///////////////////FUNCION DESTRUIDO///////////////////////////////
void destruido()
{
int i=0;
clearviewport();
for(i=0; i<100; i++)
{
setcolor(random(16)+1);
settextstyle(1,0,10);
outtextxy(50,0,"HAS SIDO INVADIDO");
outtextxy(50,100,"INVADIDO");
circle(xbuena,350-i,i);
setactivepage(1-pagina);
setvisualpage(pagina);
pagina=1-pagina;
delay(10);
if(kbhit())break;
}
clearviewport();
setcolor(random(16)+1);
settextstyle(1,0,3);
outtextxy(50,0,"¨DESEAS CONTINUAR(S/N)?");
setactivepage(1-pagina);
setvisualpage(pagina);
pagina=1-pagina;
continuar=getch();
if(continuar=='s'||continuar=='S')
{
tecla='p';
cuentanavebuena=3;
}
}
int main( )
{
const int COLUMNS = 8;
const int ROWS = 16;
int x, y; // x and y pixel locations
int row, column; // Row and column number
int box_width; // Width of a color box in pixels
int box_height; // Height of a color box in pixels
int color; // Color number, now ranging from 0 to 127
// Initialize the graphics window and set the box size.
initwindow(400,300);
box_width = getmaxx( ) / COLUMNS;
box_height = getmaxy( ) / ROWS;
// Draw some items on pages 1 and 0:
setactivepage(1);
line(0, 0, getmaxx( ), getmaxy( ));
outtextxy(100, 100, "This is page #1.");
outtextxy(100, 120, "Press a key to end the program.");
setactivepage(0);
line(getmaxx( ), 0, 0, getmaxy( ));
outtextxy(100, 100, "This is page #0.");
outtextxy(100, 120, "Press a key to see page #1.");
// Get the user to press a key to move to page 1:
getch( );
setvisualpage(1);
getch( );
}
void main(void)
{
int i=0;
initgraph(&gd,&gm,"");
while(!kbhit())
{
if((i%2)==1)
{
setvisualpage(1);
setactivepage(0);
clearviewport();
face1->mood=0;
drawface();
delay(1000);
}
else
{
setvisualpage(0);
setactivepage(1);
clearviewport();
face1->mood=1;
drawface();
delay(300);
}
i++;
}
getch();
closegraph();
}
void ShowRotation(Basis_3& xyz_basis,void drawfunc(void),int swappages){
Basis_3 rot(1,0,0,
0,1,0,
0,0,1);
float alf;
int page=0,ind,cont=0;
char h;
if(swappages){
setactivepage(page);
setvisualpage(page);
}
cleardevice();
drawfunc();
do{
while(kbhit())h=getch();
switch(h){
case 'x':
ind=1;
break;
case 'X':
ind=-1;
break;
case 'y':
ind=2;
break;
case 'Y':
ind=-2;
break;
case 'z':
ind=3;
break;
case 'Z':
ind=-3;
break;
case ' ':
cont=1-cont;
h=0;
break;
default:
ind=0;
}
if(ind){
if(ind<0){
ind=-ind;
ind--;
alf=-0.1; //-rot[ind].angle;
}
else { alf=0.1;--ind;} //rot[--ind].angle;
xyz_basis=RotateBasis(xyz_basis,rot.vec[ind],alf);
if(swappages)setactivepage(page=1-page);
cleardevice();
drawfunc();
if(swappages)setvisualpage(page);
ind=0;
if(!cont)h=0;
}
}while(h!=27);
}
void atualizaTela(){
static int pg = 1;
setvisualpage(pg); //Pagina mostrada ao usuário
if (pg == 1) pg = 2; else pg = 1; //Logica para trocar de pagina
setactivepage(pg); //Pagina ativa
cleardevice(); //Limpa tela
}
int main ()
{
initwindow(800, 600, "Ex 02");
while (!kbhit())
{
if (pg == 1) pg = 2; else pg = 1;
setactivepage(pg); //pagina ativa
cleardevice(); //limpa tela
desenhaCampo();
if(i <= 510){ //desenha fundo
desenhaBarco(); //desenha barco
}else{
viraBarco();
if(vira == 0){ //desenha barco na horizontal
j++;
if(barco[6] == 800){
vira = 1;
}
}else{
j--;
if(barco[0] == 0){
vira = 0;
}
}
}
setvisualpage(pg); //pagina mostrada ao usuário
}
getch();
}
void main(void) {
int gd = CUSTOM, gm = CUSTOM_MODE(1024,768);
int page = 0;
g_mousestate curState;
g_mousestate oldState;
int scrolling = 0;
initgraph(&gd, &gm, "");
initParticles(particles);
while(!anykeypressed()) {
getmousestate(&curState);
if((curState.buttons & MOUSE_LEFTBUTTON) == 0) {
scrolling = 0;
} else {
if(scrolling == 0) {
scrolling = 1;
getmousestate(&oldState);
} else {
orgX -= -curState.x + oldState.x;
orgY += -curState.y + oldState.y;
oldState = curState;
}
}
updateParticles(particles, particles2);
setactivepage(1 - page);
clearviewport();
drawParticles(particles);
setvisualpage(1 - page);
page = 1 - page;
delay(4);
}
closegraph();
}
void canvas_begin_draw( void ) {
drawing = true;
setactivepage( canvas_inactive_page() );
cleardevice();
setbkcolor(WHITE);
return;
}
void tienda()
{
int i, xi, pag = 1,
huesos,
pos = 0; // Posicion del indicador.
