Unigine::ObjectMesh Class
The ObjectMesh class has been renamed into the ObjectMeshStatic.
| UNIGINE | UNIGINE 2.0 | Comments |
|---|---|---|
| - | Ptr< ObjectMeshStatic > create(const MeshPtr & mesh) | An ObjectMeshStatic constructor that receives a mesh smart pointer. |
| Ptr< ObjectMesh > create(const char * name) | Ptr< ObjectMeshStatic > create(const char * name, int dynamic) | An ObjectMeshStatic that receives a mesh dynamic flag. |
| int createMesh(const char * name, int dynamic) | Initializes a mesh with the dynamic flag and an arbitrary name. | |
| int loadMesh(const char * name) | Loads the mesh for the current mesh from the .mesh file. This function doesn't change the mesh name. So, you should use it together with void setMeshName(). | |
| int save(const char * name) | int saveMesh(const char * name) | Saves the mesh into the .mesh format. |
| int setMesh() | Copies the source mesh into the current mesh. | |
| int getMesh() | Copies the current mesh into the source mesh. | |
| void flushMesh() | ||
| void setMeshName() | ||
| const char * getMeshName() | ||
| void updateSurfaceBounds(int surface) | ||
| void setSurfaceTransform(const mat4 & transform, int surface) | void setSurfaceTransform(const mat4 & transform, int surface, int target) | The new function receives the number of the surface morph target as the 3rd argument. |
| int addMeshSurface(const char * name, Ptr< ObjectMesh > mesh, int surface) | int addMeshSurface(const char * name, const Ptr< ObjectMeshStatic > & mesh, int surface, int target) | The new function receives the number of the surface morph target as the 4th argument. |
| int addMeshSurface(int dest_surface, Ptr< ObjectMesh > mesh, int surface) | int addMeshSurface(int dest_surface, const Ptr< ObjectMeshStatic > & mesh, int surface, int target) | The new function receives the number of the surface morph target as the 4th argument. |
| - | int addMeshSurface(const char * name, const MeshPtr & mesh, int surface, int target) | |
| - | int getMeshSurface(const MeshPtr & mesh, int surface, int target) | |
| - | int addSurfaceTarget(int surface, const char * name) | |
| void updateSurfaces() | - | |
| void setVertex(int num, const vec3 & xyz, int surface) | void setVertex(int num, const vec3 & vertex, int surface, int target) | The new function receives the number of the surface morph target as the 4th argument. |
| vec3 getVertex(int num, int surface) | vec3 getVertex(int num, int surface, int target) | The new function receives the number of the surface morph target as the 3rd argument. |
| - | int getNumTangents(int surface) | |
| void setNormal(int num, const vec3 & normal, int surface) | - | Removed. Use void setTangent(int num, const quat & tangent, int surface, int target). |
| vec3 getNormal(int num, int surface) | - | Removed. Use quat getTangent(int num, int surface, int target). |
| void setTangent(int num, const vec4 & tangent, int surface) | void setTangent(int num, const quat & tangent, int surface, int target) | Now the tangent basis is stored as quaternion. So, the type of the second function argument has been changed. |
| vec4 getTangent(int num, int surface) | quat getTangent(int num, int surface, int target) | Now the tangent basis is stored as quaternion. So, the type of the return value has been changed. |
| void setTexCoord(int num, const vec4 & texcoord, int surface) | - | Removed. Use void setTexCoord0(int num, const vec2 & texcoord, int surface) for the 1st UV map and void setTexCoord1(int num, const vec2 & texcoord, int surface) for the 2nd UV map. |
| vec4 getTexCoord(int num, int surface) | - | Removed. Use vec2 getTexCoord0(int num, int surface) for the 1st UV map and vec2 getTexCoord1(int num, int surface) for the 2nd UV map. |
| - | int getNumTexCoords0(int surface) | |
| - | int getNumTexCoords1(int surface) | |
| int getNumColors(int surface) | ||
| void setColor(int num, const vec4 & color, int surface) | ||
| vec4 getColor(int num, int surface) | ||
| int getNumIndices(int surface) | - | Now each vertex has indices of 2 types: coordinate and triangle indices. Related functions are: |
| void setIndex(int num, int index, int surface) | - | Now each vertex has indices of 2 types: coordinate and triangle indices. Related functions are: |
| int getIndex(int num, int surface) | - | Now each vertex has indices of 2 types: coordinate and triangle indices. Related functions are: |
| - | int getNumSurfaceTargets(int surface) | |
| - | const char * getSurfaceTargetName(int surface, int target) | |
| - | int findSurfaceTarget(const char * name, int surface) |
Last update: 03.07.2017
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