The Datafile PD-CD 4/DATAFILE_PDCD4.iso/utilities/utilsp/pca/TBoxLibs/c/sprite

Text File | 1996-04-26 | 23.3 KB | 980 lines

/************************************************************************/
/* © Acorn Computers Ltd, 1992.                                         */
/*                                                                      */
/* This file forms part of an unsupported source release of RISC_OSLib. */
/*                                                                      */
/* It may be freely used to create executable images for saleable       */
/* products but cannot be sold in source form or as an object library   */
/* without the prior written consent of Acorn Computers Ltd.            */
/*                                                                      */
/* If this file is re-distributed (even if modified) it should retain   */
/* this copyright notice.                                               */
/*                                                                      */
/************************************************************************/

/*
 * Title  : c.sprite
 * Purpose: provide access to RISC OS sprite facilities
 * History: IDJ: 07-Feb-92: prepared for source release
 *
 */


#include <stddef.h>
#include <stdlib.h>

/* #include "h.os" */
#include "kernel.h"
#include "h.sprite"
#include "swis.h"


/* Basic primitive used by sprite_xxx calls */
#ifndef OS_SpriteOp
#define OS_SpriteOp 0x2E
#endif


#define ScreenSave            2
#define ScreenLoad            3

#define ReadAreaCB            8  /* *SInfo */
#define ClearSprites          9  /* *SNew */
#define LoadSpriteFile        10 /* *SLoad <filename> */
#define MergeSpriteFile       11 /* *SMerge <filename> */
#define SaveSpriteFile        12 /* *SSave <filename> */
#define ReturnName            13
#define GetSprite             14 /* *SGet <n> */
#define CreateSprite          15
#define GetSpriteUserCoords   16

#define SelectSprite          24 /* *SChoose <n> [<m>] */
#define DeleteSprite          25 /* *SDelete <n> */
#define RenameSprite          26 /* *SRename */
#define CopySprite            27
#define PutSprite             28
#define CreateMask            29
#define RemoveMask            30
#define InsertRow             31
#define DeleteRow             32
#define FlipAboutXAxis        33
#define PutSpriteUserCoords   34
#define AppendSprite          35
#define SetPointerShape       36

#define ReadSpriteSize        40
#define ReadPixelColour       41
#define WritePixelColour      42
#define ReadPixelMask         43
#define WritePixelMask        44
#define InsertCol             45
#define DeleteCol             46
#define FlipAboutYAxis        47
#define PlotMask              48
#define PlotMaskUserCoords    49

#define PlotMaskScaled        50
#define PaintCharScaled       51
#define PutSpriteScaled       52
#define PutSpriteGreyScaled   53
#define RemoveLeftHandWastage 54
#define PlotMaskTransformed   55
#define PutSpriteTransformed  56
#define InsertDeleteRows      57
#define InsertDeleteColumns   58

#define SwitchOutputToSprite  60
#define SwitchOutputToMask    61
#define ReadSaveAreaSize      62

#define BadReasonCode         63

#pragma no_check_stack

static _kernel_oserror * sprite__op(_kernel_swi_regs *r)
{
  return _kernel_swi(OS_SpriteOp, r,r);
}


/******** Simple operations, use no sprite area, no name/sprite pointer ***/


_kernel_oserror * sprite_screensave(const char *filename, sprite_palflag palflag)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   r.r[0] = 2;
 /*r.r[1] unused */
   r.r[2] = (int) filename;
   r.r[3] = palflag;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_screenload(const char *filename)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   r.r[0] = 3;
 /*r.r[1] unused */
   r.r[2] = (int) filename;
   result = sprite__op(&r);
   return result;
}


/****** Operations on either system/user area, no name/sprite pointer *****/

static void setfromarea(int op, sprite_area *area, _kernel_swi_regs *r)
{
   if (area == sprite_mainarea)
   {
      r->r[0] = op;
 /*   r->r[1] unused */
   }
   else
   {
      r->r[0] = op + 256;
      r->r[1] = (int) area;
   }
}


void sprite_area_initialise(sprite_area *area, int length)
{
   area->size    = length; /* No SpriteOp to do this ! */
   area->number  = 0;
   area->sproff  = 16;
   area->freeoff = 16;
}


