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How to use listps method in autotest
Best Python code snippet using autotest_python
C6G5CA.py
Source:C6G5CA.py 
1# create the grid of points2# for i in range(30,0, -1):3# print("P{} = (10, 10)".format(i))4# create a number to count every element5# for i in range(1,31):6 # print("F{} = 0".format(i))7 # print("SP{} = 0".format(i))8 # print("H{} = 0".format(i))9 # print("PS{} = 0".format(i))10 # print("S{} = 0".format(i))11 #12 # print("M{} = 0".format(i))13 # print("Pk{} = 0".format(i))14 # print("BS{} = 0 \n".format(i))15 #to Delete all these points16 # print("Delete(F{})".format(i))17 # print("Delete(SP{})".format(i))18 # print("Delete(H{})".format(i))19 # print("Delete(PS{})".format(i))20 # print("Delete(S{})".format(i))21 #22 # print("Delete(M{})".format(i))23 # print("Delete(Pk{})".format(i))24 # print("Delete(BS{}) \n".format(i))25# create a list of number to count every element26# listF = []27# listSP = []28# listH = []29# listPS = []30# listS = []31# listM = []32# listPk = []33# listBS = []34# for i in range(1,31):35 # listF.append("F{}".format(i))36 # listSP.append("SP{}".format(i))37 # listH.append("H{}".format(i))38 # listPS.append("PS{}".format(i))39 # listS.append("S{}".format(i))40 # listM.append("M{}".format(i))41 # listPk.append("Pk{}".format(i))42 # listBS.append("BS{}".format(i))43# listF.append(0)44# listSP.append(0)45# listH.append(0)46# listPS.append(0)47# listS.append(0)48# listM.append(0)49# listPk.append(0)50# listBS.append(0)51#52# print(listF)53# print(listSP)54# print(listH)55# print(listPS)56# print(listS)57# print(listM)58# print(listPk)59# print(listBS)60# script inside every polygon61# for i in range(1,31):62# print("If(q==16, If(addMalls == true && Element(listF, {}) == 0 && Element(listSP, {}) == 0 && Element(listH, {}) == 0 && Element(listPS, {}) == 0 && Element(listS, {}) == 0, SetValue[listM,{}, 1], SetValue[listM,{}, 0]))".format(i, i, i, i, i, i, i))63# print("If(q==16, If(addParks == true && Element(listF, {}) == 0 && Element(listSP, {}) == 0 && Element(listH, {}) == 0 && Element(listPS, {}) == 0 && Element(listS, {}) == 0, SetValue[listPk,{}, 1], SetValue[listPk,{}, 0]))".format(i, i, i, i, i, i, i))64# print("If(q==16, If(addBusStops == true && Element(listF, {}) == 0 && Element(listSP, {}) == 0 && Element(listH, {}) == 0 && Element(listPS, {}) == 0 && Element(listS, {}) == 0, SetValue[listBS, {}, 1], SetValue[listBS, {}, 0]))".format(i, i, i, i, i, i, i))65#66# print("If(q==15, If(addFarms == true, SetValue[listF, {}, 1], SetValue[listF, {}, 0]))".format(i, i))67# print("If(q==15, If(addSolarPanels == true, SetValue[listSP, {}, 1], SetValue[listSP, {}, 0]))".format(i, i))68# print("If(q==15, If(addHospitals == true, SetValue[listH, {}, 1], SetValue[listH, {}, 0]))".format(i, i))69# print("If(q==15, If(addPS == true, SetValue[listPS, {}, 1], SetValue[listPS, {}, 0]))".format(i, i))70# print("If(q==15, If(addSchools == true, SetValue[listS, {}, 1], SetValue[listS, {}, 0]))".format(i, i))71#72# print("If(remove == true, {{SetValue[listF, {}, 0], SetValue[listSP, {}, 0], SetValue[listH, {}, 