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test_utils.py
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test_utils.py
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# <pep8 compliant>
# Written by Stephan Vedder and Michael Schnabel
from shutil import copyfile
from io_mesh_w3d.export_utils import *
from io_mesh_w3d.import_utils import *
from tests.shared.helpers.animation import *
from tests.shared.helpers.collision_box import *
from tests.shared.helpers.hierarchy import *
from tests.shared.helpers.hlod import *
from tests.shared.helpers.mesh import *
from tests.shared.helpers.mesh_structs.shader_material import *
from tests.utils import *
from tests.w3d.helpers.compressed_animation import *
from tests.w3d.helpers.dazzle import *
from tests.w3d.helpers.mesh_structs.shader import *
from tests.w3d.helpers.mesh_structs.vertex_material import *
from os.path import dirname as up
class TestUtils(TestCase):
def test_vertex_material_roundtrip(self):
mesh = get_mesh()
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
for source in mesh.vert_materials:
(material, _) = create_material_from_vertex_material(
self, mesh.name(), source)
actual = retrieve_vertex_material(material)
compare_vertex_materials(self, source, actual)
def test_vertex_material_no_attributes_roundtrip(self):
mesh = get_mesh()
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
for source in mesh.vert_materials:
source.vm_info.attributes = 0
(material, _) = create_material_from_vertex_material(
self, mesh.name(), source)
actual = retrieve_vertex_material(material)
compare_vertex_materials(self, source, actual)
def test_shader_material_roundtrip(self):
mesh = get_mesh()
mesh.shader_materials = [get_shader_material()]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
for source in mesh.shader_materials:
(material, _) = create_material_from_shader_material(
self, mesh.name(), source)
principled = node_shader_utils.PrincipledBSDFWrapper(material, is_readonly=True)
actual = retrieve_shader_material(material, principled)
compare_shader_materials(self, source, actual)
def test_duplicate_shader_material_roundtrip(self):
mesh = get_mesh()
mesh.shader_materials = [get_shader_material(), get_shader_material()]
materials = []
for mat in mesh.shader_materials:
(material, _) = create_material_from_shader_material(self, 'meshName', mat)
materials.append(material)
self.assertEqual(1, len(bpy.data.materials))
self.assertTrue('meshName.ShaderMaterial.fx' in bpy.data.materials)
for expected in mesh.shader_materials:
principled = node_shader_utils.PrincipledBSDFWrapper(material, is_readonly=True)
actual = retrieve_shader_material(material, principled)
compare_shader_materials(self, expected, actual)
def test_shader_material_w3x_roundtrip(self):
mesh = get_mesh()
mesh.shader_materials = [get_shader_material(w3x=True)]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
for source in mesh.shader_materials:
(material, _) = create_material_from_shader_material(
self, mesh.name(), source)
principled = node_shader_utils.PrincipledBSDFWrapper(material, is_readonly=True)
actual = retrieve_shader_material(material, principled, w3x=True)
compare_shader_materials(self, source, actual)
def test_shader_material_w3x_rgb_colors_roundtrip(self):
mesh = get_mesh()
mesh.shader_materials = [get_shader_material(w3x=True, rgb_colors=True)]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
for source in mesh.shader_materials:
(material, _) = create_material_from_shader_material(
self, mesh.name(), source)
principled = node_shader_utils.PrincipledBSDFWrapper(material, is_readonly=True)
actual = retrieve_shader_material(material, principled, w3x=True)
for prop in source.properties:
