def __init__(self, files = None):
bpps = []
fout = open(os.getcwd()+'\\'+ 'worklevels.out', 'w')
fout.writelines('** plastic maximum work and plastic strain contour **\n')
fout.writelines('filename Sig_ratio Eps_ratio ')
fout.writelines('Epsx Epsy Epsxpl Epsypl ')
fout.writelines('Sigx Sigy max pl_work \n')
if files == None:
files = glob.glob('*.csv')
else : pass
for i in range(len(files)):
temp = bpp.biaxial(filename=files[i],path=os.getcwd(),
modulusx = 337585., modulusy = 297914.)
maxplwork, maxEx, maxEy, maxExpl, maxEypl, maxSx, maxSy = temp.total_work()
stressratio = []
strainratio = []
try:
stressratio.append(temp.uni.stressratio[0])
except IndexError:
stressratio.append('0')
stressratio.append('0')
try:
strainratio.append(temp.uni.strainratio[0])
except IndexError:
print 'no proper ratio was found'
raw_input('press enter ')
else:
strainratio.append(temp.uni.strainratio[1])
else:
stressratio.append(temp.uni.stressratio[1])
strainratio.append('0')
strainratio.append('0')
fout.write(files[i][0:29].ljust(30))
fout.write(str(stressratio[0]).ljust(3))
fout.write(str(stressratio[1]).ljust(5))
fout.write(str(strainratio[0]).ljust(3))
fout.write(str(strainratio[1]).ljust(5))
fout.write('{0:.5f}'.format(maxEx).rjust(10))
fout.write('{0:.5f}'.format(maxEy).rjust(12))
fout.write('{0:.5f}'.format(maxExpl).rjust(12))
fout.write('{0:.5f}'.format(maxEypl).rjust(14))
fout.write('{0:.5f}'.format(maxSx).rjust(14))
fout.write('{0:.5f}'.format(maxSy).rjust(15))
fout.write('{0:.4f}'.format(maxplwork).rjust(12)+'\n')
del temp, maxplwork, maxEx, maxEy, maxExpl, maxEypl
fout.close()
def __init__(self, workmax=0.1, sigxl='avg', sigyl='avg', epsxl='plavg', epsyl='plavg',
inc=0.1, filename=None, path=None, modulusx=None, modulusy=None, iplot=True):
step = int(workmax/inc)
current_work = 0
if path == None: path = os.getcwd()
pp = bpp.biaxial(filenae=filename, path=path, modulusx=modulusx, modulusy=modulusy)
fout = open(path + '\\' + filename.split('.')[0] + '.wrk', 'w')
fout.writelines('** Work vs Sig and theta contour\n')
fout.writelines('**\n')
fout.writelines(' six sigy work theta\n')
while True:
current_work = current_work + inc
if current_work > workmax: break
sigx, sigy, theta = pp.yield_vector(sigxl=sigxl, sigyl=sigyl, epsxl=epsxl,
epsyl=epsyl, w = current_work, color='k',
alpha=0.5, marker='o', iplot=iplot)
fout.write('%8.4f %8.4f %8.4f %8.4f \n' %(sigx, sigy, current_work, theta))
fout.close()
