def write_mdl(self, stream: TokenStream, name, version=None):
interpolation_type = self.interpolation_type
frames = self.frames
values = self.values
in_tans = self.in_tans
out_tans = self.out_tans
tracks_count = len(frames)
stream.start_block(name, len(self.frames))
token = ''
if self.interpolation_type == 0:
token = 'DontInterp'
elif self.interpolation_type == 1:
token = 'Linear'
elif self.interpolation_type == 2:
token = 'Hermite'
elif self.interpolation_type == 3:
token = 'Bezier'
stream.write_flag(token)
if self.global_sequence_id != -1:
stream.write_number_attrib('GlobalSeqId', self.global_sequence_id)
for i in range(tracks_count):
self.write_mdl_value(stream, f'{frames[i]}:', values[i])
if interpolation_type > 1:
stream.indent()
self.write_mdl_value(stream, 'InTan', in_tans[i])
self.write_mdl_value(stream, 'OutTan', out_tans[i])
stream.unindent()
stream.end_block()
def write_mdl(self, stream: TokenStream, version=None):
stream.start_object_block('CollisionShape', self.name)
self.write_generic_header(stream)
_type = ''
vertices = 2
bounds_radius = False
if self.type == 0:
_type = 'Box'
elif self.type == 1:
_type = 'Plane'
elif self.type == 2:
_type = 'Sphere'
vertices = 1
bounds_radius = True
elif self.type == 3:
_type = 'Cylinder'
bounds_radius = True
stream.write_flag(_type)
stream.start_block('Vertices', vertices)
stream.write_vector(self.vertices[0])
if vertices == 2:
stream.write_vector(self.vertices[1])
stream.end_block()
if bounds_radius:
stream.write_number_attrib('BoundsRadius', self.bounds_radius)
self.write_generic_animations(stream)
stream.end_block()
def write_mdl(self, stream: TokenStream, version=None):
stream.start_object_block('ParticleEmitter', self.name)
self.write_generic_header(stream)
if self.flags == 0x8000:
stream.write_flag('EmitterUsesMDL')
if self.flags == 0x10000:
stream.write_flag('EmitterUsesTGA')
if not self.write_animation(stream, 'KPEE'):
stream.write_number_attrib('static EmissionRate',
self.emission_rate)
if not self.write_animation(stream, 'KPEG'):
stream.write_number_attrib('static Gravity', self.gravity)
if not self.write_animation(stream, 'KPLN'):
stream.write_number_attrib('static Longitude', self.longitude)
if not self.write_animation(stream, 'KPLT'):
stream.write_number_attrib('static Latitude', self.latitude)
self.write_animation(stream, 'KPEV')
stream.start_block('Particle', None)
if not self.write_animation(stream, 'KPEL'):
stream.write_number_attrib('static LifeSpan', self.life_span)
if not self.write_animation(stream, 'KPES'):
stream.write_number_attrib('static InitVelocity', self.speed)
if (self.flags == 0x8000) or (self.flags == 0x10000):
stream.write_string_attrib('Path', self.path)
stream.end_block()
self.write_generic_animations(stream)
stream.end_block()
def save_bind_pose_block(self, stream: TokenStream):
if len(self.bind_pose):
stream.start_block('BindPose', None)
stream.start_block('Matrices', len(self.bind_pose))
for matrix in self.bind_pose:
stream.write_vector(matrix)
stream.end_block()
stream.end_block()
def write_mdl(self, stream: TokenStream, version=None):
stream.start_block('Bitmap', None)
if len(self.path):
stream.write_string_attrib('Image', self.path)
if self.replaceable_id != 0:
stream.write_number_attrib('ReplaceableId', self.replaceable_id)
if self.flags & 0x1:
stream.write_flag('WrapWidth')
if self.flags & 0x2:
stream.write_flag('WrapHeight')
stream.end_block()
def write_mdl(self, stream: TokenStream, version=None):
stream.start_object_block('EventObject', self.name)
self.write_generic_header(stream)
stream.start_block('EventTrack', len(self.tracks))
if self.global_sequence_id != -1:
stream.write_number_attrib('GlobalSeqId', self.global_sequence_id)
for track in self.tracks:
stream.write_flag(f'{track}')
stream.end_block()
self.write_generic_animations(stream)
stream.end_block()
def write_mdl(self, stream: TokenStream, version=None):
stream.start_block('GeosetAnim', None)
if self.flags & 0x1:
stream.write_flag('DropShadow')
if not self.write_animation(stream, 'KGAO'):
stream.write_number_attrib('static Alpha', self.alpha)
if self.flags & 0x2:
if not self.write_animation(stream, 'KGAC') and (
self.color[0] != 1 or self.color[1] != 1
or self.color[2] != 1):
stream.write_color('static Color ', self.color)
stream.write_number_attrib('GeosetId', self.geoset_id)
stream.end_block()
def write_mdl(self, stream: TokenStream, version=None):
stream.start_object_block('Camera', self.name)
stream.write_vector_attrib('Position', self.position)
self.write_animation(stream, 'KCTR')
self.write_animation(stream, 'KCRL')
stream.write_number_attrib('FieldOfView', self.field_of_view)
stream.write_number_attrib('FarClip', self.far_clipping_plane)
stream.write_number_attrib('NearClip', self.near_clipping_plane)
stream.start_block('Target', None)
stream.write_vector_attrib('Position', self.target_position)
self.write_animation(stream, 'KTTR')
stream.end_block()
stream.end_block()
def write_mdl(self, stream: TokenStream, version=None):
stream.start_block('Layer', None) # headers ??