if prop.name in ['ColorAmbient', 'ColorEmissive']:
prop.type = 5
prop.value = RGBA(vec=prop.value, a=255)
elif prop.name in ['ColorDiffuse', 'ColorSpecular']:
prop.type = 5
prop.value = RGBA(vec=prop.value, a=0)
compare_shader_materials(self, source, actual)
def test_shader_material_w3x_two_tex_roundtrip(self):
mesh = get_mesh()
mesh.shader_materials = [get_shader_material(w3x=True, two_tex=True)]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
for source in mesh.shader_materials:
(material, _) = create_material_from_shader_material(
self, mesh.name(), source)
principled = node_shader_utils.PrincipledBSDFWrapper(material, is_readonly=True)
actual = retrieve_shader_material(material, principled, w3x=True)
compare_shader_materials(self, source, actual)
def test_default_shader_material_properties_are_not_exported(self):
mesh = get_mesh(shader_mats=True)
mesh.shader_materials[0].properties = []
(material, principled) = create_material_from_shader_material(self, mesh.name(), mesh.shader_materials[0])
actual = retrieve_shader_material(material, principled, w3x=False)
self.assertEqual(0, len(actual.properties))
actual = retrieve_shader_material(material, principled, w3x=True)
self.assertEqual(0, len(actual.properties))
def test_shader_material_minimal_roundtrip(self):
mesh = get_mesh()
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
for source in mesh.shader_materials:
source.properties = []
(material, _) = create_material_from_shader_material(
self, mesh, source)
principled = retrieve_principled_bsdf(material)
actual = retrieve_shader_material(material, principled)
source.properties = get_shader_material_properties_minimal()
compare_shader_materials(self, source, actual)
def test_shader_roundtrip(self):
mesh = get_mesh()
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
(material, _) = create_material_from_vertex_material(
self, mesh.name(), mesh.vert_materials[0])
expected = mesh.shaders[0]
set_shader_properties(material, expected)
actual = retrieve_shader(material)
compare_shaders(self, expected, actual)
def test_boxes_roundtrip(self):
hlod = get_hlod()
hlod.lod_arrays[0].sub_objects.append(
get_hlod_sub_object(bone=1, name='containerName.WORLDBOX'))
hierarchy = get_hierarchy()
meshes = []
boxes = [get_collision_box(), get_collision_box(
'containerName.WORLDBOX')]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
create_data(self, meshes, hlod, hierarchy, boxes)
self.compare_data([], None, None, boxes)
def test_dazzles_roundtrip(self):
hlod = get_hlod(hierarchy_name='containerName')
hlod.lod_arrays[0].header.model_count = 3
hlod.lod_arrays[0].sub_objects = [
get_hlod_sub_object(bone=1, name='containerName.Backlight'),
get_hlod_sub_object(bone=2, name='containerName.Headlight'),
get_hlod_sub_object(bone=3, name='containerName.Blinklight')]
hierarchy = get_hierarchy(name='containerName')
hierarchy.header.num_pivots = 4
hierarchy.pivots = [
get_roottransform(),
get_hierarchy_pivot(name='BacklightPivot', parent=0),
get_hierarchy_pivot(name='HeadlightPivot', parent=1),
get_hierarchy_pivot(name='Blinklight', parent=1)]
meshes = []
dazzles = [get_dazzle(name='containerName.Backlight', type='REN_BRAKELIGHT'),
get_dazzle(name='containerName.Headlight', type='REN_HEADLIGHT'),
get_dazzle(name='containerName.Blinklight', type='REN_HEADLIGHT')]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
create_data(self, [], hlod, hierarchy, [], None, None, dazzles)
self.compare_data([], hlod, hierarchy, [], None, None, dazzles)
def test_hierarchy_roundtrip(self):
hierarchy = get_hierarchy()
hlod = get_hlod()
boxes = [get_collision_box()]
meshes = [
get_mesh(name='sword', skin=True),
get_mesh(name='soldier', skin=True),
get_mesh(name='TRUNK'),
