文件名称:Renderer
介绍说明－－下载内容均来自于网络，请自行研究使用
使用SDL2框架，OpenGL Api,典型面向对象方式编程实现3维图像渲染-Use SDL2 fr a mework, OpenGL Api, a typical object-oriented programming style three-dimensional image rendering
(系统自动生成,下载前可以参看下载内容)
下载文件列表
display.cpp
display.h
floor.jpg
main.cpp
mesh.cpp
mesh.h
obj_loader.cpp
obj_loader.h
phongShader.fs
phongShader.vs
Rabbit.obj
Rabbit_N.tga
Renderer.vcxproj
Renderer.vcxproj.filters
shader.cpp
shader.h
skin.jpg
stb_image.c
stb_image.h
texture.cpp
texture.h
transform.h
include\GL\glew.h
.......\..\glxew.h
.......\..\wglew.h
.......\glm\CMakeLists.txt
.......\...\common.hpp
.......\...\detail\dummy.cpp
.......\...\......\func_common.hpp
.......\...\......\func_common.inl
.......\...\......\func_exponential.hpp
.......\...\......\func_exponential.inl
.......\...\......\func_geometric.hpp
.......\...\......\func_geometric.inl
.......\...\......\func_integer.hpp
.......\...\......\func_integer.inl
.......\...\......\func_matrix.hpp
.......\...\......\func_matrix.inl
.......\...\......\func_noise.hpp
.......\...\......\func_noise.inl
.......\...\......\func_packing.hpp
.......\...\......\func_packing.inl
.......\...\......\func_trigonometric.hpp
.......\...\......\func_trigonometric.inl
.......\...\......\func_vector_relational.hpp
.......\...\......\func_vector_relational.inl
.......\...\......\glm.cpp
.......\...\......\intrinsic_common.hpp
.......\...\......\intrinsic_common.inl
.......\...\......\intrinsic_exponential.hpp
.......\...\......\intrinsic_exponential.inl
.......\...\......\intrinsic_geometric.hpp
.......\...\......\intrinsic_geometric.inl
.......\...\......\intrinsic_integer.hpp
.......\...\......\intrinsic_integer.inl
.......\...\......\intrinsic_matrix.hpp
.......\...\......\intrinsic_matrix.inl
.......\...\......\intrinsic_trigonometric.hpp
.......\...\......\intrinsic_trigonometric.inl
.......\...\......\intrinsic_vector_relational.hpp
.......\...\......\intrinsic_vector_relational.inl
.......\...\......\precision.hpp
.......\...\......\setup.hpp
.......\...\......\type_float.hpp
.......\...\......\type_gentype.hpp
.......\...\......\type_gentype.inl
.......\...\......\type_half.hpp
.......\...\......\type_half.inl
.......\...\......\type_int.hpp
.......\...\......\type_mat.hpp
.......\...\......\type_mat.inl
.......\...\......\type_mat2x2.hpp
.......\...\......\type_mat2x2.inl
.......\...\......\type_mat2x3.hpp
.......\...\......\type_mat2x3.inl
.......\...\......\type_mat2x4.hpp
.......\...\......\type_mat2x4.inl
.......\...\......\type_mat3x2.hpp
.......\...\......\type_mat3x2.inl
.......\...\......\type_mat3x3.hpp
.......\...\......\type_mat3x3.inl
.......\...\......\type_mat3x4.hpp
.......\...\......\type_mat3x4.inl
.......\...\......\type_mat4x2.hpp
.......\...\......\type_mat4x2.inl
.......\...\......\type_mat4x3.hpp
.......\...\......\type_mat4x3.inl
.......\...\......\type_mat4x4.hpp
.......\...\......\type_mat4x4.inl
.......\...\......\type_vec.hpp
.......\...\......\type_vec.inl
.......\...\......\type_vec1.hpp
.......\...\......\type_vec1.inl
.......\...\......\type_vec2.hpp
.......\...\......\type_vec2.inl
.......\...\......\type_vec3.hpp
.......\...\......\type_vec3.inl
.......\...\......\type_vec4.hpp
.......\...\......\type_vec4.inl
.......\...\......\type_vec4_avx.inl