CSharp_to_CPlus_Converter 破解版 C# 转换 C++的工具。

Amor SWF to Video Converter破解版 swf to mpg

ABC Amber CHM Converter破解版 ，很不容易从国外破解论坛里找到的 。效果还不错 。

真正的破解版本，测试可用#ifndef PROCEDURAL_MESH_GENERATOR_INCLUDED #define PROCEDURAL_MESH_GENERATOR_INCLUDED namespace Procedural { /** \defgroup objgengrp Object generators Elements for procedural mesh generation of various objects. @{ @} */ /** \ingroup objgengrp Superclass of everything that builds meshes */ template class MeshGenerator { protected: /// A pointer to the default scene manager //Ogre::SceneManager* mSceneMgr; /// U tile for texture coords generation Ogre::Real mUTile; /// V tile for texture coords generation Ogre::Real mVTile; /// Whether to produces normals or not bool mEnableNormals; /// The number of texture coordinate sets to include unsigned char mNumTexCoordSet; /// Rectangle in which the texture coordinates will be placed Ogre::Vector2 mUVOrigin; /// If set to true, the UV coordinates coming from the mesh generator will be switched. /// It can be used, for example, if your texture doesn't fit the mesh generator's assumptions about UV. /// If UV were to fit in a given rectangle, they still fit in it after the switch. bool mSwitchUV; /// Orientation to apply the mesh Ogre::Quaternion mOrientation; /// Scale to apply the mesh Ogre::Vector3 mScale; /// Position to apply to the mesh Ogre::Vector3 mPosition; // Whether a transform has been defined or not bool mTransform; public: /// Default constructor /// \exception Ogre::InvalidStateException Scene Manager is not set in OGRE root object MeshGenerator() : mUTile(1.f), mVTile(1.f), mEnableNormals(true), mNumTexCoordSet(1), mUVOrigin(0,0), mSwitchUV(false), mOrientation(Ogre::Quaternion::IDENTITY), mScale(1,1,1), mPosition(0,0,0), mTransform(false) { } /** * Builds a mesh. * @param name of the mesh for the MeshManager * @param group ressource group in which the mesh will be created */ Ogre::MeshPtr realizeMesh(const std::string& name = "", const Ogre::String& group = "General") { TriangleBuffer tbuffer; addToTriangleBuffer(tbuffer); Ogre::MeshPtr mesh; if (name == "") mesh = tbuffer.transformToMesh(Utils::getName(), group); else mesh = tbuffer.transformToMesh(name, group); return mesh; } /** * Outputs a triangleBuffer */ TriangleBuffer buildTriangleBuffer() const { TriangleBuffer tbuffer; addToTriangleBuffer(tbuffer); return tbuffer; } /** * Overloaded by each generator to implement the specifics */ virtual void addToTriangleBuffer(TriangleBuffer& buffer) const=0; /** * Sets U Tile, ie the number by which u texture coordinates are multiplied (default=1) */ inline T& setUTile(Ogre::Real uTile) { mUTile = uTile; return static_cast(*this); } /** * Sets V Tile, ie the number by which v texture coordinates are multiplied (default=1) */ inline T& setVTile(Ogre::Real vTile) { mVTile = vTile; return static_cast(*this); } /** * Sets the texture rectangle */ inline T& setTextureRectangle(const Ogre::RealRect& textureRectangle) { mUVOrigin = Ogre::Vector2(textureRectangle.top, textureRectangle.left); mUTile = textureRectangle.right-textureRectangle.left; mVTile = textureRectangle.bottom-textureRectangle.top; return static_cast(*this); } /** * Sets whether normals are enabled or not (default=true) */ inline T& setEnableNormals(bool enableNormals) { mEnableNormals = enableNormals; return static_cast(*this); } /** * Sets the number of texture coordintate sets (default=1) */ inline T& setNumTexCoordSet(unsigned char numTexCoordSet) { mNumTexCoordSet = numTexCoordSet; return static_cast(*this); } /// Sets whether to switch U and V texture coordinates inline T& setSwitchUV(bool switchUV) { mSwitchUV = switchUV; return static_cast(*this); } /// Sets an orientation to give when building the mesh inline T& setOrientation(const Ogre::Quaternion& orientation) { mOrientation = orientation; mTransform = true; return static_cast(*this); } /// Sets a translation baked into the resulting mesh inline T& setPosition(const Ogre::Vector3& position) { mPosition = position; mTransform = true; return static_cast(*this); } /// Sets a translation