thausand") /*
*/ (50001/600000=5 "5-6 hundred thausand") /*
*/ (60001/700000=6 "6-7 hundred thausand") /*
*/ (70001/800000=7 "7-8 hundred thausand") /*
*/ (80001/900000=8 "8-9 hundred thausand") /*
*/ (90001/1000000=9 "9-10 hundred thausand") /*
*/ (100001/3.41e+07=10 "greater than 10 hundred thausand") , gen(turn_over_total_cat)
tabout year using "$tables\annual_turnover_sr.xls" if round==2, /*
*/ c(sum turn_over_total sum turn_over_farm /*
*/sum turn_over_gov_agent sum turn_over_trader /*
*/ sum turn_over_vill_agents sum turn_over_other) /*
*/ sum format(1c) replace
tabout turn_over_total_cat year using "$tables\annual_turnover_sr.xls" if round==2, /*
*/ c(N turn_over_total) /*
*/ sum format(1c) append
tabout year using "$tables\annual_turnover_sr.xls" if round==2, /*
*/ c(N turn_over_total N turn_over_farm /*
*/ N turn_over_gov_agent N turn_over_trader /*
*/ N turn_over_vill_agents N turn_over_other) /*
*/ sum format(1c) append
*end: Annual Turnove:
/*
*begin:Annual Turnover, cost of goods sold and gross profit
tabout year using "$tables\turnover_cost_profit_sr.xls", /*
*/ c(sum annual_turnover) /*
*/ sum format(1c) replace
tabout year using "$tables\turnover_cost_profit.xls", /*
*/ c(N annual_turnover) /*
*/ sum format(1c) append
tabout year using "$tables\turnover_cost_profit.xls", /*
*/ c(sum cost_goods_sold) /*
*/ sum format(1c) append
tabout year using "$tables\turnover_cost_profit.xls", /*
*/ c(N cost_goods_sold) /*
*/ sum format(1c) append
tabout year using "$tables\turnover_cost_profit.xls", /*
*/ c(sum gross_profit) /*
*/ sum format(1c) append
tabout year using "$tables\turnover_cost_profit.xls", /*
*/ c(N gross_profit) /*
*/ sum format(1c) append
*end:Annual Turnover, cost of goods sold and gross profit
*/
*begin: Unique number of farmers sold to (= number of farmers reached):
tabout year using "$tables\uniq_farmers_sr.xls" if round==2, /*
*/ c(sum sold_to_unique_farmers) /*
*/ sum format(1c) replace
tabout year using "$tables\uniq_farmers_sr.xls" if round==2, /*
*/ c(N num_chicks_sold_farm) /*
*/ sum format(1c) append
recode sold_to_unique_farmers /*
*/ (0/100=0 "0-1 hundred") /*
*/ (101/200=1 "1-2 hundred") /*
*/ (201/300=2 "2-3 hundred") /*
*/ (301/400=3 "3-4 hundred") /*
*/ (401/500=4 "4-5 hundred") /*
*/ (501/600=5 "5-6 hundred") /*
*/ (601/700=6 "6-7 hundred") /*
*/ (701/800=7 "7-8 hundred") /*
*/ (801/900=8 "8-9 hundred") /*
*/ (901/1000=9 "9-10 hundred") /*
*/ (1001/17470=10 "greater than 10 hundred") , gen(sold_to_unique_farmers_cat)
order sold_to_unique_farmers_cat, after(sold_to_unique_farmers)
tabout sold_to_unique_farmers_cat year using "$tables\uniq_farmers_sr.xls" if round==2, /*
*/ c(sum sold_to_unique_farmers) /*
*/ sum format(1c) append
////////////////additional tables as per comment/////////////
tabout sold_to_unique_farmers_cat year using "$tables\uniq_farmers_sr.xls" if round==2, /*
*/ c(N sold_to_unique_farmers) sum format(1c) append
*end: Unique number of farmers sold to (= number of farmers reached):
///for the comment
foreach var of varlist num_chicks_sold_farm-num_chicks_sold_other {
replace `var'=. if `var'==0
}
tabout year using "$tables\num_chicks_sold_sr.xls" if round==2, /*
*/ c(N num_chicks_sold_total N num_chicks_sold_farm /*
*/ N num_chicks_sold_gov_agent N num_chicks_sold_trader /*
*/ N num_chicks_sold_vill_agents N num_chicks_sold_other) /*
*/ sum format(1c) append
