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How to use all_steps method in Lemoncheesecake

Best Python code snippet using lemoncheesecake

Python Postprocessor.py

Source:Python Postprocessor.py

1##########################################################################################################################################################################################2########################################     Pipeline Thermal Expansion & Displacements POSTPROCESSOR    ###############################################################################3########################################     Subject:    Abaqus FEA Postprocessing   ###############################################################################4########################################     Author :    Engr.Jesurobo Collins       #####################################################################################    #################################################################################################5########################################     Project:    Personal project            ##############################################################################################6########################################     Tools used: Python,Abaqus,xlsxwriter    ##############################################################################################7########################################     Email:      collins4engr@yahoo.com      ##############################################################################################8#########################################################################################################################################################################################910import sys,os11from abaqus import*12from abaqusConstants import*13from viewerModules import*14from math import*15import xlsxwriter16import glob17import numpy as np1819# CHANGE TO CURRENT WORKING DIRECTORY20os.chdir('C:/temp/Pipeline Parametric studies/Expansion')2122###CREATE EXCEL WORKBOOK, SHEETS AND ITS PROPERTIES####23execFile = 'Results.xlsx'24workbook = xlsxwriter.Workbook(execFile)25workbook.set_properties({26    'title':    'This is Abaqus postprocessing',27    'subject':  'Pipeline Thermal expansion analysis',   28    'author':   'Collins Jesurobo',29    'company':  'Personal Project',30    'comments': 'Created with Python and XlsxWriter'})3132# Create a format to use in the merged range.33merge_format = workbook.add_format({34    'bold': 1,35    'border': 1,36    'align': 'center',37    'valign': 'vcenter',38    'fg_color': 'yellow'})39SHEET1 = workbook.add_worksheet('Summary')40SHEET1.center_horizontally()41SHEET1.fit_to_pages(1, 1)42SHEET1.set_column(0,1,21)43SHEET1.set_column(2,3,19)44SHEET1.set_column(4,6,23)45SHEET1.merge_range('A1:G1', 'MAXIMUM AND MINIMUM DISPLACEMENT WITH CORRESPONDING WORST LOADCASE,WORST LOAD STEP AND NODE WHERE IT OCCURS',merge_format)46SHEET1.merge_range('A9:E9', 'WORST EXPANSION FOR EACH LOADCASE VERSUS WALL THICKNESS STUDIED',merge_format)4748SHEET2 = workbook.add_worksheet('All_steps')49SHEET2.center_horizontally()50SHEET2.fit_to_pages(1, 1)51SHEET2.set_column(0,2,24)52SHEET2.merge_range('A1:F1', 'DISPLACEMENTS RESULTS FOR ALL PIPELINE NODES FOR EACH LOADCASE AND CORRESPONDING LOAD STEP',merge_format)535455# defines the worksheet formatting (font name, size, cell colour etc.)56format_title = workbook.add_format()57format_title.set_bold('bold')58format_title.set_align('center')59format_title.set_align('vcenter')60format_title.set_bg_color('#F2F2F2')61format_title.set_font_size(10)62format_title.set_font_name('Arial')63format_table_headers = workbook.add_format()64format_table_headers.set_align('center')65format_table_headers.set_align('vcenter')66format_table_headers.set_text_wrap('text_wrap')67format_table_headers.set_bg_color('#F2F2F2')68format_table_headers.set_border()69format_table_headers.set_font_size(10)70format_table_headers.set_font_name('Arial')7172###WRITING THE TITLES TO SHEET1,SHEET2###73SHEET1.write_row('B2',['U1 - Expansion(mm)','U2(mm)','U3(mm)','WorstLoadcase','LoadStep','Node'],format_title)74SHEET1.write('A3', 'Max value',format_title)75SHEET1.write('A4', 'Min value',format_title)76SHEET1.write('A5', 'Absolute Max value',format_title)77SHEET1.write_row('A10', ['Loadcase','Thickness(mm)','Max_Expansion(mm)','Min_Expansion(mm)','Abs_Expansion(mm)'],format_title)7879SHEET2.write_row('A2',['Loadcase','LoadStep','Node','U1(mm)','U2(mm)','U3(mm)'],format_title)8081###LOOP THROUGH THE ODBs, LOOP THROUGH EACH STEPS AND EXTRACT DISPLACEMENT RESULTS FOR ALL PIPELINE NODES###82def output1():83        row=184        col=085        for i in glob.glob('*.odb'):     # loop  to access all odbs in the folder86                odb = session.openOdb(i) # open each odb87                step = odb.steps.keys()  # probe the content of the steps object in odb, steps object is a dictionary, so extract the step names with keys()88                section = odb.rootAssembly.instances['PART-1-1'].nodeSets['PIPELINE'] # extract section for pipeline nodeset89                ###DEFINE RESULT OUTPUT####90                for k in range(len(step)):91                        U = odb.steps[step[k]].frames[-1].fieldOutputs['U'].getSubset(region=section).values   # results for all displacements U 92                        for disp in U:93                                U1 = disp.data[0]            # extract U1 (axial) displacements from all the odbs and loadcases94                                U2 = disp.data[1]            # extract U2 (lateral) displacements from all the odbs and loadcases95                                U3 = disp.data[2]            # extract U3 (vertical) displacements from all the odbs and loadcases96                                n1 = disp.nodeLabel          # extract node numbers 97                                ### WRITE OUT MAIN RESULT OUTPUT####98                                SHEET2.write(row+1,col,i.split('.')[0],format_table_headers)  # loadcases99                                SHEET2.write(row+1,col+1,step[k],format_table_headers)        # steps in odb100                                SHEET2.write(row+1,col+2,n1,format_table_headers)             # all nodes in the pipeline101                                SHEET2.write(row+1,col+3,U1*1000,format_table_headers)        # displacements in axial direction, in mm        102                                SHEET2.write(row+1,col+4,U2*1000,format_table_headers)        # displacements in lateral direction, in mm103                                SHEET2.write(row+1,col+5,U3*1000,format_table_headers)        # displacements in vertical direction,in mm104                                row+=1105output1()106107### GET THE MAXIMUM AND MINIMUM, AND ABSOLUTE MAXIMUM VALUES AND WRITE THM INTO SUMMARY SHEET(SHEET1) 108def output2():109        SHEET1.write('B3', '=ROUND(max(All_steps!D3:D100000),1)',format_table_headers)   # maximum displacement in axial direction-max(U1)110        SHEET1.write('C3', '=ROUND(max(All_steps!E3:E100000),1)',format_table_headers)   # maximum displacement in lateral direction-max(U2)111        SHEET1.write('D3', '=ROUND(max(All_steps!F3:F100000),1)',format_table_headers)   # maximum displacement in vertical direction-max(U3)112        SHEET1.write('B4', '=ROUND(min(All_steps!D3:D100000),1)',format_table_headers)   # minimum displacement in axial direction-min(U1)113        SHEET1.write('C4', '=ROUND(min(All_steps!E3:E100000),1)',format_table_headers)   # minimum displacement in lateral direction-min(U2)114        SHEET1.write('D4', '=ROUND(min(All_steps!F3:F100000),1)',format_table_headers)   # minimum displacement in vertical direction-min(U3)115        SHEET1.write('B5','=IF(ABS(B3)>ABS(B4),ABS(B3),ABS(B4))',format_table_headers) # absolute maximum U1116        SHEET1.write('C5','=IF(ABS(C3)>ABS(C4),ABS(C3),ABS(C4))',format_table_headers) # absolute maximum U2117        SHEET1.write('D5','=IF(ABS(D3)>ABS(D4),ABS(D3),ABS(D4))',format_table_headers) # absolute maximum U3118119        ### WORST LOADCASE AND LOADSTEP CORRESPONDING TO MAXIMUM AND MINIMUM EXPANSION VALUES120        