char tecla;
String aux;
obtenerDatos(&huesos, &i);
setvisualpage(pag);
while(tecla!=27)
{
setactivepage(pag=!pag);
setfillstyle(1, COLOR(79, 182, 225));
bar(0,0, WIDTH, HEIGHT);
dibujaHuesos(huesos);
setfillstyle(1, 0x00f);
for(i=0, xi=WIDTH/3; i<NSKINS; i++, xi+=PIXEL_TAM*25)
if(pos==i)
bar(xi, 450+PIXEL_TAM*25, xi+PIXEL_TAM*20, 460+PIXEL_TAM*25);
if(kbhit())
switch(tecla = getch())
{
case 13:
compra(pos+1);
obtenerDatos(&huesos, &i);
break;
case 77:
if(pos!=2)
pos++;
break;
case 75:
if(pos!=0)
pos--;
break;
}
setbkcolor(0x0066F4);
setfillstyle(1, 0x0066F4);
setcolor(0x003988);
settextstyle(2, HORIZ_DIR, 8);
for(i=0, xi=WIDTH/3; i<NSKINS; i++, xi+=PIXEL_TAM*25)
{
sprintf(aux, "dino%d.%d.txt", i+1,pag);
dibujaSprite(aux, xi, 450);
sprintf(aux, "$ %d", 300*i);
if(i)
outtextxy(xi, 460+PIXEL_TAM*25, aux);
}
setvisualpage(pag);
delay(80);
}
iniciaEntorno();
}
void obj_figura::muda()
{
if (ctela.pagina_atual == 0)
{
setvisualpage(1);
ctela.pagina_atual = 1;
setactivepage(0);
cleardevice();
setactivepage(1);
}
else
{
setvisualpage(0);
ctela.pagina_atual = 0;
setactivepage(1);
cleardevice();
setactivepage(0);
}
}
char obj_figura::exibe()
{
if (!carquivo_definido)
return FALSO;
else
{
if (ctela.pagina_atual == 0)
setactivepage(1);
else
setactivepage(0);
if (!cbuffer_definido)
{
cbuffer = (estrutura_circular*) malloc(sizeof(estrutura_circular) * cnumero_de_nos);
cbuffer_definido = VERDADEIRO;
rewind(carquivo);
fread(cbuffer, sizeof(estrutura_circular), cnumero_de_nos, carquivo);
}
for (unsigned int cont = 0; cont < cnumero_de_nos; cont++)
{
tipo_xy x1, y1, x2, y2;
converte(cbuffer[cont].angulo1 + cangulo, cbuffer[cont].raio1 * craio, &x1, &y1, cx, cy);
converte(cbuffer[cont].angulo2 + cangulo, cbuffer[cont].raio2 * craio, &x2, &y2, cx, cy);
cor(cbuffer[cont].cor);
line(x1, y1, x2, y2);
}
if (ctela.pagina_atual == 0)
setactivepage(0);
else
setactivepage(1);
return VERDADEIRO;
}
}
pacova::pacova():pagina_atual(0)
{
cout << "Utilit�rio de Tela Pacova 1.0\n";
char erro = inicializa_modo_grafico();
if (erro)
{
cout << "Erro ao inicializar modo Gr�fico: " << grapherrormsg(erro) << "\n";
cout << "Pressione qualquer tecla para finalizar...";
bip();
pause();
}
setactivepage(0);
setvisualpage(0);
}
////////////////////FUNCION PRESENTACION///////////////////////////
void presentacion()
{
int xuno=10,yuno=0,i=0;
fflush(stdin);
putimage(xuno,120,mala,COPY_PUT);
for(i=0; i<100; i++)
{
setcolor(random(16));
line(xuno,yuno,xuno,yuno+i);
delay(20);
}
for(i=0; i<100; i++)
{
setcolor(random(16));
circle(xuno,120,i);
delay(10);
}
while(!kbhit())
{
clearviewport();
mover_estrellas();
setcolor(random(16));
settextstyle(3,0,5);
outtextxy(10,40,"INVADERS 2002");
setcolor(random(16));
outtextxy(10,80,"PULSA UNA TECLA...");
setcolor(random(16));
settextstyle(3,0,2);
outtextxy(100,160,"CONTROLES");
setcolor(random(16));
outtextxy(100,200,"(<-)=IZQUIERDA");
outtextxy(100,240,"(->)=DERECHA");
outtextxy(100,280,"(ESPACIO)=DISPARO");
outtextxy(100,320,"(ENTER)=ESCUDO");
if(kbhit())break;
setactivepage(1-pagina);
setvisualpage(pagina);
pagina=1-pagina;
}
}
void name_enter(long sc,int level)
{
void load_record();
char str[11] = "";
int i,cur_page=0,count=0,lastindex;
clock_t cur = clock();
char *s[46]={"A","B","C","D","E","F","G","H","I","J","K","L","M","N","O","P","Q","R","S","T","U","V","W","X","Y","Z","0","1","2","3","4","5","6","7","8","9","0","1","2","3","4","5","6","7","8","9"};
setfillstyle(0,WHITE);
settextstyle(8,0,5);
while(1)
{
setvisualpage(cur_page);
cur_page=-cur_page+1;
setactivepage(cur_page);
cleardevice();
readimagefile(".\\img\\background3.jpg",0,0,getmaxx(),getmaxy());
readimagefile(".\\img\\name.gif",getmaxx()/2-50,getmaxy()/2-50,getmaxx()/2+50,getmaxy()/2);
outtextxy(getmaxx()/7,getmaxy()/2, "ENTER:");
i=button();
if(i<46)
{
if(strlen(str) < 10)
strcat(str,s[i]);
}
else if(i==46)
{
lastindex = strlen(str);
if(lastindex >= 1)
str[lastindex - 1] = '\0';
}
else if(i==47)
{
save_record(str,sc,level);
cal_record();
break;
}
cur = clock();
outtextxy(getmaxx()/3,getmaxy()/2,str);
delay(80);
}
}
void SetPages( int P1,int P2 ){
setactivepage(P1);
setvisualpage(P2);
};
void runSimulation(char *fileName){