_kernel_oserror * sprite_area_readinfo(sprite_area *area, sprite_area *resultarea)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromarea(8, area, &r);
   result = sprite__op(&r);
   if (result == NULL) /* Only return result if no error */
   {
      resultarea->size    = r.r[2];
      resultarea->number  = r.r[3];
      resultarea->sproff  = r.r[4];
      resultarea->freeoff = r.r[5];
   }
   return result;
}


_kernel_oserror * sprite_area_reinit(sprite_area *area)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromarea(9, area, &r);
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_area_save(sprite_area *area, const char *filename)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromarea(12, area, &r);
   r.r[2] = (int) filename;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_area_load(sprite_area *area, const char *filename)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromarea(10, area, &r);
   r.r[2] = (int) filename;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_area_merge(sprite_area *area, const char *filename)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromarea(11, area, &r);
   r.r[2] = (int) filename;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_getname(sprite_area *area, void *buffer,
                          int *length, int index)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromarea(13, area, &r);
   r.r[2] = (int) buffer;
   r.r[3] = *length;
   r.r[4] = index;
   result = sprite__op(&r);
   if (result == NULL) /* Only return result if no error */
   {
      *length = r.r[3];
   }
   return result;
}


_kernel_oserror * sprite_get(sprite_area *area, char *name, sprite_palflag palflag)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromarea(14, area, &r);
   r.r[2] = (int) name;
   r.r[3] = palflag;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_get_rp(sprite_area *area, char *name, sprite_palflag palflag,
                         sprite_ptr *resultaddress)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromarea(14, area, &r);
   r.r[2] = (int) name;
   r.r[3] = palflag;
   result = sprite__op(&r);
   if (result == NULL) /* Only return result if no error */
   {
      *resultaddress = (void *) r.r[2];
   }
   return result;
}


_kernel_oserror * sprite_get_given(sprite_area *area, char *name,
                            sprite_palflag palflag,
                            int x0, int y0, int x1, int y1)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromarea(16, area, &r);
   r.r[2] = (int) name;
   r.r[3] = palflag;
   r.r[4] = x0;
   r.r[5] = y0;
   r.r[6] = x1;
   r.r[7] = y1;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_get_given_rp(sprite_area *area, char *name,
                               sprite_palflag palflag, int x0, int y0,
                               int x1, int y1, sprite_ptr *resultaddress)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromarea(16, area, &r);
   r.r[2] = (int) name;
   r.r[3] = palflag;
   r.r[4] = x0;
   r.r[5] = y0;
   r.r[6] = x1;
   r.r[7] = y1;
   result = sprite__op(&r);
   if (result == NULL) /* Only return result if no error */
   {
      *resultaddress = (void *) r.r[2];
   }
   return result;
}


_kernel_oserror * sprite_create(sprite_area *area, char *name, sprite_palflag palflag,
                         int width, int height, int mode)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromarea(15, area, &r); /* NB. Not all done in numeric order !! */
   r.r[2] = (int) name;
   r.r[3] = palflag;
   r.r[4] = width;
   r.r[5] = height;
   r.r[6] = mode;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_create_rp(sprite_area *area, char *name,
                            sprite_palflag palflag,
                            int width, int height, int mode,
                            sprite_ptr *resultaddress)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromarea(15, area, &r); /* NB. Not all done in numeric order !! */
   r.r[2] = (int) name;
   r.r[3] = palflag;
   r.r[4] = width;
   r.r[5] = height;
   r.r[6] = mode;
   result = sprite__op(&r);
   if (result == NULL) /* Only return result if no error */
   {
      /* spriteop 15 doesn't return pointer to sprite in r2, so....*/
      /* select the sprite just created (gets its address in r2) */
      setfromarea(24, area, &r);
      r.r[2] = (int)name;
      result = sprite__op(&r);
      if (result == NULL)
         *resultaddress = (void *) r.r[2];
   }
   return result;
}


/*********** Operations on system/user area, name/sprite pointer **********/

/* Modify op if using sprite address is address, not name */
/* But only if using own sprite area */

static void setfromtag(int op, sprite_area *area, sprite_id *spr, _kernel_swi_regs *r)
{
   if (area == sprite_mainarea)
   {
      r->r[0] = op;
   /* r->r[1] unused */
   }
   else
   {
      r->r[1] = (int) area;
      if ((spr->tag) == sprite_id_addr)
      {
         r->r[0] = 512 + op;
         r->r[2] = (int) (spr->s.addr);
      }
      else
      {
         r->r[0] = 256 + op;
         r->r[2] = (int) (spr->s.name);
      }
   }
}


