Event_Event Compute Operator — Utilities

`MoveLin`


def MoveLin(target: CENPyOlpMatrix) -> CENPyOlpTpElement

Adds a “move linear” element at the end.

Parameters:

Name	Type	Description
`target`	`CENPyOlpMatrix`	target matrix of the move linear element.

Returns: CENPyOlpTpElement — Linear toolpath element added.

`MoveCir`


def MoveCir(target: CENPyOlpMatrix, via: CENPyOlpMatrix) -> CENPyOlpTpElement

Adds a circular move element at the end

Parameters:

Name	Type	Description
`target`	`CENPyOlpMatrix`	target point matrix of the move circular
`via`	`CENPyOlpMatrix`	via point matrix of the move circular

Returns: CENPyOlpTpElement — Circular toolpath element added.

`MoveCir`


def MoveCir(target: CENPyOlpMatrix, radius: float, direction: int) -> CENPyOlpTpElement

Adds a circular move element at the end. The circular move is in the plane constructed by initial tangent vector of reference point and the vector connecting reference with new target point.

Parameters:

Name	Type	Description
`target`	`CENPyOlpMatrix`	target point matrix of the move circular (if position is not on circle it will be fitted to be on the circle)
`radius`	`float`	circle radius
`direction`	`int`	direction of circle (clockwise or counter clockwise)

Returns: CENPyOlpTpElement — Circular toolpath element added with direction of target (position might change)

`MoveCir`


def MoveCir(angle: float, radius: float) -> CENPyOlpTpElement

Adds a circular move element at the end. The circular movement is within the xy plane of the reference point. The end tangent is the circle tangent at the endpoint.

Parameters:

Name	Type	Description
`angle`	`float`	opening angle of circle
`radius`	`float`	circle radius

Returns: CENPyOlpTpElement — Circular toolpath element added.

`MoveTangentCir`


def MoveTangentCir(start: CENPyOlpMatrix, end: CENPyOlpMatrix, tangentTo: int) -> CENPyOlpTpElement

Adds a circular move element tangential to a matrix

Parameters:

Name	Type	Description
`start`	`CENPyOlpMatrix`	start point matrix of the move circular
`end`	`CENPyOlpMatrix`	end point matrix of the move circular
`tangentTo`	`int`	tangent to start or end : Start, End

Returns: CENPyOlpTpElement — Circular toolpath element added.

`MovePTP`


def MovePTP(target: CENPyOlpMatrix) -> CENPyOlpTpElement

Adds a point to point move element at the end

Parameters:

Name	Type	Description
`target`	`CENPyOlpMatrix`	target matrix of the move

Returns: CENPyOlpTpElement — point-to-point toolpath element added.

`SkipPath`


def SkipPath(length: float, includeStartAndEnd: bool)

Skips the toolpath elements for a given length.

Parameters:

Name	Type	Description
`length`	`float`	The length to be skipped.
`includeStartAndEnd`	`bool`	Flag determining whether or not to include start and end point.

Was this page helpful?