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agrisurvey.py
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agrisurvey.py
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import openpyxl
from openpyxl.styles import Font, PatternFill, Alignment
from openpyxl.styles.borders import Border, Side, BORDER_THIN, BORDER_MEDIUM, BORDER_THICK
import pandas as pd
from natsort import natsorted
import os, sys
from time import sleep
from tqdm import tqdm
import tkinter as tk
import tkinter.ttk as ttk
from tkinter import filedialog as fd
from urllib.request import urlopen
import json, random
import warnings
warnings.filterwarnings('ignore')
verbose=False
GUI=0
#verbose=True
progressmenu=1
startRow=1
plotOne=['-', 0] # SubPlot to Take as 1
plotsDF = pd.DataFrame(columns=['plotNo','subplot','sno','status']) # DataFrame
n=0 # DataFrame Index
errorMsg=''
VER=1.0
wbg='#174276'
txtc='#E0E0E0'
def getNumber(cstr): # Get Number at the starting of s string
num=''
for c in str(cstr):
if c.isdigit():
num+=c
else:
break
return int(num) if num.isdigit() else num
def splitAlpnaNum(sps):
divlist=[]; tstr=''
for sp in sps:
if not sp.isdigit(): # There is alphabet
divlist.append(tstr) # Add previous numbers
divlist.append(sp) # Add Current alphabet
tstr='' # Reset the no.
else:
tstr+=sp
divlist.append(tstr)
return [ i for i in divlist if i ]
#import re; return [ i for i in re.split('(\d+)', sps) if i ]
def getRandomNumber(RANCOL, tplot):
if hasattr(sys, "_MEIPASS") : # As Pyinstaller Exe
RandomTable = pd.read_pickle(os.path.join(sys._MEIPASS, 'RandomTable.pkl'))
elif __name__ == '__main__' : # As Main Script
#RandomTable = pd.read_pickle( os.path.join( 'data', 'RandomTable.pkl') )
RandomTable = pd.read_pickle('RandomTable.pkl')
else: # From Command Prompt
RandomTable = pd.read_pickle(os.path.join(os.path.dirname(os.path.realpath(__file__)), 'RandomTable.pkl'))
tplotLimit = [ 10**i for i in [1,2,3,4 ] ]
for tlimit in tplotLimit:
if tplot <= tlimit:
rnumlen = len(str(tlimit)) - 1
break
rn=0
for num in RandomTable[RANCOL]:
rn+=1
if int(str(num)[:rnumlen]) <= tplot:
RNUM=int(str(num)[:rnumlen]) if int(str(num)[:rnumlen]) else num
break
return RNUM,num,rn
def clear():
from IPython import get_ipython
get_ipython().run_line_magic('clear','')
os.system('cls' if os.name=='nt' else 'clear')
def PRINTUpdateStatus(pstr, addline=''):
global Txtbox, cwindow, GUI
print(pstr)
if GUI:
if int(radVal.get()) == 1 :
sleep(0.15)
Txtbox.insert(tk.END, addline+pstr)
cwindow.update()
def GapLabel(window,size,nocolor=''):
GapLabel = tk.Label(window, text = '', font=('calibre', size, 'bold'))
GapLabel.pack(side = 'top')
if not nocolor:
GapLabel.configure(bg=wbg, fg=txtc)
def createTextbox(cwindow):
global radVal, Txtbox
windowSize = "550x650+610+10" if int(radVal.get()) < 3 else "400x550+610+10" # Change Window Size for getSubplots
cwindow.geometry(windowSize)
#Txtbox = tk.Text(cwindow, width = 100, height = 100, bg="#0d3c55", fg="#eed369", font=('calibre', 10, 'bold'))
Txtbox = tk.Text(cwindow, width = 100, height = 100, bg="#222233", fg="#aaccff", font=('calibre', 10, 'bold'))
Txtbox.pack()
def update():
global VER, window, wbg, txtc
updatelink='https://raw.githubusercontent.com/superuser789/surveytools/main/nsosurveytoolsUpdate.txt'
UpdateLabel = tk.Label(window, text = '', font=('calibre', 9, 'italic'))
UpdateLabel.configure(bg=wbg, fg='yellow')
UpdateLabel.pack(side = 'top', ipadx = 5, ipady = 10) ; UpdateLabel.place(bordermode=tk.OUTSIDE, x=10, y=310 )
def updateIt(updateLINK,file):
if os.system('start CHROME.EXE "'+updateLINK+'"'):
os.system('start iexplore.EXE "'+updateLINK+'"')
sleep(5)
tk.messagebox.showinfo('Download Update',"DOWNLOAD '"+file+"'.\n and USE it.")
try:
data = urlopen(updatelink).read().decode('utf-8')
datadict=json.loads(data)
version=datadict['ver']
if float(VER) != float(datadict['ver']):
UpdateLabel['text'] = 'UPDATE AVAILABLE !'