WorldBoundaryType worldBoundary; //duplicated in GridWorld
DevBoundaryType deviceBoundary; //duplicated in GridWorld
bool ANIMATE_MOUSE_FLAG=false;
bool validCellSelected=false;
static BOOL page=false;
int mX, mY;
float worldX, worldY;
worldX=0.0f;
worldY=0.0f;
int action=-1;
//-----------------------
CellPosition p;
int rowSelected, colSelected;
//-----------------------
rowSelected=-1;
colSelected=-1;
int mouseRadius=1;
srand(time(NULL)); // Seed the random number generator
//Initialise the world boundaries
grid_world.initSystemOfCoordinates();
grid_world.loadMapAndDisplay(fileName);
grid_world.initialiseMapConnections();
//----------------------------------------------------------------
//LPA*
lpa_star = new LpaStar(grid_world.getGridWorldRows(), grid_world.getGridWorldCols());
vertex start = grid_world.getStartVertex();
vertex goal = grid_world.getGoalVertex();
cout << "(start.col = " << start.col << ", start.row = " << start.row << ")" << endl;
cout << "(goal.col = " << goal.col << ", goal.row = " << goal.row << ")" << endl;
lpa_star->initialise(start.col, start.row, goal.col, goal.row);
//lpa_star->copyMazeToDisplayMap(grid_world);
//copyMazeToDisplayMap(grid_world, lpa_star);
copyDisplayMapToMaze(grid_world, lpa_star);
//----------------------------------------------------------------
worldBoundary = grid_world.getWorldBoundary();
deviceBoundary = grid_world.getDeviceBoundary();
GRIDWORLD_ROWS = grid_world.getGridWorldRows();
GRIDWORLD_COLS = grid_world.getGridWorldCols();
//setvisualpage(page);
// keep running the program until the ESC key is pressed
while((GetAsyncKeyState(VK_ESCAPE)) == 0 ) {
setactivepage(page);
cleardevice();
action = getKey();
if(SHOW_MAP_DETAILS)
grid_world.displayMapWithDetails();
else
grid_world.displayMap();
switch(action){
case 1: //Block selected cell
if( rowSelected != -1 && colSelected != -1){
grid_world.setMapTypeValue(rowSelected-1, colSelected-1, '1');
grid_world.initialiseMapConnections();
rowSelected=-1;
colSelected=-1;
}
action = -1;
break;
case 105:
grid_world.displayMapWithKeyDetails();
break;
case 106:
//~ algorithmSelection = ASTAR_ALGORITHM;
break;
case 107:
//~ algorithmSelection = LPASTAR_ALGORITHM;
break;
case 108:
//~ algorithmSelection = DSTAR_ALGORITHM;
break;
case 15:
if( rowSelected != -1 && colSelected != -1){
grid_world.displayVertexConnections(colSelected-1, rowSelected-1);
//cout << "display connections" << endl;
rowSelected=-1;
colSelected=-1;
} else {
cout << "invalid new START vertex, please select a new START vertex first." << endl;
break;
}
//--------------------------------------------
action = -1;
break;
case 16:
if(grid_world.isGridMapInitialised()){
grid_world.displayMapConnections();
//cout << "display connections" << endl;
//~ rowSelected=-1;
//~ colSelected=-1;
} else {
cout << "map has not been initialised yet." << endl;
break;
}
//--------------------------------------------
action = -1;
break;
case 6: //set cell as new START vertex
{
//--------------------------------------------
// retrieve current START vertex
vertex s = grid_world.getStartVertex();
if( (s.row != -1) && (s.col != -1) ){
//set current START VERTEX to an ordinary TRAVERSABLE CELL
grid_world.setMapTypeValue(s.row, s.col, '0');
grid_world.initialiseMapConnections();
//ok, proceed
} else {
cout << "invalid START vertex" << endl;
break;
}
//--------------------------------------------
//set selected cell as the NEW START VERTEX
if( rowSelected != -1 && colSelected != -1){
grid_world.setMapTypeValue(rowSelected-1, colSelected-1, '6');
s.row = rowSelected-1;
s.col = colSelected-1;
grid_world.setStartVertex(s);
rowSelected=-1;
colSelected=-1;
} else {
cout << "invalid new START vertex, please select a new START vertex first." << endl;
break;
}
//--------------------------------------------
action = -1;
break;
}
case 7: //set cell as new GOAL vertex
{
//--------------------------------------------
// retrieve current GOAL vertex
vertex s = grid_world.getGoalVertex();
if( (s.row != -1) && (s.col != -1) ){
//set current GOAL VERTEX to an ordinary TRAVERSABLE CELL
grid_world.setMapTypeValue(s.row, s.col, '0');
//ok, proceed
} else {
cout << "invalid GOAL vertex" << endl;
