/**
* \ingroup Main
*
* \brief Desenha uma rede no Allegro e imprime num arquivo de imagem.
*
* \details Esta funcao utiliza a biblioteca grafica Allegro para imprimir uma rede de Petri.
*
* \param[in] rede A variavel \a rede seria a rede de Petri.
*
* \param[in] fname A variavel \a fname representa o nome do arquivo que sera gerado.
*
* \retval void a funcao retorna nada.
*
*/
void desenha_rede(petri_t *rede, const char *fname)
{
float ang, /* Angulacao antre cada elemento na imagem */
r_lugar, /* Raio da circunferencia que representa o lugar */
smaller, /* A menor das dimensoes da imagem */
x, /* Variavel geral para representar coordenada X */
y, /* Variavel geral para representar coordenada Y */
x1, /* Variavel geral para representar coordenada X */
y1, /* Variavel geral para representar coordenada Y */
x2, /* Variavel geral para representar coordenada X */
y2, /* Variavel geral para representar coordenada Y */
x3, /* Variavel geral para representar coordenada X */
y3, /* Variavel geral para representar coordenada Y */
co, /* Variavel geral para representar cosseno */
si; /* Variavel geral para representar seno */
unsigned i, q;
lugar *a_l = rede->l;
BITMAP *buff;
PALETTE pal;
flecha *a_tl = rede->tl,
*a_lt = rede->lt;
/* Inicializacao Allegro */
if(install_allegro(SYSTEM_NONE, &errno, atexit)!=0)
exit(EXIT_FAILURE);
set_color_depth(16);
get_palette(pal);
buff = create_bitmap(IMG_X,IMG_Y);
smaller = (float)IMG_X;
if(smaller > (float)IMG_Y)
smaller = (float)IMG_Y;
r_lugar = smaller/4.0*(M_PI/(M_PI+(float)rede->total_l));
if(buff == NULL)
{
printf("Could not create buffer!\n");
exit(EXIT_FAILURE);
}
/* Desenho propriamente dito */
if(rede->total_l > rede->total_t)
ang = M_PI/rede->total_l;
else
ang = M_PI/rede->total_t;
if(DEBUG == B || DEBUG == D) printf("Desenhando %u lugares e %u transicoes espacados entre si %.2fº...\n", rede->total_l, rede->total_t, ang*180.0/M_PI);
/* Desenhando os lugares */
for(i=0;i<rede->total_l;i++)
{
a_l = buscarLugarPos(rede->l, i);
q = 0;
if(a_l != NULL)
q = a_l->qtd;
x = IMG_X/2.0 + (IMG_X/2.0 - r_lugar)*cos(2*i*ang);
y = IMG_Y/2.0 + (IMG_Y/2.0 - r_lugar)*sin(2*i*ang);
circle(buff, x, y, r_lugar, CORBRANCO);
textprintf_ex(buff, font, x, y, CORVERDE, CORPRETO, "%u", q);
if(DEBUG == B || DEBUG == D) printf("L%u(%u) (posicionada %.2fº)\n", i, q, ang*(2*i)*180.0/M_PI);
textprintf_ex(buff, font, x, y - r_lugar, CORVERDE, CORPRETO, "L%u", i);
}
/* Desenhando as transicoes */
for(i=0;i<rede->total_t;i++)
{
x = IMG_X/2.0 + (IMG_X/2.0 - r_lugar)*cos((2*i+1)*ang);
y = IMG_Y/2.0 + (IMG_Y/2.0 - r_lugar)*sin((2*i+1)*ang);
line(buff, x, y+r_lugar, x, y-r_lugar, CORBRANCO);
if(DEBUG == B || DEBUG == D) printf("T%u (posicionado %.2fº)\n", i, ang*(2*i+1)*180.0/M_PI);
textprintf_ex(buff, font, x, y - r_lugar, CORVERDE, CORPRETO, "T%u", i);
}
/* Desenhando as flechas */
while(a_tl != NULL)
{
i = a_tl->de;
x1 = IMG_X/2.0 + (IMG_X/2.0 - r_lugar)*cos((2*i+1)*ang);
y1 = IMG_Y/2.0 + (IMG_Y/2.0 - r_lugar)*sin((2*i+1)*ang);
