int
main(int argc, char **argv)
{
int c;
struct uplot *up;
int i;
while (argc > 1) {
if (BU_STR_EQUAL(argv[1], "-v")) {
verbose++;
} else
break;
argc--;
argv++;
}
if (argc == 2) {
if ((fp = fopen(argv[1], "r")) == NULL) {
perror("plot3stat");
bu_exit (1, NULL);
}
} else {
fp = stdin;
if (argc > 1 || isatty(fileno(stdin))) {
bu_exit(1, "%s", usage);
}
}
while ((c = getc(fp)) != EOF) {
/* look it up */
if (c < 'A' || c > 'z') {
up = &uerror;
} else {
up = &letters[ c - 'A' ];
}
if (up->targ == TBAD) {
fprintf(stderr, "Bad command '%c' (0x%02x)\n", c, c);
continue;
}
counts[ c - 'A' ]++;
if (up->narg > 0) {
switch (up->targ) {
case TNONE:
break;
case TSHORT:
outshort(up->narg);
break;
case TIEEE:
outfloat(up->narg);
break;
case TSTRING:
outstring(up->narg);
break;
case TCHAR:
outchar(up->narg);
break;
}
}
if (verbose)
printf(" %s", up->desc);
}
/* write command usage summary */
for (i = 0; i < 'z'-'A'+1; i++) {
if (counts[i] != 0) {
fprintf(stderr, "%s %ld\n", letters[i].desc, counts[i]);
}
}
return 0;
}
void Actualize_Track_Fx_Ed(char gode)
{
if(userscreen == USER_SCREEN_TRACK_FX_EDIT)
{
if(gode == 0 || gode == 1 || gode == 11)
{
if(FLANGER_AMOUNT[Track_Under_Caret] > 1.0f) FLANGER_AMOUNT[Track_Under_Caret] = 1.0f;
if(FLANGER_AMOUNT[Track_Under_Caret] < -1.0f) FLANGER_AMOUNT[Track_Under_Caret] = -1.0f;
Realslider(308, (Cur_Height - 121), 64 + (int) (FLANGER_AMOUNT[Track_Under_Caret] * 64.0f), FLANGER_ON[Track_Under_Caret]);
outlong(458, (Cur_Height - 121), long(FLANGER_AMOUNT[Track_Under_Caret] * 100.0f), 1);
}
if(gode == 0 || gode == 7 || gode == 11)
{
if(FLANGER_FEEDBACK[Track_Under_Caret] > 0.9f) FLANGER_FEEDBACK[Track_Under_Caret] = 0.9f;
if(FLANGER_FEEDBACK[Track_Under_Caret] < -1.0f) FLANGER_FEEDBACK[Track_Under_Caret] = -1.0f;
Realslider(308, (Cur_Height - 67), 64 + (int) (FLANGER_FEEDBACK[Track_Under_Caret] * 64.0f), FLANGER_ON[Track_Under_Caret]);
outlong(458, (Cur_Height - 67), long(FLANGER_FEEDBACK[Track_Under_Caret] * 100.0f), 1);
}
if(gode == 0 || gode == 4 || gode == 11)
{
if(FLANGER_DEPHASE[Track_Under_Caret] > PIf) FLANGER_DEPHASE[Track_Under_Caret] = PIf;
if(FLANGER_DEPHASE[Track_Under_Caret] < 0.0f) FLANGER_DEPHASE[Track_Under_Caret] = 0.0f;
Realslider2(74, (Cur_Height - 49), (int) (FLANGER_DEPHASE[Track_Under_Caret] * 20.371833f), FLANGER_ON[Track_Under_Caret]);
outlong(159, (Cur_Height - 49), (int) (FLANGER_DEPHASE[Track_Under_Caret] * 57.29578f), 6);
}
if(gode == 0 || gode == 5 || gode == 11)
{
if(FLANGER_RATE[Track_Under_Caret] < 0.000001f) FLANGER_RATE[Track_Under_Caret] = 0.000001f;
if(FLANGER_RATE[Track_Under_Caret] > 0.0001363f) FLANGER_RATE[Track_Under_Caret] = 0.0001363f;
Realslider(308, (Cur_Height - 103), (int) (FLANGER_RATE[Track_Under_Caret] * 939104.92f), FLANGER_ON[Track_Under_Caret]);
outlong(458, (Cur_Height - 103), long(0.1424758f / FLANGER_RATE[Track_Under_Caret]), 2);
}
if(gode == 0 || gode == 6 || gode == 11)
{
if(FLANGER_AMPL[Track_Under_Caret] > 0.01f) FLANGER_AMPL[Track_Under_Caret] = 0.01f;
if(FLANGER_AMPL[Track_Under_Caret] < 0.0f) FLANGER_AMPL[Track_Under_Caret] = 0.0f;
Realslider(308, (Cur_Height - 85), (int) (FLANGER_AMPL[Track_Under_Caret] * 12800.0f), FLANGER_ON[Track_Under_Caret]);
outlong(458, (Cur_Height - 85), (int) (FLANGER_AMPL[Track_Under_Caret] * 10000.0f), 1);