action = -1;
break;
}
//--------------------------------------------
//set selected cell as the NEW GOAL VERTEX
if( rowSelected != -1 && colSelected != -1){
grid_world.setMapTypeValue(rowSelected-1, colSelected-1, '7');
s.row = rowSelected-1;
s.col = colSelected-1;
grid_world.setGoalVertex(s);
grid_world.initialiseMapConnections();
rowSelected=-1;
colSelected=-1;
} else {
cout << "invalid new GOAL vertex, please select a new GOAL vertex first." << endl;
action = -1;
break;
}
//--------------------------------------------
action = -1;
break;
}
case 109:
copyDisplayMapToMaze(grid_world, lpa_star);
cout << "copied display map to algorithm's maze" << endl;
action = -1;
break;
case 110:
lpa_star->updateHValues();
copyMazeToDisplayMap(grid_world, lpa_star);
cout << "copied algorithm's maze to display map" << endl;
action = -1;
break;
case 9: //display g-values only
grid_world.displayMapWithSelectedDetails(true, false, false, false); //(bool display_g, bool display_rhs, bool display_h, bool display_key)
action = -1;
break;
case 10: //display h-values only
grid_world.displayMapWithSelectedDetails(false, false, true, false); //(bool display_g, bool display_rhs, bool display_h, bool display_key)
action = -1;
break;
case 11: //display key-values only
lpa_star->updateAllKeyValues();
copyMazeToDisplayMap(grid_world, lpa_star);
grid_world.displayMapWithSelectedDetails(false, false, false, true); //(bool display_g, bool display_rhs, bool display_h, bool display_key)
action = -1;
break;
case 12: //make cell Traversable
if( rowSelected != -1 && colSelected != -1){
grid_world.setMapTypeValue(rowSelected-1, colSelected-1, '0');
rowSelected=-1;
colSelected=-1;
}
action = -1;
break;
case 14:
grid_world.displayMapWithPositionDetails();
action = -1;
break;
//~ default: //Display grid without details
//~ grid_world.displayMap();
};
//----------------------------------------------------------------------------------------------------------------
// Mouse handling
//
if(mousedown()){
ANIMATE_MOUSE_FLAG=true;
mX = mousecurrentx();
mY = mousecurrenty();
//if the goal selected is within the playing field boundaries
if(mX >= grid_world.getFieldX1() && mX <= grid_world.getGridMaxX() && mY >= grid_world.getFieldY1() && mY <= grid_world.getGridMaxY()){
circle(mX, mY, 3);
validCellSelected = true;
} else {
validCellSelected = false;
}
} //end of mousedown()
//------------------------------------------------------------------------------------------------------------------
/////////////////////////////////////////////////////////////////////////////
if(ANIMATE_MOUSE_FLAG){
//draw Cross-hair to mark Goal
setcolor(RED);
circle(mX, mY, 20);
line(mX,mY-20,mX,mY+20);
line(mX-20,mY,mX+20,mY);
//end of draw Cross-hair
// special effect to display concentric circles locating the target
setcolor(YELLOW);
if(mouseRadius < 40) {
mouseRadius += 1;
}
circle(mX, mY, mouseRadius);
//Sleep(50);
if(mouseRadius >= 40) {
ANIMATE_MOUSE_FLAG=false;
mouseRadius=0;
}
//end of special effect
}
/////////////////////////////////////////////////////////////////////////////
char info[80];
float wX, wY;
wX = xWorld(worldBoundary,deviceBoundary,mX);
wY = yWorld(worldBoundary,deviceBoundary,mY);
sprintf(info,"x: %d, y: %d",mX, mY);
drawInformationPanel(grid_world.getFieldX2(), grid_world.getFieldY1() + textheight("H")*2, info);
sprintf(info,"wX: %3.0f, wY: %3.0f",wX, wY);
drawInformationPanel(grid_world.getFieldX2(),grid_world.getFieldY1() + textheight("H")*5, info);
/////////////////////////////////////////////////////////////////////////////
//~ CellPosition p;
//~ int rowSelected, colSelected;
if(validCellSelected) {
p=grid_world.getCellPosition_markCell(mX, mY);
rowSelected = p.row;
colSelected = p.col;
sprintf(info,"row: %d, col: %d",rowSelected, colSelected);
drawInformationPanel(grid_world.getFieldX2(),grid_world.getFieldY1() + textheight("H")*6, info);
}
setvisualpage(page);
page = !page; //switch to another page
}
}
void MelhorProvaVVM(int old, int nnew)
{
register int i, ncol, nlin,
escala, y0,
y1, y2;
int y_ini0, y_ini1;
int cor;
int janelaAtiva;
float far *apt;
float far *aptaux;
register float flux, sum_flux;
float sum[4];
char *p_ch;
char setaE[2],