i = a_tl->para;
x = IMG_X/2.0 + (IMG_X/2.0 - r_lugar)*cos(2*i*ang);
y = IMG_Y/2.0 + (IMG_Y/2.0 - r_lugar)*sin(2*i*ang);
co = lcos(x1,y1,x,y);
si = lsin(x1,y1,x,y);
x -= r_lugar*co;
y -= r_lugar*si;
line(buff, x1, y1, x, y, CORBRANCO);
textprintf_ex(buff, font, (x+x1)/2, (y+y1)/2, CORVERDE, CORPRETO, "%u", a_tl->tk);
x2 = x - (r_lugar / 4) * (si + co);
y2 = y + (r_lugar / 4) * (co - si);
x3 = x + (r_lugar / 4) * (si - co);
y3 = y - (r_lugar / 4) * (si + co);
triangle(buff, x, y, x2, y2, x3, y3, CORBRANCO);
a_tl = a_tl->prox;
}
while(a_lt != NULL)
{
i = a_lt->de;
x1 = IMG_X/2.0 + (IMG_X/2.0 - r_lugar)*cos(2*i*ang);
y1 = IMG_Y/2.0 + (IMG_Y/2.0 - r_lugar)*sin(2*i*ang);
i = a_lt->para;
x = IMG_X/2.0 + (IMG_X/2.0 - r_lugar)*cos((2*i+1)*ang);
y = IMG_Y/2.0 + (IMG_Y/2.0 - r_lugar)*sin((2*i+1)*ang);
co = lcos(x1,y1,x,y);
si = lsin(x1,y1,x,y);
x1 += r_lugar*co;
y1 += r_lugar*si;
line(buff, x1, y1, x, y, CORBRANCO);
textprintf_ex(buff, font, (x+x1)/2, (y+y1)/2, CORVERDE, CORPRETO, "%u", a_lt->tk);
x2 = x - (r_lugar / 4) * (si + co);
y2 = y + (r_lugar / 4) * (co - si);
x3 = x + (r_lugar / 4) * (si - co);
y3 = y - (r_lugar / 4) * (si + co);
triangle(buff, x, y, x2, y2, x3, y3, CORBRANCO);
a_lt = a_lt->prox;
}
/* Salvando Imagem */
save_bitmap(fname, buff, pal);
destroy_bitmap(buff);
allegro_exit();
if(!GIF) printf("Imagem %s salva com sucesso!\n", fname);
return;
}
void boost_gauge(float boost, float o_boost) {
float endy, endx;
float tangle;
//display the boost gauge background
if (gaugedrawswitch == 0) {
background(0, 0, 0);
//image(loadImage("rground.bmp"),0,0);
image(loadImage("bstback.bmp"),0,0);
bar_labels();
gaugedrawswitch = 1;
}
if (int(boost) >= warnBoost) {
warn_flash();
}
//draw a line to rep this
//line is 40 pixels long ... this is always the hypotenuse
//angle formula is ...
if (boost <= 0) { //ok
endx = 24;
endy = 94;
}
else if ((boost > 0) && (boost < 10)) {
tangle = 9 * (boost); // 90/10 is 9
endx = 87 - (40 * lcos(tangle));
endy = 93 - (40 * lsin(tangle));
}
else if (boost == 10) {
endx = 87;
endy = 94 - 0;
}
else if ((boost > 10) && (boost < 20)) {
tangle = 9 * (boost - 10);
endx = 87 + (40 * lsin(tangle));
endy = 93 - (40 * lcos(tangle));
}
else if (boost >= 20) {
endx = 87 + 40;
endy = 93;
}
if (abs(o_boost - boost) > 2) {
stroke(224, 38, 41);
line(87, 93, endx, endy);
line(88, 93, endx, endy);
line(86, 93, endx, endy);
line(87, 94, endx, endy);
line(87, 92, endx, endy);
if ((endx + endy >= 2) || (endx + endy >= 2)) {
stroke(0,0,0);
line(87, 92, o_endx, o_endy);
line(87, 94, o_endx, o_endy);
line(86, 93, o_endx, o_endy);
line(88, 93, o_endx, o_endy);
line(87, 93, o_endx, o_endy);
}
}
o_endx = endx;
o_endy = endy;
//print deg F
//do conversion from int to string with decimal places
/*char char_boost[7];
fmtDouble(boost, 2, char_boost, 7);
lcd_puts(char_boost, 65, 82, gaugeRed, mblack);*/
//delay(200);
//bmp_draw("bstgaug",0,0); //is this the right way to do a redraw??
