mibRenderModel.m File Reference

Render a model using isosurfaces. More...

Functions
function p =	mibRenderModel (Volume, Index, pixSize, boundingBox, color_list, Image, Options)
	Render a model using isosurfaces.

Detailed Description

Render a model using isosurfaces.

Function Documentation

mibRenderModel()

function p = mibRenderModel	(		Volume,
			Index,
			pixSize,
			boundingBox,
			color_list,
			Image,
			Options )

Render a model using isosurfaces.

Parameters

Volume	a model, [1:height, 1:width, 1:thickness] with materials
Index	iso value, if 0 or NaN generate isosurfaces of all materials
pixSize	structure with physical dimensions of voxels .x - physical width .y - physical height .z - physical thickness .units - physical units
boundingBox	information of the bounding box of the dataset [xMin, xMax, yMin, yMax, zMin, zMax]
color_list	[optional] -> list of colors for models (0-1), [materialIndex][Red, Green, Blue]
Image	the image layer that is used to place an orthoslice
Options	[optional] - a structure with parameters that are also asked inside the function .reduce - reduce the volume down to, width pixels [no volume reduction when 0] .smooth - smoothing 3d kernel, width (no smoothing when 0) .maxFaces - maximal number of faces (no limit when 0) .slice - show orthoslice (enter a number slice number, or NaN) .exportToImaris - an optional switch to export the model to Imaris .modelMaterialNames - a cell array for material names

Return values

p	triangulated patch defined by FV (a structure with fields vertices and faces)

Required fields of Options:

Required fields of pixSize:

References max, mibSetImarisSurface(), and view3d().

Referenced by mibController.mibSegmentationTable_cm_Callback(), and mibImage.saveModel().

Here is the call graph for this function:

Here is the caller graph for this function: