GreSetModelXform: Difference between revisions
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GreSetModelXform sets the model transform matrix elements as specified. | GreSetModelXform sets the model transform matrix elements as specified. | ||
This function can be hooked by the presentation driver. | This function can be hooked by the presentation driver. | ||
;Simulation support: This function is simulated by a handling routine in the graphics engine. | ;Simulation support: This function is simulated by a handling routine in the graphics engine. | ||
==Syntax== | ==Syntax== | ||
GreSetModelXform(hdc, paXformData, flOptions, pInstance, lFunction) | GreSetModelXform(hdc, paXformData, flOptions, pInstance, lFunction) | ||
==Parameters== | ==Parameters== | ||
;hdc (HDC) - input | ;hdc (HDC) - input:Device context handle. | ||
:Device context handle. | ;paXformData (PXFORM) - input:Pointer to an array. | ||
:Pointer to an array of six matrix elements for two-dimensional formation. These are M11, M12, M21, M22, M41, and M42. | |||
;paXformData (PXFORM) - input | ;flOptions (LONG) - input:Specifies how the supplied array is used to set the matrix. Valid values are: | ||
:Pointer to an array. | :*SX_UNITY Set unity transform. Ignore array values. | ||
:*SX_CAT_AFTER Concatenate after. | |||
:Pointer to an array of six matrix elements for two-dimensional formation. These are M11, M12, M21, M22, M41, and M42. | :*SX_CAT_BEFORE Concatenate before. | ||
:*SX_OVERWRITE Overwrite. | |||
;flOptions (LONG) - input | ;pInstance (PVOID) - input:Pointer to instance data. | ||
:Specifies how the supplied array is used to set the matrix. Valid values are: | ;lFunction (ULONG) - input:High-order WORD=flags; low-order WORD=NGreSetModelXform. | ||
:*SX_UNITY Set unity transform. Ignore array values. | |||
:*SX_CAT_AFTER Concatenate after. | |||
:*SX_CAT_BEFORE Concatenate before. | |||
:*SX_OVERWRITE Overwrite. | |||
;pInstance (PVOID) - input | |||
:Pointer to instance data. | |||
;lFunction (ULONG) - input | |||
:High-order WORD=flags; low-order WORD=NGreSetModelXform. | |||
==Return Code== | ==Return Code== | ||
;fSuccess (BOOL) - returns | ;fSuccess (BOOL) - returns:Return codes. | ||
:Return codes. | :This function returns BOOLEAN (fSuccess). | ||
:*TRUE Successful | |||
:This function returns BOOLEAN (fSuccess). | |||
:*TRUE Successful | |||
:*FALSE Error | :*FALSE Error | ||
:Possible Errors Detected: | :Possible Errors Detected: When an error is detected, the handling routine must call WinSetErrorInfo to post the condition. Error codes for conditions that the handling routine is expected to check include: | ||
:*PMERR_BASE_ERROR | |||
:*PMERR_BASE_ERROR | :*PMERR_COORDINATE_OVERFLOW | ||
:*PMERR_COORDINATE_OVERFLOW | :*PMERR_DEV_FUNC_NOT_INSTALLED | ||
:*PMERR_DEV_FUNC_NOT_INSTALLED | :*PMERR_HDC_BUSY | ||
:*PMERR_HDC_BUSY | :*PMERR_INSUFFICIENT_MEMORY | ||
:*PMERR_INSUFFICIENT_MEMORY | :*PMERR_INV_COORD_SPACE | ||
:*PMERR_INV_COORD_SPACE | :*PMERR_INV_COORDINATE | ||
:*PMERR_INV_COORDINATE | :*PMERR_INV_HDC | ||
:*PMERR_INV_HDC | :*PMERR_INV_HRGN | ||
:*PMERR_INV_HRGN | :*PMERR_INV_IN_AREA | ||
:*PMERR_INV_IN_AREA | :*PMERR_INV_IN_PATH | ||
:*PMERR_INV_IN_PATH | :*PMERR_INV_LENGTH_OR_COUNT | ||
:*PMERR_INV_LENGTH_OR_COUNT | :*PMERR_INV_MATRIX_ELEMENT | ||
