void renderwidget(skin_t *skin, image *dest, widget *item, int state)
{
image *img = NULL;
int height;
int y;
if(!dest) return;
if((item->type == tyButton) || (item->type == tyHpotmeter) || (item->type == tyPotmeter))
img = item->bitmap[0];
if(!img) return;
y = item->y;
if(item->type == tyPotmeter)
{
height = img->height / item->phases;
y = height * (int)(item->value * item->phases / 100);
if(y > img->height-height)
y = img->height - height;
}
else
{
height = img->height / 3;
y = state * height;
}
/* redraw background */
if(item->type == tyButton)
render(skin->desktopbpp, dest, find_background(skin,item), item->x, item->y, item->x, item->y, img->width, height, 1);
if((item->type == tyHpotmeter) || (item->type == tyPotmeter))
{
/* repaint the area behind the slider */
render(skin->desktopbpp, dest, find_background(skin, item), item->wx, item->wy, item->wx, item->wy, item->wwidth, item->height, 1);
item->x = item->value * (item->wwidth-item->width) / 100 + item->wx;
if((item->x + item->width) > (item->wx + item->wwidth))
item->x = item->wx + item->wwidth - item->width;
if(item->x < item->wx)
item->x = item->wx;
/* workaround for blue */
if(item->type == tyHpotmeter)
height = (item->height < img->height / 3) ? item->height : img->height / 3;
}
render(skin->desktopbpp, dest, img, item->x, item->y, 0, y, img->width, height, 1);
}
void renderwidget(skin_t *skin, image *dest, widget *item, int state)
{
image *img = NULL;
int height;
int y;
if(!dest) return;
if((item->type == tyButton) || (item->type == tyHpotmeter) || (item->type == tyVpotmeter) || (item->type == tyPimage))
img = item->bitmap[0];
if(item->type == tyRpotmeter)
img = item->bitmap[1];
if(!img) return;
y = item->y;
if(item->type == tyPimage || /* legacy (potmeter) */ (item->type == tyHpotmeter && item->width == item->wwidth) || item->type == tyRpotmeter)
{
height = img->height / item->phases;
y = height * (int)(item->value * item->phases / 100);
if(y > img->height-height)
y = img->height - height;
}
else
{
height = img->height / 3;
y = state * height;
}
/* redraw background */
if(item->type == tyButton)
render(skin->desktopbpp, dest, find_background(skin,item), item->x, item->y, item->x, item->y, img->width, height, 1);
if((item->type == tyHpotmeter) || (item->type == tyVpotmeter) || (item->type == tyRpotmeter) || (item->type == tyPimage))
{
if(item->type == tyVpotmeter)
{
/* repaint the area behind the slider */
render(skin->desktopbpp, dest, find_background(skin, item), item->wx, item->wy, item->wx, item->wy, item->width, item->wheight, 1);
item->y = (100 - item->value) * (item->wheight-item->height) / 100 + item->wy;
}
else if(item->type == tyRpotmeter)
{
/* repaint the area behind the rpotmeter */
render(skin->desktopbpp, dest, find_background(skin, item), item->wx, item->wy, item->wx, item->wy, item->wwidth, item->wheight, 1);
item->x = item->wx;
item->y = item->wy;
}
else
{
/* repaint the area behind the slider */
render(skin->desktopbpp, dest, find_background(skin, item), item->wx, item->wy, item->wx, item->wy, item->wwidth, item->height, 1);
item->x = item->value * (item->wwidth-item->width) / 100 + item->wx;
}
}
render(skin->desktopbpp, dest, img, item->x, item->y, 0, y, img->width, height, 1);
/* rpotmeter button */
if(item->type == tyRpotmeter && item->bitmap[0] != item->bitmap[1])
{
img = item->bitmap[0];
if(img)
{
double radius, radian;
int ix, iy;
// keep the button inside the potmeter outline
radius = (FFMIN(item->wwidth, item->wheight) - item->maxwh) / 2.0;
radian = item->value / 100.0 * item->arclength + item->zeropoint;
// coordinates plus a correction for a non-square item
// (remember: both axes are mirrored, we have a clockwise radian)
ix = item->wx + radius * (1 + cos(radian)) + FFMAX(0, (item->wwidth - item->wheight) / 2.0) + 0.5;
iy = item->wy + radius * (1 + sin(radian)) + FFMAX(0, (item->wheight - item->wwidth) / 2.0) + 0.5;
height = img->height / 3;
y = state * height;
render(skin->desktopbpp, dest, img, ix, iy, 0, y, img->width, height, 1);
}
}
}
/* updates all dlabels and slabels */
void renderinfobox(skin_t *skin, window_priv_t *priv)
{
unsigned int i;
if (!priv) return;
/* repaint the area behind the text*/
/* we have to do this for all labels here, because they may overlap in buggy skins ;( */
for (i=0; i<skin->widgetcount; i++)
if((skin->widgets[i]->type == tyDlabel) || (skin->widgets[i]->type == tySlabel))
{
if(skin->widgets[i]->window == priv->type)
render(skin->desktopbpp,
&priv->img,
find_background(skin, skin->widgets[i]),
skin->widgets[i]->x,
skin->widgets[i]->y,
skin->widgets[i]->x,
skin->widgets[i]->y,
skin->widgets[i]->length,
skin->widgets[i]->font->chars[0]->height,
1);
}
/* load all slabels and dlabels */
for (i=0; i<skin->widgetcount; i++)
{
widget *item = skin->widgets[i];
if(item->window != priv->type) continue;
if((i == skin->widgetcount) || (item->type == tyDlabel) || (item->type == tySlabel))
{
char *text = generatetextfromlabel(item);
unsigned int current, c;
int offset = 0;
unsigned int textlen;
if(!text) continue;
textlen = strlen(text);
/* render(win, win->background, gui->skin->widgets[i]->x, gui->skin->widgets[i]->y,
gui->skin->widgets[i]->x, gui->skin->widgets[i]->y,
gui->skin->widgets[i]->length, gui->skin->widgets[i]->font->chars[0]->height,1); */
/* calculate text size */
for (current=0; current<textlen; current++)
{
for (c=0; c<item->font->charcount; c++)
if(item->font->chars[c]->c == text[current])
{
offset += item->font->chars[c]->width;
break;
}
}
/* labels can be scrolled if they are to big */
if((item->type == tyDlabel) && (item->length < offset))
{
int tomuch = (offset - item->length) / (offset /textlen);
scrolltext(text, textlen - tomuch - 1, &skin->widgets[i]->value);
textlen = strlen(text);
}
/* align the text */
if(item->align == 1)
offset = (item->length-offset) / 2;
else if(item->align == 2)
offset = item->length-offset;
else
offset = 0;
if(offset < 0) offset = 0;
/* render the text */
for (current=0; current<textlen; current++)
{
for (c=0; c<item->font->charcount; c++)
{
char_t *cchar = item->font->chars[c];
if(cchar->c == *(text + current))
{
render(skin->desktopbpp,
&priv->img,
item->font->image,
item->x + offset,
item->y,
cchar->x,
cchar->y,
(cchar->width + offset > item->length) ? item->length - offset : cchar->width,
cchar->height,
1);
offset += cchar->width;
break;
}
}
}
free(text);
}
}
}
