void CVT_D_L()
{
if (check_cop1_unusable()) return;
set_rounding();
*reg_cop1_double[cffd] = *((long long*)reg_cop1_double[cffs]);
PC++;
}
void CVT_S_D()
{
if (check_cop1_unusable()) return;
set_rounding();
*reg_cop1_simple[cffd] = *reg_cop1_double[cffs];
PC++;
}
void MOV_D(void)
{
if (check_cop1_unusable()) return;
set_rounding();
*reg_cop1_double[cffd] = *reg_cop1_double[cffs];
PC++;
}
void ABS_D()
{
if (check_cop1_unusable()) return;
set_rounding();
*reg_cop1_double[cffd] = fabs(*reg_cop1_double[cffs]);
PC++;
}
void CVT_W_D(void)
{
if (check_cop1_unusable()) return;
set_rounding();
*((int*)reg_cop1_simple[cffd]) = *reg_cop1_double[cffs];
PC++;
}
void CVT_D_W(void)
{
if (check_cop1_unusable()) return;
set_rounding();
*reg_cop1_double[cffd] = *((int*)reg_cop1_simple[cffs]);
PC++;
}
void NEG_D(void)
{
if (check_cop1_unusable()) return;
set_rounding();
*reg_cop1_double[cffd] = -(*reg_cop1_double[cffs]);
PC++;
}
void CVT_L_S()
{
if (check_cop1_unusable()) return;
set_rounding();
*((long long*)(reg_cop1_double[cffd])) = *reg_cop1_simple[cffs];
PC++;
}
void MOV_S()
{
if (check_cop1_unusable()) return;
set_rounding();
*reg_cop1_simple[cffd] = *reg_cop1_simple[cffs];
PC++;
}
void SQRT_D()
{
if (check_cop1_unusable()) return;
set_rounding();
*reg_cop1_double[cffd] = sqrt(*reg_cop1_double[cffs]);
PC++;
}
void NEG_S()
{
if (check_cop1_unusable()) return;
set_rounding();
*reg_cop1_simple[cffd] = -(*reg_cop1_simple[cffs]);
PC++;
}
void DIV_D()
{
if (check_cop1_unusable()) return;
set_rounding();
*reg_cop1_double[cffd] = *reg_cop1_double[cffs] /
*reg_cop1_double[cfft];
PC++;
}
void linear_pcm32_be_1ch(uint8_t *rawdata, samples_t samples, size_t size)
{
samples_t src = samples;
int32_t *dst = (int32_t *)rawdata;
int r = set_rounding();
while (size--)
{
dst[0] = int2be32(s2i(*src[0])); src[0]++;
dst += 1;
}
restore_rounding(r);
}
void linear_pcmdouble_1ch(uint8_t *rawdata, samples_t samples, size_t size)
{
samples_t src = samples;
double *dst = (double *)rawdata;
int r = set_rounding();
while (size--)
{
dst[0] = double(*src[0]); src[0]++;
dst += 1;
}
restore_rounding(r);
}
void linear_pcmfloat_1ch(uint8_t *rawdata, samples_t samples, size_t size)
{
samples_t src = samples;
float *dst = (float *)rawdata;
int r = set_rounding();
while (size--)
{
dst[0] = float(*src[0]); src[0]++;
dst += 1;
}
restore_rounding(r);
}
void linear_pcm24_be_2ch(uint8_t *rawdata, samples_t samples, size_t size)
{
samples_t src = samples;
int24_t *dst = (int24_t *)rawdata;
int r = set_rounding();
while (size--)
{
dst[0] = int2be24(s2i(*src[0])); src[0]++;
dst[1] = int2be24(s2i(*src[1])); src[1]++;
dst += 2;
}
restore_rounding(r);
}
void linear_pcm16_be_3ch(uint8_t *rawdata, samples_t samples, size_t size)
{
samples_t src = samples;
int16_t *dst = (int16_t *)rawdata;
int r = set_rounding();
while (size--)
{
dst[0] = int2be16(s2i(*src[0])); src[0]++;
dst[1] = int2be16(s2i(*src[1])); src[1]++;
dst[2] = int2be16(s2i(*src[2])); src[2]++;
dst += 3;
}
restore_rounding(r);
}
void linear_pcm32_4ch(uint8_t *rawdata, samples_t samples, size_t size)
{
samples_t src = samples;
int32_t *dst = (int32_t *)rawdata;
int r = set_rounding();
while (size--)
{
dst[0] = int2le32(s2i(*src[0])); src[0]++;
dst[1] = int2le32(s2i(*src[1])); src[1]++;
dst[2] = int2le32(s2i(*src[2])); src[2]++;
dst[3] = int2le32(s2i(*src[3])); src[3]++;
dst += 4;
}
restore_rounding(r);
}
void linear_pcm24_6ch(uint8_t *rawdata, samples_t samples, size_t size)
{
samples_t src = samples;
int24_t *dst = (int24_t *)rawdata;
int r = set_rounding();
while (size--)
{
dst[0] = int2le24(s2i(*src[0])); src[0]++;
dst[1] = int2le24(s2i(*src[1])); src[1]++;
dst[2] = int2le24(s2i(*src[2])); src[2]++;
dst[3] = int2le24(s2i(*src[3])); src[3]++;
dst[4] = int2le24(s2i(*src[4])); src[4]++;
dst[5] = int2le24(s2i(*src[5])); src[5]++;
dst += 6;
}
restore_rounding(r);
}
void linear_pcmdouble_6ch(uint8_t *rawdata, samples_t samples, size_t size)
{
samples_t src = samples;
double *dst = (double *)rawdata;