0], SetValue[listPS, {}, 0], SetValue[listPS, {}, 0], SetValue[listM,{}, 0], SetValue[listPk,{}, 0], SetValue[listBS, {}, 0]}})\n".format(i, i, i, i, i, i, i, i))73 # print("If(q==16, If(addMalls == true && F{} == 0 && SP{} == 0 && H{} == 0 && PS{} == 0 && S{} == 0, SetValue[M{}, 1], SetValue[M{}, 0]))".format(i, i, i, i, i, i, i))74 # print("If(q==16, If(addParks == true && F{} == 0 && SP{} == 0 && H{} == 0 && PS{} == 0 && S{} == 0, SetValue[Pk{}, 1], SetValue[Pk{}, 0]))".format(i, i, i, i, i, i, i))75 # print("If(q==16, If(addBusStops == true && F{} == 0 && SP{} == 0 && H{} == 0 && PS{} == 0 && S{} == 0, SetValue[BS{}, 1], SetValue[BS{}, 0]))".format(i, i, i, i, i, i, i))76 #77 # print("If(q==15, If(addFarms == true, SetValue[F{}, 1], SetValue[F{}, 0]))".format(i, i))78 # print("If(q==15, If(addSolarPanels == true, SetValue[SP{}, 1], SetValue[SP{}, 0]))".format(i, i))79 # print("If(q==15, If(addHospitals == true, SetValue[H{}, 1], SetValue[H{}, 0]))".format(i, i))80 # print("If(q==15, If(addPS == true, SetValue[PS{}, 1], SetValue[PS{}, 0]))".format(i, i))81 # print("If(q==15, If(addSchools == true, SetValue[S{}, 1], SetValue[S{}, 0]))".format(i, i))82 #83 # print("If(remove == true, {{SetValue[F{}, 0], SetValue[SP{}, 0], SetValue[H{}, 0], SetValue[PS{}, 0], SetValue[S{}, 0], SetValue[M{}, 0], SetValue[Pk{}, 0], SetValue[BS{}, 0]}})\n").format(i, i, i, i, i, i, i, i)84#script to generate images for the grid85for i in range(1,4):86 point = str(i)87 setToPoint = str(i)88 layer = 189 ## modified for the list90 print("picFarms{}_{{ignore}} = FormulaText( picFarms )".format(point, point, point))91 print("SetCoords(picFarms{}_{{ignore}}, x(P{}_{{ignore}} + xDist), y(P{}_{{ignore}} + yDist))".format(point, setToPoint, setToPoint))92 print("SetConditionToShowObject( picFarms{}_{{ignore}},( 15<=q<=qtotal ) && Element(listF_{{ignore}},{}) == 1 )".format(point, point))93 print("SetLayer( picFarms{}_{{ignore}}, {} )".format(point, layer))94 print("SetFixed( picFarms{}_{{ignore}}, true ) \n".format(point))95 print("picSolarPanels{}_{{ignore}} = FormulaText( picSolarPanels )".format(point, point, point))96 print("SetCoords(picSolarPanels{}_{{ignore}}, x(P{}_{{ignore}} + xDist), y(P{}_{{ignore}} + yDist))".format(point, setToPoint, setToPoint))97 print("SetConditionToShowObject( picSolarPanels{}_{{ignore}},( 15<=q<=qtotal ) && Element(listSP_{{ignore}},{}) == 1 )".format(point, point))98 print("SetLayer( picSolarPanels{}_{{ignore}}, {} )".format(point, layer))99 print("SetFixed( picSolarPanels{}_{{ignore}}, true ) \n".format(point))100 print("picHospitals{}_{{ignore}} = FormulaText( picHospitals )".format(point, point, point))101 print("SetCoords(picHospitals{}_{{ignore}}, x(P{}_{{ignore}} + xDist), y(P{}_{{ignore}} + yDist))".format(point, setToPoint, setToPoint))102 print("SetConditionToShowObject( picHospitals{}_{{ignore}},( 15<=q<=qtotal ) && Element(listH_{{ignore}},{}) == 1 )".format(point, point))103 print("SetLayer( picHospitals{}_{{ignore}}, {} )".format(point, layer))104 print("SetFixed( picHospitals{}_{{ignore}}, true ) \n".format(point))105 print("picPS{}_{{ignore}} = FormulaText( picPS )".format(point, point, point))106 print("SetCoords(picPS{}_{{ignore}}, x(P{}_{{ignore}} + xDist), y(P{}_{{ignore}} + yDist))".format(point, setToPoint, setToPoint))107 print("SetConditionToShowObject( picPS{}_{{ignore}},( 15<=q<=qtotal ) && Element(listPS_{{ignore}},{}) == 1 )".format(point, point))108 print("SetLayer( picPS{}_{{ignore}}, {} )".format(point, layer))109 print("SetFixed( picPS{}_{{ignore}}, true ) \n".format(point))110 print("picSchools{}_{{ignore}} = FormulaText( picSchools )".format(point, point, point))111 print("SetCoords(picSchools{}_{{ignore}}, x(P{}_{{ignore}} + xDist), y(P{}_{{ignore}} + yDist))".format(point, setToPoint, setToPoint))112 print("SetConditionToShowObject( picSchools{}_{{ignore}},( 15<=q<=qtotal ) && Element(listS_{{ignore}},{}) == 1 )".format(point, point))113 print("SetLayer( picSchools{}_{{ignore}}, {} )".format(point, layer))114 print("SetFixed( picSchools{}_{{ignore}}, true ) \n".format(point))115 print("picMall{}_{{ignore}} = FormulaText( picMall )".format(point, point, point))116 print("SetCoords(picMall{}_{{ignore}}, x(P{}_{{ignore}} + xDist), y(P{}_{{ignore}} + yDist))".format(point, setToPoint, setToPoint))117 print("SetConditionToShowObject( picMall{}_{{ignore}},( 15<=q<=qtotal ) && Element(listM_{{ignore}},{}) == 1 )".format(point, point))118 print("SetLayer( picMall{}_{{ignore}}, {} )".format(point, layer))119 print("SetFixed( picMall{}_{{ignore}}, true ) \n".format(point))120 print("picParks{}_{{ignore}} = FormulaText( picParks )".format(point, point, point))121 print("SetCoords(picParks{}_{{ignore}}, x(P{}_{{ignore}} + xDist), y(P{}_{{ignore}} + yDist))".format(point, setToPoint, setToPoint))122 print("SetConditionToShowObject( picParks{}_{{ignore}},( 15<=q<=qtotal ) && Element(listPk_{{ignore}},{}) == 1 )".format(point, point))123 print("SetLayer( picParks{}_{{ignore}}, {} )".format(point, layer))124 print("SetFixed( picParks{}_{{ignore}}, true ) \n".format(point))125 print("picBusStops{}_{{ignore}} = FormulaText( picBusStops )".format(point, point, point))126 print("SetCoords(picBusStops{}_{{ignore}}, x(P{}_{{ignore}} + xDist), y(P{}_{{ignore}} + yDist))".format(point, setToPoint, setToPoint))127 print("SetConditionToShowObject( picBusStops{}_{{ignore}},( 15<=q<=qtotal ) && Element(listBS_{{ignore}},{}) == 1 )".format(point, point))128 print("SetLayer( picBusStops{}_{{ignore}}, {} )".format(point, layer))129 print("SetFixed( picBusStops{}_{{ignore}}, true ) \n".format(point))130 # print("picFarms{}_{{ignore}} = FormulaText( picFarms )".format(point, point, point))131 # print("SetCoords(picFarms{}_{{ignore}}, x(P{} + xDist), y(P{} + yDist))".format(point, setToPoint, setToPoint))132 # print("SetConditionToShowObject( picFarms{}_{{ignore}},( 15<=q<=qtotal ) && F{} == 1 )".format(point, point))133 # print("SetLayer( picFarms{}_{{ignore}}, {} )".format(point, layer))134 # print("SetFixed( picFarms{}_{{ignore}}, true ) \n".format(point))135 #136 # print("picSolarPanels{}_{{ignore}} = FormulaText( picSolarPanels )".format(point, point, point))137 # print("SetCoords(picSolarPanels{}_{{ignore}}, x(P{} + xDist), y(P{} + yDist))".format(point, setToPoint, setToPoint))138 # print("SetConditionToShowObject( picSolarPanels{}_{{ignore}},( 15<=q<=qtotal ) && SP{} == 1 )".format(point, point))139 # print("SetLayer( picSolarPanels{}_{{ignore}}, {} )".format(point, layer))140 # print("SetFixed( picSolarPanels{}_{{ignore}}, true ) \n".format(point))141 #142 # print("picHospitals{}_{{ignore}} = FormulaText( picHospitals )".format(point, point, point))143 # print("SetCoords(picHospitals{}_{{ignore}}, x(P{} + xDist), y(P{} + yDist))".format(point, setToPoint, setToPoint))144 # print("SetConditionToShowObject( picHospitals{}_{{ignore}},( 15<=q<=qtotal ) && H{} == 1 )".format(point, point))145 # print("SetLayer( picHospitals{}_{{ignore}}, {} )".format(point, layer))146 # print("SetFixed( picHospitals{}_{{ignore}}, true ) \n".format(point))147 #148 # print("picPS{}_{{ignore}} = FormulaText( picPS )".format(point, point, point))149 # print("SetCoords(picPS{}_{{ignore}}, x(P{} + xDist), y(P{} + yDist))".format(point, setToPoint, setToPoint))150 # print("SetConditionToShowObject( picPS{}_{{ignore}},( 15<=q<=qtotal ) && PS{} == 1 )".format(point, point))151 # print("SetLayer( picPS{}_{{ignore}}, {} )".format(point, layer))152 # print("SetFixed( picPS{}_{{ignore}}, true ) \n".format(point))153 #154 # print("picSchools{}_{{ignore}} = FormulaText( picSchools )".format(point, point, point))155 # print("SetCoords(picSchools{}_{{ignore}}, x(P{} + xDist), y(P{} + yDist))".format(point, setToPoint, setToPoint))156 # print("SetConditionToShowObject( picSchools{}_{{ignore}},( 15<=q<=qtotal ) && S{} == 1 )".format(point, point))157 # print("SetLayer( picSchools{}_{{ignore}}, {} )".format(point, layer))158 # print("SetFixed( picSchools{}_{{ignore}}, true ) \n".format(point))159 #160 # print("picMall{}_{{ignore}} = FormulaText( picMall )".format(point, point, point))161 # print("SetCoords(picMall{}_{{ignore}}, x(P{} + xDist), y(P{} + yDist))".format(point, setToPoint, setToPoint))162 # print("SetConditionToShowObject( picMall{}_{{ignore}},( 15<=q<=qtotal ) && M{} == 1 )".format(point, point))163 # print("SetLayer( picMall{}_{{ignore}}, {} )".format(point, layer))164 # print("SetFixed( picMall{}_{{ignore}}, true ) \n".format(point))165 #166 # print("picParks{}_{{ignore}} = FormulaText( picParks )".format(point, point, point))167 # print("SetCoords(picParks{}_{{ignore}}, x(P{} + xDist), y(P{} + yDist))".format(point, setToPoint, setToPoint))168 # print("SetConditionToShowObject( picParks{}_{{ignore}},( 15<=q<=qtotal ) && Pk{} == 1 )".format(point, point))169 # print("SetLayer( picParks{}_{{ignore}}, {} )".format(point, layer))170 # print("SetFixed( picParks{}_{{ignore}}, true ) \n".format(point))171 #172 # print("picBusStops{}_{{ignore}} = FormulaText( picBusStops )".format(point, point, point))173 # print("SetCoords(picBusStops{}_{{ignore}}, x(P{} + xDist), y(P{} + yDist))".format(point, setToPoint, setToPoint))174 # print("SetConditionToShowObject( picBusStops{}_{{ignore}},( 15<=q<=qtotal ) && BS{} == 1 )".format(point, point))175 # print("SetLayer( picBusStops{}_{{ignore}}, {} )".format(point, layer))...
