xallplanes(3) [hpux man page]

XAllPlanes()															      XAllPlanes()

Name
  XAllPlanes, AllPlanes - return a value with all bits set to 1 suitable for plane argument.

Synopsis
  unsigned long XAllPlanes()

Arguments
  None.

Returns
  A plane mask that includes all planes.

Description
  XAllPlanes()	returns a value with all bits set to 1 suitable for use in a plane mask in a GC, color allocation procedure, or in image han-
  dling.

  The C language macro AllPlanes() is equivalent and slightly more efficient.

See Also
  XAllocColorCells(), XChangeGC(), XCopyGC(), XCreateGC(), XGetGCValues(), XGetImage(), XGetSubImage(), XSetPlaneMask(), XSetState().

Xlib - Macro Equivalents													      XAllPlanes()

XAllocColorCells()														XAllocColorCells()

Name
  XAllocColorCells - allocate read/write (nonshared) colorcells.

Synopsis
  Status XAllocColorCells(display, colormap, contig, plane_masks_return, nplanes, pixels_return, npixels_return)
	Display *display;
	Colormap colormap;
	Bool contig;
	unsigned long plane_masks_return[nplanes];
	unsigned int nplanes;
	unsigned long pixels_return[npixels_return];
	unsigned int npixels_return;

Arguments
  display   Specifies a connection to an X server; returned from XOpenDisplay().

  colormap  Specifies the ID of the colormap in which the colorcell is to be allocated.

  contig    Specifies a boolean value.	Pass True if the planes must be contiguous or False if the planes need not be contiguous.

  plane_mask
	    Returns an array of plane masks.

  nplanes   Specifies the number of plane masks returned in the plane masks array.  Must be nonnegative.

  pixels_return
	    Returns an array of pixel values.

  npixels_return
	    Specifies the number of pixel values returned in the pixels_return array.  Must be positive.

Returns
  Zero on failure, non-zero on success.

Description
  XAllocColorCells()  allocates  read/write  colorcells  in  a	read/write colormap.  If npixels_return and nplanes are requested, then npix-
  els_return base values and nplanes plane masks are returned.	No mask will have any bits in common with any other mask, or with any of  the
  pixels.   By	ORing  together  each of the pixels_return with any combination of the plane_masks_return, npixels_return*2(nplanes) distinct
  pixel values can be produced.  For GrayScale or PseudoColor, each mask will have exactly one	bit,  and  for	DirectColor  each  will  have
  exactly three bits.  If contig is True, then if all plane masks are ORed together, a single contiguous set of bits will be formed for Gray-
  Scale or PseudoColor and three contiguous sets of bits (one within each pixel subfield) for DirectColor.  The RGB values of  the  allocated
  entries are undefined until set with XStoreColor, XStoreColors(), or XStoreNamedColor().

  Status is zero on failure, and non-zero on success.

  For more information, see Volume One, Chapter 7, Color.

Errors
  BadColor

  BadValue  nplanes is negative.
	    npixels_return is not positive.

See Also
  XBlackPixel(), XWhitePixel(), XAllocColor(), XAllocColorPlanes(), XAllocNamedColor(), XFreeColors(), XLookupColor(), XParseColor(), XQuery-
  Color(), XQueryColors(), XStoreColor(), XStoreColors(), XStoreNamedColor().

Xlib - Color Cells														XAllocColorCells()