setaD[2];
setaE[0] = 27;
setaD[0] = 26;
setaE[1] = setaD[1] = '\0';
#ifndef MODO_VGA_640X480_HIG
setactivepage(1);
setvisualpage(1);
#else MODO_VGA_640X480_HIG
LimpaTela();
#endif MODO_VGA_640X480_HIG
setviewport ( 0, 0, MAXX, MAXY, 1 );
clearviewport ();
cor = getcolor();
setcolor (bea_color[12]);
CriaJanelaGrafica( MANOB1,
0,
0,
(int) ((MAXX * 49L)/100),
(int) ((MAXY * 90L)/100),
0, "MANOBRA %02d", old );
clearviewport();
CriaJanelaGrafica( MANOB2,
(int) ((MAXX * 51L)/100),
0,
MAXX,
(int) ((MAXY * 90L)/100),
0,
"MANOBRA %02d", nnew );
clearviewport();
setcolor (cor);
AtivaJanelaGrafica(MANOB1,0);
setcolor ( bea_color[14] );
getviewsettings (&vp);
DesenhaEixos( DELTA_X(2), DELTA_X(96),
DELTA_Y(4), DELTA_Y(98),
DELTA_X(6), DELTA_Y(22),
DELTA_X(22),DELTA_Y(14) );
sum_flux = 0.0;
escala = DELTA_Y(14);
coluna = DELTA_X( 8);
y0 = y_ini0 = DELTA_Y(76);
y2 = y1 = y_ini1 = DELTA_Y(92);
apt = inicVVM2;
aptaux = inicVVM2Int;
sum[0] = sum[1] =
sum[2] = sum[3] = 0.0;
ScalaVVMBetter();
for ( i = 0;
(*apt != FIM_1) &&
(apt < inicVVM2 + NUMMAXPONTOSINF);
apt++, i++ )
{
flux = *aptaux; aptaux++;
#ifdef VVM_ALCAP_
sum_flux += flux / SampleRatio;
sum[0] = (.01 * sum_flux) + (.19 * sum[1]) +
(.30 * sum[2]) + (.50 * sum[3]);
sum[3] = sum[2];
sum[2] = sum[1];
sum[1] = sum[0];
#else VVM_ALCAP_
sum_flux = sum_flux;
flux = flux;
y_ini1 = y_ini1;
y0 = y0;
y1 = y1;
y2 = y2;
#endif VVM_ALCAP_
ncol = (int) ( (((long) i) * DELTA_X(88))/2400 + DELTA_X( 8) );
if ( ncol != coluna )
{
cor = getcolor();
/* -------------------------- */
/* Tracado do Volume Expirado */
/* -------------------------- */
nlin = (int) ((y_ini0 - (((long) escala ) * (*apt))/10));
moveto(coluna, y0);
lineto( coluna, nlin );
y0 = nlin;
#ifdef VVM_ALCAP_
setcolor (bea_color[ 7]);
/* ----------------------------- */
/* Tracado do Volume (Invertido) */
/* ----------------------------- */
nlin = (int) ((y_ini1 + (((long) escala ) * (sum_flux))/2));
moveto(coluna, y1);
lineto( coluna, nlin );
y1 = nlin;
setcolor (bea_color[11]);
/* -------------------------------------------------- */
/* Tracado Valor Medio filtrado do Volume (Invertido) */
/* -------------------------------------------------- */
nlin = (int) ((y_ini1 + (((long) escala ) * (sum[0]))/2));
moveto(coluna, y2);
lineto( coluna, nlin );
y2 = nlin;
#endif VVM_ALCAP_
setcolor (cor);
coluna = ncol;
}
}
outtextxy(DELTA_X(10) , DELTA_Y(10),
"Param Teor Calc %");
cor = getcolor ();
setcolor (bea_color[15]);
gprintf( DELTA_X(10), DELTA_Y(11) + CharH,
"VVM %6.2f %6.2f %4.0f",
VentVolMaxteorico,
VentVolMax2,
(VentVolMaxpercen2 + 0.5) );
#ifdef VVM_ALCAP_
gprintf (DELTA_X(10), DELTA_Y(12) + 2 * CharH,
"ALCAP -- %7.2f - ",
VolAlcaponado2);
#endif VVM_ALCAP_
/* -=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-= */
setcolor (cor);
AtivaJanelaGrafica(MANOB2,0);
setcolor ( bea_color[14] );
getviewsettings (&vp);
DesenhaEixos( DELTA_X(2), DELTA_X(96),
DELTA_Y(4), DELTA_Y(98),
DELTA_X(6), DELTA_Y(22),
DELTA_X(22),DELTA_Y(14) );
sum_flux = 0.0;
escala = DELTA_Y(14);
coluna = DELTA_X( 8);
y0 = y_ini0 = DELTA_Y(76);
y2 = y1 = y_ini1 = DELTA_Y(92);
apt = inicVVM1;
aptaux = inicVVM1Int;
sum[0] = sum[1] =
sum[2] = sum[3] = 0.0;
ScalaVVMBetter();
for ( i = 0;
(*apt != FIM_1) &&
(apt < inicVVM1 + NUMMAXPONTOSINF);
apt++, i++ )
{
flux = *aptaux; aptaux++;
#ifdef VVM_ALCAP_
sum_flux += flux / SampleRatio;
sum[0] = (.01 * sum_flux) + (.19 * sum[1]) +
(.30 * sum[2]) + (.50 * sum[3]);
sum[3] = sum[2];
sum[2] = sum[1];
sum[1] = sum[0];
#endif VVM_ALCAP_
ncol = (int) ( (((long) i) * DELTA_X(88))/2400 + DELTA_X( 8) );
if ( ncol != coluna )
{
cor = getcolor();
/* -------------------------- */
/* Tracado do Volume Expirado */
/* -------------------------- */
nlin = (int) ((y_ini0 - (((long) escala ) * (*apt))/10));
moveto(coluna, y0);
lineto( coluna, nlin );
y0 = nlin;
#ifdef VVM_ALCAP_
setcolor (bea_color[ 7]);
/* ----------------------------- */
/* Tracado do Volume (Invertido) */
/* ----------------------------- */
nlin = (int) ((y_ini1 + (((long) escala ) * (sum_flux))/2));
moveto(coluna, y1);
lineto( coluna, nlin );
y1 = nlin;
setcolor (bea_color[11]);
/* -------------------------------------------------- */
