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orange_V_3efix.py
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orange_V_3efix.py
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#mapdatain_5.py
#to read in ALL data
#TRYING TO FIGURE OUT WHERE PHONY FIGURES COMING FROM
"""
These 3 imports needed for the full program
# from classes import *
# from code import *
"""
import math
import matplotlib.pyplot as plt
from scipy import stats
import numpy as np
import random
import time
# import data
import data as pass_data
from orangeclass_V_3efix import * #import the FUNCTIONS from the CLASSES
# from boxesmap3_1 import *
def filein (fname):
numlines=0
xin=[]
f=open(fname,'r')
for line in f:
#print (line, end='')
xin.append(line)
numlines=numlines+1
f.close()
return xin,numlines
def fileout (filename,filedata):
f2=open(filename,'w')
f2.write(filedata)
f2.close()
def getxy (fname):
data,numlines=filein(fname)
# dataline=['0' for i in range(numlines)]
x=['0' for i in range(numlines)]
y=['0' for i in range(numlines)]
for i in range(numlines):
xline=data[i]
xline2=xline.split('\t')
xline2[-1]=xline2[-1].replace('\n','')
#print ('\nxline2',xline2)
x[i]=eval(xline2[0])
y[i]=eval(xline2[1])
return x,y,numlines
def getx (fname):
data,numlines=filein(fname)
#print ('\ndata\n',data,'\nlines',numlines)
x=['0' for i in range(numlines)]
for i in range(numlines):
x[i]=data[i].replace('\n','')
x[i]=eval(x[i])
return x,numlines
def getxn(fname):
data,numlines=filein(fname)
#print (numlines)
#print (data)
dataline=['0' for i in range(numlines)]
for i in range(numlines):
x=data[i]
y=x.split('\t')
y[-1]=y[-1].replace('\n','')
dataline[i]=y
#print ('\n\nascii-input',dataline)
xdata=dataline[:]
for i in range (numlines):
inline=len(dataline[i])
for j in range (inline):
if xdata[i][j] != '':
xdata[i][j]=eval(xdata[i][j])
else:
xdata[i][j]=None
#print ('dataline',dataline)
#print ('xdata',xdata)
return xdata, numlines
#MIDIFYING THIS FUNCTION TO GET THE COLOR
def getxnsecondstring(fname): #get n inputs from each line
#first column=text, next colu1mns all numbers
#here: variable name, x, y, height, width
data,numlines=filein(fname)
#print (numlines)
#print (data)
dataline=['0' for i in range(numlines)]
for i in range(numlines):
x=data[i]
y=x.split('\t')
y[-1]=y[-1].replace('\n','')
dataline[i]=y
#print ('\n\nascii-input',dataline)
xdata=dataline[:]
for i in range (numlines):
inline=len(dataline[i])
for j in range (2,inline):
if xdata[i][j] != '':
xdata[i][j]=eval(xdata[i][j])
else:
xdata[i][j]=None8
#print ('dataline',dataline)
#print ('xdata',xdata)
return xdata, numlines
#-------------------------------------------------------------------------
def lslin(invars,invar):
print('\ncurrent value of ',invars,' is= ',invar)
outvars=input('\nchange to (def=no change)')
if (outvars==''):
return invar
else:
outvar=eval(outvars)
return outvar
#END OF DEFINED FUNCTIONS---------------
#START DATA INPUT
#give it just a number n, will find files cn.txt, bn.txt, mn.txt, icn.txt, btext and bxy
fast=input('\n ONLY NUMBER n and I will find cn.txt, etc. (#/a, Def=a)')
if fast.isdigit():
fnamec='c'+fast+'.txt'
fnameb='b'+fast+'.txt'
fnamem='m'+fast+'.txt'
fnameic='ic'+fast+'.txt'
fnamebtextbxy='btextbxy'+fast+'.txt'
else:
fname=input('\nfilename for array c [I will add .txt]= ')