file=[i for i in datadict['link'].split('\\') if '.exe' in i][0]
sleep(2)
tk.messagebox.showinfo('Update v'+datadict['ver']+' Available',"Download Update: '"+file+"'")
updateIt(datadict['link'],file)
except Exception as e:
print('No Internet.', e)
def Progressbar(window, barname='', UpInterval=5):
global progressInfo
GapLabel(window,10)
style = ttk.Style(window)
ProgressFrame = tk.Frame(window)
style.layout('text.Horizontal.TProgressbar',
[('Horizontal.Progressbar.trough',
{'children': [('Horizontal.Progressbar.pbar',
{'side': 'left', 'sticky': 'ns'})],
'sticky': 'nswe'}),
('Horizontal.Progressbar.label', {'sticky': ''})])
# , lightcolor=None, bordercolo=None, darkcolor=None
style.configure('text.Horizontal.TProgressbar', text='0 %')
progress_bar = ttk.Progressbar(ProgressFrame, style='text.Horizontal.TProgressbar', orient="horizontal",mode="determinate", maximum=100, value=0)
progressInfo = tk.Label(ProgressFrame, text=barname ) # Progress Label
# Use the grid manager
progressInfo.grid(row=0, column=0)
progress_bar.grid(row=0, column=1)
ProgressFrame.pack()
# Necessary, as the master object needs to draw the progressbar widget
# Otherwise, it will not be visible on the screen
window.update()
progress_bar['value'] = 0
window.update()
while progress_bar['value'] < 100:
progress_bar['value'] += UpInterval
style.configure('text.Horizontal.TProgressbar', text='{:g} %'.format(progress_bar['value']))
progressInfo['text']=progress_bar['value']
window.update() # Keep updating the master object to redraw the progress bar
sleep(0.5)
# Gives the Passed Arguments
def getArg(usagestr='', customarg=''): # Gives arguments & Takes Single Custom Arg. optionally
args = sys.argv[1:] # Exclude Filename from obtained Arguments list
if len(args) < 1:
print(usagestr)
return {}
else:
if len(args) > 2:
if customarg:
if args[1] == customarg.replace('-','') :
return { 'main': args[0], customarg : args[2] }
else:
return { 'main': args[0] }
pval='' ; pltseq=[]
def findMissingPlots(subp): # Takes Subplots of a Plot
### Subplots into Dictionary of subplots stored in subplt list
subplt=[]
for sps in subp:
tmpdict=currdict={}
#spsNo=str(getNumber(sps))
for sp in splitAlpnaNum(sps) : # Get First 1,2or3 digit no. from subplot
currdict[sp] = {}
currdict=currdict[sp]
subplt.append(tmpdict)
### Adding Missing Plots using subplt list
allplt=[]
global pval, pltseq
'''
def getseq(plt, prevplt):
extra=[]
startPlt=65 if ord(plt) > 64 else 49 # startRange for Alphabet & Number
#LastPlt = 1 if len(prevplt) > 1 else 0
#if len(prevplt) > 1 :
extra=['###'+prevplt]
return [ str(prevplt)+chr(i) for i in range(startPlt, ord(plt)+1)] + extra
'''
def getseq(plt, prevplt):
#print(plt,':', prevplt)
extra=[]
#if len(prevplt+plt) == 2 : # Converts xA into x
'''
if plt=='A': # Add Extra Plots
plt='B'
if plt=='1':
plt='2'
'''
if plt.isdigit(): # startRange & stopRange for Alphabet & Number
startPlt=1
stopPlt=int(plt)
Intflag=True
else:
startPlt=65
stopPlt=ord(plt)
Intflag=False
#startPlt=65 if ord(plt) > 64 else 49 # startRange for Alphabet & Number
# if len(prevplt+plt) == 2 : # Converts xA into x
# if plt=='A':
# return [ prevplt, '###'+prevplt+plt ]
extra=['###'+prevplt] # Remove the Plot Prefix
#if len(splitAlpnaNum(prevplt))>2:
# return [ str(prevplt)+str(plt)] + extra
#else:
return [ str(prevplt)+ ( str(i) if Intflag else chr(i) ) for i in range(startPlt, stopPlt+1)] + extra
def getall(dplt):
global pval, pltseq
for k,v in dplt.items():
#print(k, ',', pval)
if pval:
pltseq+=getseq(k, pval)
pval+=str(k)
if isinstance(v, dict):
getall(v)
for sp in subplt: # subplt dict in subplt list
pval='' ; pltseq=[]
getall(sp) ; #print(pltseq)
allplt+=pltseq
return allplt
MissedSinglePlots={}
def getsubplots( subplot, pno=0, addPlot=0): # Gives All Possible subplots of a Plot
'''
Pass the List having Subplots in random order to get the Sequenced Subplots
'''
global n, plotsDF, plotOne, MissedSinglePlots, GUI, statusLabel
if not addPlot:
if not pno:
plotsDF = pd.DataFrame(columns=['plotNo','subplot','sno','status']); n=0; MissedSinglePlots={}
subplot=[int(i) if str(i).isdigit() else str(i) for i in subplot.split(',')] if isinstance(subplot, str) else subplot
subplot=[ 1 if i in plotOne else i for i in subplot ]
#print(subplot)
for i in subplot:
if isinstance(getNumber(i),str):
MSG="INVALID FORMAT !!! \n\n CHECK and CORRECT the Subplot:'"+str(i)+"' of Plot: '"+str(pno)+"'\n\n Subplots: "+str(subplot)+' present in EXCEL File \n and RUN Again.'
if GUI:
statusLabel['text']=MSG.replace('\n\n','\n')
tk.messagebox.showinfo('INVALID FORMAT !!!', MSG)
print(MSG)
#mainRange = max(set([ i if isinstance(i,int) else getNumber(i) for i in subplot ])) # Get Max. Main Subplots
mainRange = max(set([ i if isinstance(i,int) else getNumber(i) for i in subplot ])) # Get Max. Main Subplots
SinglePlots = [ str(i) for i in subplot if isinstance(i,int) ] # Single Plots into string
GivenSubPlots=[ i for i in subplot if isinstance(i,str) ] # All SubPlots are string type
MissedPlots = list(set(findMissingPlots(GivenSubPlots)))
GivenSingleSubPlots = set([str(getNumber(i)) for i in MissedPlots if i[:3] != '###'])
if verbose:
print(str(MissedPlots))
MissedPlot=MissedPlots.copy()
### Remove Extra Plots & Only single occurrence due to set
for plt in MissedPlot:
if '###' == plt[:3]:
MissedPlots.remove(plt)
if plt[3:] in MissedPlot:
MissedPlots.remove(plt[3:])
if plt[3:].isdigit() and int(plt[3:]) in MissedPlot: # In case of Integer Plot No.