stream.write_flag_attrib('FilterMode',
filter_mode_to_mdl(self.filter_mode))
if self.flags & 0x1:
stream.write_flag('Unshaded')
if self.flags & 0x2:
stream.write_flag('SphereEnvMap')
if self.flags & 0x10:
stream.write_flag('TwoSided')
if self.flags & 0x20:
stream.write_flag('Unfogged')
if self.flags & 0x40:
stream.write_flag('NoDepthTest')
if self.flags & 0x80:
stream.write_flag('NoDepthSet')
if version > 800:
if self.flags & 0x100:
stream.write_flag('Unlit')
if not self.write_animation(stream, 'KMTF'):
stream.write_number_attrib('static TextureID', self.texture_id)
if self.texture_animation_id != -1:
stream.write_number_attrib('TVertexAnimId',
self.texture_animation_id)
if self.coord_id != 0:
stream.write_number_attrib('CoordId', self.coord_id)
if not self.write_animation(stream, 'KMTA') and self.alpha != 1:
stream.write_number_attrib('static Alpha', self.alpha)
if version > 800:
if not self.write_animation(stream,
'KMTE') and self.emissive_gain != 1:
stream.write_number_attrib('static EmissiveGain',
self.emissive_gain)
if not self.write_animation(stream, 'KFC3') and (
self.fresnel_color[0] != 1 or self.fresnel_color[1] != 1
or self.fresnel_color[2] != 1):
stream.write_vector_attrib('static FresnelColor',
self.fresnel_color)
if not self.write_animation(stream,
'KFCA') and self.fresnel_opacity != 0:
stream.write_number_attrib('static FresnelOpacity',
self.fresnel_opacity)
if not self.write_animation(
stream, 'KFTC') and self.fresnel_team_color != 0:
stream.write_number_attrib('static FresnelTeamColor',
self.fresnel_team_color)
stream.end_block()
def write_mdl(self, stream: TokenStream, version=None):
stream.start_block('Material', None)
if self.flags & 0x1:
stream.write_flag('ConstantColor')
if version > 800:
if self.flags & 0x2:
stream.write_flag('TwoSided')
if self.flags & 0x8:
stream.write_flag('SortPrimsNearZ')
if self.flags & 0x10:
stream.write_flag('SortPrimsFarZ')
if self.flags & 0x20:
stream.write_flag('FullResolution')
if self.priority_plane != 0:
stream.write_number_attrib('PriorityPlane', self.priority_plane)
if version > 800:
stream.write_string_attrib('Shader', self.shader)
for layer in self.layers:
layer.write_mdl(stream, version=version)
stream.end_block()
def save_version_block(self, stream: TokenStream):
stream.start_block('Version', None)
stream.write_number_attrib('FormatVersion', self.version)
stream.end_block()
def write_mdl(self, stream: TokenStream, version=None):
stream.start_block('TVertexAnim', None)
self.write_animation(stream, 'KTAT')
self.write_animation(stream, 'KTAR')
self.write_animation(stream, 'KTAS')
stream.end_block()
def write_mdl(self, stream: TokenStream, version=None):
stream.start_block('Geoset', None)
stream.write_vector_array_block('Vertices', self.vertices, 3)
stream.write_vector_array_block('Normals', self.normals, 3)
for uv_set in self.uv_sets:
stream.write_vector_array_block('TVertices', uv_set, 2)
if version > 800 or len(self.tangents):
stream.write_vector_array_block('Tangents', self.tangents, 4)
if version > 800 or len(self.skin):
stream.start_block('SkinWeights', len(self.skin) // 8)
for i in range(0, len(self.skin), 8):
stream.write_line(
f'{", ".join([str(a) for a in self.skin[i:i + 8]])+","}')
else:
stream.start_block('VertexGroup', None)
for i in range(len(self.vertex_groups)):
stream.write_line(f'{self.vertex_groups[i]},')
stream.end_block()
stream.start_block('Faces', [str(1), str(len(self.faces))])
stream.start_block('Triangles', None)
stream.write_vector(self.faces)
stream.end_block()
stream.end_block()
stream.start_block(
'Groups',
[str(len(self.matrix_groups)),
str(len(self.matrix_indices))])
index = 0
for group_size in self.matrix_groups:
stream.write_vector_attrib(
'Matrices', self.matrix_indices[index:index + group_size])
index += group_size
stream.end_block()
self.extent.write_mdl(stream)
for sequence_extent in self.sequence_extents:
stream.start_block('Anim', None)
sequence_extent.write_mdl(stream)
stream.end_block()