get_mesh(name='PICK')]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
create_data(self, meshes, hlod, hierarchy, boxes)
self.compare_data([], None, hierarchy)
def test_hierarchy_only_roundtrip(self):
hierarchy = get_hierarchy()
create_data(self, [], None, hierarchy)
self.compare_data([], None, hierarchy)
def test_hierarchy_roundtrip_pivot_order_is_correct(self):
hierarchy = get_hierarchy()
hierarchy.pivots = [
get_roottransform(),
get_hierarchy_pivot(name='bone_chassis01', parent=0),
get_hierarchy_pivot(name='bone_treadlf', parent=1),
get_hierarchy_pivot(name='bone_treadlr', parent=1),
get_hierarchy_pivot(name='bone_treadrf', parent=1),
get_hierarchy_pivot(name='bone_treadrr', parent=1),
get_hierarchy_pivot(name='bone_turret', parent=1),
get_hierarchy_pivot(name='bone_rocketpod', parent=6),
get_hierarchy_pivot(name='turret01', parent=7),
get_hierarchy_pivot(name='rocketlaunch01', parent=8),
get_hierarchy_pivot(name='turret02', parent=7),
get_hierarchy_pivot(name='rocketlaunch02', parent=10),
get_hierarchy_pivot(name='bone_rails', parent=6),
get_hierarchy_pivot(name='bone_barrel_01', parent=12),
get_hierarchy_pivot(name='muzzlefx01', parent=13),
get_hierarchy_pivot(name='muzzleflash_01', parent=13),
get_hierarchy_pivot(name='muzzleflash_02', parent=13),
get_hierarchy_pivot(name='ugrail_01', parent=13),
get_hierarchy_pivot(name='bone_barrel_02', parent=12),
get_hierarchy_pivot(name='muzzlefx02', parent=18),
get_hierarchy_pivot(name='ugrail_02', parent=18),
get_hierarchy_pivot(name='fxtrackslf', parent=1),
get_hierarchy_pivot(name='fxtrackslr', parent=1),
get_hierarchy_pivot(name='fxtracksrf', parent=1),
get_hierarchy_pivot(name='fxtracksrr', parent=1)]
hierarchy.header.num_pivots = len(hierarchy.pivots)
hlod = get_hlod()
hlod.lod_arrays[0].sub_objects = [
get_hlod_sub_object(bone=0, name='containerName.treadsback'),
get_hlod_sub_object(bone=0, name='containerName.treadsleft'),
get_hlod_sub_object(bone=0, name='containerName.treadsmove'),
get_hlod_sub_object(bone=0, name='containerName.treadsright'),
get_hlod_sub_object(bone=0, name='containerName.treadsstop'),
get_hlod_sub_object(bone=0, name='containerName.mammothtank'),
get_hlod_sub_object(bone=20, name='containerName.ugrail_02'),
get_hlod_sub_object(bone=17, name='containerName.ugrail_01'),
get_hlod_sub_object(bone=16, name='containerName.muzzleflash_02'),
get_hlod_sub_object(bone=15, name='containerName.muzzleflash_01'),
get_hlod_sub_object(bone=0, name='containerName.rocketpods'), ]
hlod.lod_arrays[0].header.model_count = len(hlod.lod_arrays[0].sub_objects)
meshes = [
get_mesh(name='treadsbaack', skin=True),
get_mesh(name='treadsleft', skin=True),
get_mesh(name='treadsmove', skin=True),
get_mesh(name='treadsright', skin=True),
get_mesh(name='treadsstop', skin=True),
get_mesh(name='mammothtank', skin=True),
get_mesh(name='ugrail_02'),
get_mesh(name='ugrail_01'),
get_mesh(name='muzzleflash_02'),
get_mesh(name='muzzleflash_01'),
get_mesh(name='rocketpods', skin=True)]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
create_data(self, meshes, hlod, hierarchy, [])
(actual_hiera, rig) = retrieve_hierarchy(self, 'containerName')
self.compare_data([], None, hierarchy)
def test_too_many_hierarchies_roundtrip(self):
hierarchy = get_hierarchy()
hierarchy2 = get_hierarchy(name='TestHierarchy2')
hlod = get_hlod()
boxes = [get_collision_box()]
meshes = [
get_mesh(name='sword', skin=True),
get_mesh(name='soldier', skin=True),
get_mesh(name='TRUNK'),
get_mesh(name='PICK')]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
create_data(self, meshes, hlod, hierarchy, boxes)
coll = get_collection(hlod)
rig2 = get_or_create_skeleton(hlod, hierarchy2, coll)
self.assertEqual(2, len(get_objects('ARMATURE')))