MissedPlots.remove(int(plt[3:]))
[ SinglePlots.remove(i) for i in GivenSingleSubPlots if i in SinglePlots ] # Remove SinglePlots if it is in GivenSubPlots
#AddedPlots = AllPlots - set(GivenSubPlots)
#AllPlots = sorted( set(SinglePlots) | set(MissedPlots) , key=lambda x: int(''.join(filter(str.isdigit, x))) ) # Combine & Sort
AllPlots = natsorted( set(SinglePlots) | set(MissedPlots) ) # Combine & Sort
if verbose:
print(AllPlots)
## Insert Missing Single Plot if any
singleplt = list({ getNumber(i) for i in AllPlots }) # All SubPlot Nos.
isingleplt = [ i for i in range(1, mainRange+1) ]
if singleplt != isingleplt :
AddedIntPlots=[ str(i)+'++' for i in isingleplt if i not in singleplt ]
AllPlots = natsorted( set(SinglePlots+AddedIntPlots) | set(MissedPlots) ) # Combine & Sort
if verbose:
print('\n Missing In Plot :',pno, ' - ',singleplt, ' Added: ',[i[:-2] for i in AddedIntPlots])
MissedSinglePlots[pno] = [ singleplt, AddedIntPlots ]
for plt in AllPlots :
n+=1
plotsDF.at[n, 'plotNo'] = pno # Add Plot No.
plotsDF.at[n,'subplot'] = plt
plotsDF.at[n,'sno'] = n
if plt in SinglePlots : # If Single Plot or Integer
plotsDF.at[n, 'status'] = 'single'
elif plt in GivenSubPlots:
plotsDF.at[n, 'status'] = 'division'
elif '++' == plt[-2:]:
plotsDF.at[n,'subplot'] = plt[:-2] # overwrite in case of ++ single Plots
plotsDF.at[n, 'status'] = 'ADDED'
else:
plotsDF.at[n, 'status'] = 'ADDED'
if verbose:
print(plotsDF.tail())
else: # Plot is not Added
n+=1
plotsDF.at[n, 'plotNo'] = pno # Add Plot No.
plotsDF.at[n,'subplot'] = subplot
plotsDF.at[n,'sno'] = n
plotsDF.at[n, 'status'] = 'ADDED'
return [ i for i in plotsDF['subplot'] ]
def getFilename(FILE_NAME, noext=0):
FileFormat='.xls'
if FileFormat in FILE_NAME:
FileName, extension = str(FILE_NAME).split(FileFormat)
return FileName if noext else FileName+FileFormat+extension
else:
return FILE_NAME if noext else FILE_NAME+'.xlsx'
excelInfo=[]
def createEXCEL(filename, checkfile=0 , autoOpen=1, selectedPlots=0):
global plotsDF, startRow, FileFullPath, excelInfo, errorMsg
wb=openpyxl.Workbook()
sheet=wb.active
sheet.title = 'Final'
START_COL='A'
START_ROW='2'
bold24Font = Font(size=11, bold=True) # name='Times New Roman'
bold26Font = Font(size=12, bold=True) # name='Times New Roman'
alignment = Alignment(horizontal='center', vertical='center', wrap_text=True)
leftalignment = Alignment(horizontal='left', vertical='center', wrap_text=True)
titleColourTOP='E0E0E0'
AddedPlotColour='CCFF90'
thick_border = Border(
left=Side(border_style=BORDER_MEDIUM, color='00000000'),
right=Side(border_style=BORDER_MEDIUM, color='00000000'),
top=Side(border_style=BORDER_MEDIUM, color='00000000'),
bottom=Side(border_style=BORDER_MEDIUM, color='00000000') )
thin_border = Border(
left=Side(border_style=BORDER_THIN, color='00000000'),
right=Side(border_style=BORDER_THIN, color='00000000'),
top=Side(border_style=BORDER_THIN, color='00000000'),
bottom=Side(border_style=BORDER_THIN, color='00000000') )
side_border = Border( right=Side(border_style=BORDER_MEDIUM, color='00000000') )
top_border = Border( top=Side(border_style=BORDER_THIN, color='00000000') )
for i in range(3):
sheet[chr(ord(START_COL) + i)+'1'].font = bold24Font
sheet[chr(ord(START_COL) + i)+'1'].alignment = alignment
sheet[chr(ord(START_COL) + i)+'1'].fill = PatternFill(fgColor=titleColourTOP, fill_type = 'solid')
sheet[chr(ord(START_COL) + i)+'1'].border = thick_border
## Title Names
sheet[chr(ord(START_COL) ) +str(1)] = 'Survey No.'
sheet[chr(ord(START_COL)+1 )+str(1)] = 'Sub-Division'
sheet[chr(ord(START_COL)+2 )+str(1)] = 'S.No.'
AddPltCol='P' ; AddPltRow=4 ; iPlt=3
if not plotsDF[plotsDF['status']=='ADDED'].empty and selectedPlots :
### Added Plots Heading
cellMergeLen=2
sheet.merge_cells( AddPltCol+str(1) +':'+ chr(ord(AddPltCol)+cellMergeLen)+str(1) )
sheet[AddPltCol+str(1)] = 'ADDED PLOTS ('+str(plotsDF['status'][plotsDF['status']=='ADDED'].count())+')'
sheet[AddPltCol+str(1)].border = thick_border
sheet[AddPltCol+str(1)].font = bold26Font
sheet[AddPltCol+str(1)].alignment = alignment
sheet[AddPltCol+str(1)].fill = PatternFill(fgColor=titleColourTOP, fill_type = 'solid')
for col in range(16, 16+cellMergeLen + 1): # Apply Style of First Merge cell to the Whole Mergeed cells
sheet.cell(row=1, column=col)._style = sheet.cell(row=1, column=16)._style
sheet[chr(ord(AddPltCol) ) +str(3)] = 'Survey No.'
