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R/v_top.R
In lcyanalysis: Stock Data Analysis Functions
Defines functions
v_top
Documented in
v_top
#' v top technical analysis function
#' @description V top technical analysis function is to analyze the downward trend of stock data
#' @details use RSI analysis of the strength of the stock market trend, analyze trends conform to v top, and RSI function need library 'TTR'
#' @usage v_top(h,top,down,month,day)
#' @param h an stock data
#' @param top an rsi rise horizon value
#' @param down an rsi down horizon value
#' @param month set the length between the start and end points. Unit:month
#' @param day check the correctness of the end point, set the length between the end and check points. Unit:day
#' @return an analysis of stock data for v top technical analysis indicators
#' @author Chun-Yu Liu <john401528@gmail.com>
#' @importFrom quantmod Cl Vo getSymbols
#' @importFrom TTR RSI
#' @importFrom stats approx
#' @importFrom xts reclass
#' @examples
#' \dontrun{
#' library(quantmod)
#' aapl<-getSymbols("AAPL",src="yahoo",auto.assign=FALSE)
#' v_top(aapl,60,40,3,20)
#' }
#' @export
#example to use
#if use 'quantmod' chartSeries:
#aapl<-getSymbols("AAPL",src="yahoo",auto.assign=FALSE)
#addTA(v_top(aapl,60,40,3,20),on=1,col='green')
#or
#if use 'highcharter' highchart:
#hc_add_series(v_top(aapl,60,40,3,20),type = "line",name = "V top", color = hex_to_rgba("green", 1))
v_top<-function(h,top,down,month,day){
requireNamespace('quantmod')
requireNamespace('TTR')
requireNamespace('xts')
requireNamespace('stats')
df<-RSI(Cl(h))
da<-Cl(h)
dc<-Cl(h)
Vo<-Vo(h)
############# d0 volume
datas<-1
nrows <-nrow(Vo)
x<-0
g<-1
m<-1
n<-1
f<-2
d0<-array(x,c(nrows ,datas))
while(x < nrows ){
for(i in Vo[g,]){
d0[n]<-i
n<-n+1
}
g<-g+1
x<-x+1
m<-m+1
if(f==NROW(Vo)){
break
}else{
f<-f+1
}
}
d0
############# d1 close price
datas<-1
nrows <-nrow(da)
x<-0
g<-1
m<-1
n<-1
f<-2
d1<-array(x,c(nrows ,datas))
while(x < nrows ){
for(i in da[g,]){
d1[n]<-i
n<-n+1
#######
if(!is.na(df[g,])){
if(df[g,]>top || df[g,]<down){
dc[g,]<-da[g,]
}else{
dc[g,]<-0
}
}else{
dc[g,]<-0
}
}
g<-g+1
x<-x+1
m<-m+1
if(f==NROW(da)){
break
}else{
f<-f+1
}
}
d1
d_status<-matrix(c(NA), nrow = nrow(dc), ncol = 1)
colnames(d_status) <- c("status")
d_range<-matrix(c(NA), nrow = nrow(dc), ncol = 1)
colnames(d_range) <- c("range")
d_trend<-matrix(c(NA), nrow = nrow(dc), ncol = 1)
colnames(d_trend) <- c("trend")
d_num<-matrix(c(1:length(dc)), nrow = nrow(dc), ncol = 1)
colnames(d_num) <- c("num")
