inp002.c
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#include <bstring.h>
#include <stdio.h>
#include "inp.h"
static void varyXMuxSelects(void);
static void varyYMuxSelects(void);
static void varyAMuxSelects(void);
static void varyCMuxSelects(void);
static void stepTexel(cc_t *);
static void stepTexelAlpha(cc_t *);
static void initTwoCycleMode(cc_t *);
int
main(int argc, char *argv[])
{
printHeader();
varyXMuxSelects();
varyYMuxSelects();
varyAMuxSelects();
varyCMuxSelects();
printTrailingCycles();
}
static void
varyXMuxSelects(void)
{
cc_t cc;
cc_t *ccp = &cc;
initTwoCycleMode(ccp);
printf("# Vary X MUX select in two cycle mode\n");
/* Initialize mode 0,1 (y,a,c) selects to produce (0,.ff,0) */
ccp->cc_y_sel_0_r = ccp->cc_y_sel_1_r = CC_SUBB_ZERO;
ccp->cc_a_sel_0_r = ccp->cc_a_sel_1_r = CC_MULT_LODF;
ccp->cc_c_sel_0_r = ccp->cc_c_sel_1_r = CC_ADD_ZERO;
ccp->cc_y_sel_0_a = ccp->cc_y_sel_1_a = CC_SUBB_ZERO_ALPHA;
ccp->cc_a_sel_0_a = ccp->cc_a_sel_1_a = CC_MULT_LODF_ALPHA;
ccp->cc_c_sel_0_a = ccp->cc_c_sel_1_a = CC_ADD_ZERO_ALPHA;
ccp->tf_lod_frac = 0xff;
printf("# texel 1 on cycle 0, texel 0 on cycle 1 color and alpha selects\n");
ccp->cc_x_sel_0_r = CC_SUBA_TEX_1;
ccp->cc_x_sel_0_a = CC_SUBA_TEX_1_ALPHA;
ccp->cc_x_sel_1_r = CC_SUBA_TEX_0;
ccp->cc_x_sel_1_a = CC_SUBA_TEX_0_ALPHA;
stepTexel(ccp);
printf("# texel 1 on cycle 0, combined color on cycle 1 color and alpha selects\n");
ccp->cc_x_sel_1_r = CC_SUBA_COMBO_CLR;
ccp->cc_x_sel_1_a = CC_SUBA_COMBO_ALPHA;
stepTexel(ccp);
printf("# texel 1 on cycle 1, texel 0 on cycle 0 color and alpha selects\n");
ccp->cc_x_sel_0_r = CC_SUBA_TEX_0;
ccp->cc_x_sel_0_a = CC_SUBA_TEX_0_ALPHA;
ccp->cc_x_sel_1_r = CC_SUBA_TEX_1;
ccp->cc_x_sel_1_a = CC_SUBA_TEX_1_ALPHA;
stepTexel(ccp);
printf("# texel 1 on cycle 1, combined color on cycle 0 color and alpha selects\n");
ccp->cc_x_sel_0_r = CC_SUBA_COMBO_CLR;
ccp->cc_x_sel_0_a = CC_SUBA_COMBO_ALPHA;
stepTexel(ccp);
}
static void
varyYMuxSelects(void)
{
cc_t cc;
cc_t *ccp = &cc;
initTwoCycleMode(ccp);
printf("# Vary Y MUX select in two cycle mode\n");
/* Initialize mode 0, 1 (x,a,c) selects to produce (1,.ff,0) */
ccp->cc_x_sel_0_r = ccp->cc_x_sel_1_r = CC_SUBA_ONE;
ccp->cc_a_sel_0_r = ccp->cc_a_sel_1_r = CC_MULT_LODF;
ccp->cc_c_sel_0_r = ccp->cc_c_sel_1_r = CC_ADD_ZERO;
ccp->cc_x_sel_0_a = ccp->cc_x_sel_1_a = CC_SUBA_ONE_ALPHA;
ccp->cc_a_sel_0_a = ccp->cc_a_sel_1_a = CC_MULT_LODF_ALPHA;
ccp->cc_c_sel_0_a = ccp->cc_c_sel_1_a = CC_ADD_ZERO_ALPHA;
ccp->tf_lod_frac = 0xff;
printf("# texel 1 on cycle 0, texel 0 on cycle 1 color and alpha selects\n");
ccp->cc_y_sel_0_r = CC_SUBB_TEX_1;
ccp->cc_y_sel_0_a = CC_SUBB_TEX_1_ALPHA;