_kernel_oserror * sprite_readinfo(sprite_area *area, sprite_id *spr,
                           sprite_info *resultinfo)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(40, area, spr, &r);
   result = sprite__op(&r);
   if (result == NULL) /* Only return result if no error */
   {
      resultinfo->width  = r.r[3];
      resultinfo->height = r.r[4];
      resultinfo->mask   = r.r[5];
      resultinfo->mode   = r.r[6];
   }
   return result;
}


_kernel_oserror * sprite_select(sprite_area *area, sprite_id *spr)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(24, area, spr, &r);
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_select_rp(sprite_area *area, sprite_id *spr,
                            sprite_ptr *resultaddress)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(24, area, spr, &r);
   result = sprite__op(&r);
   if (result == NULL) /* Only return result if no error */
   {
      *resultaddress = (void *) r.r[2];
   }
   return result;
}


_kernel_oserror * sprite_delete(sprite_area *area, sprite_id *spr)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(25, area, spr, &r);
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_rename(sprite_area *area, sprite_id *spr, char *newname)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(26, area, spr, &r);
   r.r[3] = (int) newname;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_copy(sprite_area *area, sprite_id *spr, char *copyname)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(27, area, spr, &r);
   r.r[3] = (int) copyname;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_put(sprite_area *area, sprite_id *spr, int gcol_action)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(28, area, spr, &r);
   r.r[5] = gcol_action;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_put_given(sprite_area *area, sprite_id *spr, int gcol_action,
                            int x, int y)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(34, area, spr, &r);
   r.r[3] = x;
   r.r[4] = y;
   r.r[5] = gcol_action;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_put_scaled(sprite_area *area, sprite_id *spr,
                             int gcol_action,
                             int x, int y,
                             sprite_factors *factors,
                             sprite_pixtrans *pixtrans)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(52, area, spr, &r);
   r.r[3] = x;
   r.r[4] = y;
   r.r[5] = gcol_action;
   r.r[6] = (int) factors;
   r.r[7] = (int) pixtrans;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_put_in_current(sprite_area *area, sprite_id *spr,
                             int gcol_action,
                             int x, int y)


{
  _kernel_swi_regs r;
  _kernel_oserror *result;
  sprite_factors factors;
  sprite_pixtrans *pixtrans;





r.r[0]=(int)area;
if (spr->tag== sprite_id_addr)
{
 r.r[1]=(int) (spr->s.name);
 r.r[5]=0x03;

}
else
{
 r.r[1]=(int) (spr->s.addr);
 r.r[5]=0x02;

}
r.r[2]=-1;
r.r[3]=-1;
r.r[4]=0;
r.r[6]=0;
r.r[7]=0;
_kernel_swi(ColourTrans_SelectTable,&r,&r);
  pixtrans=malloc(r.r[4]);
  if (!pixtrans) return(NULL);
r.r[4]=(int)pixtrans;
_kernel_swi(ColourTrans_SelectTable,&r,&r);

  setfromtag(52, area, spr, &r);

  r.r[6]=(int)&factors;
  r.r[7]=0;
  _kernel_swi(Wimp_ReadPixTrans,&r,&r);

   setfromtag(52, area, spr, &r);
   r.r[3] = x;
   r.r[4] = y;
   r.r[5] = gcol_action;
   r.r[6] = (int) &factors;
   r.r[7] = (int) pixtrans;
   result = sprite__op(&r);
   free(pixtrans);
   return result;
}



