AGL/html/shapes_8h_source.html

 #ifndef BASIC_SHAPE_H
 #define BASIC_SHAPE_H

 #include "entity.h"

 namespace agl {
 Entity tetrahedron();
 Entity cube(bool calcNorm=false, bool calcUV=false);
 Entity cuboid(float x=2, float y=2, float z=2, bool calcNorm=false, bool calcUV=false);
 Entity octahedron();
 Entity dodecahedron();
 Entity icosahedron();
 Entity sphere(int lat=20, int lng=20, bool calcNorm=false, bool calcUV=false);
 Entity icosphere(int subdivision=3, bool calcNorm=false);
 Entity cylinder(float r=1, float h=2, int strips=20);
 Entity plane(float x=2, float z=2, bool calcNorm=false, bool calcUV=false);
 Entity tessellatedPlane(int l=10, int h=10);

 void normalizeVertices(Entity &e, float t=1);
 void subdivideFaces(Entity &e);
 void calcNormals(Entity &e, bool perFace=false);
 void calcTextureCoords(Entity &e, glm::vec3 px=glm::vec3(.5,0,.5), glm::vec3 py=glm::vec3(.5,.5,0), bool normalize=false);
 std::vector<GLuint> triangulatePolygon(const std::vector<GLuint> &polygon);
 }

 #endif // BASIC_SHAPE_H
entity.h

agl::sphere
Entity sphere(int lat, int lng, bool calcNorm, bool calcUV)
Create a unit sphere.
Definition: shapes.cpp:141

agl::icosphere
Entity icosphere(int subdivision, bool calcNorm)
Create a unit sphere.
Definition: shapes.cpp:197

agl
Definition: create_shader.cpp:4

agl::calcNormals
void calcNormals(Entity &e, bool perFace)
Calculates the normals for the Entity algorithmically.
Definition: shapes.cpp:348

agl::icosahedron
Entity icosahedron()
Create an icosahedron.
Definition: shapes.cpp:127

agl::subdivideFaces
void subdivideFaces(Entity &e)
Subdivide all faces of e.
Definition: shapes.cpp:305

agl::tetrahedron
Entity tetrahedron()
Create a tetrahedron.
Definition: shapes.cpp:5

agl::tessellatedPlane
Entity tessellatedPlane(int l, int h)
Create a plane on the xz-plane.
Definition: shapes.cpp:267

agl::normalizeVertices
void normalizeVertices(Entity &e, float t)
Normalize all vertices of e.
Definition: shapes.cpp:291

agl::cube
Entity cube(bool calcNorm, bool calcUV)
Create a cube.
Definition: shapes.cpp:20

agl::dodecahedron
Entity dodecahedron()
Create a dodecahedron.
Definition: shapes.cpp:88

agl::cuboid
Entity cuboid(float x, float y, float z, bool calcNorm, bool calcUV)
Create a cuboid.
Definition: shapes.cpp:64

agl::plane
Entity plane(float x, float z, bool calcNorm, bool calcUV)
Create a plane on the xz-plane.
Definition: shapes.cpp:247

agl::calcTextureCoords
void calcTextureCoords(Entity &e, glm::vec3 px, glm::vec3 py, bool normalize)
Calculates texture coordinates for the Entity algorithmically.
Definition: shapes.cpp:371

agl::octahedron
Entity octahedron()
Create an octahedron.
Definition: shapes.cpp:76

agl::triangulatePolygon
std::vector< GLuint > triangulatePolygon(const std::vector< GLuint > &polygon)
Triangulates polygons with 3+ vertices.
Definition: shapes.cpp:389

agl::cylinder
Entity cylinder(float r, float h, int strips)
Create a cylinder.
Definition: shapes.cpp:207