void GUIDrawBorder(SDL_Surface *dst, int x1, int y1, int x2, int y2, Uint32 outLeft, Uint32 inLeft, Uint32 outRight, Uint32 inRight, bool topLeft){
if(outLeft!=0){
vlineColor(dst,x1,y1,y2-1,outLeft);
hlineColor(dst,x1,x2-1,y1,outLeft);
}
if(inLeft!=0){
vlineColor(dst,x1+1,y1+1,y2-2,inLeft);
hlineColor(dst,x1+1,x2-2,y1+1,inLeft);
}
if(outRight!=0){
vlineColor(dst,x2,y1+1,y2,outRight);
hlineColor(dst,x1+1,x2-1,y2,outRight);
}
if(inRight!=0){
vlineColor(dst,x2-1,y1+2,y2-1,inRight);
hlineColor(dst,x1+2,x2-2,y2-1,inRight);
}
if(topLeft){
outRight=outLeft;
inRight=inLeft;
}
pixelColor(dst,x2,y1,outRight);
pixelColor(dst,x1,y2,outRight);
pixelColor(dst,x1+1,y2-1,inRight);
pixelColor(dst,x2-1,y1+1,inRight);
}
void GUICheckBox::Draw(SDL_Surface *dst){
if(isCircle){
int rad = ((posX2-posX1<posY2-posY1)?(posX2-posX1):(posY2-posY1))-7;
filledCircleColor(dst,(posX1+posX2)/2,(posY1+posY2)/2,rad,0xFFFFFFFF);
arcColor(dst,(posX1+posX2)/2,(posY1+posY2)/2,rad,135,315,0x000000FF);
arcColor(dst,(posX1+posX2)/2,(posY1+posY2)/2,rad+1,135,315,0x808080FF);
arcColor(dst,(posX1+posX2)/2,(posY1+posY2)/2,rad,315,135,0xD4D0C8FF);
arcColor(dst,(posX1+posX2)/2,(posY1+posY2)/2,rad+1,315,135,0xFFFFFFFF);
if(isChecked)filledCircleColor(dst,(posX1+posX2)/2,(posY1+posY2)/2,rad-3,0x000000FF);
}else{
boxColor(dst,posX1,posY1,posX2,posY2,0xFFFFFFFF);
GUIDrawBorder(dst,posX1,posY1,posX2,posY2,0x808080FF,0x404040FF,0xFFFFFFFF,0xD4D0C8FF);
if(isChecked){
int tickX=((posX2+posX1)/2)-2,tickY=((posY2+posY1)/2)-3; Uint32 clr=0x000000FF;
boxColor(dst,tickX+1,tickY+4,tickX+3,tickY+5,clr);
boxColor(dst,tickX+4,tickY+2,tickX+5,tickY+3,clr);
vlineColor(dst,tickX,tickY+2,tickY+4,clr);
vlineColor(dst,tickX+6,tickY,tickY+2,clr);
pixelColor(dst,tickX+1,tickY+3,clr);
pixelColor(dst,tickX+3,tickY+3,clr);
pixelColor(dst,tickX+4,tickY+4,clr);
pixelColor(dst,tickX+5,tickY+1,clr);
pixelColor(dst,tickX+2,tickY+6,clr);
}
}
}
/* Here we draw the vectorscope layout */
void make_vectorscope_layout()
{
int i, p1_x, p1_y, p2_x, p2_y;
double temp;
char text[4];
boxColor(screen, vector_x-130, vector_y+130,
vector_x+130, vector_y-130, black);
hlineColor(screen, vector_x-20, vector_x-128, vector_y, white);
hlineColor(screen, vector_x+20, vector_x+128, vector_y, white);
vlineColor(screen, vector_x, vector_y-20, vector_y-128, white);
vlineColor(screen, vector_x, vector_y+20, vector_y+128, white);
circleColor(screen,vector_x, vector_y, 20, white);
circleColor(screen,vector_x, vector_y, 50, white);
circleColor(screen,vector_x, vector_y, 80, white);
circleColor(screen,vector_x, vector_y,112, white);
for (i =0; i<36; i++)
{ /* Here we draw the degree scale */
temp = 112* cos (i*(10/57.3)) ; /* sin & cos only accept radiant */
p1_x = round(temp); /* and not degree input */
temp = 112* sin (i*(10/57.3) );
p1_y = round(temp);
temp = 117* cos (i*(10/57.3) );
p2_x = round(temp);
temp = 117* sin (i*(10/57.3) );
p2_y = round(temp);
lineColor(screen, vector_x + p1_x, vector_y + p1_y,
vector_x + p2_x, vector_y + p2_y, white);
}
sprintf(text, "0"); /* Creating the grad description */
stringColor(screen, vector_x + 135 , vector_y - 3, text, white);
sprintf(text, "90");
stringColor(screen, vector_x - 7 , vector_y - 145, text, white);
sprintf(text, "180");
stringColor(screen, vector_x - 155 , vector_y - 3, text, white);
sprintf(text, "270");
stringColor(screen, vector_x - 10 , vector_y + 135, text, white);
makepoint( 90, 60); /* length, arc, for purple */
makepoint( 96, 104); /* length, arc, for red */
makepoint( 67, 166); /* length, arc, for yellow */
makepoint( 90, 241); /* length, arc, for green */
makepoint( 96, 283); /* length, arc, for cyan */