SHEET1.write('E3','=INDEX(All_steps!A3:A100000,MATCH(MAX(All_steps!D3:D100000),All_steps!D3:D100000,0))',format_table_headers)121        SHEET1.write('F3','=INDEX(All_steps!B3:B100000,MATCH(MAX(All_steps!D3:D100000),All_steps!D3:D100000,0))',format_table_headers)122        SHEET1.write('G3','=INDEX(All_steps!C3:C100000,MATCH(MAX(All_steps!D3:D100000),All_steps!D3:D100000,0))',format_table_headers)123        SHEET1.write('E4','=INDEX(All_steps!A3:A100000,MATCH(MIN(All_steps!D3:D100000),All_steps!D3:D100000,0))',format_table_headers)124        SHEET1.write('F4','=INDEX(All_steps!B3:B100000,MATCH(MIN(All_steps!D3:D100000),All_steps!D3:D100000,0))',format_table_headers)125        SHEET1.write('G4','=INDEX(All_steps!C3:C100000,MATCH(MIN(All_steps!D3:D100000),All_steps!D3:D100000,0))',format_table_headers)126output2()127128### LOADCASES129def output3():130        row=0131        col=0132        for LC in glob.glob('*.odb'):133                SHEET1.write(row+10,col,LC.split('.')[0],format_table_headers)134                row+=1135136# WRITE THE COLUMN FOR WALL THICKNESSES THAT WAS USED IN THE PARAMETRIC STUDIES137Thick_data = [15.9,19.1,22.3,25.1,27.1,30.2]         # varied thickness in mm138SHEET1.write_column('B11',Thick_data,format_table_headers)139140### WORST EXPANSION VALUES                141142SHEET1.write('C11','{=MAX(IF(All_steps!A3:A100000=Summary!A11, All_steps!D3:D100000))}',format_table_headers)143SHEET1.write('C12','{=MAX(IF(All_steps!A3:A100000=Summary!A12, All_steps!D3:D100000))}',format_table_headers)144SHEET1.write('C13','{=MAX(IF(All_steps!A3:A100000=Summary!A13, All_steps!D3:D100000))}',format_table_headers)145SHEET1.write('C14','{=MAX(IF(All_steps!A3:A100000=Summary!A14, All_steps!D3:D100000))}',format_table_headers)146SHEET1.write('C15','{=MAX(IF(All_steps!A3:A100000=Summary!A15, All_steps!D3:D100000))}',format_table_headers)147SHEET1.write('C16','{=MAX(IF(All_steps!A3:A100000=Summary!A16, All_steps!D3:D100000))}',format_table_headers)148149SHEET1.write('D11', '{=MIN(IF(All_steps!A3:A100000=Summary!A11,All_steps!D3:D100000))}',format_table_headers)150SHEET1.write('D12','{=MIN(IF(All_steps!A3:A100000=Summary!A12, All_steps!D3:D100000))}',format_table_headers)151SHEET1.write('D13','{=MIN(IF(All_steps!A3:A100000=Summary!A13, All_steps!D3:D100000))}',format_table_headers)152SHEET1.write('D14','{=MIN(IF(All_steps!A3:A100000=Summary!A14, All_steps!D3:D100000))}',format_table_headers)153SHEET1.write('D15','{=MIN(IF(All_steps!A3:A100000=Summary!A15, All_steps!D3:D100000))}',format_table_headers)154SHEET1.write('D16','{=MIN(IF(All_steps!A3:A100000=Summary!A16, All_steps!D3:D100000))}',format_table_headers)155156SHEET1.write('E11','=IF(ABS(C11)>ABS(D11),ABS(C11),ABS(D11))',format_table_headers) 157SHEET1.write('E12','=IF(ABS(C12)>ABS(D12),ABS(C12),ABS(D12))',format_table_headers) 158SHEET1.write('E13','=IF(ABS(C13)>ABS(D13),ABS(C13),ABS(D13))',format_table_headers) 159SHEET1.write('E14','=IF(ABS(C14)>ABS(D14),ABS(C14),ABS(D14))',format_table_headers) 160SHEET1.write('E15','=IF(ABS(C15)>ABS(D15),ABS(C15),ABS(D15))',format_table_headers) 161SHEET1.write('E16','=IF(ABS(C16)>ABS(D16),ABS(C16),ABS(D16))',format_table_headers)162163164# CREATE A PLOT OF EXPANSION VERSUS PIPE WALL THICKNESS165chart = workbook.add_chart({'type': 'line'})166167# Add a series to the chart.168chart.add_series({169        'name': 'Thermal Expansion',170        'categories':'=Summary!$B$11:$B$16',            #Thickness in x-axis171        'values': '=Summary!$E$11:$E$16',172        'line':{'color':'blue'}})                       #Expansion in y-axis173chart.set_title({'name': 'Thermal Expansion',})174chart.set_x_axis({'name': 'Pipeline Wall Thickness(mm)',})175chart.set_y_axis({'name': 'Thermal Expansion(mm)',})176chart.set_style(9)177178# Insert the chart into the worksheet.179SHEET1.insert_chart('F8', chart)180output3()181182# closes the workbook once all data is written183workbook.close()184185# opens the resultant spreadsheet186os.startfile(execFile)187188# parameteric study completed189190191192193194195196
...

