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performanceReportREADME.txt
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###############################################################################
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# Please visit: <http://www.gnu.org/licenses/>.
###############################################################################
# Copyright (C) 2013 The R Trader
#
# For more information please visit my blog at www.thertrader.com
# or you can reach me at: TheRTrader at gmail
###############################################################################
performanceReportWithKnitr.R
R
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#######################################################
# R functions for Knitr performance report
#
# thertrader@gmail.com - Nov 2013
#######################################################
 
library(knitr)
library(PerformanceAnalytics)
library(xtable)
library(xts)
 
performanceReport <- function(inputPath=inputPath,
inputFile=inputFile,
keepColumns=keepColumns){
data <- read.csv(paste(inputPath,inputFile,sep=""),sep=",")
keepColumns <- keepColumns
dataDaily <- data[,keepColumns]
colnames(dataDaily) <- c("date","rtn")
days <- as.Date(dataDaily[,"date"],"%m/%d/%Y") ##
years <- as.numeric(sort(unique(substring(days,1,4))))
months <- sort(unique(substring(days,1,7)))
dailyRtn <- as.numeric(substring(dataDaily[,"rtn"],1,nchar(as.character(dataDaily[,"rtn"]))-1)) ##
monthlyRtn <- aggregate(dailyRtn,by=list(substring(days,1,7)),sum)[,2]
yearlyRtn <- aggregate(dailyRtn,by=list(substring(days,1,4)),sum)[,2]
dailyDD <- as.vector(Drawdowns(dailyRtn/100))
maxDD <- maxDrawdown(dailyRtn/100)
currentYear <- as.numeric(substring(Sys.Date(),1,4))
names(yearlyRtn) <- years
names(monthlyRtn) <- months
startYtd <- match(as.character(currentYear),substring(months,1,4))
colorVectorMonth <- ifelse(monthlyRtn[startYtd:length(monthlyRtn)] > 0, 1, 2)
colorVectorYear <- ifelse(yearlyRtn > 0, 1, 2)
myxts <- xts(monthlyRtn/100,order.by=seq(as.Date("2000-01-30"), length=length(months), by="month")-2)
colnames(myxts) <- "YTD"
xtablePerfMonthly <- xtable(table.CalendarReturns(myxts,geometric=FALSE),
caption="Monthly Percentage Return (gross of fees)",
digits=1)
print(xtablePerfMonthly,
caption.placement = "top",
include.rownames = TRUE,
latex.environment="center",
size="\\scriptsize")
par(mfrow=c(3,2),cex=0.5,mex=0.3)
plot(days,cumsum(dailyRtn),
type="l",
main="Equity Curve - Since Inception (%)",
xlab="",
ylab="")
grid(col="dark grey")
plot(days[match(as.character(currentYear),substring(days,1,4)):length(days)],
cumsum(dailyRtn[match(as.character(currentYear),substring(days,1,4)):length(days)]),
type="l",
main="Equity Curve - YTD (%)",
xlab="",
ylab="")
grid(col="dark grey")
plot(days,dailyDD,
type="l",
xlab="",
ylab="",
main="maximum DrawDown - Since Inception (%)")
grid(col="dark grey")
plot(days[match(as.character(currentYear),substring(days,1,4)):length(days)],
dailyDD[match(as.character(currentYear),substring(days,1,4)):length(days)],
type="l",
xlab="",
ylab="",
main="maximum DrawDown - YTD (%)")
grid(col="dark grey")
bpYear <- barplot(yearlyRtn,
border = NA,
col=colorVectorYear,
ylim=range(0,ceiling(max(yearlyRtn))+5),
main="Yearly Return - Since Inception (%)")
text(bpYear,
yearlyRtn,
labels=as.character(round(yearlyRtn,2)),
pos=3)
bpMonth <- barplot(monthlyRtn[startYtd:length(monthlyRtn)],
col=colorVectorMonth,
border = NA,
