# import os
import basicCaraTestClass as BCTC
'''
Written by Thomas Rice Research QA - Any Questions Please Ask - [email protected] 27/07/2016
'''
#CameraSolver creation and solve
node = BCTC.createNode('C_CameraSolver1_0')
BCTC.loadImages(node)
BCTC.CS_matchCameras(node)
BCTC.CS_solveCameras(node)
#ColourMatcher creation and solve
Snode = BCTC.createNode('C_Stitcher1_0')
BCTC.setExportOption(Snode, 0)
BCTC.exportSelection(Snode)
nodeConnectionSet = BCTC.checkNodeConnections("C_Stitcher1", "STMap2")
#The Format and connections that should be present
originalNodes = set([('Grade8', 'Exposure1'), ('STMap2', ),
('BlackOutside1', 'STMap2')])
result = nodeConnectionSet.difference(originalNodes)
if result != set([]):
nuke.tprint(
'Test failed as the there was a difference in the node connections, they were .. ',
result)
sys.exit(1)
else:
nuke.tprint('Test passed as there were no differences in the two sets')
# import os
import basicCaraTestClass as BCTC
'''
Written by Thomas Rice Research QA - Any Questions Please Ask - [email protected] 27/07/2016
'''
#CameraSolver creation and solve
node = BCTC.createNode('C_CameraSolver1_0')
BCTC.loadImages(node)
BCTC.CS_matchCameras(node)
BCTC.CS_solveCameras(node)
#ColourMatcher creation and solve
CMnode = BCTC.createNode('C_ColourMatcher1_0')
BCTC.CM_Analyse(CMnode)
BCTC.setExportOption(CMnode, 0)
BCTC.exportSelection(CMnode)
nodeConnectionSet = BCTC.checkNodeConnections("C_ColourMatcher1", "Exposure1")
#The Format and connections that should be present
originalNodes = set([
('Grade7', 'Exposure1')
])
result = nodeConnectionSet.difference(originalNodes)
if result != set([]):
nuke.tprint('Test failed as the there was a difference in the node connections, they were .. ' , result )
# import os
# os.chdir("/Users/Tom/Desktop/Python/nuketests/Tests/Apps/Nuke/TestUnits/CaraVR/Tests")
import basicCaraTestClass as BCTC
'''
Written by Thomas Rice Research QA - Any Questions Please Ask - [email protected] 27/07/2016
To Do:
- Find a way to get into the group and list the nodes
'''
node = BCTC.createNode('C_CameraSolver1_0')
BCTC.loadImages(node)
BCTC.CS_matchCameras(node)
BCTC.CS_solveCameras(node)
BCTC.setExportOption(node, 3)
BCTC.exportSelection(node)
nodeConnectionSet = set()
#As we create groups of nodes with this operation we will need to go into it to check what's in there.
goIntoGroup = nuke.toNode("RigWorkflow2D")
with goIntoGroup:
#Get all of the inputs so we can check their connections
inputGroup = nuke.allNodes('Input')
for node in inputGroup:
nodeConnectionSet.update(
BCTC.checkNodeConnections(node.name(), "Output1"))
# The Format and connections that should be present
originalNodes = set([('AlphaMaskGenerator', 'C_SphericalTransform7',
'JoinViews1', 'C_Blender1', 'Output1'),
('AlphaMaskGenerator5', 'C_SphericalTransform5',
# import os
import basicCaraTestClass as BCTC
'''
Written by Thomas Rice Research QA - Any Questions Please Ask - [email protected] 27/07/2016
'''
#CameraSolver creation and solve
node = BCTC.createNode('C_CameraSolver1_0')
BCTC.loadImages(node)
BCTC.CS_matchCameras(node)
BCTC.CS_solveCameras(node)
#ColourMatcher creation and solve
Tnode = BCTC.createNode('C_Tracker1_0')
BCTC.setExportOption(Tnode, 1)
BCTC.exportSelection(Tnode)
nodeConnectionSet = BCTC.checkNodeConnections("C_CameraSolver1", "C_SphericalTransform_MatchMove1")
#The Format and connections that should be present
originalNodes = set([
('C_SphericalTransform_MatchMove1',),
('C_Tracker1', 'C_SphericalTransform_MatchMove1')])
result = nodeConnectionSet.difference(originalNodes)
if result != set([]):
nuke.tprint('Test failed as the there was a difference in the node connections, they were .. ' , result )
