Router-CIM Automation Suite

rcim_2023_header


rcim_2023_header


Previous topic Next topic  

rcim_2023_header


Previous topic Next topic  

Sequence Emulator Options

 

The Sequence Emulator Options Set different modes and values that control the Tool Path Editor

 

Sequence_EditToolMotions

 

Default Positioning Mode

Positioning Modes: 0 = line/arc, 1 = path, 2 = cut

Line/Arc - positions along a cut by one single motion at a time.

Path - positions along a cut for an entire cut path at a time.

Cut - positions along an entire cut block at a time.

 

Default Emulation Mode

Emulation Modes: 0 = highlight, 1 = tool drop, 2 = vector

 

Highlight - draws the object using the Highlight color.

Tool Drop - inserts the tool geometry at intervals along the cut path.

Vector - draws vectors representing the tool along the cut path.

 

Element Highlight Color

Highlight Color - a number representing an AutoCAD color.  An object is highlighted by redrawing the object using this color.

 

Maximum Number NC Lines

Maximum of NC Code Lines - a buffer of information is stored in memory in which the editor works on.  The size of this work space is determined by the approximate number of NC code lines that would be generated within the work space.

 

Emulation Tool Percentage

Emulation Tool Percentage - When using Vector or Tool Drop emulation, the spacing between each emulation motion is determined by the percentage of the tool radius.

 

Settings Keyword #1

A postprocessor command word that will appear in the setting areas when encountered in the sequence.

 

Settings Keyword #2

A postprocessor command word that will appear in the setting areas when encountered in the sequence.

 

Settings Keyword #3

A postprocessor command word that will appear in the setting areas when encountered in the sequence.

 

Settings Keyword #4

A postprocessor command word that will appear in the setting areas when encountered in the sequence.

 

Settings Keyword #5

A postprocessor command word that will appear in the setting areas when encountered in the sequence.