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source ~/.bashrc | ||
arg1="$1" | ||
simfile="" | ||
if [ "$arg1" = "sim" ] | ||
then | ||
simfile="sim" | ||
elif [[ "$arg1" = *"safety"* ]] | ||
then | ||
simfile="$arg1" | ||
fi | ||
if [ "$2" != "" ] | ||
then | ||
arg2=$2 | ||
fi | ||
if [[ "$arg1" = "" || "$arg1" = "s3" || "$arg1" = "sim" || "$arg1" = "1" || "$arg1" = "2" || "$arg1" = "3" || "$arg1" = "4" || "$arg1" = *"safety"* ]] | ||
then | ||
cmbdates="" | ||
IFS=$'\n' | ||
if [ "$arg1" = "1" -o "$arg1" = "2" -o "$arg1" = "3" -o "$arg1" = "4" ] | ||
then | ||
echo $simfile | ||
end=`expr $arg2 + 1` | ||
start=`expr $arg2 + 1 - $arg1` | ||
grabbingdates="tail -n+2 ${simfile}getdates.csv | sed -n \"$start,$end" | ||
grabbingdates=$grabbingdates"p\" ${simfile}getdates.csv | sed 's/,/ /g'" | ||
echo $grabbingdates | ||
else | ||
grabbingdates="tail -n+2 ${simfile}getdates.csv | sed 's/,/ /g'" | ||
fi | ||
for row in $(eval $grabbingdates) | ||
do | ||
IFS=$' ' | ||
set -- $row | ||
if [ "$cmbdates" = "" ] | ||
then | ||
if [ "$arg1" = "sim" ] | ||
then | ||
cmbdates="(t >= ($2 _ 1000) && t <= ($3 _ 1000))" | ||
else | ||
cmbdates="(t >= $2 && t <= $3)" | ||
fi | ||
firststart=$2 | ||
else | ||
if [ "$arg1" = "sim" ] | ||
then | ||
#cmbdates="$cmbdates || (t >= ($2 "'* 1000) && t <= ('"$3 "'* 1000))' | ||
cmbdates="$cmbdates || (t >= ($2 _ 1000) && t <= ($3 _ 1000))" | ||
else | ||
cmbdates="$cmbdates || (t >= $2 && t <= $3)" | ||
fi | ||
fi | ||
lastend=$3 | ||
done | ||
if [ "$arg1" = "sim" ] | ||
then | ||
cmbdates="'"$cmbdates"'" | ||
else | ||
cmbdates=$cmbdates"" | ||
fi | ||
echo $cmbdates | ||
fi |
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runweekly <- function(wstart,wend,verbose=F,plot=F,tplot=F,model="",addtotitle="",levered=100000,unlevered=100000,override="",balance=20000,marginutilization=20,leverage=50,compounding=T,commissions=0.000036,d=NULL,weektoday=F,systemcommand="",metrics=T,legend=F,infnull=F,meanrate=1,udbthread=1,normalized=T,pippercent=100) { | ||
if (commissions!=0.000036) { | ||
print(paste0("USING COMMISSIONS OF ",commissions)) | ||
} | ||
# print(paste0(wstart, ' to ', wend)) | ||
if (compounding==T) { | ||
metrictitle <- paste0(leverage,"x Leveraged Returns/",balance," Balance/",marginutilization,"% Margin Utilization/Compounding") | ||
} else { | ||
metrictitle <- paste0(leverage,"x Leveraged Returns/",balance," Balance/",marginutilization,"% Margin Utilization/Not Compounding") | ||
} | ||
if (systemcommand == "") { | ||
print(metrictitle) | ||
} | ||
origdigits <- options()$digits | ||
options(digits=15) | ||
options(scipen = 999) | ||
if (systemcommand == "") { | ||
print(paste("Converting",model,"to Weekly Performance")) | ||
} | ||
if (addtotitle == "") { | ||
addtotitle <- model | ||
