def read(self, filereader: BinaryFileReader):
super().read(filereader)
self.vertexCount = filereader.read_uint32()
self.vertices = []
for _ in range(self.vertexCount):
self.vertices.append(filereader.read_vec_f(3))
self.normalCount = filereader.read_uint32()
self.normals = []
self.faceDistancesFromOrigin = []
for _ in range(self.normalCount):
self.normals.append(filereader.read_vec_f(3))
self.faceDistancesFromOrigin.append(filereader.read_float())
self.faceCount = filereader.read_uint32()
self.faces = []
for _ in range(self.faceCount):
faceObject = RSMAPCollisionFaceInformation()
faceObject.read(filereader)
self.faces.append(faceObject)
self.collisionMeshDefinitionsCount = filereader.read_uint32()
self.collisionMeshDefinitions = []
for _ in range(self.collisionMeshDefinitionsCount):
dataObject = RSMAPCollisionMesh()
dataObject.read(filereader)
self.collisionMeshDefinitions.append(dataObject)
def read(self, filereader: BinaryFileReader):
super().read(filereader)
self.lightSize: int = filereader.read_uint32()
self.id: int = filereader.read_uint32()
#Some maps store a version string, others don't, not quite sure why. Also makes unknown6 quite unclear as to whether they are separate fields or not
self.name_string: SizedCString = SizedCString(filereader)
if self.name_string.string == "Version":
self.version_string: SizedCString = self.name_string
self.versionNumber: int = filereader.read_uint32()
self.name_string = SizedCString(filereader)
self.unknown6: int = filereader.read_uint32()
else:
self.unknown7: bytes = filereader.read_bytes(3)
#3x3 matrix = 9 elements
self.transformMatrix: List[float] = filereader.read_vec_f(9)
self.position: List[float] = filereader.read_vec_f(3)
self.color: List[int] = filereader.read_vec_uint32(3)
self.constantAttenuation: float = filereader.read_float()
self.linearAttenuation: float = filereader.read_float()
self.quadraticAttenuation: float = filereader.read_float()
#maybe?
self.falloff: float = filereader.read_float()
self.energy: float = filereader.read_float()
self.type: int = filereader.read_bytes(1)[0]
def read(self, filereader: BinaryFileReader):
super().read(filereader)
self.id: int = filereader.read_uint32()
self.version_string: SizedCString = SizedCString(filereader)
self.versionNumber: int = filereader.read_uint32()
self.name_string: SizedCString = SizedCString(filereader)
self.unknown1: int = filereader.read_bytes(1)[0] #A
self.unknown2: int = filereader.read_bytes(1)[0] #B
self.unknown3: int = filereader.read_bytes(1)[0] #C
if self.unknown1 == 0:
self.unknown4: int = filereader.read_bytes(1)[0] #D
if self.unknown3 == 1:
self.unknown5: List[float] = filereader.read_vec_f(6)
if self.unknown1 == 0 and self.unknown4 == 1:
self.unknown6: List[float] = filereader.read_vec_f(6)
self.shermanLevelCount: int = filereader.read_uint32()
self.shermanLevels: List[RSMAPShermanLevelDefinition] = []
for _ in range(self.shermanLevelCount):
newObject = RSMAPShermanLevelDefinition()
newObject.read(filereader)
self.shermanLevels.append(newObject)
self.unknown4Count: int = filereader.read_uint32()
self.unknown7: float = filereader.read_float()
self.unknown8: List[List[float]] = []
for _ in range(self.unknown4Count):
newUnknown8 = filereader.read_vec_f(2)
self.unknown8.append(newUnknown8)
def read(self, filereader: BinaryFileReader):
super().read(filereader)
#3x3 matrix = 9 elements
self.transformMatrix: List[float] = filereader.read_vec_f(9)
self.position: List[float] = filereader.read_vec_f(3)
self.unknown2: List[float] = filereader.read_vec_f(6) #size?
def read(self, filereader: BinaryFileReader):
super().read(filereader)
self.normal = filereader.read_vec_f(3)
self.UV = filereader.read_vec_f(2)
self.unknown10 = filereader.read_float() # no idea?
