*LSRP auto-generated laser path and *LASR laser path card are used simultaneously.
*LSRP auto-generated laser path and *LASF laser path file are used simultaneously.
These errors indicate the user attempted to automatically generate a laser vector file with *LSRP while also trying to manually input a LSR file via *LASR or *LSRF. Laser vectors can only be defined using one method per simulation.
Cannot open file example.lsr. Check that the .lsr file is in the correct directory and has been specified correctly in the input files.
This error indicates the specified LSR file is either misspelled or in the wrong directory.
Cannot read file example??.lsr. Laser line: ## is incorrectly formatted.
This error informs the user that the specified laser line in the LSR file is not formatted correctly.
No layers in laser path
This error occurs when the laser file specified by *LSRF has zero entries.
*LASR laser vector card lines are not in time ascending order. Line: laser-line##
This error occurs when the laser paths specified in the laser file *LSRF are not sorted in chronologically increasing order.
Laser line has zero length. Laser line: ##. Check and fix .lsr file.
This error occurs when a laser path specified in the laser file *LSRF has identical beginning and ending coordinates.
Zero or negative travel speed for weld line ##. Increase travel speed in the .lsr file.
Travel speeds in the LSR file specified by *LSRF or created by *LSRP must be positive. Correct the .lsr file and rerun the simulation.
Zero or negative radius for laser line ##. Increase laser radius in the .lsr file.
This error indicates that the heat source radius is equal or less than 0 mm. Positive heat source radii must be used. Correct the .lsr file and rerun.
Path error: travel speed must be positive. Check and fix .lsr file. Path error: layer thickness must be positive. Check and fix .lsr file. Path error: hatch spacing must be positive. Check and fix .lsr file. Path error: dwell time must be positive. Check and fix .lsr file. Path error: number of layers must be positive. Check and fix .lsr file. Path error: x width must be positive. Check and fix .lsr file. Path error: y width must be positive. Check and fix .lsr file.
These errors are issued when the LSR file has set any of the critical values to a zero or negative value. Fix the *LSRP values.
*STLF is required with *LSR3.
For a 6-axis DED simulation, a substrate STL file must be assigned by *STLF.