(actual_hiera, rig) = retrieve_hierarchy(self, 'containerName')
self.assertIsNone(actual_hiera)
self.assertIsNone(rig)
def test_hlod_roundtrip(self):
hlod = get_hlod()
boxes = [get_collision_box()]
hierarchy = get_hierarchy()
dazzles = [get_dazzle()]
meshes = [
get_mesh(name='sword', skin=True),
get_mesh(name='soldier', skin=True),
get_mesh(name='TRUNK'),
get_mesh(name='PICK')]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
create_data(self, meshes, hlod, hierarchy, boxes, None, None, dazzles)
self.compare_data([], hlod, hierarchy)
def test_mesh_only_hlod_roundtrip(self):
hlod = get_hlod()
hlod.header.hierarchy_name = 'containerName'
hlod.lod_arrays[0].header.model_count = 1
hlod.lod_arrays[0].sub_objects = [
get_hlod_sub_object(bone=0, name='containerName.tree')]
meshes = [get_mesh(name='tree')]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
create_data(self, meshes)
self.compare_data([], hlod)
def test_hlod_4_levels_roundtrip(self):
hlod = get_hlod_4_levels()
hlod.header.hierarchy_name = 'containerName'
hierarchy = get_hierarchy()
hierarchy.header.name = 'containerName'
hierarchy.pivots = [
get_roottransform(),
get_hierarchy_pivot(name='parent', parent=0),
get_hierarchy_pivot(name='child', parent=1)]
hierarchy.header.num_pivots = len(hierarchy.pivots)
meshes = [
get_mesh(name='mesh1'),
get_mesh(name='mesh2'),
get_mesh(name='mesh3'),
get_mesh(name='mesh1_1'),
get_mesh(name='mesh2_1'),
get_mesh(name='mesh3_1'),
get_mesh(name='mesh1_2'),
get_mesh(name='mesh2_2'),
get_mesh(name='mesh3_2'),
get_mesh(name='mesh1_3'),
get_mesh(name='mesh2_3'),
get_mesh(name='mesh3_3')]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
create_data(self, meshes, hlod, hierarchy)
self.compare_data(meshes, hlod, hierarchy)
def test_PICK_mesh_roundtrip(self):
hlod = get_hlod()
boxes = [get_collision_box()]
hierarchy = get_hierarchy()
meshes = [
get_mesh(name='sword', skin=True),
get_mesh(name='soldier', skin=True),
get_mesh(name='TRUNK'),
get_mesh(name='PICK')]
dazzles = [get_dazzle()]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
create_data(self, meshes, hlod, hierarchy, boxes, None, None, dazzles)
self.compare_data(meshes, hlod, hierarchy, boxes)
def test_mesh_is_child_of_mesh_roundtrip(self):
hlod = get_hlod()
hlod.header.hierarchy_name = 'containerName'
hlod.lod_arrays[0].sub_objects = [
get_hlod_sub_object(bone=1, name='containerName.parent'),
get_hlod_sub_object(bone=2, name='containerName.child')]
hlod.lod_arrays[0].header.model_count = len(
hlod.lod_arrays[0].sub_objects)
hierarchy = get_hierarchy()
hierarchy.header.name = 'containerName'
hierarchy.pivots = [
get_roottransform(),
get_hierarchy_pivot(name='parent', parent=0),
get_hierarchy_pivot(name='child', parent=1)]
hierarchy.header.num_pivots = len(hierarchy.pivots)
meshes = [
get_mesh(name='parent'),
get_mesh(name='child')]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
create_data(self, meshes, hlod, hierarchy)
self.compare_data(meshes, hlod, hierarchy)
def test_meshes_roundtrip(self):
hlod = get_hlod()
boxes = [get_collision_box()]
hierarchy = get_hierarchy()
meshes = [
get_mesh(name='sword', skin=True),
get_mesh(name='soldier', skin=True),
get_mesh(name='TRUNK', shader_mats=True),
get_mesh(name='PICK')]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.tga')
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture_nrm.tga')
create_data(self, meshes, hlod, hierarchy, boxes)
self.compare_data(meshes)
def test_mesh_too_many_vertex_groups_roundtrip(self):
hlod = get_hlod()
boxes = [get_collision_box()]
hierarchy = get_hierarchy()
meshes = [
get_mesh(name='sword', skin=True)]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.tga')
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture_nrm.tga')