wlog<-matrix(c(NA), nrow = nrow(dc), ncol = 1)
colnames(wlog) <- c("log")
colnames(d0) <- c("Volume")
d_closes<-matrix(c(da), nrow = nrow(da), ncol = 1)
colnames(d_closes) <- c("close")
d_rsi<-matrix(c(df), nrow = nrow(df), ncol = 1)
colnames(d_rsi) <- c("rsi")
da1<-cbind(d0,d_num)
da2<-cbind(dc,df)
############# d2 close price2
datas<-1
nrows <-nrow(dc)
x<-0
g<-1
m<-1
n<-1
f<-2
d2<-array(x,c(nrows ,datas))
while(x < nrows ){
for(i in dc[g,]){
d2[n]<-i
n<-n+1
}
g<-g+1
x<-x+1
m<-m+1
if(f==NROW(dc)){
break
}else{
f<-f+1
}
}
d2
############# d3 Hi
datas<-1
nrows <-nrow(da)
x<-0
g<-1
m<-1
n<-1
f<-2
top1<-0
top2<-0
topx<-0
topg<-0
topmax<-0
d3<-array(x,c(nrows ,datas))
while(x < nrows ){
for(i in da[g]){
d3[n]<-i
n<-n+1
###
if(g>1){
if(!is.na(df[g,])){
if(df[g,]>top){
if(d2[g-1]!=0 && d2[f]==0 && df[g-1]<top){
d_status[g]<-"O"
d_range[g]<-"Hi"
}
if(d2[g-1]==0 && d2[f]!=0 && df[f]<top){
d_status[g]<-"O"
d_range[g]<-"Hi"
}
if(d2[g-1]!=0 && d2[f]!=0 && df[g-1]<top && df[f]<top){
d_status[g]<-"O"
d_range[g]<-"Hi"
}
if(d2[g-1]==0 && d2[f]==0){
d_status[g]<-"O"
d_range[g]<-"Hi"
}else{
if(d2[g-1]==0 && df[f]>top){
top1<-(g-1)
}
if(d2[g-1]!=0 && df[g-1]<down && df[f]>top){
top1<-g
}
if(d2[f]==0 && df[g-1]>top){
top2<-f
}
if(d2[f]!=0 && df[f]<down && df[g-1]>top){
top2<-f
}
topmax<-max(d2[top1:top2])
topx<-top1
topg<-top1
#####
while(topx<top2){
#for(topi in d2[top1:top2]){
if(d2[topg]<topmax){
dc[topg]<-0
}else{
dc[topg]<-da[topg]
d_status[topg]<-"O"
d_range[(top1+1):(top2-1)]<-"Hi"
}
#}####for
topg<-topg+1
topx<-topx+1
}####while
if(topg==top2){
topg<-0
}
if(topx==top2){
topx<-1
}
}###else
}
}
}###
}
g<-g+1
x<-x+1
m<-m+1
if(f==NROW(da)){
break
}else{
f<-f+1
}
}
d3
da3<-data.frame(dc,da2,d_status,d_range,da1)
############# d4 Lo
datas<-1
nrows <-nrow(da)
x<-0
g<-1
m<-1
n<-1
f<-2
low1<-0
low2<-0
lowx<-0
lowg<-0
lowmin<-0
d4<-array(x,c(nrows ,datas))
while(x <= nrows ){
for(i in da[g]){
d4[n]<-i
n<-n+1
###
if(g>1 ){
if(!is.na(df[g,])){
if(df[g,] < down){
if(d2[g-1]!=0 && df[g-1]>top && d2[f]==0){
d_status[g]<-"X"
d_range[g]<-"Lo"
}
if(d2[g-1]==0 && d2[f]!=0 && df[f]>down){
d_status[g]<-"X"
d_range[g]<-"Lo"
}
if(d2[g-1]!=0 && d2[f]!=0 && df[g-1]>down && df[f]>down){
d_status[g]<-"X"
d_range[g]<-"Lo"
}
if(d2[g-1]==0 && d2[f]==0){
d_status[g]<-"X"
d_range[g]<-"Lo"
}else{
if(d2[g-1]==0 && df[f]<down){
low1<-g
}
if(d2[g-1]!=0 && df[g-1]>top && df[f]<down){
low1<-g
}
if(d2[f]==0 && df[g-1]<down){
low2<-g
}
if(d2[f]!=0 && df[f]>top && df[g-1]<down){
#low2<-g
}
if(low1!=0 && low2!=0){
lowmin<-min(d2[low1:low2])
lowx<-low1
lowg<-low1
