// **NOTE** MUST KEEP IN SYNC WITH getRadius/RADIUS_ETCH !!!
ERound qtcGetWidgetRound(const Options *opts, int w, int h, EWidget widget)
{
ERound r=opts->round;
if( ((WIDGET_PBAR_TROUGH==widget || WIDGET_PROGRESSBAR==widget) && (opts->square&SQUARE_PROGRESS)) ||
(WIDGET_ENTRY==widget && (opts->square&SQUARE_ENTRY)) ||
(WIDGET_SCROLLVIEW==widget && (opts->square&SQUARE_SCROLLVIEW)) )
return ROUND_NONE;
if((WIDGET_CHECKBOX==widget || WIDGET_FOCUS==widget) && ROUND_NONE!=r)
r=ROUND_SLIGHT;
#if defined __cplusplus && (defined QT_VERSION && (QT_VERSION >= 0x040000))
if((WIDGET_MDI_WINDOW_BUTTON==widget && (opts->titlebarButtons&TITLEBAR_BUTTON_ROUND)) ||
WIDGET_RADIO_BUTTON==widget || WIDGET_DIAL==widget)
return ROUND_MAX;
#endif
#ifndef __cplusplus
if(WIDGET_RADIO_BUTTON==widget)
return ROUND_MAX;
#endif
#if !defined __cplusplus || (defined QT_VERSION && (QT_VERSION >= 0x040000))
if(WIDGET_SLIDER==widget &&
(SLIDER_ROUND==opts->sliderStyle || SLIDER_ROUND_ROTATED==opts->sliderStyle || SLIDER_CIRCULAR==opts->sliderStyle))
return ROUND_MAX;
#endif
switch(r)
{
case ROUND_MAX:
if(IS_SLIDER(widget) || WIDGET_TROUGH==widget ||
(w>(MIN_ROUND_MAX_WIDTH+2) && h>(MIN_ROUND_MAX_HEIGHT+2) && IS_MAX_ROUND_WIDGET(widget)))
return ROUND_MAX;
case ROUND_EXTRA:
if(CAN_EXTRA_ROUND(2))
return ROUND_EXTRA;
case ROUND_FULL:
if(CAN_FULL_ROUND(2))
return ROUND_FULL;
case ROUND_SLIGHT:
return ROUND_SLIGHT;
case ROUND_NONE:
return ROUND_NONE;
}
return ROUND_NONE;
}
double qtcGetRadius(const Options *opts, int w, int h, EWidget widget, ERadius rad)
{
ERound r=opts->round;
if((WIDGET_CHECKBOX==widget || WIDGET_FOCUS==widget) && ROUND_NONE!=r)
r=ROUND_SLIGHT;
if( ((WIDGET_PBAR_TROUGH==widget || WIDGET_PROGRESSBAR==widget) && (opts->square&SQUARE_PROGRESS)) ||
(WIDGET_ENTRY==widget && (opts->square&SQUARE_ENTRY)) ||
(WIDGET_SCROLLVIEW==widget && (opts->square&SQUARE_SCROLLVIEW)) )
return 0.0;
#if defined __cplusplus && (defined QT_VERSION && (QT_VERSION >= 0x040000))
if((WIDGET_MDI_WINDOW_BUTTON==widget && (opts->titlebarButtons&TITLEBAR_BUTTON_ROUND)) ||
WIDGET_RADIO_BUTTON==widget || WIDGET_DIAL==widget)
return (w>h ? h : w)/2.0;
#endif
#ifndef __cplusplus
if(WIDGET_RADIO_BUTTON==widget)
return (w>h ? h : w)/2.0;
#endif
#if !defined __cplusplus || (defined QT_VERSION && (QT_VERSION >= 0x040000))
if(WIDGET_SLIDER==widget &&
(SLIDER_ROUND==opts->sliderStyle || SLIDER_ROUND_ROTATED==opts->sliderStyle || SLIDER_CIRCULAR==opts->sliderStyle))
return (w>h ? h : w)/2.0;
#endif
if(RADIUS_EXTERNAL==rad && !opts->fillProgress && (WIDGET_PROGRESSBAR==widget
#ifndef __cplusplus
|| WIDGET_ENTRY_PROGRESSBAR==widget
#endif
))