create_data(self, meshes, hlod, hierarchy, boxes)
sword = bpy.context.scene.objects['sword']
sword.vertex_groups.new(name='number3')
sword.vertex_groups['number3'].add([3], 0.4, 'REPLACE')
self.compare_data(meshes)
def test_meshes_only_roundtrip(self):
meshes = [
get_mesh(name='wall'),
get_mesh(name='tower'),
get_mesh(name='tower2', shader_mats=True),
get_mesh(name='stone')]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture_nrm.dds')
create_data(self, meshes)
self.compare_data(meshes)
def test_meshes_roundtrip_has_only_shader_materials_on_w3x_export(self):
meshes = [
get_mesh(name='wall'),
get_mesh(name='tower'),
get_mesh(name='tower2', shader_mats=True),
get_mesh(name='stone')]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture_nrm.dds')
create_data(self, meshes)
(actual_hiera, rig) = retrieve_hierarchy(self, 'containerName')
self.file_format = 'W3X'
(actual_meshes, _) = retrieve_meshes(self, actual_hiera, rig, 'containerName')
self.assertEqual(len(meshes), len(actual_meshes))
for mesh in actual_meshes:
self.assertEqual(0, len(mesh.vert_materials))
self.assertEqual(0, len(mesh.shaders))
self.assertTrue(mesh.shader_materials)
def test_meshes_roundtrip_used_textures_are_correct(self):
expected = ['texture.dds', 'texture_nrm.dds', 'texture_spec.dds', 'texture_env.tga', 'texture_scroll.dds']
meshes = [
get_mesh(name='wall'),
get_mesh(name='tower'),
get_mesh(name='tower2', shader_mats=True),
get_mesh(name='stone')]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture_nrm.dds')
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture_spec.dds')
create_data(self, meshes)
(actual_hiera, rig) = retrieve_hierarchy(self, 'containerName')
(_, used_textures) = retrieve_meshes(self, actual_hiera, rig, 'containerName')
self.assertEqual(len(expected), len(used_textures))
for i, tex in enumerate(expected):
self.assertEqual(tex, used_textures[i])
def test_meshes_no_textures_found_roundtrip(self):
meshes = [
get_mesh(name='wall'),
get_mesh(name='tower2', shader_mats=True)]
create_data(self, meshes)
self.compare_data(meshes)
def test_hidden_meshes_roundtrip(self):
meshes = [
get_mesh(name='wall', hidden=True),
get_mesh(name='tower', hidden=True),
get_mesh(name='tower2', shader_mats=True),
get_mesh(name='stone')]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture_nrm.dds')
create_data(self, meshes)
self.compare_data(meshes)
def test_prelit_meshes_roundtrip(self):
hlod = get_hlod()
hierarchy = get_hierarchy()
meshes = [get_mesh(name='sword', skin=True, prelit=True)]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
create_data(self, meshes, hlod, hierarchy)
# not yet supported
# self.compare_data(meshes, None, None)
def test_animation_roundtrip(self):
animation = get_animation()
hlod = get_hlod()
boxes = [get_collision_box()]
hierarchy = get_hierarchy()
hierarchy.pivot_fixups = []
meshes = [
get_mesh(name='sword', skin=True),
get_mesh(name='soldier', skin=True),
get_mesh(name='TRUNK'),
get_mesh(name='PICK')]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
create_data(self, meshes, hlod, hierarchy, boxes, animation)
self.compare_data([], None, None, [], animation)
def test_animation_only_roundtrip(self):
animation = get_animation()
hierarchy = get_hierarchy()
create_data(self, [], None, hierarchy, [], animation)
self.compare_data([], None, None, [], animation)
def test_compressed_animation_roundtrip(self):
compressed_animation = get_compressed_animation(
flavor=0,
bit_channels=False,
motion_tc=False,
motion_ad4=False,
motion_ad8=False,
random_interpolation=False)
boxes = [get_collision_box()]
hlod = get_hlod()
hierarchy = get_hierarchy()
hierarchy.pivot_fixups = []
meshes = [
get_mesh(name='sword', skin=True),
