Binary Spectral Imaging API - Revision history

HudecekP: /* Examples */

2026-08-18T12:28:06Z

Examples

← Older revision		Revision as of 14:28, 18 August 2026
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	This chapter containing parts of example project SpectraImg from the AdvacamAPIexamples collection.<br>		This chapter containing parts of example project SpectraImg from the AdvacamAPIexamples collection.<br>
	<br>		<br>
			; Git with commandline examples:
			: https://github.com/advacam/api-examples/tree/main/cpp-Windows-MSVS%2BCmake

	; Download the AdvacamAPIexamples package:		; Download the AdvacamAPIexamples package:
	: https://advacam.com/examples/AdvacamAPIexamples.rar		: https://advacam.com/examples/AdvacamAPIexamples.rar

HudecekP: /* Related */

2026-08-18T12:18:56Z

← Older revision		Revision as of 14:18, 18 August 2026
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	= Related =		= Related =
			* [[Binary Clustering API]]
	* [[Pixet_SDK\|Pixet SDK]]		* [[Pixet_SDK\|Pixet SDK]]
	* [[Files and directories of the Pixet and SDK#Main directory of the API-using programs, independent on the Pixet\|Files and directories: Main directory of the API-using programs]]		* [[Files and directories of the Pixet and SDK#Main directory of the API-using programs, independent on the Pixet\|Files and directories: Main directory of the API-using programs]]

HudecekP: /* ProcessedPixelsPerSecond and MeasuredPixelsPerSecond */

2026-08-18T12:01:14Z

ProcessedPixelsPerSecond and MeasuredPixelsPerSecond

@@ Line 590: / Line 590: @@
 == ProcessedPixelsPerSecond and MeasuredPixelsPerSecond ==
-{{ApiBinaryItem
+These are originally internal test functions. Their output does not correspond to what one would expect from their names.
 = Functions that using the output data =

HudecekP: /* The Spectral imaging API basic workflow */

2024-01-04T10:53:48Z

The Spectral imaging API basic workflow

← Older revision		Revision as of 12:53, 4 January 2024
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	: 10. Deinitialize the Pixet core, if the '''pxcInitialize''' was used in step 1.		: 10. Deinitialize the Pixet core, if the '''pxcInitialize''' was used in step 1.
	(For 1.a/b init ways see related Clustering API examples: '''[[Binary_Clustering_API#Initializing_using_the_pxpClLoadPixetCore\|Binary Clustering API: Initializing using the pxpClLoadPixetCore]]''' and '''[[Binary_Clustering_API#Initializing_from_the_active_Pixet_core\|Binary Clustering API: Initializing from the active Pixet_core]]''')<br>		(For 1.a/b init ways see related Clustering API examples: '''[[Binary_Clustering_API#Initializing_using_the_pxpClLoadPixetCore\|Binary Clustering API: Initializing using the pxpClLoadPixetCore]]''' and '''[[Binary_Clustering_API#Initializing_from_the_active_Pixet_core\|Binary Clustering API: Initializing from the active Pixet_core]]''')<br>
			<br>
			[[File:SpectralImg-principe.png\|frame\|center\|alt=What do the Spectral imaging\|What do the Spectral imaging]]
	<br>		<br>
	; Using BSTG files to save processing time:		; Using BSTG files to save processing time:

HudecekP: /* Functions that using the output data */

2024-01-03T12:43:24Z

Functions that using the output data

← Older revision		Revision as of 14:43, 3 January 2024
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	\| handle – SpectraImg handle received from function pxpSiCreate		\| handle – SpectraImg handle received from function pxpSiCreate
	\| *data – data buffer where the spectrum will be stored		\| *data – data buffer where the spectrum will be stored
	\| step – step of the spectra		\| *step [out] – pointer to store step of the spectra
	\| *size [in/out] – pointer to the size of the supplied buffer. if buffer ~~small,~~ size will contain correct size.		\| *size [in/out] – pointer to the size of the supplied buffer.
			: If buffer size doesn't match error occurs and size will contain correct size.
	: Correct spectrum size can be obtained via '''pxpSiSpectrumSize''' function.		: Correct spectrum size can be obtained via '''pxpSiSpectrumSize''' function.
	\|		\|

