Public Member Functions
def	adjustX (self, x, dx)

def	adjustY (self, y, dy)

def	g4LeadInOut (self)

def	g4Opposite (self)

def	g4Start2Elevator (self)

def	isG3 (self)

def	isUp (self)

def	overshoots (self, z)

Public Attributes
	cmd

	hPitch

	internal

	pitch

	zFinal

	zStart

Detailed Description

Helper class for dealing with different thread types

Member Function Documentation

◆ adjustX()

def threadmilling_generator._Thread.adjustX	(	self,
		x,
		dx
	)

adjustX(x, dx) ... move x by dx, the direction depends on the thread settings

References threadmilling_generator._Thread.isG3(), PartDesignGui::Ui_TaskHelixParameters.pitch, automotive_design.screw_pair.pitch, PartDesign::Hole::ThreadDescription.pitch, threadmilling_generator._Thread.pitch, and PathScripts.PathThreadMillingGui.TaskPanelOpPage.pitch.

◆ adjustY()

def threadmilling_generator._Thread.adjustY	(	self,
		y,
		dy
	)

adjustY(y, dy) ... move y by dy, the direction depends on the thread settings

References threadmilling_generator._Thread.isG3().

◆ g4LeadInOut()

def threadmilling_generator._Thread.g4LeadInOut ( self )

References threadmilling_generator._Thread.cmd, DrawSketchHandlerGenConstraint.cmd, threadmilling_generator._Thread.g4Opposite(), threadmilling_generator._Thread.internal, and GCS::ConstraintTangentCircumf.internal.

◆ g4Opposite()

def threadmilling_generator._Thread.g4Opposite ( self )

References threadmilling_generator._Thread.isG3().

Referenced by threadmilling_generator._Thread.g4LeadInOut(), and threadmilling_generator._Thread.g4Start2Elevator().

◆ g4Start2Elevator()

def threadmilling_generator._Thread.g4Start2Elevator ( self )

References threadmilling_generator._Thread.g4Opposite().

◆ isG3()

def threadmilling_generator._Thread.isG3 ( self )

isG3() ... returns True if this is a G3 command

References threadmilling_generator._Thread.cmd, and DrawSketchHandlerGenConstraint.cmd.

Referenced by threadmilling_generator._Thread.adjustX(), threadmilling_generator._Thread.adjustY(), and threadmilling_generator._Thread.g4Opposite().

◆ isUp()

def threadmilling_generator._Thread.isUp ( self )

isUp() ... returns True if the thread goes from the bottom up

References PartDesignGui::Ui_TaskHelixParameters.pitch, automotive_design.screw_pair.pitch, PartDesign::Hole::ThreadDescription.pitch, threadmilling_generator._Thread.pitch, and PathScripts.PathThreadMillingGui.TaskPanelOpPage.pitch.

◆ overshoots()

def threadmilling_generator._Thread.overshoots	(	self,
		z
	)

overshoots(z) ... returns true if adding another half helix goes beyond the thread bounds

References threadmilling_generator._Thread.hPitch, PartDesignGui::Ui_TaskHelixParameters.pitch, automotive_design.screw_pair.pitch, PartDesign::Hole::ThreadDescription.pitch, threadmilling_generator._Thread.pitch, PathScripts.PathThreadMillingGui.TaskPanelOpPage.pitch, and threadmilling_generator._Thread.zFinal.

Member Data Documentation

◆ cmd

threadmilling_generator._Thread.cmd

Referenced by threadmilling_generator._Thread.g4LeadInOut(), and threadmilling_generator._Thread.isG3().

◆ hPitch

threadmilling_generator._Thread.hPitch

Referenced by threadmilling_generator._Thread.overshoots().

◆ internal

threadmilling_generator._Thread.internal

Referenced by threadmilling_generator._Thread.g4LeadInOut().

◆ pitch

threadmilling_generator._Thread.pitch

Referenced by threadmilling_generator._Thread.adjustX(), PathScripts.PathThreadMillingGui.TaskPanelOpPage.getFields(), threadmilling_generator._Thread.isUp(), threadmilling_generator._Thread.overshoots(), and PathScripts.PathThreadMillingGui.TaskPanelOpPage.setFields().

◆ zFinal

threadmilling_generator._Thread.zFinal