sheet[chr(ord(AddPltCol)+1 )+str(3)] = 'Sub-Division'
sheet[chr(ord(AddPltCol)+2 )+str(3)] = 'S.No.'
for i in range(3):
sheet[chr(ord(AddPltCol) + i)+str(iPlt)].font = bold24Font
sheet[chr(ord(AddPltCol) + i)+str(iPlt)].alignment = alignment
sheet[chr(ord(AddPltCol) + i)+str(iPlt)].fill = PatternFill(fgColor=titleColourTOP, fill_type = 'solid')
sheet[chr(ord(AddPltCol) + i)+str(iPlt)].border = thick_border
nextPlotNo=1
plotInfo={}
for i in range(len(plotsDF.index)):
plotInfo.setdefault(plotsDF.iloc[i,0],0)
plotInfo[plotsDF.iloc[i,0]]+=1
sheet[chr(ord(START_COL) )+str(int(START_ROW)+i)] = plotsDF.iloc[i,0] # plot No.
sheet[chr(ord(START_COL)+1)+str(int(START_ROW)+i)]= int(plotsDF.iloc[i,1]) if plotsDF.iloc[i,1].isdigit() else plotsDF.iloc[i,1] # SubPlot
sheet[chr(ord(START_COL)+2)+str(int(START_ROW)+i)]= plotsDF.iloc[i,2] # S.No.
## Add Line on Plot No. Change
if nextPlotNo != plotsDF.iloc[i,0]:
for j in range(3):
sheet[chr(ord(START_COL)+j)+str(int(START_ROW)+i)].border = top_border
nextPlotNo=plotsDF.iloc[i,0]
### Formatting for Newly Added Subplots
if plotsDF.iloc[i,3] == 'ADDED' :
for j in range(3):
sheet[chr(ord(START_COL)+j)+str(int(START_ROW)+i)].fill = PatternFill(fgColor=AddedPlotColour, fill_type = 'solid')
sheet[chr(ord(START_COL)+j)+str(int(START_ROW)+i)].border = thin_border
## Cell Formatting
sheet[chr(ord(START_COL))+str(int(START_ROW)+i)].alignment = alignment
sheet[chr(ord(START_COL)+1)+str(int(START_ROW)+i)].alignment = leftalignment
sheet[chr(ord(START_COL)+2)+str(int(START_ROW)+i)].alignment = alignment
infoStartRow=3 ; infoStartCol='G'
if selectedPlots:
sheet.title = 'Selected'
splots=list(selectedPlots.keys())
selectedPlots=[i for l in [selectedPlots[i] for i in selectedPlots] for i in l ]
### Frame Selection Heading
sheet.merge_cells( infoStartCol+str(1) +':'+ chr(ord(infoStartCol)+4)+str(1) )
sheet[infoStartCol+str(1)] = 'FRAME SELECTION'
sheet[infoStartCol+str(1)].border = thick_border
sheet[infoStartCol+str(1)].font = bold26Font
sheet[infoStartCol+str(1)].alignment = alignment
sheet[infoStartCol+str(1)].fill = PatternFill(fgColor=titleColourTOP, fill_type = 'solid')
for col in range(7, 7+4 + 1): # Apply Style of First Merge cell to the Whole Mergeed cells
sheet.cell(row=1, column=col)._style = sheet.cell(row=1, column=7)._style
for i in range(len(plotsDF.index)):
if plotsDF.iloc[i,2] in selectedPlots:
pltcolor = '03A9F4' if sheet[chr(ord(START_COL)+2)+str(int(START_ROW)+i)].value in splots else 'B3E5FC'
sheet[chr(ord(START_COL))+str(int(START_ROW)+i)].fill = PatternFill(fgColor=pltcolor, fill_type = 'solid') # 81D4FA
sheet[chr(ord(START_COL)+1)+str(int(START_ROW)+i)].fill = PatternFill(fgColor=pltcolor, fill_type = 'solid')
sheet[chr(ord(START_COL))+str(int(START_ROW)+i)].border = thin_border
sheet[chr(ord(START_COL)+1)+str(int(START_ROW)+i)].border = thin_border
#### Excel Selection Info Formatting
if 0 <= i-infoStartRow < len(excelInfo) and excelInfo[i-infoStartRow] :
mergeWidth, horzAlign = (5,'left') if ':' in excelInfo[i-infoStartRow] else (2,'left')
sheet.merge_cells( infoStartCol+str(i) +':'+ chr(ord(infoStartCol)+mergeWidth)+str(i) )
sheet[chr(ord(infoStartCol) )+str(i)] = excelInfo[i-infoStartRow]
sheet[chr(ord(infoStartCol) )+str(i)].alignment = Alignment(horizontal=horzAlign, vertical='center')
sheet[chr(ord(infoStartCol) )+str(i)].border = thin_border
sheet[chr(ord(infoStartCol) )+str(i)].fill = PatternFill(fgColor='E8F5E9', fill_type = 'solid')
if '->' in excelInfo[i-infoStartRow] and i > 10 : # Selected Plots
sn,Selplot = excelInfo[i-infoStartRow].replace('.','. ').replace('[',' ').replace(']',' ').split('.')