self.color = filereader.read_rgb_color_24bpp_uint()
def read(self, filereader: BinaryFileReader):
super().read(filereader)
self.id: int = filereader.read_uint32()
self.version_string: SizedCString = SizedCString(filereader)
self.versionNumber: int = filereader.read_uint32()
self.name_string: SizedCString = SizedCString(filereader)
self.unknown1: int = filereader.read_bytes(1)[0]
self.unknown2: int = filereader.read_bytes(1)[0]
if self.unknown1 == 0:
self.unknown3: int = filereader.read_bytes(1)[0]
self.shermanLevelCount: int = filereader.read_uint32()
self.shermanLevels: List[R6MAPShermanLevelDefinition] = []
for _ in range(self.shermanLevelCount):
newObject = R6MAPShermanLevelDefinition()
newObject.read(filereader)
self.shermanLevels.append(newObject)
self.transitionCount: int = filereader.read_uint32()
self.transitions: List[R6MAPShermanLevelTransitionDefinition] = []
for _ in range(self.transitionCount):
tempTransition = R6MAPShermanLevelTransitionDefinition()
tempTransition.read(filereader)
self.transitions.append(tempTransition)
self.levelHeightsCount: int = filereader.read_uint32()
self.levelHeights: List[float] = filereader.read_vec_f(
self.levelHeightsCount * 2)
self.unknown5Count: int = filereader.read_uint32()
self.unknown5: List[float] = filereader.read_vec_f(self.unknown5Count)
def read(self, filereader: BinaryFileReader):
super().read(filereader)
self.name_string: SizedCString = SizedCString(filereader)
self.AABB: List[float] = filereader.read_vec_f(6)
self.unknown2Count: int = filereader.read_uint32()
self.unknown2: List[float] = filereader.read_vec_f(self.unknown2Count)
self.hasShermanLevelPlanArea: int = filereader.read_bytes(1)[0]
if self.hasShermanLevelPlanArea == 1:
self.shermanLevelPlanArea: R6MAPShermanLevelPlanAreaDefinition = R6MAPShermanLevelPlanAreaDefinition(
)
self.shermanLevelPlanArea.read(filereader)
def read(self, filereader: BinaryFileReader):
super().read(filereader)
self.FileID: int = filereader.read_uint32()
self.AmbientLightColor: List[float] = filereader.read_vec_f(4)
self.unknown5: int = filereader.read_uint32()
self.lightCount: int = filereader.read_uint32()
def read(self, filereader: BinaryFileReader):
super().read(filereader)
self.vertexIndices: List[int] = filereader.read_vec_uint32(3)
self.paramIndices: List[int] = filereader.read_vec_uint32(3)
self.faceNormal: List[float] = filereader.read_vec_f(4)
self.materialIndex: int = filereader.read_uint32()
def read(self, filereader: BinaryFileReader):
super().read(filereader)
self.materialIndex: int = filereader.read_uint32()
self.faceCount: int = filereader.read_uint32()
self.faceNormals: List[List[float]] = []
self.faceDistancesFromOrigin: List[float] = []
for _ in range(self.faceCount):
self.faceNormals.append(filereader.read_vec_f(3))
self.faceDistancesFromOrigin.append(filereader.read_float())
self.faceVertexIndices: List[List[int]] = []
for _ in range(self.faceCount):
self.faceVertexIndices.append(filereader.read_vec_uint16(3))
self.faceVertexParamIndices: List[List[int]] = []
for _ in range(self.faceCount):
self.faceVertexParamIndices.append(filereader.read_vec_uint16(3))
self.vertexParams: RSMAPVertexParameterCollection = RSMAPVertexParameterCollection(
)
self.vertexParams.read(filereader)
def read(self, filereader: BinaryFileReader):
super().read(filereader)
self.vertexParamCount: int = filereader.read_uint32()
self.normals: List[List[float]] = []
for _ in range(self.vertexParamCount):
self.normals.append(filereader.read_vec_f(3))
self.UVs: List[List[float]] = []
for _ in range(self.vertexParamCount):
self.UVs.append(filereader.read_vec_f(2))
self.colors: List[List[float]] = []
for _ in range(self.vertexParamCount):
self.colors.append(filereader.read_vec_f(4))
def read(self, filereader: BinaryFileReader):
super().read(filereader)
self.name_string: SizedCString = SizedCString(filereader)
log.debug(self.name_string.string)
self.coords: List[float] = filereader.read_vec_f(6)
def read(self, filereader: BinaryFileReader):
super().read(filereader)
self.parent_room_string: SizedCString = SizedCString(filereader)
self.name_string: SizedCString = SizedCString(filereader)
if self.name_string.string == "Version":
self.version_string: SizedCString = self.name_string
self.versionNumber: int = filereader.read_uint32()