spr.py
Source:spr.py
1#------------------------------------------------------------2# LOAD GAMES FROM TEXT FILES3#------------------------------------------------------------4import re5from pathlib import Path6import numpy as np7import pandas as pd8from week1 import entropyEmpirical9# moves = { 'scissors':0, 'paper':1, 'rock':2}10def getResult(game1: int, game2: int):11 results = [[0,1, -1], [-1, 0, 1], [1,-1,0]]12 result=results[game1][game2]13 return result14def loadGames(baseUriStr: str):15 player1Regex = re.compile('(?<=Player1:\s).*(?=;)')16 player2Regex = re.compile('(?<=Player2:\s).*(?=$)')17 game1Regex = re.compile('(?<=^)[012](?=\s)')18 game2Regex = re.compile('(?<=\s)[012](?=$)')19 baseUri=Path(baseUriStr)20 txtFiles=[x for x in baseUri.glob('**/*.txt')]21 # game = [game#, player1, player2, moveplayer1, moveplayer2]22 filenum=023 games=list()24 for tf in txtFiles:25 with open(tf, 'rt') as f:26 lines = f.readlines()27 28 for i, line in enumerate(lines):29 if (i == 0):30 player1 = re.findall(player1Regex, line)[0].lower()31 player2 = re.findall(player2Regex, line)[0].lower()32 else:33 game1 = int(re.findall(game1Regex, line)[0])34 game2 = int(re.findall(game2Regex, line)[0])35 result = getResult(game1, game2)36 result2 = getResult(game2, game1)37 games.append([filenum, player1, player2, game1, game2, result, result2])38 filenum+=139 return games40#------------------------------------------------------------41# LIST PLAYERS42#------------------------------------------------------------43def listPlayers(games: list):44 listPs = list()45 listPs += [ [game[1], game[2]] for game in games]46 listPs = np.array(listPs).flatten()47 Ps=list(set(listPs))48 return Ps49#------------------------------------------------------------50# GET 1 PLAYER MOVES AND RESULTS ACCROSS ALL GAMES51#------------------------------------------------------------52def getPlayerAllMovesAndScores(playerName: str, games: np.array):53 playerName = playerName.lower()54 df_games = pd.DataFrame(games, columns = ['Game#', 'Player1', 'Player2', 'Move1', 'Move2', 'Result1', 'Result2' ])55 d1 = df_games.loc[ df_games.Player1 == playerName]56 moveWhen1 = list(d1.Move1)57 winWhen1 = list(d1.Result1)58 d2 = df_games.loc[ df_games.Player2 == playerName]59 moveWhen2 = list(d2.Move2)60 winWhen2 = list(d2.Result2)61 return moveWhen1 + moveWhen2, winWhen1 + winWhen262def getPlayerAndOpponentAllMovesAndScores(playerName: str, games: np.array):63 playerName = playerName.lower()64 df_games = pd.DataFrame(games, columns = ['Game#', 'Player1', 'Player2', 'Move1', 'Move2', 'Result1', 'Result2' ])65 d1 = df_games.loc[ df_games.Player1 == playerName]66 moveWhen1 = list(d1.Move1)67 winWhen1 = list(d1.Result1)68 moveOpponentWhen1 = list(d1.Move2)69 d2 = df_games.loc[ df_games.Player2 == playerName]70 moveWhen2 = list(d2.Move2)71 winWhen2 = list(d2.Result2)72 moveOpponentWhen2 = list(d1.Move1)73 return moveWhen1 + moveWhen2, winWhen1 + winWhen2, moveOpponentWhen1 + moveOpponentWhen274def getPlayerEntropyAndRatios(players: list, games: np.array):75 playersGameEntropy=dict()76 for player in players:77 playersGameEntropy[player]=None78 scores=list()79 entropies=list()80 lossRatios=list()81 winRatios=list()82 for player in players:83 moves, gains = getPlayerAllMovesAndScores(player, games)84 playersGameEntropy[player] = entropyEmpirical(moves)85 gains=np.array(gains)86 score=np.sum(gains)87 winRatio=len(list(gains[gains==1]))/len(list(gains))88 lossRatio=len(list(gains[gains==-1]))/len(list(gains))89 winRatios.append(winRatio)90 lossRatios.append(lossRatio)91 scores.append(score)92 entropies.append(playersGameEntropy[player])93 print('{} plays with entropy {} and in average a score of {}'.format(player, playersGameEntropy[player], score))94 print('winRatio {}, lossRatio {}'.format(winRatio, lossRatio))...