get_mesh(name='soldier', skin=True),
get_mesh(name='TRUNK'),
get_mesh(name='PICK')]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
create_data(self, meshes, hlod, hierarchy,
boxes, None, compressed_animation)
self.compare_data([], None, None, [], None, compressed_animation)
def test_bone_is_created_if_referenced_by_subObject_but_also_child_bones_roundtrip(
self):
hlod = get_hlod()
hierarchy = get_hierarchy()
hierarchy.pivot_fixups = []
hierarchy.pivots = [
get_roottransform(),
get_hierarchy_pivot(name='bone_pivot', parent=0),
get_hierarchy_pivot(name='bone_pivot2', parent=1),
get_hierarchy_pivot(name='bone_pivot3', parent=2)]
hierarchy.header.num_pivots = len(hierarchy.pivots)
array = HLodLodArray(
header=get_hlod_array_header(),
sub_objects=[get_hlod_sub_object(bone=0, name='containerName.BOUNDINGBOX'),
get_hlod_sub_object(bone=1, name='containerName.bone_pivot'),
get_hlod_sub_object(bone=2, name='containerName.bone_pivot2')])
array.header.model_count = len(array.sub_objects)
hlod.lod_arrays = [array]
meshes = [
get_mesh(name='bone_pivot'),
get_mesh(name='bone_pivot2')]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
create_data(self, meshes, hlod, hierarchy)
(_, rig) = retrieve_hierarchy(self, 'containerName')
self.assertTrue('bone_pivot' in rig.pose.bones)
self.assertTrue('bone_pivot2' in rig.pose.bones)
self.assertTrue('bone_pivot3' in rig.pose.bones)
def test_bone_is_created_if_referenced_by_subObject_but_names_dont_match(
self):
hlod = get_hlod()
hlod.lod_arrays[0].sub_objects = [get_hlod_sub_object(bone=1, name='containerName.object')]
hlod.lod_arrays[0].header.model_count = 1
hierarchy = get_hierarchy()
hierarchy.pivot_fixups = []
hierarchy.pivots = [
get_roottransform(),
get_hierarchy_pivot(name='object_bone', parent=0),
get_hierarchy_pivot(name='bone2', parent=0)]
hierarchy.header.num_pivots = len(hierarchy.pivots)
meshes = [get_mesh(name='object')]
copyfile(up(up(self.relpath())) + '/testfiles/texture.dds',
self.outpath() + 'texture.dds')
create_data(self, meshes, hlod, hierarchy)
(_, rig) = retrieve_hierarchy(self, 'containerName')
self.assertTrue('object_bone' in rig.pose.bones)
def compare_data(
self,
meshes=[],
hlod=None,
hierarchy=None,
boxes=[],
animation=None,
compressed_animation=None,
dazzles=[]):
container_name = 'containerName'
rig = None
actual_hiera = None
actual_hlod = None
(actual_hiera, rig) = retrieve_hierarchy(self, container_name)
if hierarchy is not None:
hierarchy.pivot_fixups = [] # roundtrip not supported
compare_hierarchies(self, hierarchy, actual_hiera)
actual_hlod = create_hlod(actual_hiera, container_name)
if hlod is not None:
compare_hlods(self, hlod, actual_hlod)
if meshes:
(actual_meshes, textures) = retrieve_meshes(
self, actual_hiera, rig, container_name)
self.assertEqual(len(meshes), len(actual_meshes))
for i, mesh in enumerate(meshes):
compare_meshes(self, mesh, actual_meshes[i])
if boxes:
actual_boxes = retrieve_boxes(actual_hiera, container_name)
self.assertEqual(len(boxes), len(actual_boxes))
for i, box in enumerate(boxes):
compare_collision_boxes(self, box, actual_boxes[i])
if dazzles:
actual_dazzles = retrieve_dazzles(actual_hiera, container_name)
self.assertEqual(len(dazzles), len(actual_dazzles))
for i, dazzle in enumerate(dazzles):
compare_dazzles(self, dazzle, actual_dazzles[i])
if animation is not None:
actual_animation = retrieve_animation(
animation.header.name, actual_hiera, rig, timecoded=False)
compare_animations(self, animation, actual_animation)
if compressed_animation is not None:
actual_compressed_animation = retrieve_animation(
compressed_animation.header.name, actual_hiera, rig, timecoded=True)
compare_compressed_animations(
self, compressed_animation, actual_compressed_animation)