self.name_string = SizedCString(filereader)
self.unknown6: int = filereader.read_bytes(1)[0]
self.lightType: int = filereader.read_uint32()
self.direction: List[float] = filereader.read_vec_f(3)
self.position: List[float] = filereader.read_vec_f(3)
self.falloff: float = filereader.read_float()
self.unknown2: List[float] = filereader.read_vec_f(2)
self.unknown3: List[float] = filereader.read_vec_f(3)
self.energy: float = filereader.read_float()
self.diffuseColor: List[float] = filereader.read_vec_f(4)
self.specularColor: List[float] = filereader.read_vec_f(4)
self.ambientColor: List[float] = filereader.read_vec_f(4)
self.constantAttenuation: float = filereader.read_float()
self.linearAttenuation: float = filereader.read_float()
self.quadraticAttenuation: float = filereader.read_float()
self.spotlightConeAngle: float = filereader.read_float()
self.type: int = filereader.read_bytes(1)[0]
def read(self, filereader: BinaryFileReader):
super().read(filereader)
self.name_string: SizedCString = SizedCString(filereader)
self.transformCount: int = filereader.read_uint32() # ACount
self.transforms: List[RSMAPShermanLevelTransformInformation] = []
for _ in range(self.transformCount):
transformObj = RSMAPShermanLevelTransformInformation()
transformObj.read(filereader)
self.transforms.append(transformObj)
self.unknown3Count: int = filereader.read_uint32()
self.unknown3: List[float] = filereader.read_vec_f(self.unknown3Count)
self.unknown4: int = filereader.read_bytes(1)[0]
def read(self, filereader: BinaryFileReader):
super().read(filereader)
self.unknown1: int = filereader.read_uint32()
self.id: int = filereader.read_uint32()
self.name_string: SizedCString = SizedCString(filereader)
if self.name_string.string == "Version":
self.version_string: SizedCString = self.name_string
self.versionNumber: int = filereader.read_uint32()
self.name_string = SizedCString(filereader)
self.unknown2_bytes: bytes = filereader.read_bytes(4) #ABCD
self.unknown3: int = filereader.read_uint32() #U
self.vertexCount: int = filereader.read_uint32()
self.vertices: List[List[float]] = [] #coordinate
for _ in range(self.vertexCount):
self.vertices.append(filereader.read_vec_f(3))
self.vertexParamCount: int = filereader.read_uint32()
self.vertexParams: List[R6VertexParameterCollection] = [] #coordinate2
for _ in range(self.vertexParamCount):
newParams = R6VertexParameterCollection()
newParams.read(filereader)
self.vertexParams.append(newParams)
self.faceCount: int = filereader.read_uint32()
self.faces: List[R6FaceDefinition] = [] #coordinate3
for _ in range(self.faceCount):
newFace = R6FaceDefinition()
newFace.read(filereader)
self.faces.append(newFace)
self.unknown5: int = filereader.read_uint32()
self.unknown6: int = filereader.read_uint32()
self.unknown_7_string: SizedCString = SizedCString(filereader)
self.unknown8: int = filereader.read_uint32()
self.faceIndicesCount: int = filereader.read_uint32()
self.faceIndices: List[int] = filereader.read_vec_uint32(
self.faceIndicesCount)
self.unknown10: int = filereader.read_uint32()
self.unknown_11_string: SizedCString = SizedCString(filereader)
self.unknown12: int = filereader.read_uint32()
def read(self, filereader: BinaryFileReader):
super().read(filereader)
self.portalSize: int = filereader.read_uint32()
self.id: int = filereader.read_uint32()
self.version_string: SizedCString = SizedCString(filereader)
self.versionNumber: int = filereader.read_uint32()
self.name_string: SizedCString = SizedCString(filereader)
self.vertexCount: int = filereader.read_uint32()
self.vertices: List[List[float]] = []
for _ in range(self.vertexCount):
self.vertices.append(filereader.read_vec_f(3))
self.roomA: int = filereader.read_uint32()
self.roomB: int = filereader.read_uint32()
def read_vertices(self, filereader: BinaryFileReader):
""" Reads a count of the number of vertices, followed by the list of vertices """
self.vertexCount = filereader.read_uint32()
self.vertices = []
for _ in range(self.vertexCount):
self.vertices.append(filereader.read_vec_f(3))
def read_vertices(self, filereader: BinaryFileReader):
"""Reads the list of vertices from the file"""
self.vertexCount = filereader.read_uint32()
self.vertices: List[List[float]] = []
for _ in range(self.vertexCount):
self.vertices.append(filereader.read_vec_f(3))