test.py File Reference

Go to the source code of this file.

Namespaces
namespace	test

Variables
bool	test.compute = True
	test.periodicImageMatrix = np.array([[0,0,0],[1,1,1],[2,2,2],[4,4,4]])
int	test.EwaldLengthDivisions = 2
	test.curDir = os.getcwd()
	test.microstrucureFile = getStringInFile('inputFiles/initialMicrostructure.txt','microstructureFile')
str	test.microstrucureFileName = curDir+'/inputFiles/'+microstrucureFile
str	test.ddFileName = curDir+'/inputFiles/DD.txt'
	test.periodicImageSize = periodicImageMatrix[k]
	test.EwaldLengthFactors = np.linspace(0.0, 1.0, num=EwaldLengthDivisions)
	test.EwaldLengthFactor = EwaldLengthFactors[c];
float	test.E = X*0.0;
float	test.S11 = X*0.0;
float	test.S12 = X*0.0;
float	test.S13 = X*0.0;
float	test.S22 = X*0.0;
float	test.S23 = X*0.0;
float	test.S33 = X*0.0;
	test.x = X[k]
	test.F
	test.Flabels
	test.aux = readAUXtxt('config/ddAux_0')
	test.data = np.empty([np.size(X),8])
str	test.outFileName = 'data'+'_'+str(periodicImageSize[0])+'_'+str(periodicImageSize[1])+'_'+str(periodicImageSize[2])+'_'+str(EwaldLengthFactor)+'.txt'
	test.dataDict = dict()
	Load data into dictionary for plotting.
str	test.key = str(periodicImageSize[0])+'_'+str(periodicImageSize[1])+'_'+str(periodicImageSize[2])+'_'+str(EwaldLengthFactor)
str	test.FileName = 'data_'+key+'.txt'
list	test.fields = ['energy','sigma11','sigma22','sigma33','sigma23','sigma13','sigma12']
list	test.fieldLabels = ['elastic energy $[\mu b^3]$','$\sigma_{11}$ $[\mu]$','$\sigma_{22}$ $[\mu]$','$\sigma_{33}$ $[\mu]$','$\sigma_{23}$ $[\mu]$','$\sigma_{13}$ $[\mu]$','$\sigma_{12}$ $[\mu]$']
	test.bbox_inches