cal_md.py
Source:cal_md.py
1#!/usr/bin/env python2'''3@author Pan Zhou 4email: zhoupan71234@xtu.edu.cn5'''6import re7import os8import sys9import numpy as np10def produce_potcar(pseudo_dir, listpseudo, xc):11 psopt = ''12 for ips in range(len(listpseudo)):13 if xc == 1:14 psopt = psopt + pseudo_dir + 'pbe/' + listpseudo[ips] + '/POTCAR '15 else:16 psopt = psopt + pseudo_dir + 'lda/' + listpseudo[ips] + '/POTCAR '17 os.system('cat ' + psopt + ' >>./POTCAR')18# default values19relax = 0; 20# pbe or lda21pbe = 122# directory23cal_dir = 'calculation'24for arg in sys.argv[1:]:25 k=arg.split("=")[0]26 v="=".join(arg.split("=")[1:])27 if k=="relax" : relax = int(v)28 elif k=="temp" : temp = v29 elif k=="pbe" : pbe = int(v)30 elif k=="npr" : npr = int(v) 31 elif k=="vasp" : vasp = v32 elif k=="psdir" : psdir = v33 elif k=="listps" : listps = v.split()34 elif k=="cal_dir" : cal_dir = v35 36 # phonon calculation37 elif k=="phonon" : phonon = int(v)38 elif k=='dim' : dim = v39 elif k=='kpath_phonon' : kpath_phonon = v40 41 # wannier9042 elif k=='wan' : scf = 1; wan = int(v)43 elif k=='wan_type' : wan_type = v44if not 'npr' in locals().keys():45 print('please set the number of process:')46 sys.exit()47if not 'vasp' in locals().keys():48 print('please set the order of vasp:')49 sys.exit()50 51if not 'psdir' in locals().keys():52 print('please set the directory of the pseudopotential:')53 sys.exit()54 55if not 'listps' in locals().keys():56 print('please set the elements of the pseudopotential:')57 sys.exit()58tmpdir = os.getcwd()59n = 060pathnew = cal_dir61if not os.path.exists(pathnew):62 os.system('mkdir ' + pathnew)63#path_exist = os.path.exists('path.txt')64#if not path_exist:65# while True:66# if os.path.exists(pathnew):67# n = n + 168# pathnew = cal_dir + str(n)69# else:70# os.system('mkdir ' + pathnew)71# pfile = open('path.txt','w')72# pfile.write(pathnew)73# pfile.close()74# break75#else:76# rfile = open('path.txt','r')77# name_tmp = rfile.readline()78# rfile.close()79# pathnew = name_tmp80 81os.system('mv INCAR* KPOINTS* POSCAR* ' + pathnew )82os.chdir('./'+ pathnew)83ispos = os.path.isfile('POTCAR')84if ispos is True:85 os.system('rm POTCAR')86produce_potcar(psdir, listps, pbe)87# relax the structure88if relax == 1:89 if not os.path.exists('relax'):90 os.system('mkdir relax')91 os.system('cp POSCAR POTCAR ./relax')92 os.chdir('./relax')93 os.system('cp ../INCAR_relax ./INCAR')94 os.system('cp ../KPOINTS_relax ./KPOINTS')95 os.system('mpirun -np ' + str(npr) + ' ' + vasp + ' ' + '>./log ')96 os.chdir('../')97 98# and energy band calculation99mdpath = 'md' + temp100if not os.path.exists(mdpath):101 os.system('mkdir ' + mdpath)102 if relax == 1:103 os.system('cp POTCAR ./' + mdpath)104 os.system('cp ./relax/CONTCAR ' + './' + mdpath + '/POSCAR')105 else:106 os.system('cp POSCAR POTCAR ./' + mdpath)107 os.chdir('./' + mdpath)108 os.system('cp ../INCAR_md' + temp + ' ./INCAR')109 os.system('cp ../KPOINTS_md' + temp +' ./KPOINTS')110 os.system('mpirun -np ' + str(npr) + ' ' + vasp + ' ' + '>./log ')111 os.chdir('../')112 cfile = open('calculation.dat','w')113 cfile.write('md'+ temp + '_finished!')114 cfile.close()115 116 117 ...
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