ylim=range(floor(min(monthlyRtn[startYtd:length(monthlyRtn)]))-1,ceiling(max(monthlyRtn[startYtd:length(monthlyRtn)]))+1),
main="Monthly Return - YTD (%)")
text(bpMonth,
monthlyRtn[startYtd:length(monthlyRtn)],
labels=as.character(round(monthlyRtn[startYtd:length(monthlyRtn)],2)),
pos=3)
nbDays <- length(days)
nbYears <- nbDays/252
totalReturn <- sum(dailyRtn)
annualizedReturn <- round(totalReturn/nbYears,2)
annualizedVolatility <- round(sd(dailyRtn)*sqrt(252),2)
sharpeRatio <- round(annualizedReturn/annualizedVolatility,2)
maxDD <- 100*round(min(dailyDD),3)
maxDDDate <- days[match(min(dailyDD),dailyDD)]
recoveryTime <- min(which(dailyDD[match(min(dailyDD),dailyDD):length(dailyDD)] == 0))
monthlyHitRate <- 100*round(length(which(monthlyRtn > 0))/length(monthlyRtn),2)
monthlyRtnAverage <- round(mean(monthlyRtn),2)
monthlyRtnPositive <- round(mean(monthlyRtn[which(monthlyRtn > 0)]),2)
monthlyRtnNegative <- round(mean(monthlyRtn[which(monthlyRtn < 0)]) ,2)
worstMonth <- round(min(monthlyRtn),2)
bestMonth <- round(max(monthlyRtn),2)
dailyHitRate <- 100*round(length(which(dailyRtn > 0))/length(which(dailyRtn != 0)),2)
dailyRtnAverage <- round(mean(dailyRtn),2)
dailyRtnPositive <- round(mean(dailyRtn[which(dailyRtn > 0)]) ,2)
dailyRtnNegative <- round(mean(dailyRtn[which(dailyRtn < 0)]),2)
worstDay <- round(min(dailyRtn),2)
bestDay <- round(max(dailyRtn),2)
captionColumn1 <- c("Ann.Return","Ann.Volatility","Sharpe Ratio","","","")
valueColumn1 <- c(annualizedReturn,annualizedVolatility,round(annualizedReturn/annualizedVolatility,2),"","","")
captionColumn2 <- c("maxDD","maxDD Date","Time to Recover","","","")
valueColumn2 <- c(maxDD,as.character(maxDDDate),paste(recoveryTime, "days",sep=" "),"","","")
captionColumn3 <- c("Hit Rate","Mean Return","Mean > 0","Mean < 0","Worst","Best")
valueColumn3 <- c(monthlyHitRate,monthlyRtnAverage,monthlyRtnPositive,monthlyRtnNegative,worstMonth,bestMonth)
captionColumn4 <- c("Hit Rate","Mean Return","Mean > 0","Mean < 0","Worst","Best")
valueColumn4 <- c(dailyHitRate,dailyRtnAverage,dailyRtnPositive,dailyRtnNegative,worstDay,bestDay)
tradingStatistics <- cbind(captionColumn1,valueColumn1,captionColumn2,valueColumn2,captionColumn3,valueColumn3,captionColumn4,valueColumn4)
colnames(tradingStatistics) <- c("Performance","(%)","Draw Down","(%)","Monthly","(%)","Daily","(%)")
xtableResult <- xtable(tradingStatistics,
caption="Trading Statistics",
digits=2)
print(xtableResult,
caption.placement = "top",
include.rownames = FALSE,
size="\\scriptsize")
}
performanceReport_AssetAllocation.Rnw
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%#######################################################
%# KNITR Report Template - Dynamic Equity Bond Allocation
%#
%# thertrader@gmail.com - Oct 2013
%#######################################################
 
\documentclass{article}
\title{Dynamic Equity vs. Bond Allocation \\ Performance Report}
\usepackage[top=0.1in, bottom=0.1in, left=1in, right=1in]{geometry}
\usepackage[labelformat=empty]{caption} % remove table 1 etc...
\begin{document}
\date{\vspace{-5ex}} % remove date & suppress the space that goes with it
\maketitle
<<fooa,echo=FALSE,message=FALSE,warning=FALSE,fig.align='center',fig.width=7.5,fig.height=5.5,results="asis">>=
source("D:\\Documents\\R\\code\\performanceReportWithKnitr.R")
 
performanceReport(inputPath="your_path",
inputFile="debaUS.csv",
keepColumns=c("date","optimAlloc..."))
 
@
 
\end{document}

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