TeslaRel410/sda4/DPL3/VRENDER/PXPL5SUP/PXPL5TST.C

#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <time.h>
#include "..\..\unc\igc\igc_opcd.h"
#include "divpxmap.h"

/*{{{  includes*/
#include "DMAengn.h"
#include "pxpl5sup.h"
#include "pxpl5tri.h"

/*}}}  */
/*{{{  extern fns*/
extern float second_(void);
extern void binitize_8(void);
extern void preplane_4( float *, void *, float *, float *, float *, float *);

extern void  tex_fixz     ( float *z1, float *z2, float *z3 );
extern float tex_scalefac ( float  z1, float  z2, float  z3 );

extern int getFsr (void);
extern void setFsr(int fsr );
/*}}}  */

/*{{{  typedefs for new PMESH types*/
typedef struct s_vert {
  float position [4];
  float xformpos [4];
  float texcoords[2];
  float normal   [3];
  float colour   [3];
} MESH_VERTEX;
/*}}}  */

/*{{{  static void set_vertex ( int index,*/
static void set_vertex ( int index,
                         MESH_VERTEX *vertices,
                         float x,    float y,    float z,
                         float diff, float spec, float u, float v )
{
  vertices[index].position[0]=x;
  vertices[index].position[1]=y;
  vertices[index].position[2]=z;

  vertices[index].xformpos[0]=x;
  vertices[index].xformpos[1]=y;
  vertices[index].xformpos[2]=z;
  vertices[index].xformpos[3]=1.0;

  vertices[index].texcoords[0]=u;
  vertices[index].texcoords[1]=v;

  vertices[index].colour[0]=diff;
  vertices[index].colour[1]=spec;
}
/*}}}  */

int main(int argc, char **argv )
{
  /*{{{  declare locals*/
  int i, j, benny=0, truncy[4];
  float then, now, a, b, c;
  preplane prep;
  MESH_VERTEX *vertices, *vert0, *vert1, *vert2, *vert3, *vert4, *vert5;
  
  float *eqn;
  int *ieqn;
  float materials[4];
  /*}}}  */

  /*{{{  disable floating-point traps*/
  setFsr ( 1 | getFsr ());
  /*}}}  */

  /*{{{  allocate and initialize memory*/
  eqn=(float *) malloc(1024*sizeof(float));
  ieqn=(int *) eqn;
  
  vertices=(MESH_VERTEX  *) malloc ( 128 * sizeof(MESH_VERTEX));
  
  printf ("pxpl5tst is go\n" );
  
  set_vertex ( 45,  vertices, 32.0f, 32.0f, 122.0f,
               1.4f,  1.31f,   0.0f, 1.0f );
  set_vertex ( 63, vertices,  42.0f, 22.0f, 38.0f,
               2.1f,  -2.04f,  1.0f, 1.0f );
  set_vertex ( 123, vertices, 12.0f, 62.0f, 822.0f,
               3.43f, 1.53f,   0.0f, 0.0f );
  
  set_vertex ( 15,  vertices, 132.0f, 132.0f, 622.0f,
               1.4f,  3.31f,  0.0f, 0.0f );
  set_vertex ( 23, vertices,  142.0f, 150.0f, 138.0f,
               2.1f,  1.04f,  0.0f, 1.0f );
  set_vertex ( 81, vertices,  152.0f, 162.0f, 222.0f,
               3.43f, -1.53f, 1.0f, 1.0f );
  
  vert0=&vertices[ 45];
  vert1=&vertices[ 63];
  vert2=&vertices[123];
  vert3=&vertices[ 15];
  vert4=&vertices[ 23];
  vert5=&vertices[ 81];
  
  printf ("vertices 0x%x vert0 0x%x vert1 0x%x vert2 0x%x\n",
      (int) vertices, (int) vert0, (int) vert1, (int) vert2 );
  
  grab_binchunks ( 400 );
  create_screenbins ( 1024, 512 );
  
  for (i=0; i<256; i++) eqn[i]=0.0f;
  
  materials[0]=1.0;
  materials[1]=1.0;
  materials[2]=1.0;
  materials[3]=1.0;
  