plt, splt = Selplot.split('->')
sheet[chr(ord(infoStartCol) )+str(i)] = '{:>5}'.format(sn) +'.'+ '{:>10}'.format(plt) + ' -> ' + splt
pltcolor = '4FC3F7' if '[' in excelInfo[i-infoStartRow] else 'E1F5FE'
sheet[chr(ord(infoStartCol) )+str(i)].fill = PatternFill(fgColor=pltcolor, fill_type = 'solid')
else:
sheet[chr(ord(infoStartCol) )+str(i)].font = bold24Font # Bold All Except Selected Plots
if ':' not in excelInfo[i-infoStartRow]: # Selected Plots Heading
sheet[chr(ord(infoStartCol) )+str(i)].border = thick_border
sheet[chr(ord(infoStartCol) )+str(i)].fill = PatternFill(fgColor='B39DDB', fill_type = 'solid')
if 'CLUSTER' in excelInfo[i-infoStartRow]: # Cluster Heading
sheet[chr(ord(infoStartCol) )+str(i)].fill = PatternFill(fgColor='D1C4E9', fill_type = 'solid')
sheet[chr(ord(infoStartCol) )+str(i)].border = thick_border
for col in range(7, 7+mergeWidth + 1): # Apply Style of First Merge cell to the Whole Mergeed cells
sheet.cell(row=i, column=col)._style = sheet.cell(row=i, column=7)._style
if plotsDF.iloc[i,3] == 'ADDED' :
iPlt+=1
sheet[chr(ord(AddPltCol) )+str(iPlt)] = plotsDF.iloc[i,0] # plot No.
sheet[chr(ord(AddPltCol)+1)+str(iPlt)] = int(plotsDF.iloc[i,1]) if plotsDF.iloc[i,1].isdigit() else plotsDF.iloc[i,1] # SubPlot
sheet[chr(ord(AddPltCol)+2)+str(iPlt)] = plotsDF.iloc[i,2] # S.No.
for ii in range(3):
#sheet[chr(ord(AddPltCol) + i)+str(iPlt)].font = bold24Font
sheet[chr(ord(AddPltCol) + ii)+str(iPlt)].alignment = alignment
sheet[chr(ord(AddPltCol) + ii)+str(iPlt)].fill = PatternFill(fgColor='CCFF90', fill_type = 'solid')
sheet[chr(ord(AddPltCol) + ii)+str(iPlt)].border = thin_border
pltcolor = 'B3E5FC' if plotsDF.iloc[i,2] in selectedPlots else 'FFFFFF'
sheet[chr(ord(AddPltCol) + 2)+str(iPlt)].fill = PatternFill(fgColor=pltcolor, fill_type = 'solid')
else:
sortedPlots = sorted(plotInfo, key=plotInfo.get, reverse=True) # Based on Subplots count
'''
PRINTUpdateStatus('\n\n Plot No. | Divisions | Probability/%')
for i,plt in enumerate(sortedPlots[:10]):
#print(' '+'{:>2}'.format(i+1)+'. '+'{:>5}'.format(plt)+' '+'{:>9}'.format(plotInfo[plt])+' '+format((plotInfo[plt]/len(plotsDF.index))*100, '.2f')+' %' )
PRINTUpdateStatus(' '+'{:>2}'.format(i+1)+'. '+'{:>5}'.format(plt)+' '+'{:>9}'.format(plotInfo[plt])+' '+format((plotInfo[plt]/len(plotsDF.index))*100, '.2f')+' %', addline='\n' )
'''
if checkfile:
wbck = openpyxl.load_workbook(getFilename(checkfile))
sheetck=wbck[wbck.sheetnames[-1]]
sheetck=wbck.active
ROW_MAX=sheetck.max_row
chkplots={ 'S.No.':'Sub-Division' } # Dictionary to store Plot no. as key & its subplots as value in list form
for i in range(startRow,ROW_MAX+1):
#print(pno,' : ',spno)
pno=sheetck['A'+str(i)].value # plot no.
if pno:
#if str(getNumber(pno)).isdigit():
spno = sheetck['B'+str(i)].value
sno = sheetck['C'+str(i)].value if sheetck['C'+str(i)].value else i
chkplots[sno] = spno
#cn=int(START_ROW)
cn=1
for sno in chkplots:
sheet['D'+str(cn)] = sno # SNo.
sheet['E'+str(cn)] = chkplots[sno] # SNo.
sheet['D'+str(cn)].alignment = alignment; sheet['E'+str(cn)].alignment = alignment
cn+=1
try:
wb.save(FileFullPath+filename)
wb.close()
if autoOpen :
sleep(4)
os.system('start EXCEL.EXE "'+FileFullPath+filename+'"')
except:
errorMsg = "CLOSE the Opened EXCEL File : \n'"+filename+"'\n and RUN AGAIN."
PRINTUpdateStatus(errorMsg)
tk.messagebox.showinfo('Failed to Create File !!!', errorMsg.replace('\n','\n\n'))
def selectplots(plotsDF, args=''):
global GUI, Txtbox, excelInfo
print(plotsDF)
stmgrp=''
if isinstance(plotsDF,str):
tplot,stmgrp=tuple(plotsDF.split(',')) if ',' in plotsDF else (plotsDF,'')
elif isinstance(plotsDF,list):
tplot,stmgrp=(plotsDF[0],str(plotsDF[1])) if len(plotsDF) == 2 else (plotsDF[0],'')
else:
tplot=len(plotsDF.index)
tplot=int(tplot)
def SelectedPlots(i):
startRange=(i-i%10 if 0<i%10<6 else i-i%5) if i%10 else i-5
return [ startRange+i for i in range(1,6) ]
rtplot = (tplot+abs(tplot%5-5)) if tplot%5 else tplot
splotinterval=int(rtplot/4)
stmflag=True; grpflag=True
print('\n\n')
if not GUI:
if not stmgrp:
while(stmflag):
stm=input('\n - Enter Stratum : ')
stmflag=False if stm.isdigit() else True
while(grpflag):
grp=input(' - Enter Order of Selection : ')
grpflag=False if grp.isdigit() else True
stmgrp=stm+grp
else:
stmgrp=args.replace('-','')
stm,grp=args.split('-')
print(stmgrp)
RANCOL = int(stmgrp)%104
RNUM,oRNUM,rn = getRandomNumber(RANCOL, tplot)
splots = [ RNUM+splotinterval*i if RNUM+splotinterval*i <= tplot else (RNUM+splotinterval*i)-rtplot for i in range(4) ] # Four Randomly Selected Plot SNo.