makepoint( 67, 346); /* length, arc, for blue */
}
static PyObject*
_gfx_vlinecolor (PyObject *self, PyObject* args)
{
PyObject *surface, *color;
int x, _y1, y2;
pguint32 c;
ASSERT_VIDEO_INIT (NULL);
if (!PyArg_ParseTuple (args, "OiiiO:vline", &surface, &x, &_y1, &y2,
&color))
return NULL;
if (!PySDLSurface_Check (surface))
{
PyErr_SetString (PyExc_TypeError, "surface must be a Surface");
return NULL;
}
if (!ColorFromObj (color, &c))
return NULL;
if (vlineColor (((PySDLSurface*)surface)->surface, (Sint16) x, (Sint16)_y1,
(Sint16)y2, (Uint32)c) == -1)
{
PyErr_SetString (PyExc_PyGameError, SDL_GetError ());
return NULL;
}
Py_RETURN_NONE;
}
void Draw_Geometry()
{
int flag = 1;
SDL_FillRect(WINDOW, NULL, 0xffffffff);
while( flag ){
switch( rand() % 7 ){
case 0: hlineColor(WINDOW, AXIS, AXIS, AXIS, COLOR); break;
case 1: vlineColor(WINDOW, AXIS, AXIS, AXIS, COLOR); break;
case 2: rectangleColor(WINDOW, AXIS, AXIS, AXIS, AXIS, COLOR); break;
case 3: lineColor(WINDOW, AXIS, AXIS, AXIS, AXIS, COLOR); break;
case 4: circleColor(WINDOW, AXIS, AXIS, AXIS, COLOR); break;
case 5: pieColor(WINDOW, AXIS, AXIS, AXIS, THETA, THETA, COLOR); break;
case 6: trigonColor(WINDOW, AXIS, AXIS, AXIS, AXIS, AXIS, AXIS, COLOR); break;
default: break;
}
SDL_UpdateRect(WINDOW, 0, 0, 0, 0);
printf("again->'a' reset->'r' exit->'e'\n");
char ch = getchar(), c = getchar();
switch( ch ){
case 'a': flag = 1; break;
case 'r': SDL_FillRect(WINDOW, NULL, 0xffffffff); break;
case 'e': flag = 0; break;
default : flag = 1; break;
}
}
}
static void label_wlan_channels(SDL_Surface *s, int sx, int x0, int y0)
{
int x, xb, y, i, c;
xb = x0;
y = s->h-y0+4;
for (i = 0; i != wlan_channels(); i++) {
c = i+1;
/* Japan special channel: 22 MHz from channel 13 */
if (c == 14)
xb += X_STEP*12/5-X_STEP;
if (c > 9) {
x = xb;
digit(s, c/10, CWLAN(0));
} else {
x = xb-3;
}
digit(s, c % 10, CWLAN(1));
if (show_wlan_channel(c)) {
hlineColor(s, xb-WLAN_XR, xb+WLAN_XR, y-WLAN_YH,
WLAN_RGBA);
vlineColor(s, xb, y-2, y-WLAN_YH+1, WLAN_RGBA);
}
xb += sx;
}
}
int GeoLayer::vline(int16_t x, int16_t y1, int16_t y2, uint32_t col) {
if(!surf) {
error("%s can't run: layer not initialized", __PRETTY_FUNCTION__);
return -1;
}
res = vlineColor(surf, x, y1, y2, col);
if(res < 0) error("error in %s", __PRETTY_FUNCTION__);
return(res);
}
/* Here we draw the layout of the histogram */
void draw_histogram_layout(int x_off, int y_off)
{
int i, offset;
char text[3];
hlineColor(screen, x_off, x_off+257, y_off+101 , white);
vlineColor(screen, x_off-1, y_off, y_off+101, white);
vlineColor(screen, x_off+257,y_off,y_off+101, white);
if (scalepercent == 0)
{
for (i = 0; i < 15; i++)
{
offset = i*16+ 16;
vlineColor(screen, x_off+offset, y_off+101, y_off+105, white);
}
vlineColor(screen, x_off+128, y_off+106, y_off+110, white);
/* Description of the axis */
stringColor(screen, x_off-5 +16 , y_off+115, "16", white);
stringColor(screen, x_off-9 +128, y_off+115, "128", white);
stringColor(screen, x_off-9 +240, y_off+115, "240", white);
}
else
{
for (i =0; i< 11;i++)
{
offset = (int)i*21.9 + 16;
vlineColor(screen, x_off+offset, y_off+101, y_off+105, white);
}
}
for (i = 0; i < 6; i++) /*Labeling the y axis in percent */
{
hlineColor(screen, x_off-5, x_off, y_off+ i*20, white);
offset = 100- i*20;
sprintf(text, "%i", offset);
stringColor(screen, x_off-30 , y_off+ i*20 -3 , text, white);
}
}
//------------------------------------------------------------ ShowFixation()
//
void ShowFixation()
{
hlineColor(screen, (int)(FIXATION_X - FIXATION_WIDTH / 2), \
(int)(FIXATION_X + FIXATION_WIDTH / 2), \
FIXATION_Y, RGBA_White);
vlineColor(screen, FIXATION_X,
