IsodiModel

This struct represents an Isodi model uploaded to the GPU. Its resources are managed by Isodi and must NOT be cleaned up with Raylib functions, with the exception of the texture.

@safe

struct IsodiModel {

Properties properties;

Texture2D texture;

Texture2D matrixTexture;

int performFold;

int flatten;

bool showBackfaces;

Vector3[] vertices;

Rectangle[] variants;

Vector2[] texcoords;

float[] bones;

ushort[3][] triangles;

void opAssign(IsodiModel model);

static uint shader();

void makeShader();

void upload();

void draw();

}

Members

Functions

draw void draw(): Draw the model.
makeShader void makeShader(): Prepare the model shader.
opAssign void opAssign(IsodiModel model): Undocumented in source. Be warned that the author may not have intended to support it.
upload void upload(): Upload the model to the GPU.

Static functions

shader uint shader(): Get the shader used by the model.

Static variables

fragmentShader auto fragmentShader;: Default fragment shader used to render the model.
vertexShader auto vertexShader;: Default fragment shader used to render the model.

Variables

bones float[] bones;: Bone each vertex belongs to. Each should be a fraction (bone index/bone count).
flatten int flatten;: If true, the model will stay aligned to the camera on the Y camera-space axis.
matrixTexture Texture2D matrixTexture;: Texture used to send matrices to the model.
performFold int performFold;: If true, the model should "fold" the textures, letting them repeat automatically — used for block sides.
properties Properties properties;: Rendering properties of the model.
showBackfaces bool showBackfaces;: If true, backface culling will be disabled. Used for rendering skeleton models.
texcoords Vector2[] texcoords;: Texture coordinates within given variants.
texture Texture2D texture;: Atlas texture to be used by the model. Will NOT be freed along with the model.
triangles ushort[3][] triangles;: Triangles in the model, each is an index in the vertex array.
variants Rectangle[] variants;: Atlas texture fragments mapped to each vertex.
vertices Vector3[] vertices;: Vertices making up the model.