Roper Photometric manual Class 101 ICL Plexplisterrscript101

Page 29

PVCAM

NAME

SYNOPSIS

DESCRIPTION

RETURN VALUE SEE ALSO NOTES

Class 101: ICL

pl_exp_listerr_script(101)

pl_exp_listerr_script – if an error occurred during script processing, list the exact position of that error.

boolean

pl_exp_listerr_script( int16 hcam, char_ptr err_char, uns32_ptr err_char_num, uns32_ptr err_line, uns32_ptr err_ch_in_line )

By default, this function returns zeros for all values, indicating that no logical or syntactical error was spotted in the script. This function resets each time pl_exp_setup_script is called. If the last call to pl_exp_setup_script generates an error, this function returns the location (where processing stopped) of that error in the script string. In some cases, the location reported may just be past the location of the actual error.

The character that generated the error is returned in err_char. This will be character number err_char_num in the input string (0-indexed, as with all C strings). The script is also examined for line-feed, newlines, etc. in an attempt to divide the script into the separate lines used by common word processors. The line number and character in the line are returned in err_line and err_ch_in_line. Both of those values are 1-indexed, as is typical with text editors and word processors, so that the first character in the script is character 1 of line 1.

TRUE for success, FALSE for a failure. Failure sets pl_error_code.

pl_exp_setup_script(101)

Separate error lists are kept for each hcam, so multiple cameras (and multiple users) will not collide. This reports on the error state following the most recent call to pl_exp_setup_script( ) using this value of hcam. A new call to pl_exp_setup_script( ) resets the error list.

Some errors indicate a problem with the entire program rather than a single line (for example, errors 10122 or 10123). In such a case, the error will be listed as occurring at “character 0, line 0.” This indicates that while no single line is at fault, there was an inconsistency in the program at large.

Chapter 2. ICL 23

Page 28 Page 30
Image 29
Page 28 Page 30
Contents Page Rev C1 Limited Warranty Roper Scientific Analytical Instrumentation Your Responsibility Table of Contents Index Description IntroductionBenelux Software Roper Scientific Customer ServiceICL Multiple Parameter Functions Following parameters are illegalICL Function Syntax Readout / Display Clearparallelclearcount Function DefinitionsExposeuntiltrig Exposewhiletrigclearfirst ClearuntiltrigPixelreadoutsoffset, ssize, sbin, psize, pbin LoopendPixeldisplayx,y Shiftimagetostorage ScriptbeginScriptendcontinclear Shiftmodeisalt ShiftmodeisShiftmodeism ShiftmodeismaltShutteropen Single Image Example ScriptsOpen the Shutter TDI Time Delay Integration Panorama Ratio Imaging 2-Frame Ratio CCD E Ratio Imaging Multi-Frame RatioColor Sequence Signal to Begin the ExperimentGood Exposure Time Intermittent ExposureDone EXPOSING, NOW Readout High-Speed SpectroscopyError Codes Class 101 ICL Plexpdisplayscript101 Man PagesBoolean plexpinitscriptvoid Class 101 ICL Plexpinitscript101Class 101 ICL Plexplisterrscript101 Class 101 ICL Plexpsetupscript101 Boolean Plexpstartscriptint16 hcam, voidptr pixelstream Class 101 ICL Plexpstartscript101Boolean plexpuninitscript void Class 101 ICL Plexpuninitscript101ICL This page intentionally left blank Potential Wells Introduction Theory of OperationCharge Transfer Typical CCD Imager CCD Readout Subarray Readout Binned Readout CCD Architectures CCD ArchitecturesFrame Transfer Variations CCD Camera Implementations Resolution SensitivityThick and Thinned CCDs Fiberoptics Sources of NoiseSNR Additional Reading This page intentionally left blank Index Page Index Benelux France Germany Japan
Top Page Image Contents