(int)(FIXATION_Y - FIXATION_HEIGHT / 2), \
(int)(FIXATION_Y + FIXATION_HEIGHT / 2), \
RGBA_White);
}
/*
* vykresluje mrizku hraciho pole
*/
int drawBorder(SDL_Surface *screen)
{
SDL_FillRect(screen, NULL, BLACK);
for(int i = 1; i < MAXX+1; ++i) {
hlineColor(screen, 0, MAXY * FIELD_SIZE, i * FIELD_SIZE, 0xffffff50);
}
for(int i = 1; i < MAXY; ++i) {
vlineColor(screen, i * FIELD_SIZE, 0, MAXX * FIELD_SIZE, 0xffffff50);
}
SDL_UpdateRect(screen, 0,0,0,0);
return 0;
}
//------------------------------------------------------------ ShowFixation()
//
void ShowFixation()
{
//-TODO- Sustituir este metodo por uno basado en pintar rectángulos
// de ancho configurable por una constante en ior.h
hlineColor(screen, (int)(FIXATION_X - FIXATION_WIDTH / 2), \
(int)(FIXATION_X + FIXATION_WIDTH / 2), \
FIXATION_Y, RGBA_White);
vlineColor(screen, FIXATION_X,
(int)(FIXATION_Y - FIXATION_HEIGHT / 2), \
(int)(FIXATION_Y + FIXATION_HEIGHT / 2), \
RGBA_White);
}
void GUITextBox::Draw(SDL_Surface *dst){
boxColor(dst,posX1,posY1,posX2,posY2,fontBackColor);
renderedText.Blit(dst,textX1,textY1,textX2-textX1,textY2-textY1,false,false,curOffX,curOffY);
rectangleColor(dst,posX1,posY1,posX2,posY2,BORDER);
if(CursorBlink())boxColor(dst,curDrawX,curDrawY,curDrawX,curDrawY+curDrawH,0x330000FF);
if(showScroll){
scrollX.Draw(dst);
scrollY.Draw(dst);
}
if(showPointer){
vlineColor(dst,mouseX,mouseY-6,mouseY+6,0x00000080);
hlineColor(dst,mouseX-3,mouseX+3,mouseY-7,0x00000080);
hlineColor(dst,mouseX-3,mouseX+3,mouseY+7,0x00000080);
}
}
void BCursor::paint()
{
if(screen){
if(visible){
vlineColor(screen,x,y,y+height-1,cursor_color);
SDL_UpdateRect(screen,x,y,COURSOR_WIDTH,height);
visible=false;
}else
{
resume();
visible=true;
}
}
}
/**
* Desenhador de RectNoScrolling retirado da SDL_gfx mais nova.
*/
int Sprite::drawRoundRectNoScrolling(Rectangle rect, int r, int g, int b, int a, int rad, Screen *screen) {
SDL_Surface * dst;
Sint16 x1, y1, x2, y2;
Uint32 color;
int result;
dst = screen->getTopScreen();
x1 = rect.x;
x2 = rect.x + rect.w;
y1 = rect.y;
y2 = rect.y + rect.h;
color = ((Uint32) r << 24) | ((Uint32) g << 16) | ((Uint32) b << 8) | (Uint32) a;
Sint16 w, h, tmp;
Sint16 xx1, xx2, yy1, yy2;
/*
* Check destination surface
*/
if (dst == NULL)
{
return -1;
}
/*
* Check radius vor valid range
*/
if (rad < 0) {
return -1;
}
/*
* Special case - no rounding
*/
if (rad == 0) {
return rectangleColor(dst, x1, y1, x2, y2, color);
}
/*
* Check visibility of clipping rectangle
*/
if ((dst->clip_rect.w==0) || (dst->clip_rect.h==0)) {
return 0;
}
/*
* Test for special cases of straight lines or single point
*/
if (x1 == x2) {
if (y1 == y2) {
return (pixelColor(dst, x1, y1, color));
} else {
return (vlineColor(dst, x1, y1, y2, color));
}
} else {
if (y1 == y2) {
return (hlineColor(dst, x1, x2, y1, color));
}
}
/*
* Swap x1, x2 if required
*/
if (x1 > x2) {
tmp = x1;
x1 = x2;
x2 = tmp;
}
/*
* Swap y1, y2 if required
*/
if (y1 > y2) {
tmp = y1;
y1 = y2;
y2 = tmp;
}
/*
* Calculate width&height
*/
w = x2 - x1;
h = y2 - y1;
/*
* Maybe adjust radius
*/
if ((rad * 2) > w)
{
rad = w / 2;
}
if ((rad * 2) > h)
{
rad = h / 2;
}
/*
* Draw corners
*/
result = 0;
xx1 = x1 + rad;
xx2 = x2 - rad;
yy1 = y1 + rad;
yy2 = y2 - rad;
result |= arcColor(dst, xx1, yy1, rad, 180, 270, color);
result |= arcColor(dst, xx2, yy1, rad, 270, 360, color);
result |= arcColor(dst, xx1, yy2, rad, 90, 180, color);
result |= arcColor(dst, xx2, yy2, rad, 0, 90, color);
/*
* Draw lines
*/
if (xx1 <= xx2) {
result |= hlineColor(dst, xx1, xx2, y1, color);
result |= hlineColor(dst, xx1, xx2, y2, color);
}
if (yy1 <= yy2) {
result |= vlineColor(dst, x1, yy1, yy2, color);