stream.write_number_attrib('MaterialID', self.material_id)
stream.write_number_attrib('SelectionGroup', self.selection_group)
if self.selection_flags == 4:
stream.write_flag('Unselectable')
if version > 800:
stream.write_number_attrib('LevelOfDetail', self.lod)
if len(self.lod_name):
stream.write_string_attrib('Name', self.lod_name)
stream.end_block()
def save_static_objects_block(self, stream: TokenStream, name, objects):
if len(objects):
stream.start_block(name, len(objects))
for obj in objects:
obj.write_mdl(stream, version=self.version)
stream.end_block()
def save_global_sequence_block(self, stream: TokenStream):
if len(self.global_sequences):
stream.start_block('GlobalSequences', len(self.global_sequences))
for global_sequence in self.global_sequences:
stream.write_number_attrib('Duration', global_sequence)
stream.end_block()
def save_pivot_point_block(self, stream: TokenStream):
if len(self.pivot_points):
stream.start_block('PivotPoints', len(self.pivot_points))
for pivot_point in self.pivot_points:
stream.write_vector(pivot_point)
stream.end_block()
def write_mdl(self, stream: TokenStream, version=None):
stream.start_object_block('ParticleEmitter2', self.name)
self.write_generic_header(stream)
if self.flags == 0x10000:
stream.write_flag('SortPrimsFarZ')
if self.flags == 0x8000:
stream.write_flag('Unshaded')
if self.flags == 0x20000:
stream.write_flag('LineEmitter')
if self.flags == 0x40000:
stream.write_flag('Unfogged')
if self.flags == 0x80000:
stream.write_flag('ModelSpace')
if self.flags == 0x100000:
stream.write_flag('XYQuad')
if not self.write_animation(stream, 'KP2S'):
stream.write_number_attrib('static Speed', self.speed)
if not self.write_animation(stream, 'KP2R'):
stream.write_number_attrib('static Variation', self.variation)
if not self.write_animation(stream, 'KP2L'):
stream.write_number_attrib('static Latitude', self.latitude)
if not self.write_animation(stream, 'KP2G'):
stream.write_number_attrib('static Gravity', self.gravity)
self.write_animation(stream, 'KP2V')
if self.squirt:
stream.write_flag('Squirt')
stream.write_number_attrib('LifeSpan', self.life_span)
if not self.write_animation(stream, 'KP2E'):
stream.write_number_attrib('static EmissionRate',
self.emission_rate)
if not self.write_animation(stream, 'KP2N'):
stream.write_number_attrib('static Width', self.width)
if not self.write_animation(stream, 'KP2W'):
stream.write_number_attrib('static Length', self.length)
if self.filter_mode == 0:
stream.write_flag('Blend')
elif self.filter_mode == 1:
stream.write_flag('Additive')
elif self.filter_mode == 2:
stream.write_flag('Modulate')
elif self.filter_mode == 3:
stream.write_flag('Modulate2x')
elif self.filter_mode == 4:
stream.write_flag('AlphaKey')
stream.write_number_attrib('Rows', self.rows)
stream.write_number_attrib('Columns', self.columns)
if self.head_or_tail == 0:
stream.write_flag('Head')
elif self.head_or_tail == 1:
stream.write_flag('Tail')
elif self.head_or_tail == 2:
stream.write_flag('Both')
stream.write_number_attrib('TailLength', self.tail_length)
stream.write_number_attrib('Time', self.time_middle)
stream.start_block('SegmentColor', None)
stream.write_color('Color', self.segment_colors[0])
stream.write_color('Color', self.segment_colors[1])
stream.write_color('Color', self.segment_colors[2])
stream.end_block_comma()
stream.write_vector_attrib('Alpha', self.segment_alphas)
stream.write_vector_attrib('ParticleScaling', self.segment_scaling)
stream.write_vector_attrib('LifeSpanUVAnim', self.head_intervals[0])
stream.write_vector_attrib('DecayUVAnim', self.head_intervals[1])
stream.write_vector_attrib('TailUVAnim', self.tail_intervals[0])
stream.write_vector_attrib('TailDecayUVAnim', self.tail_intervals[1])
stream.write_number_attrib('TextureID', self.texture_id)
if self.replaceable_id != 0:
stream.write_number_attrib('ReplaceableId', self.replaceable_id)
if self.priority_plane != 0:
stream.write_number_attrib('PriorityPlane', self.priority_plane)
self.write_generic_animations(stream)
stream.end_block()