}
if(gode == 0 || gode == 2 || gode == 11)
{
if(LFO_RATE[Track_Under_Caret] < 0.0001f) LFO_RATE[Track_Under_Caret] = 0.0001f;
if(LFO_RATE[Track_Under_Caret] > 0.0078125f) LFO_RATE[Track_Under_Caret] = 0.0078125f;
Realslider(74, (Cur_Height - 110), (int) (LFO_RATE[Track_Under_Caret] * 16384.0f), LFO_ON[Track_Under_Caret]);
float tmprate = (8.1632653f / LFO_RATE[Track_Under_Caret]);
outlong(76, (Cur_Height - 74), (long) tmprate, 2);
tmprate = 1000.0f / tmprate;
outfloat(138, (Cur_Height - 74), tmprate, 3);
}
if(gode == 0 || gode == 3 || gode == 11)
{
if(LFO_AMPL[Track_Under_Caret] < 0) LFO_AMPL[Track_Under_Caret] = 0;
if(LFO_AMPL[Track_Under_Caret] > 128) LFO_AMPL[Track_Under_Caret] = 128;
Realslider(74, (Cur_Height - 92), (int) (LFO_AMPL[Track_Under_Caret]), LFO_ON[Track_Under_Caret]);
}
if(gode == 0 || gode == 9 || gode == 11)
{
if(LFO_ON[Track_Under_Caret] == 1)
{
Gui_Draw_Button_Box(74, (Cur_Height - 128), 20, 16, "On", BUTTON_PUSHED);
Gui_Draw_Button_Box(96, (Cur_Height - 128), 20, 16, "Off", BUTTON_NORMAL);
}
else
{
Gui_Draw_Button_Box(74, (Cur_Height - 128), 20, 16, "On", BUTTON_NORMAL);
Gui_Draw_Button_Box(96, (Cur_Height - 128), 20, 16, "Off", BUTTON_PUSHED);
}
}
if(gode == 0 || gode == 10 || gode == 11)
{
if(FLANGER_ON[Track_Under_Caret])
{
Gui_Draw_Button_Box(184, (Cur_Height - 128), 20, 16, "On", BUTTON_PUSHED);
Gui_Draw_Button_Box(206, (Cur_Height - 128), 20, 16, "Off", BUTTON_NORMAL);
}
else
{
Gui_Draw_Button_Box(184, (Cur_Height - 128), 20, 16, "On", BUTTON_NORMAL);
Gui_Draw_Button_Box(206, (Cur_Height - 128), 20, 16, "Off", BUTTON_PUSHED);
}
}
if(gode == 0 || gode == 8 || gode == 11)
{
if(FLANGER_DELAY[Track_Under_Caret] > 4096) FLANGER_DELAY[Track_Under_Caret] = 4096;
if(FLANGER_DELAY[Track_Under_Caret] < 0) FLANGER_DELAY[Track_Under_Caret] = 0;
if(fld_chan == TRUE)
{
FLANGER_OFFSET[Track_Under_Caret] = 8192;
FLANGER_OFFSET2[Track_Under_Caret] = float(FLANGER_OFFSET[Track_Under_Caret] - FLANGER_DELAY[Track_Under_Caret]);
FLANGER_OFFSET1[Track_Under_Caret] = float(FLANGER_OFFSET[Track_Under_Caret] - FLANGER_DELAY[Track_Under_Caret]);
fld_chan = FALSE;
}
Realslider(308, (Cur_Height - 49), FLANGER_DELAY[Track_Under_Caret] / 32, FLANGER_ON[Track_Under_Caret]);
outlong(458, (Cur_Height - 49), long(FLANGER_DELAY[Track_Under_Caret] / 44.1f), 2);
}
if(gode == 0 || gode == 12)
{
if(Compress_Track[Track_Under_Caret])
{
Gui_Draw_Button_Box(602, (Cur_Height - 121), 20, 16, "On", BUTTON_PUSHED);
Gui_Draw_Button_Box(624, (Cur_Height - 121), 20, 16, "Off", BUTTON_NORMAL);
}
else
{
Gui_Draw_Button_Box(602, (Cur_Height - 121), 20, 16, "On", BUTTON_NORMAL);
Gui_Draw_Button_Box(624, (Cur_Height - 121), 20, 16, "Off", BUTTON_PUSHED);
}
}
if(gode == 0 || gode == 12)
{
Display_Track_Compressor();
}
if(gode == 0 || gode == 13)
{
Display_Track_Volume();
}
if(gode == 0 || gode == 14)
{
Realslider_Vert(710, (Cur_Height - 120),
(int) ((2.0f - EqDat[Track_Under_Caret].lg) * 50.0f),
16,
100 + 16,
64,
TRUE);
Realslider_Vert(710 + (22 * 1), (Cur_Height - 120),
(int) ((2.0f - EqDat[Track_Under_Caret].mg) * 50.0f),
16,
100 + 16,
64,
TRUE);
Realslider_Vert(710 + (22 * 2), (Cur_Height - 120),
(int) ((2.0f - EqDat[Track_Under_Caret].hg) * 50.0f),
16,
100 + 16,
64,
TRUE);
}
}//User gui screen match
}