result |= vlineColor(dst, x2, yy1, yy2, color);
}
return 1;
}
void render_decorations(slide *sl)
{
int x1, y1;
int below, above;
SDL_Rect dst;
style *st = sl->st;
Uint32 border_pen = colour->pens->item(st->bordercolour);
free_decorations(sl);
below = sl->deck_size - sl->card;
above = sl->card - 1;
if(below > 0)
{
sl->decor.top = alloc_surface(sl->scr_w, CARD_EDGE * below);
sl->decor.right = alloc_surface(CARD_EDGE * below,
sl->scr_h + CARD_EDGE * below);
clear_surface(sl->decor.top, colour->grey_fill);
clear_surface(sl->decor.right, colour->grey_fill);
for(int i = 0; i < below; i++)
{
// Top edge:
x1 = CARD_EDGE * (i + 1);
y1 = CARD_EDGE * (below - i - 1);
dst.x = x1;
dst.y = y1;
dst.w = sl->scr_w - x1;
dst.h = CARD_EDGE;
SDL_FillRect(sl->decor.top, &dst,
st->enablebar ? colour->fills->item(st->barcolour)
: colour->fills->item(st->bgcolour));
for(int j = 0; j < st->slideborder; j++)
{
hlineColor(sl->decor.top, x1 + j, sl->scr_w - 1, y1 + j,
border_pen);
vlineColor(sl->decor.top, x1 + j, y1 + j, y1 + CARD_EDGE - 1,
border_pen);
}
// Top-right corner:
x1 = 0;
y1 = CARD_EDGE * (below - i - 1);
dst.x = x1;
dst.y = y1;
dst.w = CARD_EDGE * i;
dst.h = CARD_EDGE;
SDL_FillRect(sl->decor.right, &dst,
st->enablebar ? colour->fills->item(st->barcolour)
: colour->fills->item(st->bgcolour));
for(int j = 0; j < st->slideborder; j++)
{
hlineColor(sl->decor.right, 0, CARD_EDGE * (i + 1) - 1,
y1 + j, border_pen);
}
// Right edge:
x1 = CARD_EDGE * i;
y1 = CARD_EDGE * (below - i - 1);
dst.x = x1;
dst.y = y1 + st->slideborder;
dst.w = CARD_EDGE;
dst.h = sl->scr_h - st->slideborder;
SDL_FillRect(sl->decor.right, &dst, colour->fills->item(st->bgcolour));
for(int j = 0; j < st->slideborder; j++)
{
vlineColor(sl->decor.right, x1 + CARD_EDGE - 1 - j,
y1, y1 + sl->scr_h - 1, border_pen);
hlineColor(sl->decor.right, x1, x1 + CARD_EDGE - 1,
y1 + sl->scr_h - 1 - j, border_pen);
}
// Titlebar area:
if(st->enablebar)
{
x1 = CARD_EDGE * i;
y1 = CARD_EDGE * (below - i - 1) + st->slideborder;
dst.x = x1;
dst.y = y1;
dst.w = CARD_EDGE - st->slideborder;
dst.h = to_screen_coords(st->titlespacing - TITLE_EDGE) -
st->slideborder;
SDL_FillRect(sl->decor.right, &dst,
colour->fills->item(st->barcolour));
}
// Dividing line below bar:
x1 = CARD_EDGE * i;
y1 = CARD_EDGE * (below - i - 1);
if(st->enablebar)
{
for(int j = 0; j < st->barborder; j++)
{
hlineColor(sl->decor.right, x1, x1 + CARD_EDGE - 1,
y1 +
to_screen_coords(st->titlespacing - TITLE_EDGE - 1) + j,
colour->pens->item(st->bordercolour));
}
}
}
}
if(above > 0)
{
sl->decor.left = alloc_surface(CARD_EDGE * above,
sl->scr_h + CARD_EDGE * above);
sl->decor.bottom = alloc_surface(sl->scr_w, CARD_EDGE * above);
clear_surface(sl->decor.left, colour->grey_fill);
clear_surface(sl->decor.bottom, colour->grey_fill);
for(int i = 0; i < above; i++)
{
// Bottom edge:
x1 = 0;
y1 = CARD_EDGE * i;
dst.x = x1;
dst.y = y1;
dst.w = sl->scr_w - CARD_EDGE * (i + 1);
dst.h = CARD_EDGE;
SDL_FillRect(sl->decor.bottom, &dst, colour->light_grey_fill);
for(int j = 0; j < st->slideborder; j++)
{
hlineColor(sl->decor.bottom, 0,
sl->scr_w - CARD_EDGE * (i + 1) - 1,
y1 + CARD_EDGE - 1 - j, border_pen);
vlineColor(sl->decor.bottom,
sl->scr_w - CARD_EDGE * (i + 1) - 1 - j,
y1, y1 + CARD_EDGE - 1, border_pen);
}
// Bottom-left corner:
x1 = CARD_EDGE * (above - i - 1);
y1 = sl->scr_h + CARD_EDGE * i;
dst.x = x1;
dst.y = y1;
dst.w = (i + 1) * CARD_EDGE;
dst.h = CARD_EDGE;
SDL_FillRect(sl->decor.left, &dst, colour->light_grey_fill);
// Left edge:
x1 = CARD_EDGE * (above - i - 1);
y1 = CARD_EDGE * (i + 1);
dst.x = x1;
dst.y = y1;
dst.w = CARD_EDGE;
dst.h = sl->scr_h;