/* Tracado Valor Medio filtrado do Volume (Invertido) */
/* -------------------------------------------------- */
nlin = (int) ((y_ini1 + (((long) escala ) * (sum[0]))/2));
moveto(coluna, y2);
lineto( coluna, nlin );
y2 = nlin;
#endif VVM_ALCAP_
setcolor (cor);
coluna = ncol;
}
}
outtextxy(DELTA_X(10) , DELTA_Y(10),
"Param Teor Calc %");
cor = getcolor ();
setcolor (bea_color[15]);
gprintf( DELTA_X(10) , DELTA_Y(11) + CharH,
"VVM %6.2f %6.2f %4.0f",
VentVolMaxteorico,
VentVolMax,
(VentVolMaxpercent + 0.5) );
#ifdef VVM_ALCAP_
gprintf (DELTA_X(10), DELTA_Y(12) + 2 * CharH,
"ALCAP -- %7.2f - ",
VolAlcaponado);
#endif VVM_ALCAP_
setcolor (cor);
DesativaJanelaGrafica(MANOB2);
cor = getcolor();
setcolor (bea_color[12]);
p_ch = "ESCOLHA DA MELHOR MANOBRA (%1s %1s)";
gprintf((MAXX - textwidth(p_ch))/2,
(int) ((MAXY * 95L)/100),
p_ch,
setaE,
setaD);
AtivaJanelaGrafica(MANOB1,0);
setcolor ( bea_color[14] );
janelaAtiva = 0;
do {
LimpaBufferTeclado();
sc.c = LeTeclado();
if (sc.ch[0] == 0)
if (sc.ch[1]==75 || sc.ch[1]==77)
{
DesativaJanelaGrafica(janelaAtiva);
janelaAtiva = (janelaAtiva + 1) % 2;
AtivaJanelaGrafica(janelaAtiva,0);
setcolor ( bea_color[14] );
}
} while(sc.ch[0] != ENTER);
setcolor (cor);
DesativaJanelaGrafica(janelaAtiva);
if (janelaAtiva == 0)
{
inicVVM1 = inicVVM2;
inicVVM1Int = inicVVM2Int;
VentVolMax = VentVolMax2;
VentVolMaxpercent = VentVolMaxpercen2 ;
VolAlcaponado = VolAlcaponado2;
}
else ManobVVMAtiva = nnew;
#ifndef MODO_VGA_640X480_HIG
setactivepage(0);
setvisualpage(0);
#endif MODO_VGA_640X480_HIG
} /* MelhorProvaVVM */
void main()
{
/* Cube definition */
int rx=100; /* X radius */
int ry=20; /* Y radius */
int xc=320; /* X center */
int yc=200; /* Y center */
int height=100; /* Height of cube */
int diff=(yc+height); /* Used by drawing code */
/* Code variables */
int page=0; /* Points to current drawing page */
int points; /* Loop counter */
float stp=M_PI_2; /* PI divided by 2 */
float t; /* Loop counter */
int x[4]={0,0,0,0}; /* Array to hold X coords of lines */
int y[4]={0,0,0,0}; /* Array to hold Y coords of lines */
int graphmode=VGAMED; /* Resolution of graphics screen */
int graphdriver=VGA; /* Mode of graphics */
initgraph(&graphdriver,&graphmode,""); /* Set video mode */
setgraphmode(graphmode); /* Set resolution to 640 x 350 x 16 color mode */
setcolor(15);
setfillstyle(SOLID_FILL,0); /* Solid to blank out screen */
while (!kbhit())
{
for (t=0;t<stp;t=t+.01)
{
setvisualpage(page);
setactivepage(1-page);
bar(0,0,640,350); /* Clear off old stuff */
for (points=0;points<4;points=points+1)
{
x[points]=xc+sin(t+(stp*points))*rx; /* Compute four points in a circle */
y[points]=yc+cos(t+(stp*points))*ry; /* and put into coordinate arrays */
/* Draw sides */
line(x[points],y[points],x[points],diff-y[points]);
}/* Next points */
/* Draw bottom */
moveto(x[0],y[0]);
lineto(x[1],y[1]);
lineto(x[2],y[2]);
lineto(x[3],y[3]);
lineto(x[0],y[0]);
/* Draw top */
moveto(x[0],diff-y[0]);
lineto(x[1],diff-y[1]);
lineto(x[2],diff-y[2]);
lineto(x[3],diff-y[3]);
lineto(x[0],diff-y[0]);
page=1-page; /* Switch to a new page */
}/* Next t */
}/* Loop until someone presses a key... */
closegraph();/* Reset all of the graphic stuff to old values */
}/* End of Main() */
////////////////////////MAIN/////////////////////////////
void main()
{
//iniciar modo grafico
modo_grafico();
randomize();
//pido memoria para los rectangulos
//y les paso la coorenadas
crear_imagenes();
crear_estrellas();
while(i<=21)
{
res.y=y;
res.x=x;
if(i%7==0)
{
y+=30;
x=20;
}
else
{
x+=50;
}
crear_rectangulos(res);
i++;
}
menu();
presentacion();
tecla=10;
while(continuar!='n'&&continuar!='N')
{
if(cuentanavebuena<=0)
{
tecla=27;
destruido();
}
//mientras la tecla pulsada no se escape
while(tecla!=27&&cuentanavebuena>0)
{
//limpio el buffer
fflush(stdin);
//borro pantalla
clearviewport();
//pongo la nave buena
//NaveBuena();
//dibujo las estrelas
estrellas();
mover_estrellas();
//dibujo los malisimos
navesola();
dibujar_rectangulos();
swmalo=tocadomalo();
if(swmalo==1)
{ if(cuentanavebuena>0)cuentanavebuena--;
}
if(cuentanavebuena>0)
{
NaveBuena();
}
if(cuentanavebuena<=0)
{
destruido();
break;
}
dibumala();
puntos();