///////////////////////////////////////////////////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////////////////////////////////////////////////
/////////////////////////////////////////Round 1 and 2/////////////////////////////////////////////////
///////////////////////////////////////////////////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////////////////////////////////////////////////
use "$data\assessment_result_PAs_sr_long.dta", clear
keep pa_id-year prod_cycle- sold_to_unique_farmers
gen round=2
append using "$data\assessment_result_PAs_fr_long2.dta"
*begin: Number of day-old-chicks production cycles per year:
*note: share and average computed from the excel file exported
lab var prod_cycle "Production Cycle"
//hist prod_cycle //check the distribution to categorize prod_cycle
recode prod_cycle (0/1=0 "at least 1 prod cycles") /*
*/ (2/3=1 "2-3 prod cycles") /*
*/ (4/8=2 "4-8 prod cycles") /*
*/ (9/10=3 "9-10 prod cycles") /*
*/ (11/49=4 "11+ cycles"), gen(prod_cycle_cat)
order prod_cycle_cat, after(prod_cycle)
tabout prod_cycle_cat year using "$tables\prod_cycle_all.xls" , /*
*/ c(sum prod_cycle) sum format(1c) replace
tabout prod_cycle_cat year using "$tables\prod_cycle_all.xls" , /*
*/ c(N prod_cycle) sum format(1c) append
tabout prod_cycle_cat year using "$tables\prod_cycle_all.xls" , /*
*/ c(mean prod_cycle) sum format(1c) append
tabout prod_cycle_cat year using "$tables\prod_cycle_all.xls" , /*
*/ c(median prod_cycle) sum format(1c) append
tabout prod_cycle_cat year using "$tables\prod_cycle_all.xls" , /*
*/ c(min prod_cycle max prod_cycle) sum format(1c) append
recode prod_cycle (0=0 "No prod cycle") /*
*/ (1=1 "1 prod cycle") /*
*/ (2=2 "2 prod cycles") /*
*/ (3=3 "3 prod cycles") /*
*/ (4=4 "4 prod cycles") /*
*/ (5=5 "5 prod cycles") /*
*/ (6/7=6 "6-7 cycles") /*
*/ (8/10=7 "8-10 cycles") /*
*/ (11/49=8 "11+ cycles"), gen(prod_cycle_cat2)
order prod_cycle_cat2, after(prod_cycle_cat)
tabout prod_cycle_cat2 year using "$tables\prod_cycle_all2.xls" , /*
*/ c(sum prod_cycle) sum format(1c) replace
tabout prod_cycle_cat2 year using "$tables\prod_cycle_all2.xls" , /*
*/ c(N prod_cycle) sum format(1c) append
tabout prod_cycle_cat2 year using "$tables\prod_cycle_all2.xls" , /*
*/ c(mean prod_cycle) sum format(1c) append
tabout prod_cycle_cat2 year using "$tables\prod_cycle_all2.xls" , /*
*/ c(median prod_cycle) sum format(1c) append
tabout prod_cycle_cat2 year using "$tables\prod_cycle_all2.xls" , /*
*/ c(min prod_cycle max prod_cycle) sum format(1c) append
/*
tabout prod_cycle_cat2 year using "$tables\prod_cycle2.xls" if prod_cycle_cat2 > 5, /*
*/ c(sum prod_cycle) sum format(1c) append
tabout prod_cycle_cat2 year using "$tables\prod_cycle2.xls" if prod_cycle_cat2 > 5, /*
*/ c(N prod_cycle) sum format(1c) append
*/
*end: Number of day-old-chicks production cycles per year:
*begin: Number of chicks sold by year:
lab var num_chicks_sold_total "Number of chicks sold"
//check the distribution to categorize prod_cycle
//hist num_chicks_sold_total
recode num_chicks_sold_total /*
*/ (0/1000=0 "0-1 thausand") /*
*/ (1001/2000=1 "1-2 thausand") /*
*/ (2001/3000=2 "2-3 thausand") /*
*/ (3001/4000=3 "3-4 thausand") /*
*/ (4001/5000=4 "4-5 thausand") /*
*/ (5001/6000=5 "5-6 thausand") /*
*/ (6001/7000=6 "6-7 thausand") /*
*/ (7001/8000=7 "7-8 thausand") /*
*/ (8001/9000=8 "8-9 thausand") /*
