import cameraSolverTemplate as CST import basicCaraTestClass as BCTC #Setup a cameraSolver and readnodes all connected from the template class CS = CST.cameraSolverTemplate(__file__) #Return the node created - In this case C_CameraSolver node = CS.returnNode() ''' Variables ''' BCTC.CS_chooseRigPreset(node, 'PRO14 - H3') #Write out the result and then compare that with the reference images CS.compare()
import cameraSolverTemplate as CST import basicCaraTestClass as BCTC #Setup a cameraSolver and readnodes all connected from the template class CS = CST.cameraSolverTemplate(__file__) #Return the node created - In this case C_CameraSolver node = CS.returnNode() ''' Variables ''' BCTC.CS_chooseRigPreset(node, 'F360B - H3') #Write out the result and then compare that with the reference images CS.compare()
BCTC.loadImages(node)
#Create a write node
write = BCTC.createNode('Write')
#Set the generic stuff
setWriteNode(write)
#Get all the presets in the cameraSolver node
rigPresetList = []
for i in node['rigPreset'].values():
rigPresetList.append(i)
for preset in rigPresetList:
print preset
#Ignore all the presets that need inputs
if 'Custom' in preset:
pass
elif 'PTGui (.pts)' in preset:
pass
elif 'Nokia' in preset:
pass
else:
BCTC.CS_chooseRigPreset(node, preset)
modPreset = preset.split(" ")
for item in filesToMake:
if modPreset[0] in item:
# filePath = ('/Users/macadmin/Desktop/tmp/{}.%V.exr').format(item)
# filePath = ('/Volumes/netqa/Testing/TestHarness/Research/CaraVR/Import_Presets/{}.%V.exr').format(item)
filePath = ('/Users/Tom/Desktop/{}.%V.exr').format(item)
write['file'].setValue(filePath)
nuke.execute(write, 1, 1)
import cameraSolverTemplate as CST import basicCaraTestClass as BCTC #Setup a cameraSolver and readnodes all connected from the template class CS = CST.cameraSolverTemplate(__file__) #Return the node created - In this case C_CameraSolver node = CS.returnNode() ''' Variables ''' BCTC.CS_chooseRigPreset(node, 'iZugar Z3X') #Write out the result and then compare that with the reference images CS.compare()
import cameraSolverTemplate as CST import basicCaraTestClass as BCTC #Setup a cameraSolver and readnodes all connected from the template class CS = CST.cameraSolverTemplate(__file__) #Return the node created - In this case C_CameraSolver node = CS.returnNode() ''' Variables ''' BCTC.CS_chooseRigPreset(node, 'Jaunt ONE') #Write out the result and then compare that with the reference images CS.compare()