fnamec=fname+'.txt'
fname=input('\nfilename for array b [I will add .txt]= ')
fnameb=fname+'.txt'
fname=input('\nfilename for array m [I will add .txt]= ')
fnamem=fname+'.txt'
fname=input('\nfilename for array IC [I will add .txt]= ')
fnameic=fname+'.txt'
fname=input('\nfilename for bxy, btext [I will add .txt]= ')
fnamebtextbxy=fname+'.txt'
#get the files
c,numc=getxn(fnamec)
b,numb=getx(fnameb)
m,numm=getx(fnamem)
ic,numic=getx(fnameic)
btextbxydata,numvar=getxnsecondstring(fnamebtextbxy)
#check for consistentcy
if (numc**4!=numb*numm*numic*numvar):
print ("\nFATAL WARNING - input issue - numbers c,b,m,ic,bxy,btext don't match")
quit()
#PART ONE make original m, b, c, ic arrays (NOT matrices) and print
ma=np.array(m)
ba=np.array(b)
ca=np.array(c)
ica=np.array(ic)
print ('\nca= ',ca)
print ('\nba= ',ba)
print ('\nma= ',ma)
print ('\nica= ',ica)
change=input('\nWant to CHANGE parameters (y/n), def=n')
if (change=='y' or change=='Y'):
c=lslin('c',c)
b=lslin('b',b)
m=lslin('m',m)
ic=lslin('ic',ic)
ma=np.array(m)
ba=np.array(b)
ca=np.array(c)
ica=np.array(ic)
print ('\n\nNEW PARAMTER VALUES ARE:')
print ('\nca= ',ca)
print ('\nba= ',ba)
print ('\nma= ',ma)
print ('\nic= ',ica)
else:
pass
#PART TWO read in the variable names and box locations in the plot btext and bxy(x,y,h,w)
print('\n numvar(from btextbxy)= ',numvar)
print('\n btextbxydata= ',btextbxydata)
#COMPUTE (x,y)=[0,1] needed from PPTX
bx=[btextbxydata[i][2] for i in range (numvar)]
by=[btextbxydata[i][3] for i in range (numvar)]
wx=[btextbxydata[i][5] for i in range (numvar)]
hy=[btextbxydata[i][4] for i in range (numvar)]
#note this scaling has changed 2017-07-06
#SCALE as needed for the plot
xp=[0. for i in range(numvar)]
yp=[0. for i in range(numvar)]
xp2=[0. for i in range(numvar)]
yp2=[0. for i in range(numvar)]
for i in range(numvar):
xp[i]=(bx[i] + 0.5*wx[i])
yp[i]=(by[i] + 0.5*hy[i])
maxx,minx=max(xp),min(xp)
maxy,miny=max(yp),min(yp)
for i in range(numvar):
xp2[i]=0.9*(xp[i]-minx)/(maxx-minx)+0.05
yp2[i]=1-(0.9*(yp[i]-miny)/(maxy-miny)+0.05)
bxy=[[xp2[i],yp2[i]] for i in range(numvar)]
print ('\nbxy= ',bxy)
#PARAEMTERS NEEDED FOR THE NUMERICAL INTEGRATION
dt=.001
numdata=30000
t=[0. for i in range(numdata)]
z=np.array([ica for i in range (numdata)])
#READY TO PASS ON DATA----------------------------------------------------------
#wrap parameters to pass into function
pass_data.numdata=numdata
pass_data.ca=ca
pass_data.dt=dt
pass_data.ma=ma
pass_data.ba=ba
pass_data.numc=numc
pass_data.z=z
pass_data.t=t
pass_data.ica=ica
#NEW DATA's ADDED BELOW
pass_data.fnamec=fnamec
pass_data.fnamem=fnamem
pass_data.fnameb=fnameb
pass_data.fnamebtextbxy=fnamebtextbxy
pass_data.dt=dt
#EVEN MORE DATA'S ADDED BELOW
pass_data.a=ca
pass_data.bxy=bxy
pass_data.btext=str([btextbxydata[i][0] for i in range(numvar)])
pass_data.b=ica
pass_data.labels=[btextbxydata[i][0] for i in range(numvar)]
#ADDING BOX COLORS
pass_data.boxcolor=[btextbxydata[i][1] for i in range(numvar)]
#this stuff to call data_3.py and make PLOTS!
#FIRST LET'S CHECK INPUT THEN LATER DO THE CALL------------
zzz=App()
#FIRST LET'S CHECK INPUT THEN LATER DO THE CALL------------
# zzz.MakeWindow()
# zzz.MakeSample()
"""
THESE NEEDED FOR THE FULL PROGRAM
# App.recalculate(pass_data)
#---------->call App
# callGUI()
"""