#####
while(lowx<=low2){
#for(topi in d2[low1:low2]){
if(d2[lowg]>lowmin){
dc[lowg]<-0
}else{
dc[lowg]<-da[lowg]
d_status[lowg]<-"X"
d_range[low1:low2]<-"Lo"
}
#}####for
lowg<-lowg+1
lowx<-lowx+1
}####while
if(lowg==low2){
lowg<-0
}
if(lowx==low2){
lowx<-0
}
}else{
break
}
}###else
}
}
}###
}
g<-g+1
x<-x+1
m<-m+1
if(f==NROW(da)){
break
}else{
f<-f+1
}
}
d4
da4<-data.frame(dc,da2,d_status,d_range,da1)
############# d5
datas<-1
nrows <-nrow(dc)
x<-0
g<-1
m<-1
n<-1
f<-2
d5<-array(x,c(nrows ,datas))
while(x < nrows ){
for(i in dc[g,]){
d5[n]<-i
n<-n+1
}
g<-g+1
x<-x+1
m<-m+1
if(f==NROW(dc)){
break
}else{
f<-f+1
}
}
d5
############# d6 Lo_trend
datas<-1
nrows <-nrow(da)
x<-0
g<-1
m<-1
n<-1
f<-2
lotr1<-0
lotr2<-0
lotrx<-0
lotrg<-0
lotrmax<-0
rightx<-0
rightg<-0
leftx<-0
leftg<-0
wength<-0
wengths<-0
checkwx<-0
checkwg<-0
checkw<-0
checkrg<-0
checkrx<-0
wcheckr<-1
s<-0
s2<-1
t<-1
t2<-1
te<-0
wrun<-0
checkv<-0
checkend<-1
d6<-array(x,c(nrows ,datas))
while(x <= nrows ){
for(i in da[g]){
d6[n]<-i
n<-n+1
###
if(checkend==1){
if(g>1 ){
if(d5[g,]!=0){
###lotr1
if(s==0 && !is.na(d_status[g])){
if(d_status[g,]=="X" && is.na(d_trend[g])){
lotr1<-g
wlog[lotr1]<-"Lo1"
s<-1
t<-0
wrun<-1
if(lotr2!=0 && t2==0){
f<-lotr1+1
t2<-1
te<-lotr1+1
}
}else{
s<-0
}
}
###lotr2
if(t==0 && !is.na(d_status[f])){
wength<-round(length(lotr1:f)/30)
if(wength<month && is.na(d_trend[f])){
if(d5[f,]!=0 && d_status[f,]=="X" && d5[lotr1]>=d5[f] && "O" %in% c(d_status[lotr1:f]) && lotr1<f){
lotr2<-f
wlog[lotr2]<-"Lo2"
t<-1
}else if(t==0 && lotr2!=0){
t<-0
}
}else{
t<-1
t2<-0
s<-0
}
}
if(lotr1!=0 && lotr2!=0 && wength<month && "O" %in% c(d_status[(lotr1+1):(lotr2-1)]) && d5[lotr1]>=d5[lotr2] && lotr1<lotr2 && d_status[lotr1]=="X" && d_status[lotr2]=="X"){
lotrmax<-max(d5[(lotr1+1):(lotr2-1)])
###check ^
checkv<-lotr2+10
#if(lotr2+day<nrow(da)){
# if((sum(df[((lotr2+1):(lotr2+day))])/day)<down && d1[lotr2+day]<d1[lotr2] && d0[lotr2+day]<d0[lotr2] ){
# checkw<-1
# }else{
# checkw<-0
# }
#}else{
# checkw<-0
# checkend<-0
#}
checkw<-1
if(checkw==1){
###inverted v point
lotrg<-lotr1
lotrx<-lotr1
while(lotrx<lotr2){ ###while
if(d5[lotrg]<lotrmax || d5[lotrg]==0){
dc[lotrg]<-NA
d_trend[lotrg]<-"^"
}else{
d_trend[lotrg]<-"O"
dc[lotr1]<-da[lotr1]
dc[lotr2]<-da[lotr2]
d_trend[lotr1]<-"Lo1"
d_trend[lotr2]<-"Lo2"
}
###right trend
rightx<-lotr2+1
rightg<-lotr2+1
###check right trend
if(d1[(lotr2+day+1)]>d1[lotr2] || d_rsi[lotr2+day+1]>d_rsi[lotr2]){
d_trend[(lotr2):rightx]<-NA
d_trend[(lotr1):lotr2]<-NA
#dc[rightx-1]<-d5[rightx-1]
checkrg<-lotr1
