Todo List

Member parametric_shapes::createQuad (float const width, float const height, unsigned int const horizontal_split_count=0u, unsigned int const vertical_split_count=0u)

fill me

Member parametric_shapes::createTorus (float const major_radius, float const minor_radius, unsigned int const major_split_count, unsigned int const minor_split_count)

(Optional) Implement this function

Member parametric_shapes::createSphere (float const radius, unsigned int const longitude_split_count, unsigned int const latitude_split_count)

Implement this function

Member parametric_shapes::createQuad (float const width, float const height, unsigned int const horizontal_split_count=0u, unsigned int const vertical_split_count=0u)

how many indices do we have?

how many bytes should the buffer contain?

bind the previously generated Buffer

fill me

how many components do our vertices have?

how many bytes should the buffer contain?

bind the previously generated Buffer

Member bonobo::loadTextureCubeMap (std::string const &posx, std::string const &negx, std::string const &posy, std::string const &negy, std::string const &posz, std::string const &negz, bool generate_mipmap=true)

fill me

Member parametric_shapes::createQuad (float const width, float const height, unsigned int const horizontal_split_count=0u, unsigned int const vertical_split_count=0u)

bind the previously generated Vertex Array

fill me

Member interpolation::evalCatmullRom (glm::vec3 const &p0, glm::vec3 const &p1, glm::vec3 const &p2, glm::vec3 const &p3, float const t, float const x)

Implement this function

Member interpolation::evalLERP (glm::vec3 const &p0, glm::vec3 const &p1, float const x)

Implement this function

Member edaf80::Assignment2::run ()

Compute the interpolated position using the Catmull-Rom interpolation; use the catmull_rom_tension variable as your tension argument.

Compute the interpolated position using the linear interpolation.

Interpolate the movement of a shape between various control points.

Create a tesselated sphere and a tesselated torus

Member bonobo::loadTextureCubeMap (std::string const &posx, std::string const &negx, std::string const &posy, std::string const &negy, std::string const &posz, std::string const &negz, bool generate_mipmap=true)

repeat now the texture filling for the 5 remaining faces