PRINTUpdateStatus('\n\n Random Number : '+str(RNUM)+' ( In Col. '+str(RANCOL)+(' ('+stmgrp+')' if int(stmgrp) > 104 else '' )+' at Row '+str(rn)+( ' : '+oRNUM if RNUM!=int(oRNUM) else '' )+' ) \n\n H : '+str(tplot)+" H' : "+str(rtplot)+'\n Stratum : '+stm+' Order of Selection : '+grp+'\n Cluster Interval : '+str(splotinterval))
excelInfo=[ ' Random Number : '+str(RNUM)+' ( In Col. '+str(RANCOL)+(' ('+stmgrp+')' if int(stmgrp) > 104 else '' )+' at Row '+str(rn)+( ' : '+oRNUM if RNUM!=int(oRNUM) else '' )+' ) ', ' H : '+str(tplot)+" H' : "+str(rtplot), ' Stratum : '+stm+' Order of Selection : '+grp , ' Cluster Interval : '+str(splotinterval), '','', ' SELECTED PLOTS', ' SNo. -> Plot - Subplot' ]
selectedplots={} ;
if isinstance(plotsDF,pd.core.frame.DataFrame):
sleep(2)
PRINTUpdateStatus('\n\n\n SELECTED PLOTS :: ')
PRINTUpdateStatus('\n SNo. Plot - Subplot\n')
n=1
for plt in splots:
selectedplots[plt]=SelectedPlots(plt)
for sno in selectedplots[plt]:
pno=plotsDF[plotsDF['sno']==sno]['plotNo'].values[0]
subplt=plotsDF[plotsDF['sno']==sno]['subplot'].values[0]
if not (n-1)%5:
excelInfo.append('')
excelInfo.append(' '*15+'CLUSTER - '+str(n//5+1))
if sno==plt:
#print(' [','{:>2}'.format(n)+'.','{:>5}'.format(sno),' -> ',pno,'-',subplt,' ]')
excelInfo.append(' ['+'{:>2}'.format(n)+'.'+'{:>5}'.format(sno)+'->'+str(pno)+'-'+str(subplt)+' ]')
PRINTUpdateStatus(' ['+'{:>2}'.format(n)+'.'+'{:>5}'.format(sno)+' -> '+str(pno)+'-'+str(subplt)+' ]', addline='\n')
else:
#print(' ','{:>2}'.format(n)+'.','{:>5}'.format(sno),' -> ',pno,'-',subplt)
excelInfo.append(' '+'{:>2}'.format(n)+'.'+'{:>5}'.format(sno)+'->'+str(pno)+'-'+str(subplt))
PRINTUpdateStatus(' '+'{:>2}'.format(n)+'.'+'{:>5}'.format(sno)+' -> '+str(pno)+'-'+str(subplt), addline='\n')
#print() if not n%5 else ''
if not n%5:
PRINTUpdateStatus('\n\n')
n+=1
return selectedplots
else:
spltstr=[]; n=0
for plt in splots:
selectedplots[plt]=SelectedPlots(plt)
for sno in selectedplots[plt]:
n+=1
if sno==plt:
spltstr.append(' {:>2}'.format(n)+'. [{:>5}'.format(sno)+']')
else:
spltstr.append(' {:>2}'.format(n)+'. {:>5}'.format(sno))
spltstr.append('\n') if not n%5 else ''
return { 'param':[ RNUM,rtplot,splotinterval ] , 'splots': spltstr }
FileFullPath=''
def agriplot(FILE_NAME, checkfile='', cwindow='', args=''):
global Txtbox
'''
Generates Excel file from Plot data file.
Optionally, Pass the Excel file having manually done Plot sequences in the parameter 'check=' to check with the generated sequences.
'''
#print(vars(sys.modules[__name__])['__package__'])
global FileFullPath
FILENAME=getFilename(FILE_NAME)
FileFullPath=os.path.abspath(FILENAME).replace(FILENAME,'')
wb = openpyxl.load_workbook(getFilename(FILENAME))
sheet=wb[wb.sheetnames[-1]]
sheet=wb.active
global startRow
ROW_MAX=sheet.max_row
perday=1000
progressTime=18
global plotOne
#ROW_MAX=232
plots={} # Dictionary to store Plot no. as key & its subplots as value in list form
for i in range(startRow,ROW_MAX+1):
#print(pno,' : ',spno)
pno=sheet['A'+str(i)].value # plot no.