checkrx<-lotr1
while(checkrx<rightx){
if(!is.na(d_status[checkrg])){
dc[checkrg]<-da[checkrg]
}else{
dc[checkrg]<-0
}
checkrg<-checkrg+1
checkrx<-checkrx+1
}
}else{
wcheckr<-0
}
lotrg<-lotrg+1
lotrx<-lotrx+1
} ###while
if(lotrx==lotr2 && wcheckr==0){
s<-0
g<-rightx
lotrx<-0
lotr1<-0
t2<-0
f<-0
checkw<-0
wrun<-0
wcheckr<-1
}else{
s<-0
f<-0
t2<-0
}
}else{ ###checkw if
s<-0
f<-0
t2<-0
}
}### if
}###if secend
}###if first
}else{
break
}
}### for
if(s==0){
g<-g+1
#f<-0
}
if(g>NROW(da)){
break
}
if(wrun==0){
x<-x+1
m<-m+1
}
if(f==NROW(da)){
break
}else{
if(t==0){
f<-f+1
}
}
}
d6
da6<-data.frame(dc,da2,d1,d_status,d_range,d_trend,da1,wlog)
############# d7
datas<-1
nrows <-nrow(da)
x<-0
g<-1
m<-1
n<-1
f<-2
d7<-array(x,c(nrows ,datas))
while(x < nrows ){
for(i in da[g,]){
d7[n]<-i
n<-n+1
###delete d_trend=NA
if(d5[g]!=0){
if(is.na(d_trend[g])){
dc[g]<-0
}
}
}
g<-g+1
x<-x+1
m<-m+1
if(f==NROW(da)){
break
}else{
f<-f+1
}
}
d7
da7<-data.frame(dc,da2,d_status,d_range,d_trend,da1)
############# d8
datas<-1
nrows <-nrow(dc)
x<-0
g<-1
m<-1
n<-1
d8<-array(x,c(nrows ,datas))
while(x < nrows ){
for(i in dc[g,]){
d8[n]<-i
n<-n+1
}
g<-g+1
x<-x+1
m<-m+1
}
d8
nn <- NROW(h)
d8 <- approx( d8, xout=1:nn )$y
d8<-ifelse( d8==0, NA, d8 )
cd<-reclass( d8, h[1:length(d8)] )
return(cd)
}
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Defines functions v_top
Documented in v_top
#' v top technical analysis function
#' @description V top technical analysis function is to analyze the downward trend of stock data
#' @details use RSI analysis of the strength of the stock market trend, analyze trends conform to v top, and RSI function need library 'TTR'
#' @usage v_top(h,top,down,month,day)
#' @param h an stock data
#' @param top an rsi rise horizon value
#' @param down an rsi down horizon value
#' @param month set the length between the start and end points. Unit:month
#' @param day check the correctness of the end point, set the length between the end and check points. Unit:day
#' @return an analysis of stock data for v top technical analysis indicators
#' @author Chun-Yu Liu <john401528@gmail.com>
#' @importFrom quantmod Cl Vo getSymbols
#' @importFrom TTR RSI
#' @importFrom stats approx
#' @importFrom xts reclass
#' @examples
#' \dontrun{
#' library(quantmod)
#' aapl<-getSymbols("AAPL",src="yahoo",auto.assign=FALSE)
#' v_top(aapl,60,40,3,20)
#' }
#' @export
#example to use
#if use 'quantmod' chartSeries:
#aapl<-getSymbols("AAPL",src="yahoo",auto.assign=FALSE)
#addTA(v_top(aapl,60,40,3,20),on=1,col='green')
#or
#if use 'highcharter' highchart:
#hc_add_series(v_top(aapl,60,40,3,20),type = "line",name = "V top", color = hex_to_rgba("green", 1))
v_top<-function(h,top,down,month,day){
requireNamespace('quantmod')
requireNamespace('TTR')
requireNamespace('xts')
requireNamespace('stats')
df<-RSI(Cl(h))
da<-Cl(h)
dc<-Cl(h)
Vo<-Vo(h)
############# d0 volume
datas<-1
nrows <-nrow(Vo)
x<-0
g<-1
m<-1
n<-1
f<-2
d0<-array(x,c(nrows ,datas))
while(x < nrows ){
for(i in Vo[g,]){
d0[n]<-i
n<-n+1
}
g<-g+1
x<-x+1
m<-m+1
if(f==NROW(Vo)){
break
}else{
f<-f+1
}
}
d0
############# d1 close price
datas<-1
nrows <-nrow(da)
x<-0
g<-1
m<-1
n<-1
f<-2
d1<-array(x,c(nrows ,datas))
while(x < nrows ){
for(i in da[g,]){
d1[n]<-i
n<-n+1
#######
if(!is.na(df[g,])){
if(df[g,]>top || df[g,]<down){
dc[g,]<-da[g,]
}else{
dc[g,]<-0
}
}else{
dc[g,]<-0
}
}
g<-g+1
x<-x+1
m<-m+1
if(f==NROW(da)){
break
}else{
f<-f+1
}
}
d1
d_status<-matrix(c(NA), nrow = nrow(dc), ncol = 1)
colnames(d_status) <- c("status")
d_range<-matrix(c(NA), nrow = nrow(dc), ncol = 1)
colnames(d_range) <- c("range")
d_trend<-matrix(c(NA), nrow = nrow(dc), ncol = 1)
colnames(d_trend) <- c("trend")
d_num<-matrix(c(1:length(dc)), nrow = nrow(dc), ncol = 1)
colnames(d_num) <- c("num")
wlog<-matrix(c(NA), nrow = nrow(dc), ncol = 1)
colnames(wlog) <- c("log")
colnames(d0) <- c("Volume")
d_closes<-matrix(c(da), nrow = nrow(da), ncol = 1)
colnames(d_closes) <- c("close")
d_rsi<-matrix(c(df), nrow = nrow(df), ncol = 1)
colnames(d_rsi) <- c("rsi")
da1<-cbind(d0,d_num)
da2<-cbind(dc,df)
############# d2 close price2
datas<-1
nrows <-nrow(dc)
x<-0
g<-1
m<-1
n<-1
f<-2
d2<-array(x,c(nrows ,datas))
while(x < nrows ){
for(i in dc[g,]){
d2[n]<-i
n<-n+1
}
g<-g+1
x<-x+1
m<-m+1
if(f==NROW(dc)){
break
}else{
f<-f+1
}
}
d2
############# d3 Hi
datas<-1
nrows <-nrow(da)
x<-0
g<-1
m<-1
n<-1
f<-2
top1<-0
top2<-0
topx<-0
topg<-0
topmax<-0
d3<-array(x,c(nrows ,datas))
while(x < nrows ){
for(i in da[g]){
d3[n]<-i
n<-n+1
###
if(g>1){
if(!is.na(df[g,])){
if(df[g,]>top){
if(d2[g-1]!=0 && d2[f]==0 && df[g-1]<top){
d_status[g]<-"O"
d_range[g]<-"Hi"
}
if(d2[g-1]==0 && d2[f]!=0 && df[f]<top){
d_status[g]<-"O"
d_range[g]<-"Hi"
}
if(d2[g-1]!=0 && d2[f]!=0 && df[g-1]<top && df[f]<top){
d_status[g]<-"O"
d_range[g]<-"Hi"
}
if(d2[g-1]==0 && d2[f]==0){
d_status[g]<-"O"
d_range[g]<-"Hi"
}else{
if(d2[g-1]==0 && df[f]>top){
top1<-(g-1)
}
if(d2[g-1]!=0 && df[g-1]<down && df[f]>top){
top1<-g
}
if(d2[f]==0 && df[g-1]>top){
top2<-f
}
if(d2[f]!=0 && df[f]<down && df[g-1]>top){
top2<-f
}
topmax<-max(d2[top1:top2])
topx<-top1
topg<-top1