:*PMERR_INV_MATRIX_ELEMENT | :*PMERR_INV_PATTERN_REF_PT_ATTR | ||
:*PMERR_INV_PATTERN_REF_PT_ATTR | :*PMERR_INV_PICK_APERTURE_POSN | ||
:*PMERR_INV_PICK_APERTURE_POSN | :*PMERR_INV_RECT | ||
:*PMERR_INV_RECT | :*PMERR_INV_REGION_CONTROL | ||
:*PMERR_INV_REGION_CONTROL | :*PMERR_INV_TRANSFORM_TYPE | ||
:*PMERR_INV_TRANSFORM_TYPE | :*PMERR_PATH_LIMIT_EXCEEDED | ||
:*PMERR_PATH_LIMIT_EXCEEDED | :Refer to the "Error Explanations" section in the Presentation Manager Programming Reference for further explanation. | ||
:Refer to the "Error Explanations" section in the Presentation Manager Programming Reference for further explanation. | |||
==Declaration== | ==Declaration== | ||
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fSuccess = GreSetModelXform(hdc, paXformData, flOptions, pInstance, lFunction); | fSuccess = GreSetModelXform(hdc, paXformData, flOptions, pInstance, lFunction); | ||
</PRE> | </PRE> | ||
[[Category:Gre]] | [[Category:Gre]] |
Latest revision as of 17:24, 5 April 2025
GreSetModelXform sets the model transform matrix elements as specified.
This function can be hooked by the presentation driver.
- Simulation support
- This function is simulated by a handling routine in the graphics engine.
Syntax
GreSetModelXform(hdc, paXformData, flOptions, pInstance, lFunction)
Parameters
- hdc (HDC) - input
- Device context handle.
- paXformData (PXFORM) - input
- Pointer to an array.
- Pointer to an array of six matrix elements for two-dimensional formation. These are M11, M12, M21, M22, M41, and M42.
- flOptions (LONG) - input
- Specifies how the supplied array is used to set the matrix. Valid values are:
- SX_UNITY Set unity transform. Ignore array values.
- SX_CAT_AFTER Concatenate after.
- SX_CAT_BEFORE Concatenate before.
- SX_OVERWRITE Overwrite.
- pInstance (PVOID) - input
- Pointer to instance data.
- lFunction (ULONG) - input
- High-order WORD=flags; low-order WORD=NGreSetModelXform.
Return Code
- fSuccess (BOOL) - returns
- Return codes.
- This function returns BOOLEAN (fSuccess).
- TRUE Successful
- FALSE Error
- Possible Errors Detected: When an error is detected, the handling routine must call WinSetErrorInfo to post the condition. Error codes for conditions that the handling routine is expected to check include:
- PMERR_BASE_ERROR
- PMERR_COORDINATE_OVERFLOW
- PMERR_DEV_FUNC_NOT_INSTALLED
- PMERR_HDC_BUSY
- PMERR_INSUFFICIENT_MEMORY
- PMERR_INV_COORD_SPACE
- PMERR_INV_COORDINATE
- PMERR_INV_HDC
- PMERR_INV_HRGN
- PMERR_INV_IN_AREA
- PMERR_INV_IN_PATH
- PMERR_INV_LENGTH_OR_COUNT
- PMERR_INV_MATRIX_ELEMENT
- PMERR_INV_PATTERN_REF_PT_ATTR
- PMERR_INV_PICK_APERTURE_POSN
- PMERR_INV_RECT
- PMERR_INV_REGION_CONTROL
- PMERR_INV_TRANSFORM_TYPE
- PMERR_PATH_LIMIT_EXCEEDED
- Refer to the "Error Explanations" section in the Presentation Manager Programming Reference for further explanation.
Declaration
#define INCL_GRE_XFORMS #include <os2.h> HDC hdc; /* Device context handle. */ PXFORM paXformData; /* Pointer to an array. */ LONG flOptions; /* Specifies how the supplied array is used to set the matrix. Valid values are: */ PVOID pInstance; /* Pointer to instance data. */ ULONG lFunction; /* High-order WORD=flags; low-order WORD=NGreSetModelXform. */ BOOL fSuccess; /* Return codes. */ fSuccess = GreSetModelXform(hdc, paXformData, flOptions, pInstance, lFunction);