return;
}
void boost_gauge(){
float endy, endx, o_endy, o_endx;
float tangle;
float boost = 0.0, o_boost = 0.0;
//display the boost gauge background
bmp_draw("bstgaug",0,0);
//loop
while (!(touch_get_cursor(&m_point))){
//get boost reading
boost++; //for testing
if (int(boost) >= warnBoost){
lcd_circle(11,10,9, gaugeRed, gaugeRed);
delay(90);
lcd_circle(11,10,9, gaugeRed, mblack);
}
//draw a line to rep this
//line is 40 pixels long ... this is always the hypotenuse
//angle formula is ...
if (boost <= 0){//ok
endx = 24;
endy = 64;
}
else if ((boost > 0) && (boost < 10)){
tangle = 9 * (boost); // 90/10 is 9
endx = 64 - (40 * lcos(tangle));
endy = 64 - (40 * lsin(tangle));
}
else if ((boost >= 10) && (boost < 20)){
tangle = 9 * (boost - 10);
endx = 64 + (40 * lsin(tangle));
endy = 64 - (40 * lcos(tangle));
}
else if (boost >= 20){
endx = 104;
endy = 64;
}
if (abs(o_boost - boost) > 2){
stroke(224, 38, 41);
line(64, 64, endx, endy);
line(65, 64, endx, endy);
line(63, 64, endx, endy);
line(64, 65, endx, endy);
line(64, 63, endx, endy);
stroke(0,0,0);
line(64, 63, o_endx, o_endy);
line(64, 65, o_endx, o_endy);
line(63, 64, o_endx, o_endy);
line(65, 64, o_endx, o_endy);
line(64, 64, o_endx, o_endy);
}
o_endx = endx;
o_endy = endy;
//print deg F
//do conversion from int to string with decimal places
char char_boost[7];
fmtDouble(boost, 2, char_boost, 7);
lcd_puts(char_boost, 65, 82, gaugeRed, mblack);
//delay(200);
//bmp_draw("bstgaug",0,0); //is this the right way to do a redraw??
}
while (touch_get_cursor(&m_point)){}
//go to the next display if a touch is detected
four_bar();
}
void oil_temp_gauge(float oil_temp, float o_oil_temp) {
float endy, endx;
float tangle;
//display the oil temp gauge background
if (gaugedrawswitch == 0) {
background(0,0,0);
image(loadImage("oilback.bmp"),0,0);
bar_labels();
gaugedrawswitch = 1;
}
//if warmed and not previously warmed then flash message
if ( (oil_temp_startup == false) && (oil_temp >= oil_temp_warn) ) {
//add new engine warmed code here!
}
//if the warn point is met flash the circle encompassing the gauge
if (int(oil_temp) >= warnOilT) {
warn_flash();
}
//draw a line to rep this
//line is 40 pixels long ... this is always the hypotenuse
//angle formula is ...
if (oil_temp <= 120) { //ok
endx = 87;
endy = 94 + 30;
}
else if ((oil_temp > 120) && (oil_temp < 180)) { //not ok
tangle = 1.5 * (oil_temp - 120); //1.5 is 90degrees/60degF or the scaling factor
endx = 87 - (30.0 * lsin(tangle));
endy = 94 + (30.0 * lcos(tangle));
}
else if (oil_temp == 180) { //necessary because trig does weird things at the 90deg's
endx = 87 - 30;
endy = 94;
}
else if ((oil_temp > 180) && (oil_temp < 240)) { //ok
tangle = 1.5 * (oil_temp - 180);
endx = 87 - (30 * lcos(tangle));
endy = 94 - (30 * lsin(tangle));
}
else if (oil_temp == 240) {
endx = 87;
endy = 94 - 30;
}
else if ((oil_temp > 240) && (oil_temp < 300)) { //not ok
tangle = 90 - 1.5 * (oil_temp - 240); //inverse...because we are actually looking for the angle down from 90 deg up
endx = 87 + (30 * lcos(tangle));
endy = 94 - (30 * lsin(tangle));
}
else if (oil_temp > 300) { //ok
endx = 87 + 30;
endy = 94;
}