  /*}}}  */

  /*{{{  printf some pxpl5 instructions in hex*/
  {
    int a, b, c, d, e, f, g, h, i, j, k;
  
    a = Ix_SETENABS();
    b = Ix_CLRENABS();
    c = Ix_TREEltZERO_L3();
    d = Ix_TREEgeZERO_L3();
    e = Ix_MEMltTREE_L3(dvpx_zbuf,dvpx_zbufbits);
    f = Ix_TREEintoMEM_L0(dvpx_zbuf,dvpx_zbufbits);
    g = Ix_TREEintoMEM_L3(dvpx_diffuse,  dvpx_diffusebits );
    h = Ix_TREEintoMEM_L3(dvpx_specular, dvpx_specularbits );
    i = Ix_TREEintoMEM_L3(dvpx_texu, dvpx_texubits );
    j = Ix_TREEintoMEM_L3(dvpx_texv, dvpx_texvbits );
    k = Ix_TREEintoMEM_L3(dvpx_texz, dvpx_texzbits );
  
    printf ( "SETENABS      0x%8x CLRENABS             0x%8x\n", a, b );
    printf ( "TREEltZERO_L3 0x%8x TREEgeZERO_L3        0x%8x\n", c, d );
    printf ( "MEMltTREE_l3  0x%8x TREEintoMEM_L0(zbuf) 0x%8x\n", e, f );
    printf ( "TREEintoMEM_L3(diff) 0x%8x TREEintoMEM_L3(spec) 0x%8x\n", g, h );
    printf ( "TREEintoMEM_L3(texu) 0x%8x TREEintoMEM_L3(texv) 0x%8x\n", i, j );
    printf ( "TREEintoMEM_L3(texz) 0x%8x\n", k );
  }
  /*}}}  */

  /*{{{  time triangle performance*/
  then=second_();
  
  for (j=2000; j; j-- ) {
    float *coeffs=&eqn[0];
  
    coeffs=tri_zb_d_s_tex     ( coeffs, materials[0], 0x87654321, (float *)vert3,(float *)vert4,(float *)vert5,
                 0 );
    coeffs=tri_zb_d_s_tex ( coeffs, materials[1], 0x89ab1234, (float *)vert0,(float *)vert1,(float *)vert2,
                 0 );
    coeffs=tri_zb_d_s_tex     ( coeffs, materials[2], 0x87654321, (float *)vert3,(float *)vert4,(float *)vert5,
                 0 );
    coeffs=tri_zb_d_s_tex ( coeffs, materials[3], 0x89ab1234, (float *)vert0,(float *)vert1,(float *)vert2,
                 0 );
    benny+=4;
  }
  
  now =second_();
  
  printf ("Gosh golly gee - %d triangles pxpl5ized in %f ticks (%f per sec)\n",
      benny, now - then, (float) benny / (now - then));
  /*}}}  */

  /*{{{  debug results*/
  printf ( "Dump of equation memory 0x%x\n", (int) &eqn[0] );
  
  for (i=0; i<70; i++ ) {
    printf ( "(0x%8x) memory[%d] - 0x%8x (%f)\n", (int) (&ieqn[i]), i, ieqn[i], eqn[i] );
  }
  
  /*}}}  */

  /*{{{  test texture scaling thing*/
  {
    int ii;
  
    float mult, z1, z2, z3;
  
    z1=0.0234;
    z2=0.00134;
    z3=0.03516;
  
    for (ii=0; ii<4; ii++ ) {
      mult = tex_scalefac ( z1, z2, z3 );
      tex_fixz ( &z1, &z2, &z3 );
  
      printf ( "tex_scalefac returned %f (0x%x)\n", mult, *(int *) &mult );
  
      z1*=0.6412;
      z2*=0.8412;
      z3*=0.4412;
  
  
    }
  }
  /*}}}  */
  /* dump_bins ( screenbins, 10, 4 ); */

}