baked into the resulting mesh inline T& setPosition(Ogre::Real x, Ogre::Real y, Ogre::Real z) { mPosition = Ogre::Vector3(x, y, z); mTransform = true; return static_cast(*this); } /// Sets a scale baked into the resulting mesh inline T& setScale(const Ogre::Vector3& scale) { mScale = scale; mTransform = true; return static_cast(*this); } /// Sets a uniform scale baked into the resulting mesh inline T& setScale(Ogre::Real scale) { mScale = Ogre::Vector3(scale); mTransform = true; return static_cast(*this); } /// Sets a scale baked into the resulting mesh inline T& setScale(Ogre::Real x, Ogre::Real y, Ogre::Real z) { mScale = Ogre::Vector3(x, y, z); mTransform = true; return static_cast(*this); } /// Resets all transforms (orientation, position and scale) that would have been applied to the mesh to their default values inline T& resetTransforms() { mTransform = false; mPosition = Ogre::Vector3::ZERO; mOrientation = Ogre::Quaternion::IDENTITY; mScale = Ogre::Vector3(1); return static_cast(*this); } protected: /// Adds a new point to a triangle buffer, using the format defined for that MeshGenerator /// @param buffer the triangle buffer to update /// @param position the position of the new point /// @param normal the normal of the new point /// @param uv the uv texcoord of the new point inline void addPoint(TriangleBuffer& buffer, const Ogre::Vector3& position, const Ogre::Vector3& normal, const Ogre::Vector2& uv) const { if (mTransform) buffer.position(mPosition + mOrientation * (mScale * position)); else buffer.position(position); if (mEnableNormals) { if (mTransform) buffer.normal(mOrientation * normal); else buffer.normal(normal); } if (mSwitchUV) for (unsigned char i=0; i //* //\defgroup objgengrp Object generators //Elements for procedural mesh generation of various objects. //@{ //@} // //* //\ingroup objgengrp //Superclass of everything that builds meshes // public abstract class MeshGenerator { /// A pointer to the default scene manager //Ogre::SceneManager* mSceneMgr; /// U tile for texture coords generation protected Ogre.Real mUTile = new Ogre.Real(); /// V tile for texture coords generation protected Ogre.Real mVTile = new Ogre.Real(); /// Whether to produces normals or not protected bool mEnableNormals; /// The number of texture coordinate sets to include protected byte mNumTexCoordSet; /// Rectangle in which the texture coordinates will be placed protected Ogre.Vector2 mUVOrigin = new Ogre.Vector2(); /// If set to true, the UV coordinates coming from the mesh generator will be switched. /// It can be used, for example, if your texture doesn't fit the mesh generator's assumptions about UV. /// If UV were to fit in a given rectangle, they still fit in it after the switch. protected bool mSwitchUV; /// Orientation to apply the mesh protected Ogre.Quaternion mOrientation = new Ogre.Quaternion(); /// Scale to apply the mesh protected Ogre.Vector3 mScale = new Ogre.Vector3(); /// Position to apply to the mesh protected Ogre.Vector3 mPosition = new Ogre.Vector3(); // Whether a transform has been defined or not protected bool mTransform; /// Default constructor /// \exception Ogre::InvalidStateException Scene Manager is not set in OGRE root object public MeshGenerator() { mUTile = 1.f; mVTile = 1.f; mEnableNormals = true; mNumTexCoordSet = 1; mUVOrigin = new Ogre.Vector2(0,0); mSwitchUV = false; mOrientation = Ogre.Quaternion.IDENTITY; mScale = new Ogre.Vector3(1,1,1); mPosition = new Ogre.Vector3(0,0,0); mTransform = false; } // * // * Builds a mesh. // * @param name of the mesh for the MeshManager // * @param group ressource group in which the mesh will be created // public Ogre.MeshPtr realizeMesh(string name) { return realizeMesh(name, "General"); } public Ogre.MeshPtr realizeMesh() { return realizeMesh("", "General"); } //C++ TO C# CONVERTER NOTE: Overloaded method(s) are created above to convert the following method having default parameters: //ORIGINAL LINE: Ogre::MeshPtr realizeMesh(const string& name = "", const Ogre::String& group = "General") public Ogre.MeshPtr realizeMesh(string name, Ogre.String