vidas();
contadorescudos();
//miro si han pulsado una tecla
if(kbhit())
{
tecla=getch();
if(tecla==13&&topeescudo>0)
{
//escudo();
swescudo=1;
topeescudo--;
}
if(tecla==27)continuar='n';
if (tecla==0)
{
tecla=getch();
switch (tecla)
{
case 75:
xbuena-=10;
if (xbuena<10)xbuena=10;
break;
case 77:
xbuena+=10;
if (xbuena>600)xbuena=600;
break;
}
}
//si la tecla es espacio
else if(tecla==32 && contbb<totalbb)
{
//sonido dolby surround
sound(8500);
delay(100);
sound(200);
delay(50);
nosound();
dibujarbb();
}
}
if(cuentaescudo>=100)
{
swescudo=0;
cuentaescudo=0;
}
if(swescudo==1)
{
escudo();
}
//si el conbb es mayor de 0 es que hay disparos en el aire
if(contbb>0)
{
//miro si he matado ha alguien
quitamala();
moverbbeliminar();
}
//muevo los malisimos
mover_rectangulos();
//cambio de pagina de video
setactivepage(1-pagina);
setvisualpage(pagina);
pagina=1-pagina;
}
}
recor();
//vacio las listas
while(vaciar_rectangulos())
{
//vacio la lista
}
while(vaciar_balas_malo())
{
//vacio la lista de las balas de los malos
}
while(vaciar_balas_bueno())
{
//vacio la lista de las balas del bueno
}
while(vaciar_estrellas())
{
//vacio la lista de las balas del bueno
}
closegraph();
}
int main () {
initwindow(800, 600, "Ex 02");
if (pg == 1) pg = 2; else pg = 1;
setbkcolor(2);
setactivepage(pg);
cleardevice();
setfillstyle(1, BLUE);
bar(360, 0, 440, 600);
setfillstyle(1, BLUE);
bar(360, 0, 440, 600);
setcolor(BLUE);
bar(440, 150, 580, 200);
setfillstyle(1, BLUE);
poly[0] = 580;
poly[1] = 150;
poly[2] = 580;
poly[3] = 200;
poly[4] = 680;
poly[5] = 150;
poly[6] = 680;
poly[7] = 100;
poly[8] = 580;
poly[9] = 150;
fillpoly(5, poly);
setcolor(BLUE);
bar(680, 100, 800, 150);
setcolor(BLUE);
bar(240, 300, 360, 350);
setfillstyle(1, BLUE);
poly[0] = 0;
poly[1] = 250;
poly[2] = 120;
poly[3] = 300;
poly[4] = 240;
poly[5] = 350;
poly[6] = 240;
poly[7] = 300;
poly[8] = 0;
poly[9] = 200;
fillpoly(5, poly);
setcolor(BLUE);
bar(150, 290, 200, 600);
setfillstyle(1, BLUE);
poly[0] = 360;
poly[1] = 350;
poly[2] = 360;
poly[3] = 400;
poly[4] = 560;
poly[5] = 450;
poly[6] = 560;
poly[7] = 400;
poly[8] = 360;
poly[9] = 350;
fillpoly(5, poly);
setcolor(BLUE);
bar(560, 400, 600, 450);
setfillstyle(1, BLUE);
poly[0] = 600;
poly[1] = 400;
poly[2] = 600;
poly[3] = 450;
poly[4] = 800;
poly[5] = 600;
poly[6] = 800;
poly[7] = 525;
poly[8] = 600;
poly[9] = 400;
fillpoly(5, poly);
while (i < 540){
setfillstyle(1, DARKGRAY);
barco[0] = 400;
barco[1] = 0 + i;
barco[2] = 380;
barco[3] = 20 + i;
barco[4] = 380;
barco[5] = 60 + i;
barco[6] = 400;
barco[7] = 80 + i;
barco[8] = 420;
barco[9] = 60 + i;
barco[10] = 420;
barco[11] = 20 + i;
barco[12] = 400;
barco[13] = 0 + i;
fillpoly(7, barco);
i = i + 20;
}
setvisualpage(pg);
delay(200);
getch();
}
///////////////////////////funcion mejor///////////////////////////
void recor() //mejoris es el vector,mejor es la variable y mejores es la estructura
{
char nombre[25],let;
int i=0,encontrado=0,x=10;
FILE *pf=NULL;
pf=fopen("d:\\tc\\bin\\mejor.txt","r+b");
if(pf==NULL)printf("ERROR");
else
{
fread(mejoris,sizeof(struct mejores),10,pf);
for(i=0; i<10; i++)
{
for(x=0; x<9; x++)
{
if(mejoris[x].puntos<mejoris[x+1].puntos)
{
mejor.puntos=mejoris[x].puntos;
mejoris[x].puntos=mejoris[x+1].puntos;
mejoris[x+1].puntos=mejor.puntos;
}
}
}
setactivepage(0);
setvisualpage(0);
clearviewport();
setcolor(LIGHTBLUE);
settextstyle(3,0,3);
outtextxy(200,150,"INTRODUCE TU NOMBRE");
gets(nombre);
strcpy(mejor.nombre,nombre);
mejor.puntos=punto;
i=9;
while(i>=0 && encontrado==0)
{
if(mejoris[i].puntos<mejor.puntos)
{
mejoris[i].puntos=mejor.puntos;
strcpy(mejoris[i].nombre,mejor.nombre);
encontrado=1;
}
i--;
}
}
fclose(pf);
pf=fopen("d:\\tc\\bin\\mejor.txt","wb");
fwrite(mejoris,sizeof(struct mejores),10,pf);
fclose(pf);
pf=fopen("d:\\tc\\bin\\mejor.txt","rb");
//fwrite(mejoris,sizeof(struct mejores),10,pf);
if(pf==NULL)
{
setcolor(RED-BLINK);
settextstyle(3,0,3);
outtextxy(200,150,"HARCHIVO NO ENCONTRADO");
}
else
{
setcolor(BLUE);
settextstyle(1,0,1);
i=0;
fread(&mejor,sizeof(struct mejores),1,pf);
x=25;
clearviewport();
outtextxy(270,10,"LOS MEJORES SON...");
while(!feof(pf)&i<10)
{
if(i==9&&encontrado==1)
{
setcolor(YELLOW);