if (abs(o_oil_temp - oil_temp) > 2) {
stroke(224, 38, 41);
line(87, 93, endx, endy);
line(88, 93, endx, endy);
line(86, 93, endx, endy);
line(87, 94, endx, endy);
line(87, 92, endx, endy);
stroke(0,0,0);
line(87, 92, o_endx, o_endy);
line(87, 94, o_endx, o_endy);
line(86, 93, o_endx, o_endy);
line(88, 93, o_endx, o_endy);
line(87, 93, o_endx, o_endy);
}
o_endx = endx;
o_endy = endy;
/*stroke(224, 38, 41);
fill(0,0,0);
char char_oil_temp[7];
fmtDouble(oil_temp, 2, char_oil_temp, 7);
text(char_oil_temp, 90, 115, 10);*/
return;
}
void oil_temp_gauge(){
float endy, endx, o_endx, o_endy;
float tangle;
//display the oil temp gauge background
bmp_draw("oilgaug",0,0);
float oil_temp = 120, o_oil_temp = 120;
while (!(touch_get_cursor(&m_point))){
//get oil temp from arduino
oil_temp++; //for testing
//if warmed and not previously warmed then flash message
if ( (oil_temp_startup == false) && (oil_temp >= oil_temp_warn) ){
oil_temp_startup = true;
lcd_clearScreen(mblack);
lcd_puts("Engine Warmed!",10,30,gaugeRed,mblack);
lcd_puts("Engine Warmed!",20,40,gaugeRed,mblack);
lcd_puts("Engine Warmed!",30,50,gaugeRed,mblack);
lcd_puts("Engine Warmed!",40,60,gaugeRed,mblack);
delay (2000);
lcd_clearScreen(mblack);
bmp_draw("oilgaug",0,0);
}
//if the warn point is met flash the circle encompassing the gauge
if (int(oil_temp) >= warnOilT){
lcd_circle(11,10,9, gaugeRed, gaugeRed);
delay(90);
lcd_circle(11,10,9, gaugeRed, mblack);
}
//draw a line to rep this
//line is 40 pixels long ... this is always the hypotenuse
//angle formula is ...
if (oil_temp <= 120){ //ok
endx = 64;
endy = 94;
}
else if ((oil_temp > 120) && (oil_temp < 180)){ //not ok
tangle = 1.5 * (oil_temp - 120); //1.5 is 90degrees/60degF or the scaling factor
endx = 64.0 - (30.0 * lsin(tangle));
endy = 64.0 + (30.0 * lcos(tangle));
}
else if ((oil_temp >= 180) && (oil_temp < 240)){ //ok
tangle = 1.5 * (oil_temp - 180);
endx = 64 - (30 * lcos(tangle));
endy = 64 - (30 * lsin(tangle));
}
else if ((oil_temp >= 240) && (oil_temp < 300)){ //not ok
tangle = 90 - 1.5 * (oil_temp - 240); //inverse...because we are actually looking for the angle down from 90 deg up
endx = 64 + (30 * lcos(tangle));
endy = 64 - (30 * lsin(tangle));
}
else if (oil_temp > 300){//ok
endx = 94;
endy = 64;
}
if (abs(o_oil_temp - oil_temp) > 2){
stroke(224, 38, 41);
line(64, 64, endx, endy);
line(65, 64, endx, endy);
line(63, 64, endx, endy);
line(64, 65, endx, endy);
line(64, 63, endx, endy);
stroke(0,0,0);
line(64, 63, o_endx, o_endy);
line(64, 65, o_endx, o_endy);
line(63, 64, o_endx, o_endy);
line(65, 64, o_endx, o_endy);
line(64, 64, o_endx, o_endy);
}
o_endx = endx;
o_endy = endy;
//for debugging --v
/*char char_xy[7];
fmtDouble(endx, 2, char_xy, 7);
lcd_puts(char_xy, 10, 10, gaugeRed, black);
fmtDouble(endy, 2, char_xy, 7);
lcd_puts(char_xy, 20, 20, gaugeRed, black);*/
//--^
//print deg F
//do conversion from int to string with decimal places
char char_oil_temp[7];
fmtDouble(oil_temp, 2, char_oil_temp, 7);
lcd_puts(char_oil_temp, 80, 72, gaugeRed, mblack);
//delay(500); //for testing
//bmp_draw("oilgaug",0,0);
}
while (touch_get_cursor(&m_point)){} //debounce
boost_gauge(); //next gauge
}