SDL_FillRect(sl->decor.left, &dst, colour->light_grey_fill);
for(int j = 0; j < st->slideborder; j++)
{
hlineColor(sl->decor.left, x1, x1 + CARD_EDGE - 1,
y1 + j, border_pen);
hlineColor(sl->decor.left, x1, x1 + (i + 1) * CARD_EDGE - 1,
y1 + sl->scr_h - 1 - j, border_pen);
vlineColor(sl->decor.left, x1 + j, y1, y1 + sl->scr_h - 1,
border_pen);
}
}
}
}
void digit(SDL_Surface *s, int n, int x0, int x1, int y0, int ym, int y1,
uint32_t fg)
{
switch (n) {
case 8:
hlineColor(s, x0, x1, ym, fg);
/* fall through */
case 0:
hlineColor(s, x0, x1, y0, fg);
vlineColor(s, x0, y0, y1, fg);
/* fall through */
case 7:
hlineColor(s, x0, x1, y1, fg);
vlineColor(s, x1, y0, y1, fg);
break;
case 1:
lineColor(s, x0, ym, x1, y1, fg);
vlineColor(s, x1, y0, y1, fg);
break;
case 2:
hlines_3(s, x0, x1, y0, ym, y1, fg);
vlineColor(s, x0, y0, ym, fg);
vlineColor(s, x1, ym, y1, fg);
break;
case 9:
vlineColor(s, x0, ym, y1, fg);
/* fall through */
case 3:
hlines_3(s, x0, x1, y0, ym, y1, fg);
vlineColor(s, x1, y0, y1, fg);
break;
case 4:
hlineColor(s, x0, x1, ym, fg);
vlineColor(s, x0, ym, y1, fg);
vlineColor(s, x1, y0, y1, fg);
break;
case 6:
hlines_3(s, x0, x1, y0, ym, y1, fg);
vlineColor(s, x0, y0, y1, fg);
vlineColor(s, x1, y0, ym, fg);
break;
case 5:
hlines_3(s, x0, x1, y0, ym, y1, fg);
vlineColor(s, x0, ym, y1, fg);
vlineColor(s, x1, y0, ym, fg);
break;
default:
abort();
}
}
void highlight(slide *sl, int viewx, int viewy, int scale)
{
int x1, y1, x2, y2;
int clearance, extent, thickness;
if(scale == 1)
{
thickness = 5;
clearance = 9;
extent = 90;
}
else if(scale == 3)
{
thickness = 3;
clearance = 5;
extent = 40;
}
else if(scale == 9)
{
thickness = 2;
clearance = 2;
extent = 20;
}
else {
error("Impossible case in highlight()");
exit(-1);
}
if(extent > sl->scr_w / scale)
extent = sl->scr_w / scale;
if(extent > sl->scr_h / scale)
extent = sl->scr_h / scale;
x1 = (sl->x - viewx) / scale - clearance;
x2 = (sl->x + sl->scr_w - 1 - viewx) / scale + clearance;
y1 = (sl->y - viewy) / scale - clearance;
y2 = (sl->y + sl->scr_h - 1 - viewy) / scale + clearance;
for(int i = 0; i < thickness; i++)
{
// Top left:
hlineColor(screen, x1 - i, x1 + extent + i,
y1 - i, colour->red_pen);
vlineColor(screen, x1 - i,
y1 - i, y1 + extent + i, colour->red_pen);
// Top right:
hlineColor(screen, x2 - extent - i, x2 + i,
y1 - i, colour->red_pen);
vlineColor(screen, x2 + i,
y1 - i, y1 + extent + i, colour->red_pen);
// Bottom left:
hlineColor(screen, x1 - i, x1 + extent + i,
y2 + i, colour->red_pen);
vlineColor(screen, x1 - i,
y2 - extent - i, y2 + i, colour->red_pen);
// Bottom right:
hlineColor(screen, x2 - extent - i, x2 + i,
y2 + i, colour->red_pen);
vlineColor(screen, x2 + i,
y2 - extent - i, y2 + i, colour->red_pen);
}
}
void draw_picture(SDL_Surface * sf, double temps[16][4], double t_amb)
{
int x, y;
double maxval = -INFINITY, minval = INFINITY;
double f, g;
char buf[32];
int range;
SDL_Color fg_black = { 0, 0, 0 };
SDL_Color fg_white = { 255, 255, 255 };
SDL_Rect rect;
SDL_Surface *txt_sf;
SDL_FillRect(sf, NULL, 0);
for (y = 0; y < 4; y++) {
for (x = 0; x < 16; x++) {
if (temps[x][y] > maxval)
maxval = temps[x][y];
if (temps[x][y] < minval)
minval = temps[x][y];
}
}
f = maxval - minval;
range = (f * RANGE_MULTIPLIER) > 255 ? 255 : f * RANGE_MULTIPLIER;
f = range / f;
for (y = 0; y < 4; y++) {
for (x = 0; x < 16; x++) {
Uint32 col =
color_from_temp(temps[x][3 - y], f, minval);
boxColor(sf, x * PIX_SIZE, y * PIX_SIZE,
x * PIX_SIZE + PIX_SIZE - 1,
y * PIX_SIZE + PIX_SIZE - 1, col);
sprintf(buf, "%3.1f", temps[x][3 - y]);
txt_sf =
TTF_RenderText_Blended(font, buf,
(col >> 24) <
150 ? fg_white : fg_black);
rect.w = txt_sf->w;