if pno:
if str(getNumber(pno)).isdigit(): # If Number in the Starting
#spno=sheet['B'+str(i)].value # its subplot
spno = sheet['B'+str(i)].value if sheet['B'+str(i)].value not in plotOne else 1 # its subplot
plots.setdefault(pno,[])
plots[pno].append(spno)
addedPlots=[]
pn=0; ln=0
Tplot=sum([ len(plots[pno]) if plots.get(pno) else 1 for pno in range(1,list(plots.keys())[-1]+1) ]) ; ln=0
LastPlot=list(plots.keys())[-1] # For Updatebar increment
progressIncT=progressTime/Tplot # Updatebar wait
if GUI:
GapLabel(cwindow,10,nocolor=1)
style = ttk.Style(cwindow)
ProgressFrame = tk.Frame(cwindow)
style.layout('text.Horizontal.TProgressbar',
[('Horizontal.Progressbar.trough',
{'children': [('Horizontal.Progressbar.pbar',
{'side': 'left', 'sticky': 'ns'})],
'sticky': 'nswe'}),
('Horizontal.Progressbar.label', {'sticky': ''})])
# , lightcolor=None, bordercolo=None, darkcolor=None
style.configure('text.Horizontal.TProgressbar', text='0 %')
progress_bar = ttk.Progressbar(ProgressFrame, style='text.Horizontal.TProgressbar', orient="horizontal",mode="determinate", maximum=100, value=0)
progressInfoLbl = tk.Label(ProgressFrame, text='0 %', font=('calibre', 10, 'bold')) # Progress Label
# Use the grid manager
progressInfoLbl.grid(row=0, column=0)
progress_bar.grid(row=0, column=1)
ProgressFrame.pack()
# Necessary, as the master object needs to draw the progressbar widget
# Otherwise, it will not be visible on the screen
cwindow.update()
progress_bar['value'] = 0
cwindow.update()
with tqdm(total=100,bar_format='{desc}{percentage:3.1f}% | {bar} [{elapsed}<{remaining}]' ) as pbar:
for plotNo in range(1,LastPlot+1):
if plots.get(plotNo):
pn+=1
ln+=len(plots[plotNo]) # Show Original Lines for Days calculation
'''
clear()
progress = ('. ' if pn%2 else ' . ' if pn%3 else ' .' )
print('\n\n\n Plot:','{:>3}'.format(plotNo),progress, '{:>5}'.format(int((pn/len(plots))*100)) ,'% ')
print('\n Days: ', ( 1 if ln <= perday else int(ln/perday)+1), ' | Lines:','{:>5}'.format(ln) )
'''
subplots=getsubplots(plots[plotNo], plotNo)
#uptL=(len(subplots)/Tplot)*100
else:
subplots=getsubplots('1' , plotNo, addPlot=plotNo)
#ln+=1 # Uncomment to show Added Lines
addedPlots.append(plotNo)
progressInfo=" Days:"+str( 1 if ln <= perday else int(ln/perday)+1)+' | Lines:'+str(ln)+' | Plots:'+str(plotNo)+' '
if progressmenu:
pbar.set_description(progressInfo)
pbar.update(100/LastPlot)
sleep(progressIncT)
if GUI:
progress_bar['value'] += 100/LastPlot
style.configure('text.Horizontal.TProgressbar', text='{:.1f} %'.format(progress_bar['value']))
progressInfoLbl['text']=progressInfo.replace(':',': ').replace('|',' | ')
cwindow.update() # Keep updating the master object to redraw the progress bar
sleep(progressIncT)
if GUI:
createTextbox(cwindow)
print('\n\n\n')
if MissedSinglePlots:
for mplt in MissedSinglePlots:
#print('\n Missing In Plot:',mplt, ' - ',MissedSinglePlots[mplt][0], ' Added: ',[i[:-2] for i in MissedSinglePlots[mplt][1]])
PRINTUpdateStatus('\n Missing In Plot:'+str(mplt)+' - '+str(MissedSinglePlots[mplt][0])+' Added: '+str([i[:-2] for i in MissedSinglePlots[mplt][1]]))
if addedPlots:
PRINTUpdateStatus('\n\n Added Single Plots:'+str(addedPlots))
TotalAdded=plotsDF[plotsDF['status']=='ADDED']['status']
if not TotalAdded.empty:
TotalAddedPlots=int(TotalAdded.value_counts())
PRINTUpdateStatus('\n\n TOTAL Plots/SubPlots[Lines] Added: '+str(TotalAddedPlots)+'\n')
#print(' TOTAL Plots/SubPlots : ',len(plotsDF.index),' = ',ln,'+',TotalAddedPlots,'\n')
createEXCEL(str(getFilename(FILE_NAME, noext=1)).upper()+' - Plots .xlsx', checkfile=checkfile, autoOpen=0 )
selectedPlots=selectplots(plotsDF, args=args)
createEXCEL(str(getFilename(FILE_NAME, noext=1)).upper()+' - Selection .xlsx', checkfile=0 , selectedPlots=selectedPlots)
return plotsDF
def agriplotcmd():
Usgstr='''
Usage : Generates Excel file from Plot Data file
agriplotcmd FILENAME including its FullPath if the file is not in the current directory
e.g. agriplotcmd plots.xlsx
Optional : Use option 'checkfile' To Compare with a File
e.g. agriplotcmd FILENAME --checkfile FILENAMEToCompare
'''
argDict=getArg(usagestr=Usgstr, customarg='checkfile')
if argDict:
FILE_NAME=argDict['main']
checkfile=argDict['checkfile'] if argDict.get('checkfile') else ''
agriplot(FILE_NAME, checkfile=checkfile)
def selectplotsFile(FILENAME, cwindow='', args=''):
global plotsDF, startRow, FileFullPath, GUI, Txtbox
FileFullPath=os.path.abspath(FILENAME).replace(FILENAME,'')
#PRINTUpdateStatus('\n - Reading File: '+FILENAME)
wb = openpyxl.load_workbook(FILENAME)
sheet=wb[wb.sheetnames[-1]]
sheet=wb.active
ROW_MAX=sheet.max_row
if GUI:
progressTime=0.001; perday=1000
progressIncT=progressTime/ROW_MAX # Updatebar wait
GapLabel(cwindow,10,nocolor=1)
style = ttk.Style(cwindow)
ProgressFrame = tk.Frame(cwindow)
style.layout('text.Horizontal.TProgressbar',
[('Horizontal.Progressbar.trough',
{'children': [('Horizontal.Progressbar.pbar',
{'side': 'left', 'sticky': 'ns'})],
'sticky': 'nswe'}),
('Horizontal.Progressbar.label', {'sticky': ''})])
# , lightcolor=None, bordercolo=None, darkcolor=None
style.configure('text.Horizontal.TProgressbar', text='0 %')
progress_bar = ttk.Progressbar(ProgressFrame, style='text.Horizontal.TProgressbar', orient="horizontal",mode="determinate", maximum=100, value=0)
progressInfoLbl = tk.Label(ProgressFrame, text='0 %', font=('calibre', 10, 'bold')) # Progress Label
# Use the grid manager
progressInfoLbl.grid(row=0, column=0)
progress_bar.grid(row=0, column=1)
ProgressFrame.pack()
# Necessary, as the master object needs to draw the progressbar widget
# Otherwise, it will not be visible on the screen
cwindow.update()
progress_bar['value'] = 0
cwindow.update()
### Reading Excel File
plotsDF = pd.DataFrame(columns=['plotNo','subplot','sno','status']) ; n=0
for i in range(startRow,ROW_MAX+1):
pno=sheet['A'+str(i)].value # plot no.