int r = set_rounding();
while (size--)
{
dst[0] = double(*src[0]); src[0]++;
dst[1] = double(*src[1]); src[1]++;
dst[2] = double(*src[2]); src[2]++;
dst[3] = double(*src[3]); src[3]++;
dst[4] = double(*src[4]); src[4]++;
dst[5] = double(*src[5]); src[5]++;
dst += 6;
}
restore_rounding(r);
}
void linear_pcmfloat_7ch(uint8_t *rawdata, samples_t samples, size_t size)
{
samples_t src = samples;
float *dst = (float *)rawdata;
int r = set_rounding();
while (size--)
{
dst[0] = float(*src[0]); src[0]++;
dst[1] = float(*src[1]); src[1]++;
dst[2] = float(*src[2]); src[2]++;
dst[3] = float(*src[3]); src[3]++;
dst[4] = float(*src[4]); src[4]++;
dst[5] = float(*src[5]); src[5]++;
dst[6] = float(*src[6]); src[6]++;
dst += 7;
}
restore_rounding(r);
}
void linear_pcm32_be_8ch(uint8_t *rawdata, samples_t samples, size_t size)
{
samples_t src = samples;
int32_t *dst = (int32_t *)rawdata;
int r = set_rounding();
while (size--)
{
dst[0] = int2be32(s2i(*src[0])); src[0]++;
dst[1] = int2be32(s2i(*src[1])); src[1]++;
dst[2] = int2be32(s2i(*src[2])); src[2]++;
dst[3] = int2be32(s2i(*src[3])); src[3]++;
dst[4] = int2be32(s2i(*src[4])); src[4]++;
dst[5] = int2be32(s2i(*src[5])); src[5]++;
dst[6] = int2be32(s2i(*src[6])); src[6]++;
dst[7] = int2be32(s2i(*src[7])); src[7]++;
dst += 8;
}
restore_rounding(r);
}
int WidgetPDial::handle(int event)
{
double dragsize, min = minimum(), max = maximum(), result;
int dy;
if (event == FL_RELEASE && Fl::event_clicks() == 1) {
Fl::event_clicks(0);
value(reset_value);
tipwin->hide();
value_damage();
if (this->when() != 0)
do_callback();
return 1;
}
int old_mod_state;
switch(event) {
case FL_PUSH:
mod_state = Fl::event_state() & MOD_MASK;
if (!use_rounding) {
if (integer_step)
set_rounding(0);
else if (mod_state == MOD_MASK)
set_rounding(5);
else if (mod_state == FL_SHIFT)
set_rounding(4);
else
set_rounding((Fl::event_button3() || mod_state & FL_CTRL)
? 3 : 2);
}
oldvalue = value();
old_y = Fl::event_y();
case FL_DRAG:
getPos();
old_mod_state = mod_state;
mod_state = Fl::event_state() & MOD_MASK;
if (old_mod_state != mod_state) {
oldvalue = value();
old_y = Fl::event_y();
if (!use_rounding) {
if (integer_step)
set_rounding(0);
else if (mod_state == MOD_MASK)
set_rounding(5);
else if (mod_state == FL_SHIFT)
set_rounding(4);
else
set_rounding((Fl::event_button3() ||
mod_state & FL_CTRL)
? 3 : 2);
}
break;
}
dy = old_y - Fl::event_y();
if (dy < -1 || dy > 1)
Fl::event_clicks(0);
if (!integer_step && mod_state == MOD_MASK)
dragsize = 200000.0f;
else if (!integer_step && mod_state == FL_SHIFT)
dragsize = 20000.0f;
else
dragsize = (Fl::event_button3() || mod_state & MOD_MASK)
? 1000.0f : 200.0f;
value(clamp(oldvalue + dy / dragsize * (max - min)));
tipwin->showValue(transform(value()));
value_damage();
if(this->when() != 0)
do_callback();
return 1;
case FL_MOUSEWHEEL:
if (Fl::event_buttons() || Fl::belowmouse() != this)
return 1;
mod_state = Fl::event_state() & MOD_MASK;
dy = - Fl::event_dy();
if (integer_step) {
if (!use_rounding) set_rounding(0);
result = (int)(value() +
dy * ((Fl::event_ctrl() ||
Fl::event_shift()) ? 1 : 8));
} else {
float dragsize;
if (mod_state == MOD_MASK) {
dragsize = 100000.0;
if (!use_rounding) set_rounding(5);
} else if (mod_state == FL_SHIFT) {
dragsize = 10000.0;
if (!use_rounding) set_rounding(4);
} else if (mod_state == FL_CTRL) {
dragsize = 1000.0;
if (!use_rounding) set_rounding(3);
} else {
dragsize = 100.0;
if (!use_rounding) set_rounding(2);
}
result = value() + dy / dragsize * (max - min);
}
value(clamp(result));
tipwin->showValue(transform(value()));
value_damage();
if(this->when() != 0)
do_callback();
return 1;
case FL_ENTER:
getPos();
tipwin->showText();
return 1;
case FL_HIDE:
case FL_LEAVE:
tipwin->hide();
resetPos();
break;
case FL_RELEASE:
if (integer_step) {
float rounded = floorf(value() + 0.5);
value(clamp(rounded));
}
tipwin->hide();
resetPos();
if(this->when() == 0)
do_callback();
return 1;
}
return 0;
//#endif
}