ccp->cc_y_sel_1_r = CC_SUBB_TEX_0;
ccp->cc_y_sel_1_a = CC_SUBB_TEX_0_ALPHA;
stepTexel(ccp);
printf("# texel 1 on cycle 0, combined color on cycle 1 color and alpha selects\n");
ccp->cc_y_sel_1_r = CC_SUBB_COMBO_CLR;
ccp->cc_y_sel_1_a = CC_SUBB_COMBO_ALPHA;
stepTexel(ccp);
printf("# texel 1 on cycle 1, texel 0 on cycle 0 color and alpha selects\n");
ccp->cc_y_sel_0_r = CC_SUBB_TEX_0;
ccp->cc_y_sel_0_a = CC_SUBB_TEX_0_ALPHA;
ccp->cc_y_sel_1_r = CC_SUBB_TEX_1;
ccp->cc_y_sel_1_a = CC_SUBB_TEX_1_ALPHA;
stepTexel(ccp);
printf("# texel 1 on cycle 1, combined color on cycle 0 color and alpha selects\n");
ccp->cc_y_sel_0_r = CC_SUBB_COMBO_CLR;
ccp->cc_y_sel_0_a = CC_SUBB_COMBO_ALPHA;
stepTexel(ccp);
}
static void
varyAMuxSelects(void)
{
cc_t cc;
cc_t *ccp = &cc;
initTwoCycleMode(ccp);
printf("# Vary A MUX select in two cycle mode\n");
/* Initialize (x,y,c) selects to produce (1,0,0) */
ccp->cc_x_sel_0_r = ccp->cc_x_sel_1_r = CC_SUBA_ONE;
ccp->cc_y_sel_0_r = ccp->cc_y_sel_1_r = CC_SUBB_ZERO;
ccp->cc_c_sel_0_r = ccp->cc_c_sel_1_r = CC_ADD_ZERO;
ccp->cc_x_sel_0_a = ccp->cc_x_sel_1_a = CC_SUBA_ONE_ALPHA;
ccp->cc_y_sel_0_a = ccp->cc_y_sel_1_a = CC_SUBB_ZERO_ALPHA;
ccp->cc_c_sel_0_a = ccp->cc_c_sel_1_a = CC_ADD_ZERO_ALPHA;
printf("# texel 1 on cycle 0, texel 0 on cycle 1 color and alpha selects\n");
ccp->cc_a_sel_0_r = CC_MULT_TEX_1;
ccp->cc_a_sel_0_a = CC_MULT_TEX_1_ALPHA;
ccp->cc_a_sel_1_r = CC_MULT_TEX_0;
ccp->cc_a_sel_1_a = CC_MULT_TEX_0_ALPHA;
stepTexel(ccp);
printf("# texel 1 on cycle 0, combined color on cycle 1 color and alpha selects\n");
ccp->cc_a_sel_1_r = CC_MULT_COMBO_CLR;
ccp->cc_a_sel_1_a = CC_MULT_COMBO_ALPHA;
stepTexel(ccp);
printf("# texel 1 on cycle 1, texel 0 on cycle 0 color and alpha selects\n");
ccp->cc_a_sel_0_r = CC_MULT_TEX_0;
ccp->cc_a_sel_0_a = CC_MULT_TEX_0_ALPHA;
ccp->cc_a_sel_1_r = CC_MULT_TEX_1;
ccp->cc_a_sel_1_a = CC_MULT_TEX_1_ALPHA;
stepTexel(ccp);
printf("# texel 1 on cycle 1, combined color on cycle 0 color and alpha selects\n");
ccp->cc_a_sel_0_r = CC_MULT_COMBO_CLR;
ccp->cc_a_sel_0_a = CC_MULT_COMBO_ALPHA;
stepTexel(ccp);
printf("# texel 1 alpha on cycle 0, texel 0 alpha on cycle 1 color and alpha selects\n");
ccp->cc_a_sel_0_r = CC_MULT_T1_ALPHA;
ccp->cc_a_sel_0_a = CC_MULT_TEX_1_ALPHA;
ccp->cc_a_sel_1_r = CC_MULT_T0_ALPHA;
ccp->cc_a_sel_1_a = CC_MULT_TEX_0_ALPHA;
stepTexelAlpha(ccp);
printf("# texel 1 alpha on cycle 0, combined alpha on cycle 1 color selects\n");
ccp->cc_a_sel_1_r = CC_MULT_COMBO_ALPHA;
stepTexelAlpha(ccp);
printf("# texel 1 alpha on cycle 1, texel 0 on cycle 0 color and alpha selects\n");
ccp->cc_a_sel_0_r = CC_MULT_T0_ALPHA;
