else:
svar = "s_{i}"
if type == 'liftdrag':
q = "L"
else:
q = "F"
label = r'$\frac{\partial ' + q + '_' + dir + '}{\partial ' + svar + '}$'
# label=r"$"+label+"$"
return label
os.system("rm -rf ./results/Ma*/*")
MainText("\nREADING INPUT-FILES")
machvalues, anglevalues, perturbvals, NUMMACH, NUMANGLES, NUMPERTURB = ReadInputFiles(
'scriptinput/')
MainText("\nSTART PlOTTING")
for type in ['liftdrag', 'force']:
for index_mach in range(1, NUMMACH + 1):
if not os.path.exists("./results/Ma" +
str(machvalues[index_mach - 1])):
os.makedirs("./results/Ma" + str(machvalues[index_mach - 1]))
readmefile = open(
'./results/Ma' + str(machvalues[index_mach - 1]) + '/README.md',
'a+')
for index_angle in range(1, NUMANGLES + 1):
plotfile = './results/Ma' + str(
machvalues[index_mach - 1]) + '/' + type + '_angle' + str(
#!/usr/bin/python3
import os as os
import sys
sys.path.append('../')
from functionlib import extractLifts, doFD, writeCSVana
from functionlib2 import MainText, ReadInfo
os.system("rm -rf ./results/*")
MainText("\nREADING INPUT FILE")
dic = ReadInfo('info')
NUMANGLES = dic['NUMANGLES']
NUMPERTURB = dic['NUMPERTURB']
NUMMACH = dic['NUMMACH']
NUMSHAPEVARS = dic['NUMSHAPEVARS']
perturbvals = []
with open('scriptinput/perturbations') as f:
for line in f.readlines():
perturbvals.append(float(line))
MainText("STARTING CALCULATIONS")
for index_mach in range(1, NUMMACH + 1):
for index_angle in range(1, NUMANGLES + 1):
for index_shapevar in range(1, NUMSHAPEVARS + 1):
csvfilename = 'results/sim_' + str(index_mach) + '_' + str(
index_angle) + '_' + str(index_shapevar) + '.csv'
with open(csvfilename, 'w') as resultfile:
resultfile.write("absvar-value,dLx,dLy\n")
#!/usr/bin/python
import os as os
import sys
sys.path.append("../")
from functionlib import extractLifts, doFD, writeCSVana
from functionlib2 import MainText, ReadInfo, ReadInputFiles
os.system("rm -rf ./results/*")
#The following lines reads integer key-value pairs from a text file
MainText('\nREADING INPUT-FILES')
machnums, angles, shapevars, perturbvals, NUMMACH, NUMANGLES, NUMSHAPEVARS, NUMPERTURB = ReadInputFiles(
'scriptinput/')
MainText('STARTING CALCULATIONS')
for type in ['force', 'liftdrag']:
for index_mach in range(1, NUMMACH + 1):
for index_angle in range(1, NUMANGLES + 1):
for index_shapevar in range(1, NUMSHAPEVARS + 1):
csvfilename = 'results/sim_' + str(index_mach) + '_' + str(
index_angle) + '_' + str(
index_shapevar) + '_' + type + '.csv'
print('\033[4mMACH: ' + machnums[index_mach - 1] +
' ANGLE: ' + angles[index_angle - 1] +
' SHAPEVAR: ' + shapevars[index_shapevar - 1] +
'\033[00m')
with open(csvfilename, 'w') as resultfile:
resultfile.write("absvar-value,dLx,dLy\n")