} else { | ||
addtotitle <- paste(model,addtotitle,':') | ||
} | ||
if (is.null(d)) { | ||
dates <- read.csv("safetygetdates.csv") | ||
d <- dates[,2:3] | ||
} | ||
if (weektoday) { | ||
wstart <- (wstart - 1)*6 + 1 | ||
wend <- (wend - 1)*6 + 6 | ||
} | ||
if (systemcommand == "") { | ||
plotattempt <- try(filteredtrades <- read.csv('modeltrades.csv',header=F)) | ||
if (any(grepl("error",class(plotattempt)))) { | ||
filteredtrades <- NULL | ||
} | ||
} else { | ||
filteredtrades <- read.csv(pipe(systemcommand,open='r'),header=F) | ||
} | ||
if (length(filteredtrades)) { | ||
xtstrades <- filteredtrades | ||
xtsprofits <- xtstrades #[seq(2,nrow(xtstrades),2),] | ||
|
||
t1 <- Sys.time() | ||
weekperf1 <- matrix(nrow=(wend - wstart + 1),ncol=1) | ||
lastprofit <- 0 | ||
weeklytrades <- NULL | ||
if (wstart != 1) { | ||
# print(wstart) | ||
weeklysum <- 0 | ||
ntrades <- 0 | ||
weeklytrades <- as.numeric(xtsprofits[which(floor(as.numeric(xtsprofits[,4])/1000) >= d[(wstart - 1),1] & floor(as.numeric(xtsprofits[,4])/1000) <= d[(wstart - 1),2]),9]) | ||
allweeklytrades <- xtsprofits[which(floor(as.numeric(xtsprofits[,4])/1000) >= d[(wstart - 1),1] & floor(as.numeric(xtsprofits[,4])/1000) <= d[(wstart - 1),2]),] | ||
ntrades <- length(weeklytrades) | ||
if (normalized) { | ||
lastprofit <- ifelse(length(weeklytrades[ntrades]),tail(cumsum((allweeklytrades[which(allweeklytrades[,2]=="SELL"),5] - allweeklytrades[which(allweeklytrades[,2]=="BUY"),5])/allweeklytrades[which(allweeklytrades[,2]=="BUY"),5] - commissions),1),0) | ||
} else { | ||
lastprofit <- ifelse(length(weeklytrades[ntrades]),tail(cumsum(allweeklytrades[which(allweeklytrades[,2]=="SELL"),5] - allweeklytrades[which(allweeklytrades[,2]=="BUY"),5] - commissions),1),0) | ||
} | ||
if (verbose) { | ||
print(paste((wstart - 1),ntrades,weeklysum,ifelse(length(weeklyprofit),weeklyprofit,0))) | ||
print(lastprofit) | ||
} | ||
} | ||
totaltrades <- 0 | ||
for (week in wstart:wend) { | ||
weeklysum <- 0 | ||
ntrades <- 0 | ||
weeklytrades <- as.numeric(xtsprofits[which(floor(as.numeric(xtsprofits[,4])/1000) >= d[week,1] & floor(as.numeric(xtsprofits[,4])/1000) <= d[week,2]),9]) | ||
allweeklytrades <- xtsprofits[which(floor(as.numeric(xtsprofits[,4])/1000) >= d[week,1] & floor(as.numeric(xtsprofits[,4])/1000) <= d[week,2]),] | ||
# print(allweeklytrades) | ||
ntrades <- length(weeklytrades) | ||
# print(paste0("Number of Trades: ",ntrades)) | ||
totaltrades <- totaltrades + ntrades | ||
# print(ntrades) | ||
weeklysum <- weeklytrades[ntrades] - lastprofit | ||
# print(weeklysum) | ||
weeklyprofit <- weeklysum - (ntrades * commissions) #0.00008) | ||
# print(weeklyprofit) | ||
if (normalized) { | ||