_kernel_oserror * sprite_put_greyscaled(sprite_area *area, sprite_id *spr,
                                 int x, int y,
                                 sprite_factors *factors,
                                 sprite_pixtrans *pixtrans)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(53, area, spr, &r);
   r.r[3] = x;
   r.r[4] = y;
   r.r[5] = 0;                   /* doesn't support mask or gcol action */
   r.r[6] = (int) factors;
   r.r[7] = (int) pixtrans;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_put_mask(sprite_area *area, sprite_id *spr)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(48, area, spr, &r);
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_put_mask_given(sprite_area *area, sprite_id *spr,
                                 int x, int y)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(49, area, spr, &r);
   r.r[3] = x;
   r.r[4] = y;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_put_mask_scaled(sprite_area *area, sprite_id *spr,
                                  int x, int y,
                                  sprite_factors *factors)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(50, area, spr, &r);
   r.r[3] = x;
   r.r[4] = y;
   r.r[6] = (int) factors;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_put_char_scaled(char ch,
                                  int x, int y,
                                  sprite_factors *factors)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   r.r[0] = 51;
   r.r[1] = ch;
   r.r[3] = x;
   r.r[4] = y;
   r.r[6] = (int) factors;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_create_mask(sprite_area *area, sprite_id *spr)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(29, area, spr, &r);
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_remove_mask(sprite_area *area, sprite_id *spr)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(30, area, spr, &r);
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_insert_row(sprite_area *area, sprite_id *spr, int row)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(31, area, spr, &r);
   r.r[3] = row;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_delete_row(sprite_area *area, sprite_id *spr, int row)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(32, area, spr, &r);
   r.r[3] = row;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_insert_column(sprite_area *area, sprite_id *spr, int column)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(45, area, spr, &r);
   r.r[3] = column;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_delete_column(sprite_area *area, sprite_id *spr, int column)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(46, area, spr, &r);
   r.r[3] = column;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_flip_x(sprite_area *area, sprite_id *spr)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(33, area, spr, &r);
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_flip_y(sprite_area *area, sprite_id *spr)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(47, area, spr, &r);
   result = sprite__op(&r);
   return result;
}

_kernel_oserror * sprite_readsize(sprite_area *area, sprite_id *spr,
                           sprite_info *resultinfo)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(40, area, spr, &r);
   result = sprite__op(&r);
 /* now copy returned data */
   resultinfo->width = r.r[3] ;
   resultinfo->height = r.r[4] ;
   resultinfo->mask = r.r[5] ;
   resultinfo->mode = r.r[6] ;
   return result;
}

_kernel_oserror * sprite_readpixel(sprite_area *area, sprite_id *spr, int x, int y,
                            sprite_colour *resultcolour)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(41, area, spr, &r);
   r.r[3] = x;
   r.r[4] = y;
   result = sprite__op(&r);
   if (result == NULL) /* Only return result if no error */
   {
      resultcolour->colour = r.r[5];
      resultcolour->tint   = r.r[6];
   }
   return result;
}


_kernel_oserror * sprite_writepixel(sprite_area *area, sprite_id *spr, int x, int y,
                            sprite_colour *colour)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(42, area, spr, &r);
   r.r[3] = x;
   r.r[4] = y;
   r.r[5] = colour->colour;
   r.r[6] = colour->tint;
   result = sprite__op(&r);
   return result;
}


_kernel_oserror * sprite_readmask(sprite_area *area, sprite_id *spr, int x, int y,
                           sprite_maskstate *resultmaskstate)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(43, area, spr, &r);
   r.r[3] = x;
   r.r[4] = y;
   result = sprite__op(&r);
   if (result == NULL) /* Only return result if no error */
   {
      *resultmaskstate = r.r[5];
   }
   return result;
}


_kernel_oserror * sprite_writemask(sprite_area *area, sprite_id *spr, int x, int y,
                            sprite_maskstate *maskstate)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;
   setfromtag(44, area, spr, &r);
   r.r[3] = x;
   r.r[4] = y;
   r.r[5] = (int) (*maskstate); /* Use pointer here for consistent interface */
   result = sprite__op(&r);
   return result;
}

_kernel_oserror *sprite_restorestate(sprite_state state)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;

   r.r[0] = state.r[0];
   r.r[1] = state.r[1];
   r.r[2] = state.r[2];
   r.r[3] = state.r[3];

   result = sprite__op(&r);
   return result;
}

_kernel_oserror *sprite_outputtosprite(sprite_area *area, sprite_id *id,
                                int *save_area, sprite_state *state)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;

   setfromtag(0x3c, area, id, &r);
   r.r[3] = (int) save_area;

   result = sprite__op(&r);
   if (result == NULL)
   {
      state->r[0] = r.r[0];
      state->r[1] = r.r[1];
      state->r[2] = r.r[2];
      state->r[3] = r.r[3];
   }
   return result;
}