if pno:
if str(getNumber(pno)).isdigit(): # If Number in the Starting
n+=1
plotsDF.at[n, 'plotNo'] = sheet['A'+str(i)].value
plotsDF.at[n, 'subplot'] = str(sheet['B'+str(i)].value)
plotsDF.at[n, 'sno'] = n
plotsDF.at[n, 'status'] = ' '
if GUI:
progressInfo=" Days:"+str( 1 if n <= perday else int(n/perday)+1)+' | Lines:'+str(n)+' | Plots:'+str(sheet['A'+str(i)].value)+' '
progress_bar['value'] += 100/ROW_MAX
style.configure('text.Horizontal.TProgressbar', text='{:.1f} %'.format(progress_bar['value']))
progressInfoLbl['text']=progressInfo.replace(':',': ').replace('|',' | ')
cwindow.update() # Keep updating the master object to redraw the progress bar
#sleep(progressIncT)
if GUI:
createTextbox(cwindow)
selectedplotdict=selectplots(plotsDF, args=args)
sleep(2)
createEXCEL(str(getFilename(FILENAME, noext=1)).upper()+' - Selection .xlsx', checkfile=0 , selectedPlots=selectedplotdict)
return selectedplotdict
def selectplotscmd():
global FileFullPath, startRow, plotsDF
Usgstr='''
Usage : Takes 'Total Number of Plots/Last SNo.' and Gives the Selected Plots
OR
Takes FileName and Marks the Selected Plots
selectplotscmd Number-of-Plots/Last-SNo OR FILENAME
e.g. selectplotscmd 9788
selectplotscmd FILENAME
'''
argDict=getArg(usagestr=Usgstr)
if argDict:
plotsDF=argDict['main']
if plotsDF.isdigit():
selectedplotdict=selectplots(plotsDF)
selectedplots=selectedplotdict['splots']
print('\n\n Selected Plot SNo.\n\n '+'\n '.join([ i for i in selectedplots ]))
else:
FILENAME=getFilename(argDict['main'])
selectplotsFile(FILENAME)
def getsubplotscmd():
Usgstr='''
Usage : Pass the Subplots of a Plot separated by comma in any order to get All the Possible Subplots in Sequence
getsubplotscmd Comma-Separated-SubPlots
e.g. getsubplotscmd 6A,6,2C3B,10,7A1,4D5C3B1
'''
argDict=getArg(usagestr=Usgstr, customarg='checkfile')
if argDict:
subplots=argDict['main'].replace('[','').replace(']','')
splots=getsubplots(subplots)
ppt=''; splot=[]
for splt in splots:
if getNumber(splt) != ppt:
ppt=getNumber(splt)
splt='\n '+splt
splot.append(splt)
print('\n SubPlots:: \n\n '+'\n '.join([ '- '+i.replace('\n','').strip() if i.replace('\n','').strip() in subplots.split(',') else ' '+i for i in splot ])+'\n\n')
# progressInfo=''
window=''; cwindow=''; inputFrame=''; Txtbox='' ; name_entry='' ; radVal=''; statusLabel=''
singleVar=''; stratumVar=''; osVar=''
def agriculturesurvey():
global wbg, txtc, inputFrame, Txtbox, progressInfo, radVal, statusLabel
global singleVar, stratumVar, osVar, GUI
GUI=1
window = tk.Tk()
window.configure(bg=wbg)
window.title("Agriculture Survey v"+str(VER))
window.geometry("450x360+150+150") # Width x Height
singleVar=tk.StringVar(window,'')
stratumVar=tk.StringVar(window,'')
osVar=tk.StringVar(window,'')
separator = ttk.Separator(window, orient='horizontal')
inputFrame = tk.Frame(window)
#radVal = tk.StringVar(window, "1") # Tkinter string variable
radVal = tk.StringVar(window, '1') # Tkinter string variable
prg = tk.IntVar(window, 1)
checkFile = tk.IntVar()
programs = {" Input Excel File " : "1",
" Selection " : "2",
" Check SubDivisions " : "3" }
programInfo = { '1': 'Finds & Adds the Missing Plots with Frame Selection' ,
'2': 'Only Plots Selection ',
'3': 'Gives All the Possible SubDivisions of a Plot in Sequence' }
def RunProg():
global window, cwindow, singleVar, name_entry, stratumVar, osVar, Txtbox, errorMsg, plotsDF, n
plotsDF = pd.DataFrame(columns=['plotNo','subplot','sno','status']); n=0
currentProgram = list(programs.keys())[int(radVal.get())-1]
print('Running ...',list(programs.keys())[int(radVal.get())-1])
statusLabel['text'] = 'WAIT.. Running... '+currentProgram
cwindow = tk.Toplevel(window)
cwindow.title("Agriculture Survey : "+currentProgram)
windowSize = "550x80+610+10" if int(radVal.get()) < 3 else "400x550+610+10" # Change Window Size for getSubplots
cwindow.geometry(windowSize)
#cwindow.geometry()
### Add Text Box to show Program Status
# if int(radVal.get()) > 1 :
# Txtbox = tk.Text(cwindow, width = 400, height = 500)
# Txtbox.pack()
if int(radVal.get()) < 3 :
InputFileData=singleVar.get()
print('ENTERED:',InputFileData)
FILENAME=getFilename(InputFileData)
File=os.path.abspath(FILENAME)
isFILE=os.path.isfile(File)