Inheritance diagram for MR::ConstantCuspParams:

Public Attributes
bool	fromCenterToBoundary = true
	if true isolines will be processed from center point to the boundary (usually it means from up to down)
Public Attributes inherited from MR::ToolPathParams
float	millRadius = {}
	radius of the milling tool
float	voxelSize = {}
	size of voxel needed to offset mesh
float	sectionStep = {}
float	critTransitionLength = {}
float	plungeLength = {}
	when the mill is moving down, it will be slowed down in this distance from mesh
float	retractLength = {}
	when the mill is moving up, it will be slowed down in this distance from mesh
float	plungeFeed = {}
	speed of slow movement down
float	retractFeed = {}
	speed of slow movement up
float	baseFeed = {}
	speed of regular milling
float	safeZ = {}
	z-coordinate of plane where tool can move in any direction without touching the object
BypassDirection	bypassDir = BypassDirection::Clockwise
	which direction isolines or sections should be passed in
const AffineXf3f *	xf = nullptr
	mesh can be transformed using xf parameter
bool	flatTool = false
	if true then a tool path for a flat milling tool will be generated
ProgressCallback	cb = {}
	callback for reporting on progress
float	toolpathExpansion = 0.f
Contours3f *	isolines = nullptr
	optional output, stores isolines without transits
Contours3f *	startContours = nullptr
	optional output, polyline containing start vertices for isolines
std::vector< Vector3f > *	startVertices = nullptr
	start vertices on the offset mesh used for calcutating isolines
MeshPart *	offsetMesh = nullptr

The documentation for this struct was generated from the following file:

Public Attributes