#####
while(topx<top2){
#for(topi in d2[top1:top2]){
if(d2[topg]<topmax){
dc[topg]<-0
}else{
dc[topg]<-da[topg]
d_status[topg]<-"O"
d_range[(top1+1):(top2-1)]<-"Hi"
}
#}####for
topg<-topg+1
topx<-topx+1
}####while
if(topg==top2){
topg<-0
}
if(topx==top2){
topx<-1
}
}###else
}
}
}###
}
g<-g+1
x<-x+1
m<-m+1
if(f==NROW(da)){
break
}else{
f<-f+1
}
}
d3
da3<-data.frame(dc,da2,d_status,d_range,da1)
############# d4 Lo
datas<-1
nrows <-nrow(da)
x<-0
g<-1
m<-1
n<-1
f<-2
low1<-0
low2<-0
lowx<-0
lowg<-0
lowmin<-0
d4<-array(x,c(nrows ,datas))
while(x <= nrows ){
for(i in da[g]){
d4[n]<-i
n<-n+1
###
if(g>1 ){
if(!is.na(df[g,])){
if(df[g,] < down){
if(d2[g-1]!=0 && df[g-1]>top && d2[f]==0){
d_status[g]<-"X"
d_range[g]<-"Lo"
}
if(d2[g-1]==0 && d2[f]!=0 && df[f]>down){
d_status[g]<-"X"
d_range[g]<-"Lo"
}
if(d2[g-1]!=0 && d2[f]!=0 && df[g-1]>down && df[f]>down){
d_status[g]<-"X"
d_range[g]<-"Lo"
}
if(d2[g-1]==0 && d2[f]==0){
d_status[g]<-"X"
d_range[g]<-"Lo"
}else{
if(d2[g-1]==0 && df[f]<down){
low1<-g
}
if(d2[g-1]!=0 && df[g-1]>top && df[f]<down){
low1<-g
}
if(d2[f]==0 && df[g-1]<down){
low2<-g
}
if(d2[f]!=0 && df[f]>top && df[g-1]<down){
#low2<-g
}
if(low1!=0 && low2!=0){
lowmin<-min(d2[low1:low2])
lowx<-low1
lowg<-low1
#####
while(lowx<=low2){
#for(topi in d2[low1:low2]){
if(d2[lowg]>lowmin){
dc[lowg]<-0
}else{
dc[lowg]<-da[lowg]
d_status[lowg]<-"X"
d_range[low1:low2]<-"Lo"
}
#}####for
lowg<-lowg+1
lowx<-lowx+1
}####while
if(lowg==low2){
lowg<-0
}
if(lowx==low2){
lowx<-0
}
}else{
break
}
}###else
}
}
}###
}
g<-g+1
x<-x+1
m<-m+1
if(f==NROW(da)){
break
}else{
f<-f+1
}
}
d4
da4<-data.frame(dc,da2,d_status,d_range,da1)
############# d5
datas<-1
nrows <-nrow(dc)
x<-0
g<-1
m<-1
n<-1
f<-2
d5<-array(x,c(nrows ,datas))
while(x < nrows ){
for(i in dc[g,]){
d5[n]<-i
n<-n+1
}
g<-g+1
x<-x+1
m<-m+1
if(f==NROW(dc)){
break
}else{
f<-f+1
}
}
d5
############# d6 Lo_trend
datas<-1
nrows <-nrow(da)
x<-0
g<-1
m<-1
n<-1
f<-2
lotr1<-0
lotr2<-0
lotrx<-0
lotrg<-0
lotrmax<-0
rightx<-0
rightg<-0
leftx<-0
leftg<-0
wength<-0
wengths<-0
checkwx<-0
checkwg<-0
checkw<-0
checkrg<-0
checkrx<-0
wcheckr<-1
s<-0
s2<-1
t<-1
t2<-1
te<-0
wrun<-0
checkv<-0
checkend<-1
d6<-array(x,c(nrows ,datas))
while(x <= nrows ){
for(i in da[g]){
d6[n]<-i
n<-n+1
###
if(checkend==1){
if(g>1 ){
if(d5[g,]!=0){
###lotr1
if(s==0 && !is.na(d_status[g])){
if(d_status[g,]=="X" && is.na(d_trend[g])){
lotr1<-g
wlog[lotr1]<-"Lo1"
s<-1
t<-0
wrun<-1
if(lotr2!=0 && t2==0){
f<-lotr1+1
t2<-1
te<-lotr1+1
}
}else{
s<-0
}
}
###lotr2
if(t==0 && !is.na(d_status[f])){
wength<-round(length(lotr1:f)/30)
