Namespaces

Torus /

#include “cinder/GeomIo.h”

Class Hierarchy:

Public Member Functions

Torus ()
Torus &

colors (bool enable=true)
Torus &

center (const vec3 &center)
Torus &

subdivisionsAxis (int subdiv)
Torus &

subdivisionsHeight (int subdiv)
Torus &

twist (unsigned twist)

Allows you to twist the torus along the ring.
Torus &

twist (unsigned twist, float offset)

Allows you to twist the torus along the ring. The offset is in radians.
Torus &

ratio (float ratio)

Specifies the major and minor radius as a ratio (minor : major). Resulting torus will fit unit cube.
Torus &

radius (float major, float minor)

Specifies the major and minor radius separately.
size_t

getNumVertices () const override
size_t

getNumIndices () const override
Primitive

getPrimitive () const override
uint8_t

getAttribDims (Attrib attr) const override
AttribSet

getAvailableAttribs () const override
void

loadInto (Target *target, const AttribSet &requestedAttribs) const override
Torus *

clone () const override

void

updateCounts ()
void

calculate (std::vector< vec3 > *positions, std::vector< vec3 > *normals, std::vector< vec2 > *texCoords, std::vector< vec3 > *colors, std::vector< uint32_t > *indices) const
void

copyIndicesNonIndexed (uint16_t *dest) const

Builds a sequential list of vertices to simulate an indexed geometry when Source is non-indexed. Assumes dest contains storage for getNumVertices() entries.
void

copyIndicesNonIndexed (uint32_t *dest) const

Builds a sequential list of vertices to simulate an indexed geometry when Source is non-indexed. Assumes dest contains storage for getNumVertices() entries.
void

forceCopyIndicesTrianglesImpl (T *dest) const