rad=RADIUS_INTERNAL;
switch(rad)
{
case RADIUS_SELECTION:
switch(r)
{
case ROUND_MAX:
case ROUND_EXTRA:
if(/* (WIDGET_RUBBER_BAND==widget && w>14 && h>14) || */(w>48 && h>48))
return 6.0;
case ROUND_FULL:
// if( /*(WIDGET_RUBBER_BAND==widget && w>11 && h>11) || */(w>48 && h>48))
// return 3.0;
if(w>MIN_ROUND_FULL_SIZE && h>MIN_ROUND_FULL_SIZE)
return 3.0;
case ROUND_SLIGHT:
return 2.0;
case ROUND_NONE:
return 0;
}
case RADIUS_INTERNAL:
switch(r)
{
case ROUND_MAX:
if(IS_SLIDER(widget) || WIDGET_TROUGH==widget)
{
double r=((w>h ? h : w)-(WIDGET_SLIDER==widget ? 1 : 0))/2.0;
return r>MAX_RADIUS_INTERNAL ? MAX_RADIUS_INTERNAL : r;
}
if(w>(MIN_ROUND_MAX_WIDTH-2) && h>(MIN_ROUND_MAX_HEIGHT-2) && IS_MAX_ROUND_WIDGET(widget))
{
double r=((w>h ? h : w)-2.0)/2.0;
return r>9.5 ? 9.5 : r;
}
case ROUND_EXTRA:
if(CAN_EXTRA_ROUND(-2))
return EXTRA_INNER_RADIUS;
case ROUND_FULL:
if(CAN_FULL_ROUND(-2))
return FULL_INNER_RADIUS;
case ROUND_SLIGHT:
return SLIGHT_INNER_RADIUS;
case ROUND_NONE:
return 0;
}
case RADIUS_EXTERNAL:
switch(r)
{
case ROUND_MAX:
if(IS_SLIDER(widget) || WIDGET_TROUGH==widget)
{
double r=((w>h ? h : w)-(WIDGET_SLIDER==widget ? 1 : 0))/2.0;
return r>MAX_RADIUS_EXTERNAL ? MAX_RADIUS_EXTERNAL : r;
}
if(w>MIN_ROUND_MAX_WIDTH && h>MIN_ROUND_MAX_HEIGHT && IS_MAX_ROUND_WIDGET(widget))
{
double r=((w>h ? h : w)-2.0)/2.0;
return r>10.5 ? 10.5 : r;
}
case ROUND_EXTRA:
if(CAN_EXTRA_ROUND(0))
return EXTRA_OUTER_RADIUS;
case ROUND_FULL:
if(CAN_FULL_ROUND(0))
return FULL_OUTER_RADIUS;
case ROUND_SLIGHT:
return SLIGHT_OUTER_RADIUS;
case ROUND_NONE:
return 0;
}
case RADIUS_ETCH:
// **NOTE** MUST KEEP IN SYNC WITH getWidgetRound !!!
switch(r)
{
case ROUND_MAX:
if(IS_SLIDER(widget) || WIDGET_TROUGH==widget)
{
double r=((w>h ? h : w)-(WIDGET_SLIDER==widget ? 1 : 0))/2.0;
return r>MAX_RADIUS_EXTERNAL ? MAX_RADIUS_EXTERNAL : r;
}
if(w>(MIN_ROUND_MAX_WIDTH+2) && h>(MIN_ROUND_MAX_HEIGHT+2) && IS_MAX_ROUND_WIDGET(widget))
{
double r=((w>h ? h : w)-2.0)/2.0;
return r>11.5 ? 11.5 : r;
}
case ROUND_EXTRA:
if(CAN_FULL_ROUND(2))
return EXTRA_ETCH_RADIUS;
case ROUND_FULL:
if(w>(MIN_ROUND_FULL_SIZE+2) && h>(MIN_ROUND_FULL_SIZE+2))
return FULL_ETCH_RADIUS;
case ROUND_SLIGHT:
return SLIGHT_ETCH_RADIUS;
case ROUND_NONE:
return 0;
}
}
return 0;
}
gfloat slider_get_pos(Slider const * const self) {
g_return_if_fail(IS_SLIDER(self));
return self->priv->pos;
}
void slider_set_pos(Slider *self, gfloat const pos) {
g_return_if_fail(IS_SLIDER(self));
self->priv->pos = (pos > 1) ? 1 : (pos < 0) ? 0 : pos;
g_signal_emit(self, slider_signals[SLID], 0, self->priv->pos);
clutter_actor_queue_relayout(CLUTTER_ACTOR(self));
}