weekperf1[(week-wstart+1),1] <- ifelse(length(weeklyprofit),tail(cumsum((allweeklytrades[which(allweeklytrades[,2]=="SELL"),5] - allweeklytrades[which(allweeklytrades[,2]=="BUY"),5])/allweeklytrades[which(allweeklytrades[,2]=="BUY"),5] - commissions),1),0) | ||
} else { | ||
weekperf1[(week-wstart+1),1] <- ifelse(length(weeklyprofit),tail(cumsum(allweeklytrades[which(allweeklytrades[,2]=="SELL"),5] - allweeklytrades[which(allweeklytrades[,2]=="BUY"),5] - commissions),1),0) | ||
} | ||
# print(weekperf1[(week-wstart+1),1]) | ||
if (length(weeklyprofit)) { | ||
lastprofit <- weeklytrades[ntrades] | ||
} | ||
if (verbose) { | ||
print(paste(week,ntrades,weeklysum,ifelse(length(weeklyprofit),weeklyprofit,0))) | ||
} | ||
} | ||
# print(paste0('Total Number of Trades: ',totaltrades)) | ||
# if (meanrate != 1) { | ||
# print(paste('Converting pip profits to percent profit using meanrate of',meanrate)) | ||
# weekperf1 <- weekperf1 / meanrate | ||
# } | ||
if (normalized) { | ||
weekperf1 <- weekperf1*pippercent | ||
} | ||
cumweekperf <- cumsum(weekperf1) | ||
if (plot) { | ||
plot(wstart:wend,cumweekperf,type='l',col=3,main=paste(addtotitle)) #,'Week',wstart,'to',wend,'Performance')) | ||
if (legend==T) {legend("topleft",legend = c(paste('Weekly Perf',model,collape=' ')), lty = c(1), col=c(3))} | ||
abline(0,0) | ||
} | ||
if (tplot) { | ||
# library(timeSeries) | ||
# library(quantmod) | ||
if (! "xts" %in% (.packages())) { | ||
require(xts) | ||
} | ||
if (! "PerformanceAnalytics" %in% (.packages())) { | ||
require(PerformanceAnalytics) | ||
} | ||
origperf <- xts(levered*(weekperf1/pippercent)/unlevered*100, order.by=seq(as.POSIXct(d[wstart,1],origin="1970-01-01"), | ||
as.POSIXct(d[wend,1],origin="1970-01-01"),length.out=length(wstart:wend))) | ||
t1 <- xts(levered*(cumweekperf/pippercent)/unlevered*100, order.by=seq(as.POSIXct(d[wstart,1],origin="1970-01-01"), | ||
as.POSIXct(d[wend,1],origin="1970-01-01"),length.out=length(wstart:wend))) | ||
if (metrics==T) { | ||
# require(PerformanceAnalytics) | ||
print(Return.annualized(origperf/100, scale = 52, geometric = FALSE)) | ||
print(Return.annualized(origperf/100, scale = 52, geometric = TRUE)) | ||
} | ||
unleveredamount <- "Cumulative Net Profit [%]" | ||
if (levered != 100000 || unlevered != 100000) { | ||
unleveredamount <- paste0("Cumulative Profit [%]: Utilizing ",unlevered," Units Per Trade") | ||
} | ||
if (override!="") { | ||
unleveredamount <- override | ||
} | ||
PerformanceAnalytics::chart.TimeSeries(t1,ylab=paste0(unleveredamount),main=paste(addtotitle,system(paste0('date -d @',d[wstart,1],' +%F'),intern=T),'to',system(paste0('date -d @',d[wend,2],' +%F'),intern=T),'Performance'),xlab = "Date (GMT)",cex.lab=.8) | ||
if (legend==T) {legend("topleft",legend = c(paste('Weekly Perf',model,collape=' ')), lty = c(1), col=c(3))} | ||
abline(a=0,b=0) | ||
if (leverage!=1) { | ||