xiknolik.py

Source:xiknolik.py

1import random2print('Hi you play Tic Tac Toe\n')3def print_tablo():4	5	print('\n\n     ',all_steps[0],'|',all_steps[1],'|',all_steps[2],'')6	print('     --- --- ---')7	print('     ',all_steps[3],'|',all_steps[4],'|',all_steps[5],'')8	print('     --- --- ---')9	print('     ',all_steps[6],'|',all_steps[7],'|',all_steps[8],' \n\n')10	11def start():12	while True:13		14		global choice15		global steps	16		global all_steps17		steps = []18		all_steps = [1,2,3,4,5,6,7,8,9]19		print('')20		x=input('You want (X) or (O)  ')21		choice = x.upper()22		if choice == 'X' or choice == 'O':23			break24		else:25			print('You dont input (X) or (O) ')26def player():27	while True:28		print("")29		try:30			players_step = int(input('Where you want write: '))31			if players_step in range(1,10):32				if players_step not in steps:33					steps.append(players_step)34					result = players_step -135					all_steps[result] = choice36					break37				else:38					print('This place is busy')39		except ValueError:40			print("Input a correct number ")41def comp():42	while True:43		comp_step = random.randint(1,9)44		if comp_step not in steps:45			steps.append(comp_step)46			print("Comp step",comp_step)47			result_comp = comp_step -148			if choice == 'X':49				all_steps[result_comp] = 'O'50			else:51				all_steps[result_comp] = 'X'52			break53			54def game():55	while True:56		if (all_steps[0] == all_steps[1] == all_steps[2] == "X" or57			all_steps[3] == all_steps[4] == all_steps[5] == "X" or58			all_steps[6] == all_steps[7] == all_steps[8] == "X" or59			all_steps[0] == all_steps[4] == all_steps[8] == "X" or60			all_steps[2] == all_steps[4] == all_steps[6] == "X" or61			all_steps[0] == all_steps[3] == all_steps[6] == "X" or62			all_steps[1] == all_steps[4] == all_steps[7] == "X" or63			all_steps[2] == all_steps[5] == all_steps[8] == "X" ):64			print('WIN X')65			break66		elif len(steps) == 9:67			print('NOBODY WIN')	68			break69		elif(all_steps[0] == all_steps[1] == all_steps[2] == "O" or70			 all_steps[3] == all_steps[4] == all_steps[5] == "O" or71			 all_steps[6] == all_steps[7] == all_steps[8] == "O" or72			 all_steps[0] == all_steps[4] == all_steps[8] == "O" or73			 all_steps[2] == all_steps[4] == all_steps[6] == "O" or74			 all_steps[0] == all_steps[3] == all_steps[6] == "O" or75			 all_steps[1] == all_steps[4] == all_steps[7] == "O" or76			 all_steps[2] == all_steps[5] == all_steps[8] == "O"):		77			 print('WIN O ')78			 break79		elif len(steps) == 9:80			print('NOBODY WIN')81			break82		else:83			return True84def play():85	start()86	print_tablo()87	while True:88		if choice == 'X':89			player()90			print_tablo()91			if not game():92				break93			comp()94			print_tablo()95			if not game():96				break						97		else:98			comp()99			print_tablo()100			if not game():101				break102			player()103			print_tablo()104			if not game():105				break106play()							 107def play_again():108	while True:109		answer = input('You want play again yes(y) or no? ') == 'y'110		if answer:111			play()112		else:113			break...

file_xo.py

Source:file_xo.py

1import random as r2print('\n\t\t   HI YOU PLAYED GAME TIC TAC  TOK')3all_steps = [1,2,3,4,5,6,7,8,9]4steps = []5def print_tablo():6	print('      ____________________________')7	print('		|',all_steps[0],'|',all_steps[1],'|',all_steps[2],'|')8	print('      ____________________________')9	print('		|',all_steps[3],'|',all_steps[4],'|',all_steps[5],'|')10	print('      ____________________________')11	print('		|',all_steps[6], '|',all_steps[7] ,'|',all_steps[8],'|')12	print('      ____________________________')13def player():14	while True:15		player_steps = int( input('             WHERE YOU WANT WRITE:'))16		if player_steps not in steps:17			steps.append(player_steps)18			result = player_steps -119			all_steps[result] = 'x'20			break21def bot():22	while True:23		bot_comp= r.randint(1,9)24		if bot_comp not in steps:25			steps.append(bot_comp)26			print('              comp step',bot_comp)27			result = bot_comp -128			all_steps[result] = 'O'29			break30while True:	31	print_tablo()32	player()33	print_tablo()...

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