*/ (9001/10000=9 "9-10 thausand") /*
*/ (10001/2500180=10 "greater than 10 thausand") , gen(num_chicks_sold_total_cat)
order num_chicks_sold_total_cat, before(num_chicks_sold_total)
tabout year using "$tables\num_chicks_sold_all.xls" , /*
*/ c(sum num_chicks_sold_total sum num_chicks_sold_farm /*
*/sum num_chicks_sold_gov_agent sum num_chicks_sold_trader /*
*/ sum num_chicks_sold_vill_agents sum num_chicks_sold_other) /*
*/ sum format(1c) replace
tabout num_chicks_sold_total_cat year using "$tables\num_chicks_sold_all.xls" , /*
*/ c(N num_chicks_sold_total) sum format(1c) append
tabout year using "$tables\num_chicks_sold_all.xls" , /*
*/ c(N num_chicks_sold_total N num_chicks_sold_farm /*
*/ N num_chicks_sold_gov_agent N num_chicks_sold_trader /*
*/ N num_chicks_sold_vill_agents N num_chicks_sold_other) /*
*/ sum format(1c) append
tabout year using "$tables\num_chicks_sold_all.xls" , /*
*/ c(mean num_chicks_sold_total mean num_chicks_sold_farm /*
*/ mean num_chicks_sold_gov_agent mean num_chicks_sold_trader /*
*/ mean num_chicks_sold_vill_agents mean num_chicks_sold_other) /*
*/ sum format(1c) append
*share of PAs selling 50 percent of revenue from farmers
gen share_farmers = turn_over_farm/ turn_over_total
tabout year using "$tables\num_chicks_sold_all.xls" if share_farmers>0.5, /*
*/ c(N num_chicks_sold_total N num_chicks_sold_farm /*
*/ N num_chicks_sold_gov_agent N num_chicks_sold_trader /*
*/ N num_chicks_sold_vill_agents N num_chicks_sold_other) /*
*/ sum format(1c) append
*end: Number of chicks sold by year:
*begin: Annual Turnover (sales revenues):
recode turn_over_total /*
*/ (0/100000=0 "0-1 hundred thausand") /*
*/ (10001/200000=1 "1-2 hundred thausand") /*
*/ (20001/300000=2 "2-3 hundred thausand") /*
*/ (30001/400000=3 "3-4 hundred thausand") /*
*/ (40001/500000=4 "4-5 hundred thausand") /*
*/ (50001/600000=5 "5-6 hundred thausand") /*
*/ (60001/700000=6 "6-7 hundred thausand") /*
*/ (70001/800000=7 "7-8 hundred thausand") /*
*/ (80001/900000=8 "8-9 hundred thausand") /*
*/ (90001/1000000=9 "9-10 hundred thausand") /*
*/ (100001/3.41e+07=10 "greater than 10 hundred thausand") , gen(turn_over_total_cat)
tabout year using "$tables\annual_turnover_all.xls" , /*
*/ c(sum turn_over_total sum turn_over_farm /*
*/sum turn_over_gov_agent sum turn_over_trader /*
*/ sum turn_over_vill_agents sum turn_over_other) /*
*/ sum format(1c) replace
tabout turn_over_total_cat year using "$tables\annual_turnover_all.xls" , /*
*/ c(N turn_over_total) /*
*/ sum format(1c) append
tabout year using "$tables\annual_turnover_all.xls" , /*
*/ c(N turn_over_total N turn_over_farm /*
*/ N turn_over_gov_agent N turn_over_trader /*
*/ N turn_over_vill_agents N turn_over_other) /*
*/ sum format(1c) append
*end: Annual Turnove:
/*
*begin:Annual Turnover, cost of goods sold and gross profit
tabout year using "$tables\turnover_cost_profit.xls", /*
*/ c(sum annual_turnover) /*
*/ sum format(1c) replace
tabout year using "$tables\turnover_cost_profit.xls", /*
*/ c(N annual_turnover) /*
*/ sum format(1c) append
tabout year using "$tables\turnover_cost_profit.xls", /*
*/ c(sum cost_goods_sold) /*
*/ sum format(1c) append
tabout year using "$tables\turnover_cost_profit.xls", /*
*/ c(N cost_goods_sold) /*
*/ sum format(1c) append
tabout year using "$tables\turnover_cost_profit.xls", /*
*/ c(sum gross_profit) /*
*/ sum format(1c) append