_kernel_oserror *sprite_outputtomask(sprite_area *area, sprite_id *id,
                              int *save_area, sprite_state *state)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;

   setfromtag(0x3d, area, id, &r);
   r.r[3] = (int) save_area;

   result = sprite__op(&r);
   if (result == NULL)
   {
     state->r[0] = r.r[0];
     state->r[1] = r.r[1];
     state->r[2] = r.r[2];
     state->r[3] = r.r[3];
   }
   return result;
}

_kernel_oserror *sprite_outputtoscreen(int *save_area, sprite_state *state)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;

   r.r[0] = 0x3c;
   r.r[2] = 0;
   r.r[3] = (int)save_area;

   result = sprite__op(&r);
   if (result == NULL)
   {
     state->r[0] = r.r[0];
     state->r[1] = r.r[1];
     state->r[2] = r.r[2];
     state->r[3] = r.r[3];
   }
   return result;

}

_kernel_oserror *sprite_sizeof_spritecontext(sprite_area *area, sprite_id *id,
                                      int *size)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;

   setfromtag(0x3e, area, id, &r);

   result = sprite__op(&r);

   if (result == NULL)
     *size = r.r[3];

   return result;
}


_kernel_oserror *sprite_sizeof_screencontext(int *size)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;

   r.r[0] = 0x3e;
   r.r[2] = 0;

   result = sprite__op(&r);

   if (result == NULL)
     *size = r.r[3];

   return result;
}

_kernel_oserror *sprite_removewastage(sprite_area *area, sprite_id *id)
{
   _kernel_swi_regs r;
   _kernel_oserror *result;

   setfromtag(0x36, area, id, &r);

   result = sprite__op(&r);

   return result;
}

_kernel_oserror *sprite_change_size (sprite_area *area,
                              sprite_id *id,
                              BOOL rows,
                              int at,
                              int number)
{
   _kernel_swi_regs reg_set;
   setfromtag (rows? InsertDeleteRows: InsertDeleteColumns, area, id, ®_set);
   reg_set.r [3] = at;
   reg_set.r [4] = number;
   return sprite__op (®_set);
}

_kernel_oserror *sprite_put_mask_trans (sprite_area *area,
                                 sprite_id *id,
                                 sprite_box *box,
                                 sprite_transmat *trans_mat)
{
   _kernel_swi_regs reg_set;
   setfromtag (PlotMaskTransformed, area, id, ®_set);
   reg_set.r [3] = box == NULL? 0: 1 << 1;
   reg_set.r [4] = (int) box;
   reg_set.r [6] = (int) trans_mat;
   return sprite__op (®_set);
}

_kernel_oserror *sprite_put_mask_pgm (sprite_area *area,
                               sprite_id *id,
                               sprite_box *box,
                               sprite_pgm *pgm)
{
   _kernel_swi_regs reg_set;
   setfromtag (PlotMaskTransformed, area, id, ®_set);
   reg_set.r [3] = (box == NULL? 0: 1 << 1) | (1 << 0);
   reg_set.r [4] = (int) box;
   reg_set.r [6] = (int) pgm;
   return sprite__op (®_set);
}

_kernel_oserror *sprite_put_trans (sprite_area *area,
                            sprite_id *id,
                            int gcol_action,
                            sprite_box *box,
                            sprite_transmat *trans_mat,
                            sprite_pixtrans *pix_trans)
{
   _kernel_swi_regs reg_set;
   setfromtag (PutSpriteTransformed, area, id, ®_set);
   reg_set.r [3] = box == NULL? 0: 1 << 1;
   reg_set.r [4] = (int) box;
   reg_set.r [5] = gcol_action;
   reg_set.r [6] = (int) trans_mat;
   reg_set.r [7] = (int) pix_trans;
   return sprite__op (®_set);
}

_kernel_oserror *sprite_put_pgm (sprite_area *area,
                          sprite_id *id,
                          int gcol_action,
                          sprite_box *box,
                          sprite_pgm *pgm,
                          sprite_pixtrans *pix_trans)
{
   _kernel_swi_regs reg_set;
   setfromtag (PutSpriteTransformed, area, id, ®_set);
   reg_set.r [3] = (box == NULL? 0: 1 << 1) | (1 << 0);
   reg_set.r [4] = (int) box;
   reg_set.r [5] = gcol_action;
   reg_set.r [6] = (int) pgm;
   reg_set.r [7] = (int) pix_trans;
   return sprite__op (®_set);
}

#pragma check_stack

/* end of c.sprite */