rect.h = txt_sf->h;
rect.x = x * PIX_SIZE + 10;
if ((temps[x][3 - y] <= -10)
|| (temps[x][3 - y] >= 100))
rect.x -= 5;
rect.y = y * PIX_SIZE + 20;
SDL_BlitSurface(txt_sf, NULL, sf, &rect);
SDL_FreeSurface(txt_sf);
}
}
f = range;
f /= 255;
g = 0;
for (x = 0; x < 256; x++, g += f) {
vlineColor(sf, x + 80, PIX_SIZE * 4, PIX_SIZE * 4 + PIX_SIZE,
0x80ff + (((int)g) << 16) + (((int)g) << 24));
}
sprintf(buf, "%3.1f%cC", minval, 0xb0);
txt_sf = TTF_RenderText_Blended(font, buf, fg_white);
rect.w = txt_sf->w;
rect.h = txt_sf->h;
rect.x = minval < 0 ? 0 : 10;
rect.y = 4 * PIX_SIZE + 30;
SDL_BlitSurface(txt_sf, NULL, sf, &rect);
SDL_FreeSurface(txt_sf);
sprintf(buf, "%3.1f%cC", maxval, 0xb0);
txt_sf = TTF_RenderText_Blended(font, buf, fg_white);
rect.w = txt_sf->w;
rect.h = txt_sf->h;
rect.x = 80 + 256 + 10;
rect.y = 4 * PIX_SIZE + 30;
SDL_BlitSurface(txt_sf, NULL, sf, &rect);
SDL_FreeSurface(txt_sf);
SDL_Flip(sf);
}
/* Show the frame stat */
void make_stat()
{
int percent_y, percent_u, percent_v, percent_fy, percent_fu, percent_fv;
long long num_pixels_y, num_pixels_u, num_pixels_v;
long long f_pixels_y, f_pixels_u, f_pixels_v;
int peak_y, peak_u, peak_v, peak_fy, peak_fu, peak_fv;
int i,j;
peak_y = 0; peak_u = 0; peak_v = 0;
peak_fy = 0; peak_fu = 0; peak_fv = 0;
num_pixels_y = y_stats[0];
num_pixels_u = u_stats[0];
num_pixels_v = v_stats[0];
f_pixels_y = fy_stats[0];
f_pixels_u = fu_stats[0];
f_pixels_v = fv_stats[0];
/* geting the maimal number for all frames */
for (i = 0; i < 255; i++)
{ /* getting the maximal numbers for Y, U, V for all frames */
if (num_pixels_y < y_stats[i])
{
num_pixels_y = y_stats[i];
peak_y = i;
}
if (num_pixels_u < u_stats[i])
{
num_pixels_u = u_stats[i];
peak_u = i;
}
if (num_pixels_v < v_stats[i])
{
num_pixels_v = v_stats[i];
peak_v = i;
}
/* getting the maximal numbers for Y, U, V for the current frame */
fy_stats[i]= y_stats[i] - ly_stats[i];
ly_stats[i] = y_stats[i];
if (f_pixels_y < fy_stats[i])
{
f_pixels_y = fy_stats[i];
peak_fy = i;
}
fu_stats[i]= u_stats[i] - lu_stats[i];
lu_stats[i] = u_stats[i];
if (f_pixels_u < fu_stats[i])
{
f_pixels_u = fu_stats[i];
peak_fu = i;
}
fv_stats[i]= v_stats[i] - lv_stats[i];
lv_stats[i] = v_stats[i];
if (f_pixels_v < fv_stats[i])
{
f_pixels_v = fv_stats[i];
peak_fv = i;
}
}
num_pixels_y = (num_pixels_y /100);
num_pixels_u = (num_pixels_u /100);
num_pixels_v = (num_pixels_v /100);
f_pixels_y = (f_pixels_y /100);
f_pixels_u = (f_pixels_u /100);
f_pixels_v = (f_pixels_v /100);
/* The description for the histogram */
make_histogram_desc(number_of_frames);
number_of_frames++;
make_vectorscope_layout(); /*draw the vectorscope basic layout*/
clear_histogram_area(); /* Here we delete the old histograms */
make_histogram_stat(peak_y, peak_u, peak_v, sum1_x, stat);
make_histogram_stat(peak_fy, peak_fu, peak_fv, frm1_x , stat);
for (i = 0; i < 255; i++)
{
percent_y = (y_stats[i] / num_pixels_y);
percent_u = (u_stats[i] / num_pixels_u);
percent_v = (v_stats[i] / num_pixels_v);
percent_fy = (fy_stats[i] / f_pixels_y);
percent_fu = (fu_stats[i] / f_pixels_u);
percent_fv = (fv_stats[i] / f_pixels_v);
if ((i < 16) || (i > 235)) /* Y luma */
{ /* Red means out of the allowed range */
vlineColor(screen,(sum1_x+i),sum1_y+100,
((sum1_y+100)-percent_y),red);
vlineColor(screen,(frm1_x+i),frm1_y+100,
((frm1_y+100)-percent_fy),red);
}
else
{
vlineColor(screen,(sum1_x+i),sum1_y+100,
((sum1_y+100)-percent_y),gray);
vlineColor(screen,(frm1_x+i),frm1_y+100,
((frm1_y+100)-percent_fy),gray);
}
if ((i < 16) || (i > 240)) /* U V chroma */
{ /* Red means out of the allowed range */
vlineColor(screen,(sum2_x+i),sum2_y+100,
