USER_LEITZ Options

The entries in the USER_LEITZ section in PC-DMIS Settings Editor are:

• DebugCMM - This entry is part of the generic debug support that interfaces share. It does not apply to this interface.

• DebugCPU - This entry is part of the generic debug support that interfaces share. It does not apply to this interface.

• DebugFile = debug.txt - This entry specifies the name of the file that contains debug output if it is enabled. If you enable debug output, this file reinitializes each time PC-DMIS starts. This file can become quite large if you enable debugging and leave PC-DMIS in an "idle" state for a long time. Even if PC-DMIS is idle, it continuously updates positions, and that activity appears in the debug file. You can usually find this option on the Debug tab of the Machine Options dialog box (Edit | Preferences | Machine Interface Setup).

• DebugLog = False - To enable debug output, set the value to True. You can usually find this option on the Debug tab of the Machine Options dialog box (Edit | Preferences | Machine Interface Setup).

• DebugPosReport - This entry is part of the generic debug support that interfaces share. It does not apply to this interface.

• DebugTitle - This entry specifies the title of the Debug window.

• DebugWindow = False - To create a window that contains debug output, set the value to True. This output is part of the generic debug support that interfaces share. However, it is usually not useful for this interface because of the typically large volume of debug output that appears when you enable the output.

• IgnoreAllWarningMessages = True

• LowerMatrix_LSPX1C

• LowerMatrix_LSPX1E

• LowerMatrix_LSPX1H

• LowerMatrix_LSPX1M

• LowerMatrix_LSPX1S

• LowerMatrix_LSPX3

• LowerMatrix_LSPX5

• LowerMatrix_SP25

• LowerMatrix_SP600

• LowerMatrix_SP80 - This entry specifies the probe-type specific entries that are used on machines that support multiple probe types via the PRBTYP command, and that use a lower-level deflection matrix in addition to a tip-specific, upper-level deflection matrix. This parameter is a string of nine comma-separated values that make up the lower-level probe deflection matrix. The end of the name identifies the type of probe that it applies to. Usually, this entry is created and saved when you perform the lower-level matrix calibration procedure rather than by manual entry.

• LowerMatrixSeed_LSPX1C

• LowerMatrixSeed_LSPX1E

• LowerMatrixSeed_LSPX1H

• LowerMatrixSeed_LSPX1M

• LowerMatrixSeed_LSPX1S

• LowerMatrixSeed_LSPX3

• LowerMatrixSeed_LSPX5

• LowerMatrixSeed_SP25

• LowerMatrixSeed_SP600

• LowerMatrixSeed_SP80 - This entry specifies the probe-type specific entries that are used on machines that support multiple probe types via the PRBTYP command, and that use a lower-level deflection matrix in addition to a tip-specific, upper-level deflection matrix. This parameter is a string of three comma-separated values that are used along with the lower matrix when probe stiffness is computed for adaptive scanning. The end of the name identifies the type of probe that it applies to.

• SP25_Uncalibrated_SM1_NLPPAR01

• SP25_Uncalibrated_SM1_NLPPAR04

• SP25_Uncalibrated_SM1_NLPPAR10

• SP25_Uncalibrated_SM2_NLPPAR01

• SP25_Uncalibrated_SM2_NLPPAR04

• SP25_Uncalibrated_SM2_NLPPAR10

• SP25_Uncalibrated_SM3_NLPPAR01

• SP25_Uncalibrated_SM3_NLPPAR04

• SP25_Uncalibrated_SM3_NLPPAR10

• SP25_Uncalibrated_SM4_NLPPAR01

• SP25_Uncalibrated_SM4_NLPPAR04

• SP25_Uncalibrated_SM4_NLPPAR10

• SP25_Uncalibrated_SM5_NLPPAR01

• SP25_Uncalibrated_SM5_NLPPAR04

• SP25_Uncalibrated_SM5_NLPPAR10 - This entry specifies the linear deflection coefficients to use for the first-time calibration of an SP25 scanning module. Each type of module (SM25-1, SM25-2, through SM25-5) can have its own set of coefficients. There are three entries (NLPPAR01, NLPPAR04, and NLPPAR10) for each module type. Each entry consists of three comma-separated values. The three entries with three values each collectively provide a 3X3 deflection matrix for the given module type. You should not usually attempt to modify these values unless an appropriate Technical Support representative specifically directs you to modify them.

• UseDebugManager = True - If the value is True , the interface uses the debug manager if it is enabled. If the value is False, it does not use the debug manager even if it is enabled.

• Version = 0.0 - This entry indicates the software interface version. You should not manually change this value.

• WarmupStationPowerState = 0 - If you use a Warmup Station for laser probes, this entry specifies the state to set when PC-DMIS first starts. Usually, this value should be 0 for OFF or 1 for ON.