Rendering

Sub VoxRender(ScreenW As Integer, ScreenH As Integer, Flags As UInteger = 0)

Renders the Voxel Screen to the display.

ScreenW is the width of the viewport that will be rendered to.
ScreenH is the height of the viewport that will be rendered to.
If either ScreenW or ScreenH is 0, no projective or viewport matrices will be changed for the rendering.
Flags may be any combination of the following or-ed together:

VOXEL_NOCLEAR
VOXEL_NOLIGHT
VOXEL_NOMODELVIEW
VOXEL_NOGLSTATE

These flags are used to disable parts of the VoxelGFX automatic OpenGL rendering to allow for manual control over the OpenGL rendering.
VOXEL_NOCLEAR will stop VoxelGFX from clearing the color and depth buffers. VOXEL_NOLIGHT will disable VoxelGFX default lighting. VOXEL_NOMODELVIEW will prevent VoxelGFX from changing the modelview matrix. VOXEL_NOGLSTATE will stop VoxelGFX from changing the OpenGL render state.

Sub VoxGlRenderState(ScreenW As Integer = 0, ScreenH As Integer = 0, Flags As UInteger = 0)

Sets up the OpenGL render state for VoxelGFX but without actually rendering anything. The parameters behave the same as in the VoxRender command.

Sub VoxRenderVolume(Model As Vox_Volume)

Renders the volume referenced by Model. The volume will be rendered at coordinates (0, 0, 0)-(W, H, D) where the volume has size (W, H, D). This means that each voxel will be 1 unit wide tall and deep. Take care to use an appropriate modelview transformation for a solid rectangle of this size and shape. The normals are unit length so if you perform a scaling be sure to use GL_RESCALE_NORMAL or GL_NORMALIZE to get correct lighting calculations.

Sub VoxRenderSubVolume(Model As Vox_Volume, ByVal A As Vec3I, ByVal B As Vec3I)

Renders a portion of the volume referenced by Model. The portion rendered is the solid rectangle with far corners A and B.