((sum2_y+100)-percent_u),red);
vlineColor(screen,(sum3_x+i),sum3_y+100,
((sum3_y+100)-percent_v),red);
vlineColor(screen,(frm2_x+i),frm2_y+100,
((frm2_y+100)-percent_fu),red);
vlineColor(screen,(frm3_x+i),frm3_y+100,
((frm3_y+100)-percent_fv),red);
}
else
{
vlineColor(screen,(sum2_x+i),sum2_y+100,
((sum2_y+100)-percent_u),gray);
vlineColor(screen,(sum3_x+i),sum3_y+100,
((sum3_y+100)-percent_v),gray);
vlineColor(screen,(frm2_x+i),frm2_y+100,
((frm2_y+100)-percent_fu),gray);
vlineColor(screen,(frm3_x+i),frm3_y+100,
((frm3_y+100)-percent_fv),gray);
}
}
for (i=0; i < 260; i++)
for (j=0; j < 260; j++)
if (vectorfield[i][j]== 1)
pixelColor(screen, (vector_x+ i- 127), (vector_y+ j- 132) ,red);
SDL_UpdateRect(screen,0,0,0,0);
}
void WaveDrawBox_vrefresh(void *vthis) {
WaveDrawBox *this = WAVE_DRAW_BOX(vthis);
if ((! this->sample_freq) || (! this->bunch)) {
fprintf(stderr, "WaveDrawBox_vrefresh: Failed on assertion ((! this->sample_freq) || (! this->bunch)) == true\n%s\n", toString(this));
WIDGET(this)->visible = false;
return;
}
this->xrange = this->sample_freq / this->bunch + 1;
this->zero_x = this->padx;
this->zero_y = WIDGET(this)->pos.h >> 1;
WIDGET(this)->pos.w = this->xrange + (this->padx << 1);
WIDGET(this)->maxx = WIDGET(this)->pos.x + WIDGET(this)->pos.w;
WIDGET(this)->maxy = WIDGET(this)->pos.y + WIDGET(this)->pos.h;
if (DEBUG) fprintf(stderr, "WaveDrawBox_vrefresh: [1] %s\n", toString(this));
if (WIDGET(this)->surf) {
if (DEBUG) fprintf(stderr, "WaveDrawBox_vrefresh: [2] Surface exists filling with BGCOLOR\n");
if (SDL_FillRect(WIDGET(this)->surf, NULL, WDB_BGCOLOR)) {
fprintf(stderr, "WaveDrawBox_vrefresh: [1] Failed to fill background surface (FillRect) %s\n", SDL_GetError());
WIDGET(this)->visible = false;
return;
}
}
else {
if (DEBUG) fprintf(stderr, "WaveDrawBox_vrefresh: [2] Surface not exists creating\n");
if (! (WIDGET(this)->surf = Static_newSurface(WIDGET(this)->pos.w, WIDGET(this)->pos.h)))
{
fprintf(stderr, "WaveDrawBox_vrefresh: Failed to fill create background surface (SDL_CreateRGBSurface) %s\n", SDL_GetError());
WIDGET(this)->visible = false;
return;
}
if (DEBUG) fprintf(stderr, "WaveDrawBox_vrefresh: [2] Filling created surface with BGCOLOR\n");
if (SDL_FillRect(WIDGET(this)->surf, NULL, WDB_BGCOLOR)) {
fprintf(stderr, "WaveDrawBox_vrefresh: [2] Failed to fill background surface (FillRect) %s\n", SDL_GetError());
WIDGET(this)->visible = false;
return;
}
}
/* Draw axes */
u16 y1 = WIDGET(this)->pos.h - this->pady - this->my;
u16 x1 = this->padx + this->xrange;
this->relx_min = this->zero_x;
this->relx_max = x1-1;
this->rely_min = this->pady + this->my;
this->rely_max = y1;
hlineColor(WIDGET(this)->surf, this->padx, x1, WIDGET(this)->pos.h >> 1, WDB_AXES_COLOR);
hlineColor(WIDGET(this)->surf, this->padx, x1, this->rely_min, WDB_MAXY_COLOR);
hlineColor(WIDGET(this)->surf, this->padx, x1, y1, WDB_MAXY_COLOR);
y1 += this->my;
vlineColor(WIDGET(this)->surf, this->padx, this->pady, y1, WDB_AXES_COLOR);
vlineColor(WIDGET(this)->surf, x1, this->pady, y1, WDB_AXES_COLOR);
this->yrange = this->rely_max - this->rely_min;
if (this->xrange != (this->relx_max - this->relx_min + 1)) {
fprintf(stderr, "WaveDrawBox_vrefresh: Failed on assertion (this->xrange != (this->relx_max - this->relx_min + 1)) == true\n%s\n", toString(this));
WIDGET(this)->visible = false;
return;
}
if ((this->xrange == 0) || (this->xrange >= this->sample_freq)) {
fprintf(stderr, "WaveDrawBox_vrefresh: Failed on assertion ((this->xrange == 0) || (this->xrange >= this->sample_freq)) == true\n%s\n", toString(this));
WIDGET(this)->visible = false;
return;
}
if (! this->points) {