ccp->cc_a_sel_0_a = CC_MULT_TEX_0_ALPHA;
ccp->cc_a_sel_1_r = CC_MULT_T1_ALPHA;
ccp->cc_a_sel_1_a = CC_MULT_TEX_1_ALPHA;
stepTexelAlpha(ccp);
printf("# texel 1 alpha on cycle 1, combined alpha on cycle 0 color selects\n");
ccp->cc_a_sel_0_r = CC_MULT_COMBO_ALPHA;
stepTexelAlpha(ccp);
}
static void
varyCMuxSelects(void)
{
cc_t cc;
cc_t *ccp = &cc;
initTwoCycleMode(ccp);
printf("# Vary C MUX select in two cycle mode\n");
/* Initialize mode 0,1 (x,y,a) selects to produce (0,0,0) */
ccp->cc_x_sel_0_r = ccp->cc_x_sel_1_r = CC_SUBA_ZERO;
ccp->cc_y_sel_0_r = ccp->cc_y_sel_1_r = CC_SUBB_ZERO;
ccp->cc_a_sel_0_r = ccp->cc_a_sel_1_r = CC_MULT_ZERO;
ccp->cc_x_sel_0_a = ccp->cc_x_sel_1_a = CC_SUBA_ZERO_ALPHA;
ccp->cc_y_sel_0_a = ccp->cc_y_sel_1_a = CC_SUBB_ZERO_ALPHA;
ccp->cc_a_sel_0_a = ccp->cc_a_sel_1_a = CC_MULT_ZERO_ALPHA;
printf("# texel 1 on cycle 0, texel 0 on cycle 1 color and alpha selects\n");
ccp->cc_c_sel_0_r = CC_ADD_TEX_1;
ccp->cc_c_sel_0_a = CC_ADD_TEX_1_ALPHA;
ccp->cc_c_sel_1_r = CC_ADD_TEX_0;
ccp->cc_c_sel_1_a = CC_ADD_TEX_0_ALPHA;
stepTexel(ccp);
printf("# texel 1 on cycle 0, combined color on cycle 1 color and alpha selects\n");
ccp->cc_c_sel_1_r = CC_ADD_COMBO_CLR;
ccp->cc_c_sel_1_a = CC_ADD_COMBO_ALPHA;
stepTexel(ccp);
printf("# texel 1 on cycle 1, texel 0 on cycle 0 color and alpha selects\n");
ccp->cc_c_sel_0_r = CC_ADD_TEX_0;
ccp->cc_c_sel_0_a = CC_ADD_TEX_0_ALPHA;
ccp->cc_c_sel_1_r = CC_ADD_TEX_1;
ccp->cc_c_sel_1_a = CC_ADD_TEX_1_ALPHA;
stepTexel(ccp);
printf("# texel 1 on cycle 1, combined color on cycle 0 color and alpha selects\n");
ccp->cc_c_sel_0_r = CC_ADD_COMBO_CLR;
ccp->cc_c_sel_0_a = CC_ADD_COMBO_ALPHA;
stepTexel(ccp);
}
static void
stepTexel(cc_t *ccp)
{
int i;
printVector(ccp, 1);
for (i = 0; i < 9; i++) {
printVector(ccp, 1);
ccp->tf_a = 1 << i;
printVector(ccp, 1);
}
ccp->tf_a = 0;
for (i = 0; i < 9; i++) {
printVector(ccp, 1);
ccp->tf_b = 1 << i;
printVector(ccp, 1);
}
ccp->tf_b = 0;
for (i = 0; i < 9; i++) {
printVector(ccp, 1);
ccp->tf_g = 1 << i;
printVector(ccp, 1);
}
ccp->tf_g = 0;
for (i = 0; i < 9; i++) {
printVector(ccp, 1);
ccp->tf_r = 1 << i;
printVector(ccp, 1);
}
ccp->tf_r = 0;
printVector(ccp, 1);
}
static void
stepTexelAlpha(cc_t *ccp)
{
int i;
printVector(ccp, 1);
for (i = 0; i < 9; i++) {
printVector(ccp, 1);
ccp->tf_a = 1 << i;
printVector(ccp, 1);
}
printVector(ccp, 1);
ccp->tf_a = 0;
}
static void
initTwoCycleMode(cc_t *ccp)
{
bzero(ccp, sizeof(*ccp));
ccp->ncyc = 1; /* two cycle mode */
ccp->st_span = 1; /* set phase */
printf("# Start two cycle mode\n");
printVector(ccp, 0);
ccp->st_span = 0; /* allow clocking to begin */
printVector(ccp, 0);
}