Unigine::ObjectMeshDynamic Class
| UNIGINE | UNIGINE 2.0 | Comments |
|---|---|---|
| - | IMMUTABLE_VERTEX | Enumeration member has been added. |
| - | IMMUTABLE_INDICES | Enumeration member has been added. |
| - | DYNAMIC_VERTEX | Enumeration member has been added. |
| - | DYNAMIC_INDICES | Enumeration member has been added. |
| - | IMMUTABLE_ALL | Enumeration member has been added. |
| - | DYNAMIC_ALL | Enumeration member has been added. |
| - | Ptr< ObjectMeshDynamic > create(const MeshPtr & mesh, int flags) | An ObjectMeshDynamic constructor that receives a mesh smart point as the argument. |
| Ptr< ObjectMeshDynamic > create(int dynamic) | Ptr< ObjectMeshDynamic > create(int flags) | ObjectMeshDynamic constructor. |
| - | static int type() | ObjectMeshDynamic type. |
| - | virtual void removeVertex(int num, int size, int indices) const =0 | Removes the specified number of vertices. |
| - | virtual void removeIndices(int num, int size) const =0 | Removes the specified number of indices. |
| - | virtual void setSurfaceName(const char * name, int surface) const =0 | Sets the name for the specified surface. |
| int save(const char * name) | int saveMesh(const char * name) | Saves the dynamic mesh into a file. |
| int save(const char * name) | int saveMesh(const char * name) | Saves the dynamic mesh into a file. |
| - | virtual int setMesh(const MeshPtr & mesh) const =0 | Allows for reinitialization of the ObjectMeshDynamic: it copies a given mesh into the current dynamic mesh. |
| - | virtual int getMesh(const MeshPtr & mesh) const =0 | Copies the current dynamic mesh into the received mesh. |
| - | virtual void setMeshName(const char * name) const =0 | Sets the mesh name. |
| - | virtual const char * getMeshName() const =0 | Gets the mesh name. |
| void addMeshSurface(const Ptr< ObjectMeshDynamic > & mesh, int surface) | - | Removed. Use functions of the Unigine::Mesh class. |
| - | void setNumVertex(int num) | Sets the number of mesh vertices. |
| void addNormal(const vec3 & normal) | - | Removed. Use virtual void addTangent (const quat & tangent) const =0 |
| void setNormal(int num, const vec3 & normal) | - | Removed. Use void setTangent(int num, const quat & tangent) |
| void addTangent(const vec4 & tangent) | void addTangent(const quat & tangent) | Now the tangent basis is stored as a quaternion. So, the type of the first function argument has been changed. |
| void setTangent(int num, const vec4 & tangent) | void setTangent(int num, const quat & tangent) | Now the tangent basis is stored as a quaternion. So, the type of the second function argument has been changed. |
| vec4 getTangent(int num) | quat getTangent(int num) | Now the tangent basis is stored as a quaternion. So, the type of the return value has been changed. |
| - | void addColor(const vec4 & color) | Adds a color with given coordinates to the last added vertex. |
| - | void setColor(int num, const vec4 & color) | Updates the color of a given vertex. |
| - | vec4 getColor(int num) | Returns the color of a given vertex. |
| - | void setNumIndices(int num) | Sets the number of vertex indices. |
| void addIndex(unsigned short index) | void addIndex(int index) | Adds an index to the index buffer. |
| void setIndex(int num, unsigned short index) | void setIndex(int num, int index) | Updates an index in the index buffer (replaces the index with the given number with the specified index of the vertex). |
| void addIndicesArray(const unsigned short * indices, int num_indices) | void addIndicesArray(const int * indices, int num_indices) | Adds an array of indices. |
| void setIndicesArray(const unsigned short * indices, int num_indices) | void setIndicesArray(const int * indices, int num_indices) | Updates an array of indices. |
| const unsigned short * getIndicesArray() | const int * getIndicesArray() | Returns an array of indices of the dynamic mesh. |
| unsigned short getIndex(int num) | int getIndex(int num) | Returns the index of the vertex by the index number. |
| void addQuads(int num_quads) | - | Renamed. See void addTriangleQuads(int num_quads) |
| void setBoundBox(const vec3 & min, const vec3 & max, int surface) | void setBoundBox(const BoundBox & bb, int surface) | The new function receives an instance of the Unigine::BoundBox class as the argument. |
| void setBoundBox(const vec3 & min, const vec3 & max) | void setBoundBox(const BoundBox & bb) | The new function receives an instance of the Unigine::BoundBox class as the argument. |
| void updateNormals() | - | Removed. Use virtual void updateTangents() const =0. |
| void updateNormals(float angle) | - | Removed. Use virtual void updateTangents() const =0. |
| void flush() | void flushVertex() and void flushIndices() | |
| - | virtual void updateIndices() const =0 | Updates indices. |
Last update: 2017-07-03
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