tabout year using "$tables\turnover_cost_profit.xls", /*
*/ c(N gross_profit) /*
*/ sum format(1c) append
*end:Annual Turnover, cost of goods sold and gross profit
*/
*begin: Unique number of farmers sold to (= number of farmers reached):
tabout year using "$tables\uniq_farmers_all.xls" , /*
*/ c(sum sold_to_unique_farmers) /*
*/ sum format(1c) replace
tabout year using "$tables\uniq_farmers_all.xls" , /*
*/ c(N num_chicks_sold_farm) /*
*/ sum format(1c) append
recode sold_to_unique_farmers /*
*/ (0/100=0 "0-1 hundred") /*
*/ (101/200=1 "1-2 hundred") /*
*/ (201/300=2 "2-3 hundred") /*
*/ (301/400=3 "3-4 hundred") /*
*/ (401/500=4 "4-5 hundred") /*
*/ (501/600=5 "5-6 hundred") /*
*/ (601/700=6 "6-7 hundred") /*
*/ (701/800=7 "7-8 hundred") /*
*/ (801/900=8 "8-9 hundred") /*
*/ (901/1000=9 "9-10 hundred") /*
*/ (1001/17470=10 "greater than 10 hundred") , gen(sold_to_unique_farmers_cat)
order sold_to_unique_farmers_cat, after(sold_to_unique_farmers)
tabout sold_to_unique_farmers_cat year using "$tables\uniq_farmers_all.xls" , /*
*/ c(sum sold_to_unique_farmers) /*
*/ sum format(1c) append
////////////////additional tables as per comment/////////////
tabout sold_to_unique_farmers_cat year using "$tables\uniq_farmers_all.xls" , /*
*/ c(N sold_to_unique_farmers) sum format(1c) append
*end: Unique number of farmers sold to (= number of farmers reached):
///for the comment
foreach var of varlist num_chicks_sold_farm-num_chicks_sold_other {
replace `var'=. if `var'==0
}
tabout year using "$tables\num_chicks_sold_all.xls" , /*
*/ c(N num_chicks_sold_total N num_chicks_sold_farm /*
*/ N num_chicks_sold_gov_agent N num_chicks_sold_trader /*
*/ N num_chicks_sold_vill_agents N num_chicks_sold_other) /*
*/ sum format(1c) append
**share of PAs selling 50 percent of revenue from farmers
tabout year using "$tables\num_chicks_sold_all.xls" , /*
*/ c(N num_chicks_sold_total N num_chicks_sold_farm /*
*/ N num_chicks_sold_gov_agent N num_chicks_sold_trader /*
*/ N num_chicks_sold_vill_agents N num_chicks_sold_other) /*
*/ sum format(1c) append
tabout year using "$tables\num_chicks_sold_all.xls" if share_farmers>0.5 , /*
*/ c(N num_chicks_sold_total N num_chicks_sold_farm /*
*/ N num_chicks_sold_gov_agent N num_chicks_sold_trader /*
*/ N num_chicks_sold_vill_agents N num_chicks_sold_other) /*
*/ sum format(1c) append
use "$data\assessment_result_PAs_all_wide.dta", clear
gen greater_than_50=1 if average_score>=0.5
replace greater_than_50=0 if greater_than_50==.
gen greater_than_75=1 if average_score>=0.75
replace greater_than_75=0 if greater_than_75==.
tabout greater_than_50 using "$tables\performance_indicators.xls" , /*
*/ c(N average_score) /*
*/ sum format(1c) replace
tabout greater_than_75 using "$tables\performance_indicators.xls" , /*
*/ c(N average_score) /*
*/ sum format(1c) append
kdensity average_score
/////////////////////////////////
gen indicator=0 if average_score<=0.5
replace indicator=1 if (average_score>0.5 & average_score<=0.6)
replace indicator=2 if (average_score>0.6 & average_score<=0.7)
replace indicator=3 if average_score>0.7
lab def indicator 0 "Needs significant change" 1 "Needs improvement" 2 "Good performance, yet needs improvement" 3 "Reliable performance"
lab values indicator indicator
tabout indicator using "$tables\performance_indicators.xls" , /*
*/ c(N average_score) /*
*/ sum format(1c) append