def build(mas):
'''Given a MasSpec object describing a Massive setup, updated and
create the described Massive entities. For now only locators are supported.
'''
# List of Massive Group objects
msvGroups = []
# Counter used to keep track of the number of locators updated
# in the corresponding Massive Group. If this number is greater
# than or equal to Group.n_locator, we need to create a new
# Locator, otherwise we can just update an existing Locator.
msvGroupCounts = []
# Find Massive Groups for each of the group mentioned
for g in mas.groups:
if g.id >= len(msvGroups):
msvGroups.extend([None] * (g.id - len(msvGroups) + 1))
msvGroups[g.id] = massive.find_group(g.name)
msvGroupCounts.append(0)
updated = 0
created = 0
for locator in mas.locators:
msvGroup = msvGroups[locator.group]
if not msvGroup:
continue
locatorId = msvGroupCounts[locator.group]
if locatorId < msvGroup.n_locator:
# Update the corresponding Locator
updated += 1
msvLocator = msvGroup.get_locator(locatorId)
else:
# Create a new Locator
created += 1
msvLocator = msvGroup.add_locator()
msvGroupCounts[locator.group] += 1
msvLocator.px = locator.position[0]
msvLocator.py = locator.position[1]
msvLocator.pz = locator.position[2]
# Refresh the view port
massive.redraw_view()
print >> sys.stderr, "Created %d locators" % created
print >> sys.stderr, "Updated %d locators" % updated
def build( mas ): '''Given a MasSpec object describing a Massive setup, updated and create the described Massive entities. For now only locators are supported. ''' # List of Massive Group objects msvGroups = [] # Counter used to keep track of the number of locators updated # in the corresponding Massive Group. If this number is greater # than or equal to Group.n_locator, we need to create a new # Locator, otherwise we can just update an existing Locator. msvGroupCounts = [] # Find Massive Groups for each of the group mentioned for g in mas.groups: if g.id >= len(msvGroups): msvGroups.extend([ None ] * (g.id - len(msvGroups) + 1)) msvGroups[g.id] = massive.find_group(g.name) msvGroupCounts.append(0) updated = 0 created = 0 for locator in mas.locators: msvGroup = msvGroups[locator.group] if not msvGroup: continue locatorId = msvGroupCounts[locator.group] if locatorId < msvGroup.n_locator: # Update the corresponding Locator updated += 1 msvLocator = msvGroup.get_locator(locatorId) else: # Create a new Locator created += 1 msvLocator = msvGroup.add_locator() msvGroupCounts[locator.group] += 1 msvLocator.px = locator.position[0] msvLocator.py = locator.position[1] msvLocator.pz = locator.position[2] # Refresh the view port massive.redraw_view() print >> sys.stderr, "Created %d locators" % created print >> sys.stderr, "Updated %d locators" % updated
def dump(fileHandle, groups):
'''Look through the Massive scene and dump to fileHandle, in .mas format,
all of the Groups specified by 'groups' as well as their Locators.
'''
# The MasSpec object is an intermediary data format
# which MasWriter/MasReader write from and read to
mas = MasSpec.MasSpec()
for name in groups:
# Find the named Massive Group
group = massive.find_group(name)
if not group:
continue
id = len(mas.groups)
mas.groups.append(MasSpec.Group(id, name))
# Add each of the Group's locators to the MasSpec
for i in range(group.n_locator):
locator = group.get_locator(i)
position = (locator.px, locator.py, locator.pz)
mas.locators.append(MasSpec.Locator(id, position))
# Dump the data to fileHandle
MasWriter.write(fileHandle, mas)
def dump( fileHandle, groups ): '''Look through the Massive scene and dump to fileHandle, in .mas format, all of the Groups specified by 'groups' as well as their Locators. ''' # The MasSpec object is an intermediary data format # which MasWriter/MasReader write from and read to mas = MasSpec.MasSpec() for name in groups: # Find the named Massive Group group = massive.find_group(name) if not group: continue id = len(mas.groups) mas.groups.append(MasSpec.Group(id, name)) # Add each of the Group's locators to the MasSpec for i in range(group.n_locator): locator = group.get_locator(i) position = (locator.px, locator.py, locator.pz) mas.locators.append(MasSpec.Locator(id, position)) # Dump the data to fileHandle MasWriter.write(fileHandle, mas)
