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solve01gendpd.R
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solve01gendpd.R
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source("normaltest.R")
source("checkdpd.R")
source("checkldpd.R")
source("ldpdtest.R")
source("bridgediv.R")
source("gendpdrt.R")
solve01gendpdrt=function(smp,beta){
st=checkdpd(smp,0)
valuef=sapply(st,function(x) x[3])
valuesort=sort(valuef)
index=which(valuef==valuesort[1])
sol0=gendpdrt(smp,0,beta,st[[index]][1:2])
for(j in 2:10){
if(sol0=="Start with new solution") {
index = which(valuef == valuesort[j])
sol0=gendpdrt(smp,0,beta,st[[index]][1:2])
}
else if (abs(sol0[1]) > 4) {
index = which(valuef == valuesort[j])
sol0=gendpdrt(smp,0,beta,st[[index]][1:2])
}
else if (abs(sol0[2]) > 5) {
index = which(valuef == valuesort[j])
sol0=gendpdrt(smp,0,beta,st[[index]][1:2])
}
else{
break
}
}
st=checkdpd(smp,0.2)
valuef=sapply(st,function(x) x[3])
valuesort=sort(valuef)
index=which(valuef==valuesort[1])
sol0.2=gendpdrt(smp,0.2,beta,st[[index]][1:2])
for(j in 2:10){
if(sol0.2=="Start with new solution") {
index = which(valuef == valuesort[j])
sol0.2=gendpdrt(smp,0.2,beta,st[[index]][1:2])
}
else if (abs(sol0.2[1]) > 3) {
index = which(valuef == valuesort[j])
sol0.2=gendpdrt(smp,0.2,beta,st[[index]][1:2])
}
else if (abs(sol0.2[2]) > 5) {
index = which(valuef == valuesort[j])
sol0.2=gendpdrt(smp,0.2,beta,st[[index]][1:2])
}
else{
break
}
}
st=checkdpd(smp,0.4)
valuef=sapply(st,function(x) x[3])
valuesort=sort(valuef)
index=which(valuef==valuesort[1])
sol0.4=gendpdrt(smp,0.4,beta,st[[index]][1:2])
for(j in 2:10){
if(sol0.4=="Start with new solution") {
index = which(valuef == valuesort[j])
sol0.4=gendpdrt(smp,0.4,beta,st[[index]][1:2])
}
else if (abs(sol0.4[1]) > 3) {
index = which(valuef == valuesort[j])
sol0.4=gendpdrt(smp,0.4,beta,st[[index]][1:2])
}
else if (abs(sol0.4[2]) > 5) {
index = which(valuef == valuesort[j])
sol0.4=gendpdrt(smp,0.4,beta,st[[index]][1:2])
}
else{
break
}
}
st=checkdpd(smp,0.6)
valuef=sapply(st,function(x) x[3])
valuesort=sort(valuef)
index=which(valuef==valuesort[1])
sol0.6=gendpdrt(smp,0.6,beta,st[[index]][1:2])
for(j in 2:10){
if(sol0.6=="Start with new solution") {
index = which(valuef == valuesort[j])
sol0.6=gendpdrt(smp,0.6,beta,st[[index]][1:2])
}
else if (abs(sol0.6[1]) > 3) {
index = which(valuef == valuesort[j])
sol0.6=gendpdrt(smp,0.6,beta,st[[index]][1:2])
}
else if (abs(sol0.6[2]) > 5) {
index = which(valuef == valuesort[j])
sol0.6=gendpdrt(smp,0.6,beta,st[[index]][1:2])
}
else{
break
}
}
st=checkdpd(smp,0.8)
valuef=sapply(st,function(x) x[3])
valuesort=sort(valuef)
index=which(valuef==valuesort[1])
sol0.8=gendpdrt(smp,0.8,beta,st[[index]][1:2])
for(j in 2:10){
if(sol0.8=="Start with new solution") {
index = which(valuef == valuesort[j])
sol0.8=gendpdrt(smp,0.8,beta,st[[index]][1:2])
}
else if (abs(sol0.8[1]) > 3) {
index = which(valuef == valuesort[j])
sol0.8=gendpdrt(smp,0.8,beta,st[[index]][1:2])
}
else if (abs(sol0.8[2]) > 5) {
index = which(valuef == valuesort[j])
sol0.8=gendpdrt(smp,0.8,beta,st[[index]][1:2])
}
else{
break
}
}
st=checkdpd(smp,1)
valuef=sapply(st,function(x) x[3])
valuesort=sort(valuef)
index=which(valuef==valuesort[1])
sol1=gendpdrt(smp,1,beta,st[[index]][1:2])
for(j in 2:10){
if(sol1=="Start with new solution") {
index = which(valuef == valuesort[j])
sol1=gendpdrt(smp,1,beta,st[[index]][1:2])
}
else if (abs(sol1[1]) > 3) {
index = which(valuef == valuesort[j])
sol1=gendpdrt(smp,1,beta,st[[index]][1:2])
}
else if (abs(sol1[2]) > 5) {
index = which(valuef == valuesort[j])
sol1=gendpdrt(smp,1,beta,st[[index]][1:2])
}
else{
break
}
}
sol=list(sol0,sol0.2,sol0.4,sol0.6,sol0.8,sol1)
return(sol)
}