def initTest():
global mode
print("init")
if O.iter>0:
O.wait();
O.loadTmp('initial')
print("Reversing plot data"); plot.reverseData()
maxStrainRate=Vector3(1,1,1);
goal=Vector3(1,1,1);
if not biaxial: # uniaxial
maxStrainRate[axis]=abs(strainRateTension) if mode=='tension' else abs(strainRateCompression)
maxStrainRate[ax1]=maxStrainRate[ax2]=1000*maxStrainRate[axis]
goal[axis]=1 if mode=='tension' else -1;
else:
maxStrainRate[axis]=abs(strainRateTension) if mode=='tension' else abs(strainRateCompression)
maxStrainRate[ax1]=maxStrainRate[axis]
maxStrainRate[ax2]=1000*maxStrainRate[axis]
goal[axis]=1 if mode=='tension' else -1;
goal[ax1]=goal[axis]
strainer.maxStrainRate=maxStrainRate
strainer.goal=goal
try:
from woo import qt
renderer=qt.Renderer()
renderer.scaleDisplacements=True
renderer.displacementScale=(1000,1000,1000) if mode=='tension' else (100,100,100)
except ImportError: pass
print("init done, will now run.")
O.step(); O.step(); # to create initial contacts
# now reset the interaction radius and go ahead
ss2d3dg.distFactor=-1.
is2aabb.aabbEnlargeFactor=-1.
O.run()
def initTest():
global mode
print("init")
if O.iter>0:
O.wait();
O.loadTmp('initial')
print("Reversing plot data"); plot.reverseData()
maxStrainRate=Vector3(1,1,1);
goal=Vector3(1,1,1);
if not biaxial: # uniaxial
maxStrainRate[axis]=abs(strainRateTension) if mode=='tension' else abs(strainRateCompression)
maxStrainRate[ax1]=maxStrainRate[ax2]=1000*maxStrainRate[axis]
goal[axis]=1 if mode=='tension' else -1;
else:
maxStrainRate[axis]=abs(strainRateTension) if mode=='tension' else abs(strainRateCompression)
maxStrainRate[ax1]=maxStrainRate[axis]
maxStrainRate[ax2]=1000*maxStrainRate[axis]
goal[axis]=1 if mode=='tension' else -1;
goal[ax1]=goal[axis]
strainer.maxStrainRate=maxStrainRate
strainer.goal=goal
try:
from woo import qt
renderer=qt.Renderer()
renderer.scaleDisplacements=True
renderer.displacementScale=(1000,1000,1000) if mode=='tension' else (100,100,100)
except ImportError: pass
print("init done, will now run.")
O.step(); O.step(); # to create initial contacts
# now reset the interaction radius and go ahead
ss2d3dg.distFactor=-1.
is2aabb.aabbEnlargeFactor=-1.
O.run()
def initTest():
global mode
print "init"
if O.iter > 0:
O.wait()
O.loadTmp('initial')
print "Reversing plot data"
plot.reverseData()
else:
plot.plot()
strainer.strainRate = abs(
strainRateTension
) if mode == 'tension' else -abs(strainRateCompression)
try:
from woo import qt
renderer = qt.Renderer()
renderer.dispScale = (1000, 1000,
1000) if mode == 'tension' else (100, 100, 100)
except ImportError:
pass
print "init done, will now run."
O.step()
# to create initial contacts
# now reset the interaction radius and go ahead
if not scGeom: ss2d3dg.distFactor = -1.
else: ss2sc.interactionDetectionFactor = 1.
is2aabb.aabbEnlargeFactor = -1.
O.run()
def initTest():
global mode
print "init"
if O.iter>0:
O.wait();
O.loadTmp('initial')
print "Reversing plot data"; plot.reverseData()
else: plot.plot()
strainer.strainRate=abs(strainRateTension) if mode=='tension' else -abs(strainRateCompression)
try:
from woo import qt
renderer=qt.Renderer()
renderer.dispScale=(1000,1000,1000) if mode=='tension' else (100,100,100)
except ImportError: pass
print "init done, will now run."
O.step(); # to create initial contacts
# now reset the interaction radius and go ahead
if not scGeom: ss2d3dg.distFactor=-1.
else: ss2sc.interactionDetectionFactor=1.
is2aabb.aabbEnlargeFactor=-1.
O.run()