sim_vec.xts <- xts(weekperf1/pippercent, order.by=seq(as.POSIXct(d[wstart,1],origin="1970-01-01"), | ||
as.POSIXct(d[wend,1],origin="1970-01-01"),length.out=length(wstart:wend))) | ||
temp <- sim_vec.xts | ||
perf_adj <- rep(0,nrow(temp)) | ||
bal <- balance #20000 | ||
mar <- bal * (marginutilization / 100) #2000 | ||
lot <- mar * leverage #100000 | ||
for(i in 1:nrow(temp)) { | ||
pl <- as.numeric((coredata(temp[i,1])) * lot) | ||
perf_adj[i] <- as.numeric(pl / bal) | ||
bal <- bal + pl | ||
mar <- bal * (marginutilization / 100) # / 5 | ||
if (compounding==T) { | ||
lot <- mar * leverage #50 | ||
} | ||
# print(lot) | ||
} | ||
|
||
temp[,1] <- perf_adj | ||
weekperf1 <- temp*pippercent | ||
|
||
if (metrics==T) { | ||
metrics <- as.table(rbind(Return.annualized(temp, scale = 52, geometric = T), | ||
AverageDrawdown(temp), | ||
maxDrawdown(temp), | ||
AverageRecovery(temp), | ||
SharpeRatio.annualized(temp, Rf = 0.004/52, scale = 52, geometric = TRUE), | ||
UpsidePotentialRatio(temp, MAR = 0.004/52, method = "full"), | ||
KellyRatio(temp, Rf = 0.004/52, method = "half"))) | ||
print(metrics) | ||
} | ||
cumweekperf <- cumsum(weekperf1) | ||
chart.TimeSeries(cumsum(temp)*100,main=metrictitle,ylab = "Cumulative Net Profit [%]",cex.lab=0.8,cex.main=0.7,xlab="Time") | ||
} | ||
} | ||
} else { | ||
print("FAILURE: zero lines in trade file: modeltrades.csv") | ||
if (infnull) { | ||
weekperf1 <- NULL | ||
cumweekperf <- NULL | ||
} else { | ||
weekperf1 <- rep(-Inf,wend - wstart + 1) | ||
cumweekperf <- rep(-Inf,wend - wstart + 1) | ||
} | ||
} | ||
if (systemcommand=="") { | ||
return(list('weekperf'=weekperf1,'cumweekperf'=cumweekperf)) | ||
} else { | ||
if (!is.null(length(weekperf1))) { | ||
if (length(weekperf1) != 0) { | ||
if (tail(cumweekperf,1)>0) { | ||
print(paste('Result:',-tail(cumweekperf,1)*1/(max(rollmax(cumweekperf,2)-cumweekperf[-1])*sum(weekperf1<=0)/length(weekperf1))**4,-tail(cumweekperf,1),sum(weekperf1<=0),length(weekperf1),max(rollmax(cumweekperf,2)-cumweekperf[-1]))) | ||
return(-tail(cumweekperf,1)*1/(max(rollmax(cumweekperf,2)-cumweekperf[-1])*sum(weekperf1<=0)/length(weekperf1))**4) | ||
} else { | ||
print(paste('Result:',-tail(cumweekperf,1)*(max(rollmax(cumweekperf,2)-cumweekperf[-1])*sum(weekperf1<=0)/length(weekperf1))**4,-tail(cumweekperf,1),sum(weekperf1<=0),length(weekperf1),max(rollmax(cumweekperf,2)-cumweekperf[-1]))) | ||
return(-tail(cumweekperf,1)*(max(rollmax(cumweekperf,2)-cumweekperf[-1])*sum(weekperf1<=0)/length(weekperf1))**4) | ||
} | ||
} else { | ||
print("Result: Inf") | ||
return(Inf) | ||
} | ||
} else { | ||
print("Result: Inf") | ||
return(Inf) | ||
} | ||
} | ||
options(scipen = 0) | ||
options(digits=origdigits) | ||
} | ||
|
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