group) { TriangleBuffer tbuffer = new TriangleBuffer(); addToTriangleBuffer(ref tbuffer); Ogre.MeshPtr mesh = new Ogre.MeshPtr(); if (name == "") mesh = tbuffer.transformToMesh(Utils.getName(), group); else mesh = tbuffer.transformToMesh(name, group); return mesh; } // * // * Outputs a triangleBuffer // //C++ TO C# CONVERTER WARNING: 'const' methods are not available in C#: //ORIGINAL LINE: TriangleBuffer buildTriangleBuffer() const public TriangleBuffer buildTriangleBuffer() { TriangleBuffer tbuffer = new TriangleBuffer(); addToTriangleBuffer(ref tbuffer); return tbuffer; } // * // * Overloaded by each generator to implement the specifics // public abstract void addToTriangleBuffer(ref TriangleBuffer buffer) const; // * // * Sets U Tile, ie the number by which u texture coordinates are multiplied (default=1) // public T setUTile(Ogre.Real uTile) { mUTile = uTile; return (T)( this); } // * // * Sets V Tile, ie the number by which v texture coordinates are multiplied (default=1) // public T setVTile(Ogre.Real vTile) { mVTile = vTile; return (T)( this); } // * // * Sets the texture rectangle // public T setTextureRectangle(Ogre.RealRect textureRectangle) { mUVOrigin = Ogre.Vector2(textureRectangle.top, textureRectangle.left); mUTile = textureRectangle.right-textureRectangle.left; mVTile = textureRectangle.bottom-textureRectangle.top; return (T)( this); } // * // * Sets whether normals are enabled or not (default=true) // public T setEnableNormals(bool enableNormals) { mEnableNormals = enableNormals; return (T)( this); } // * // * Sets the number of texture coordintate sets (default=1) // public T setNumTexCoordSet(byte numTexCoordSet) { mNumTexCoordSet = numTexCoordSet; return (T)( this); } /// Sets whether to switch U and V texture coordinates public T setSwitchUV(bool switchUV) { mSwitchUV = switchUV; return (T)( this); } /// Sets an orientation to give when building the mesh public T setOrientation(Ogre.Quaternion orientation) { mOrientation = orientation; mTransform = true; return (T)( this); } /// Sets a translation baked into the resulting mesh public T setPosition(Ogre.Vector3 position) { mPosition = position; mTransform = true; return (T)( this); } /// Sets a translation baked into the resulting mesh public T setPosition(Ogre.Real x, Ogre.Real y, Ogre.Real z) { mPosition = Ogre.Vector3(x, y, z); mTransform = true; return (T)( this); } /// Sets a scale baked into the resulting mesh public T setScale(Ogre.Vector3 scale) { mScale = scale; mTransform = true; return (T)( this); } /// Sets a uniform scale baked into the resulting mesh public T setScale(Ogre.Real scale) { mScale = Ogre.Vector3(scale); mTransform = true; return (T)( this); } /// Sets a scale baked into the resulting mesh public T setScale(Ogre.Real x, Ogre.Real y, Ogre.Real z) { mScale = Ogre.Vector3(x, y, z); mTransform = true; return (T)( this); } /// Resets all transforms (orientation, position and scale) that would have been applied to the mesh to their default values public T resetTransforms() { mTransform = false; mPosition = Ogre.Vector3.ZERO; mOrientation = Ogre.Quaternion.IDENTITY; mScale = Ogre.Vector3(1); return (T)( this); } /// Adds a new point to a triangle buffer, using the format defined for that MeshGenerator /// @param buffer the triangle buffer to update /// @param position the position of the new point /// @param normal the normal of the new point /// @param uv the uv texcoord of the new point //C++ TO C# CONVERTER WARNING: 'const' methods are not available in C#: //ORIGINAL LINE: inline void addPoint(TriangleBuffer& buffer, const Ogre::Vector3& position, const Ogre::Vector3& normal, const Ogre::Vector2& uv) const protected void addPoint(ref TriangleBuffer buffer, Ogre.Vector3 position, Ogre.Vector3 normal, Ogre.Vector2 uv) { if (mTransform) buffer.position(mPosition + mOrientation * (mScale * position)); else buffer.position(position); if (mEnableNormals) { if (mTransform) buffer.normal(mOrientation * normal); else buffer.normal(normal); } if (mSwitchUV) for (byte i =0; i

2022-04-13 00:25:44 216KB C++ to C# Converter

1