if(wength<month && is.na(d_trend[f])){
if(d5[f,]!=0 && d_status[f,]=="X" && d5[lotr1]>=d5[f] && "O" %in% c(d_status[lotr1:f]) && lotr1<f){
lotr2<-f
wlog[lotr2]<-"Lo2"
t<-1
}else if(t==0 && lotr2!=0){
t<-0
}
}else{
t<-1
t2<-0
s<-0
}
}
if(lotr1!=0 && lotr2!=0 && wength<month && "O" %in% c(d_status[(lotr1+1):(lotr2-1)]) && d5[lotr1]>=d5[lotr2] && lotr1<lotr2 && d_status[lotr1]=="X" && d_status[lotr2]=="X"){
lotrmax<-max(d5[(lotr1+1):(lotr2-1)])
###check ^
checkv<-lotr2+10
#if(lotr2+day<nrow(da)){
# if((sum(df[((lotr2+1):(lotr2+day))])/day)<down && d1[lotr2+day]<d1[lotr2] && d0[lotr2+day]<d0[lotr2] ){
# checkw<-1
# }else{
# checkw<-0
# }
#}else{
# checkw<-0
# checkend<-0
#}
checkw<-1
if(checkw==1){
###inverted v point
lotrg<-lotr1
lotrx<-lotr1
while(lotrx<lotr2){ ###while
if(d5[lotrg]<lotrmax || d5[lotrg]==0){
dc[lotrg]<-NA
d_trend[lotrg]<-"^"
}else{
d_trend[lotrg]<-"O"
dc[lotr1]<-da[lotr1]
dc[lotr2]<-da[lotr2]
d_trend[lotr1]<-"Lo1"
d_trend[lotr2]<-"Lo2"
}
###right trend
rightx<-lotr2+1
rightg<-lotr2+1
###check right trend
if(d1[(lotr2+day+1)]>d1[lotr2] || d_rsi[lotr2+day+1]>d_rsi[lotr2]){
d_trend[(lotr2):rightx]<-NA
d_trend[(lotr1):lotr2]<-NA
#dc[rightx-1]<-d5[rightx-1]
checkrg<-lotr1
checkrx<-lotr1
while(checkrx<rightx){
if(!is.na(d_status[checkrg])){
dc[checkrg]<-da[checkrg]
}else{
dc[checkrg]<-0
}
checkrg<-checkrg+1
checkrx<-checkrx+1
}
}else{
wcheckr<-0
}
lotrg<-lotrg+1
lotrx<-lotrx+1
} ###while
if(lotrx==lotr2 && wcheckr==0){
s<-0
g<-rightx
lotrx<-0
lotr1<-0
t2<-0
f<-0
checkw<-0
wrun<-0
wcheckr<-1
}else{
s<-0
f<-0
t2<-0
}
}else{ ###checkw if
s<-0
f<-0
t2<-0
}
}### if
}###if secend
}###if first
}else{
break
}
}### for
if(s==0){
g<-g+1
#f<-0
}
if(g>NROW(da)){
break
}
if(wrun==0){
x<-x+1
m<-m+1
}
if(f==NROW(da)){
break
}else{
if(t==0){
f<-f+1
}
}
}
d6
da6<-data.frame(dc,da2,d1,d_status,d_range,d_trend,da1,wlog)
############# d7
datas<-1
nrows <-nrow(da)
x<-0
g<-1
m<-1
n<-1
f<-2
d7<-array(x,c(nrows ,datas))
while(x < nrows ){
for(i in da[g,]){
d7[n]<-i
n<-n+1
###delete d_trend=NA
if(d5[g]!=0){
if(is.na(d_trend[g])){
dc[g]<-0
}
}
}
g<-g+1
x<-x+1
m<-m+1
if(f==NROW(da)){
break
}else{
f<-f+1
}
}
d7
da7<-data.frame(dc,da2,d_status,d_range,d_trend,da1)
############# d8
datas<-1
nrows <-nrow(dc)
x<-0
g<-1
m<-1
n<-1
d8<-array(x,c(nrows ,datas))
while(x < nrows ){
for(i in dc[g,]){
d8[n]<-i
n<-n+1
}
g<-g+1
x<-x+1
m<-m+1
}
d8
nn <- NROW(h)
d8 <- approx( d8, xout=1:nn )$y
d8<-ifelse( d8==0, NA, d8 )
cd<-reclass( d8, h[1:length(d8)] )
return(cd)
}
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