HudecekP: /* Functions that using the output data */

2024-01-03T12:41:57Z

Functions that using the output data

← Older revision		Revision as of 14:41, 3 January 2024
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	\| Nam = pxpSiGetGlobalSpectrumInRect		\| Nam = pxpSiGetGlobalSpectrumInRect
	\| HeSym = ==		\| HeSym = ==
	\| Sum = Gets the global energy spectrum in selected frame rectangle		\| Sum = Gets the global energy spectrum in selected frame rectangle. Pixel pos. conditions are <= and >=
	\| DefH = PXSIAPI int		\| DefH = PXSIAPI int
	\| DefP = clhandle_t handle, unsigned x1, unsigned y1, unsigned x2, unsigned y2, unsigned* data, double* step, size_t* size		\| DefP = clhandle_t handle, unsigned x1, unsigned y1, unsigned x2, unsigned y2, unsigned* data, double* step, size_t* size
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	\| y2 – bottom coordinate of the rectangle		\| y2 – bottom coordinate of the rectangle
	\| *data – data buffer where the spectrum will be stored		\| *data – data buffer where the spectrum will be stored
	\| step – step of the spectra		\| *step [out] – pointer to store step of the spectra
	\| *size [in/out] – pointer to the size of the supplied buffer. if buffer ~~small,~~ size will contain correct size.		\| *size [in/out] – pointer to the size of the supplied buffer.
			: If buffer size doesn't match error occurs and size will contain correct size.
	: Correct spectrum size can be obtained via '''pxpSiSpectrumSize''' function.		: Correct spectrum size can be obtained via '''pxpSiSpectrumSize''' function.
	\| Ret = 0 if successful, otherwise the return value is a SI_ERR_XXX code.		\| Ret = 0 if successful, otherwise the return value is a SI_ERR_XXX code.

HudecekP: /* The Spectral imaging API basic workflow */

2024-01-03T10:18:24Z

The Spectral imaging API basic workflow

← Older revision		Revision as of 12:18, 3 January 2024
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	: 9. Use some get… method and use the processed data.		: 9. Use some get… method and use the processed data.
	: 10. Deinitialize the Pixet core, if the '''pxcInitialize''' was used in step 1.		: 10. Deinitialize the Pixet core, if the '''pxcInitialize''' was used in step 1.
	(For 1.a/b init ways see related Clustering API examples: '''[[Binary_Clustering_API#Initializing_using_the_pxpClLoadPixetCore\|Binary Clustering API: Initializing using the pxpClLoadPixetCore]]''' and '''[[Binary_Clustering_API#Initializing_from_the_active_Pixet_core\|Binary Clustering API: Initializing from the active Pixet_core]]''')		(For 1.a/b init ways see related Clustering API examples: '''[[Binary_Clustering_API#Initializing_using_the_pxpClLoadPixetCore\|Binary Clustering API: Initializing using the pxpClLoadPixetCore]]''' and '''[[Binary_Clustering_API#Initializing_from_the_active_Pixet_core\|Binary Clustering API: Initializing from the active Pixet_core]]''')<br>
	<br>		<br>
	; Using BSTG files to save processing time:		; Using BSTG files to save processing time:

HudecekP: /* The Spectral imaging API basic workflow */

2024-01-03T10:18:08Z

The Spectral imaging API basic workflow

← Older revision		Revision as of 12:18, 3 January 2024
Line 39:		Line 39:
	: 9. Use some get… method and use the processed data.		: 9. Use some get… method and use the processed data.
	: 10. Deinitialize the Pixet core, if the '''pxcInitialize''' was used in step 1.		: 10. Deinitialize the Pixet core, if the '''pxcInitialize''' was used in step 1.
			(For 1.a/b init ways see related Clustering API examples: '''[[Binary_Clustering_API#Initializing_using_the_pxpClLoadPixetCore\|Binary Clustering API: Initializing using the pxpClLoadPixetCore]]''' and '''[[Binary_Clustering_API#Initializing_from_the_active_Pixet_core\|Binary Clustering API: Initializing from the active Pixet_core]]''')
	<br>		<br>
	; Using BSTG files to save processing time:		; Using BSTG files to save processing time:

HudecekP: /* LoadPixetCore and UnloadPixetCore */

2024-01-03T10:14:28Z

LoadPixetCore and UnloadPixetCore

← Older revision		Revision as of 12:14, 3 January 2024
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	\| Nam = pxpSiLoadPixetCore		\| Nam = pxpSiLoadPixetCore
	\| HeSym = ===		\| HeSym = ===
	\| Sum = Loads the pixet core library (pxcore.dll/so). When the measurement with a device is intented the user has to either load pixet core with this function, or if the core is already loaded in the application (pxcore.dll/so was loaded separatelly), the ~~setIPixet~~ function has to be called.		\| Sum = Loads the pixet core library (pxcore.dll/so). When the measurement with a device is intented the user has to either load pixet core with this function, or if the core is already loaded in the application (pxcore.dll/so was loaded separatelly), the '''pxpSiSetIPixet''' function has to be called.
	\| DefH = PXSIAPI int		\| DefH = PXSIAPI int
	\| DefP = const char* pxCoreLibPath		\| DefP = const char* pxCoreLibPath

HudecekP: /* Software */

2024-01-03T10:11:34Z

Software

← Older revision		Revision as of 12:11, 3 January 2024
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	* Other '''auxilliary files''':		* Other '''auxilliary files''':
	** '''pixet.ini'''		** '''pixet.ini'''
	** '''device config''' file(s)		** '''device config''' file(s) (both measuring or processing) or '''ABCT calibration files set''' (offline processing only)
	** '''hwlibs''' and optional other device specific files (only for measuring)		** '''hwlibs''' and optional other device specific files (only for measuring)
	::; See		::; See