this->points = calloc(this->xrange, sizeof(wdb_point));
this->afg->points = this->points;
this->afg->points_size = this->xrange;
}
if (! this->samples) {
this->samples = calloc(this->sample_freq, sizeof(float));
this->afg->samples = this->samples;
this->afg->samples_size = this->sample_freq;
}
if (DEBUG) {
fprintf(stderr, "WaveDrawBox_vrefresh: Final: %s\n", toString(this));
fprintf(stderr, "WaveDrawBox_vrefresh: Surface: %s\n", Static_surfaceToString(WIDGET(this)->surf));
}
WIDGET(this)->visible = true;
}
void * hax_sdl_main(void *configuration) {
hax_thread_config_t * hax_configs = (hax_thread_config_t *) configuration;
hax_general_settings_t * hax_user_settings = &hax_configs->user_settings;
hax_sdl_data * hax_sound_data = (hax_sdl_data *) hax_configs->data_zone;
printf("[SDL] Thread Start!\n");
FPSmanager hax_fps;
float displ = 0;
SDL_initFramerate(&hax_fps);
SDL_setFramerate(&hax_fps, 60);
// SDL video initialisation
if ( SDL_Init( SDL_INIT_VIDEO ) < 0 ) {
printf( "Unable to init SDL: %s\n", SDL_GetError() );
pthread_exit((void *) 1);
}
atexit(SDL_Quit);
SDL_Surface* screen = SDL_SetVideoMode(hax_user_settings->window_w,
hax_user_settings->window_h, 32,
SDL_HWSURFACE|SDL_DOUBLEBUF);
if ( !screen ) {
printf("Unable to set %i x %i video: %s\n", hax_user_settings->window_w,
hax_user_settings->window_h, SDL_GetError());
pthread_exit((void *) 1);
}
printf("[SDL] Waiting to start...\n");
fflush(stdout);
std::cout.flush();
hax_configs->timer->start();
printf("[SDL] Firing Loop!\n");
fflush(stdout);
std::cout.flush();
while (*hax_user_settings->message) {
hax_configs->timer->wait_next_activation();
hax_configs->timer->stat_execution_start();
// We catch an SDL signal
SDL_Event event;
while (SDL_PollEvent(&event)) {
// If there was any signal
switch (event.type) {
// We exit if the window is closed
case SDL_QUIT:
*hax_user_settings->message = false;
break;
// We also check for keypresses
case SDL_KEYDOWN: {
// Then we exit if ESCAPE is pressed
if (event.key.keysym.sym == SDLK_ESCAPE)
*hax_user_settings->message = false;
break;
}
}
} // end of message processing
// At first we clear the screen
SDL_FillRect(screen, 0, SDL_MapRGB(screen->format, 0, 0, 0));
vlineColor(screen, screen->w / 2, 0, screen->h, 0xffffffff);
printf("[SDL] Requiring Locks!\n");
fflush(stdout);
std::cout.flush();
// Here we lock the data and then plot amplitude and spectrums
hax_sound_data->lock_data();
printf("[SDL] Plotting Sound Data!\n");
fflush(stdout);
std::cout.flush();
draw_sound(screen, hax_sound_data->get_frames(), hax_sound_data->get_left_sound_channel(),
hax_sound_data->get_right_sound_channel(), (screen->h)/7, (screen->h)/7, 0xff00ffff);
draw_real_spectrum(screen, hax_sound_data->get_frames(), hax_sound_data->get_right_spectrum(),
(screen->h*7)/14, ((screen->h)/14), (char *)"Right", 0x00ffffff );
draw_imaginary_spectrum(screen, hax_sound_data->get_frames(),
hax_sound_data->get_right_spectrum(), (screen->h*9)/14, ((screen->h)/14),
(char *)"Right", 0x00ffffff );
draw_real_spectrum(screen, hax_sound_data->get_frames(), hax_sound_data->get_left_spectrum(),
(screen->h*11)/14, ((screen->h)/14), (char *)"Left", 0x00ffffff);
draw_imaginary_spectrum(screen, hax_sound_data->get_frames(),
hax_sound_data->get_left_spectrum(), (screen->h*13)/14, ((screen->h)/14),
(char *)"Left", 0x00ffffff );
printf("[SDL] Releasing Locks!\n");
fflush(stdout);
std::cout.flush();
hax_sound_data->unlock_data();
// Finally, we update the screen
SDL_Flip(screen);
displ ++;
hax_configs->timer->stat_update();
}
printf("Exited cleanly\n");
// Printing Thread Statistics
hax_configs->timer->stats_print();
pthread_exit((void *) 0);
}