settextstyle(1,0,1);
outtextxy(230,x,"<-TU PUNTUACION");
}
outtextxy(120,x,mejor.nombre);
itoa(mejor.puntos,nombre,10);
outtextxy(200,x,nombre);
fread(&mejor,sizeof(struct mejores),1,pf);
i++;
x+=25;
}
}
//}
fclose(pf);
getch();
}
void main_page(int *choice)
{
CAR cp1;
MAP mp;
mp.map_xspeed=0;mp.map_yspeed=0;
cp1.angle=0;cp1.xspeed=0;cp1.yspeed=0;
double speed=0;
double map_speed=0;
int i=0;
int flag_click_beg=0; //the three flags are used to judge if the "Start","Finish","Begin" button is pressed
double distance=0; //此距离要根据选择路径的函数来实时反馈
int start_point=-1, finish_point=-1;
int center_x;
int center_y;
int flag_judge_finish=0;
int flag_road_error=0;
int map_first=0; //to judge car whether it is out of bounds(150,100,400,250)
double p_distance[SPOTNUM][SPOTNUM];
double d[SPOTNUM];
int path[SPOTNUM];
POINT point[SPOTNUM];
STREET all_street[18];
LITTLE all_ninebuilding[3];
LITTLE all_small_door[5];
LITTLE all_tree[10];
LITTLE all_mpeople[5];
LITTLE all_wpeople[5];
LITTLE all_lake[3];
LITTLE all_playground[3];
LITTLE all_bigbuilding[5];
LITTLE all_house[10];
LITTLE bicycle[3];
init_map(all_street,all_tree,all_mpeople,all_wpeople,all_ninebuilding,all_playground,all_small_door,all_lake,all_bigbuilding,all_house,bicycle);
init_point_info(point,p_distance);
while(1)
{
flag_click_beg=0;
flag_judge_finish=0;
InitGra(350);
setbkcolor(LIGHTGREEN);
draw_map(all_street,all_tree,all_mpeople,all_wpeople,all_ninebuilding,all_playground,all_small_door,all_lake,all_bigbuilding,all_house,bicycle);
right_plus();
while(!(1==flag_click_beg && start_point>=0 && finish_point>=0))
{
switch(*choice)
{
case 0:
search(point,&flag_click_beg,&start_point,&finish_point);
break;
case 1:
mouse_ctrl(&flag_click_beg,&start_point,&finish_point);
break;
default:
break;
}
cleardevice();
draw_map(all_street,all_tree,all_mpeople,all_wpeople,all_ninebuilding,all_playground,all_small_door,all_lake,all_bigbuilding,all_house,bicycle);
mouse_click();
}
shortestpath(p_distance,SPOTNUM,d,path,start_point);
distance=rest_distance(&cp1,point[finish_point]);
center_x=340-point[start_point].x;
center_y=170-point[start_point].y;
second_init_map(¢er_x, ¢er_y,point,all_street,all_tree,all_mpeople,all_wpeople,all_ninebuilding,all_playground,all_small_door,all_lake,all_bigbuilding,all_house,bicycle);
cp1.x=point[start_point].x;
cp1.y=point[start_point].y;
while(0==flag_judge_finish && 0==flag_road_error)
{
while(0==flag_judge_finish && 0==flag_road_error) //有没有完成一次导航的标志，如果完成就会跳出大循环
{
for(i=0;i<2;i++)
{
setactivepage(i);
cleardevice();
draw_map(all_street,all_tree,all_mpeople,all_wpeople,all_ninebuilding,all_playground,all_small_door,all_lake,all_bigbuilding,all_house,bicycle);
drawroutine(start_point, finish_point,point,path); //画出最短的路径
car_control(&cp1,&speed);
map_ctrl(&mp,&cp1,&speed,&map_first,&map_speed,point,all_street,all_tree,all_mpeople,all_wpeople,
all_ninebuilding,all_playground,all_small_door,all_lake,all_bigbuilding,all_house,bicycle);
distance=rest_distance(&cp1,point[finish_point]);
draw_car(&cp1);
mouse_click();
show_distance(&distance);
/*======================判断小车所处位置=============================*/
judge_pre_car(&cp1,point);
change_route(&cp1, point, &start_point, &finish_point,path,&flag_road_error);
warning(&map_speed, &speed);
setvisualpage(i);
delay(15);
}
flag_judge_finish=judge_finish(&cp1,point[finish_point]);
}
if(1==flag_judge_finish)
{
distance=0;
draw_bar1(494,57,636,78,LIGHTGRAY);
dis_hz(495,60,"到达目的地",0,20,YELLOW);
guidance_end(150,100);
cp1.angle=0;
flag_click_beg=0;
speed=0;
map_speed=0; //再次进入的时候，还是先判断车速
start_point=-1;
finish_point=-1;
map_first=0;
}
if(1==flag_road_error)
{
shortestpath(p_distance,SPOTNUM,d,path,start_point);
draw_bar1(494,57,636,150,LIGHTGRAY);
dis_hz(495,60,"路线错误，正在",0,18,LIGHTRED);
dis_hz(495,80,"为您重新查找……",0,18,LIGHTRED);
delay(1000);
draw_bar1(494,57,636,150,LIGHTGRAY);
flag_road_error=0;
}
}
}
}
void juego(int vidas)
{
char tecla;
Malla cab = NULL, dino, aux;
int spriteH, // Altura de cualquier sprite
retraso = 150,
pagina = 1,
i, j = 0,
huesos,
jungla = 0;
String nSkin;
srand(time(NULL));
spriteH = 592 - PIXEL_TAM*23;
sprintf(nSkin, "dino%d.0.txt", skin);
pintaAmbiente(pagina, jungla);
obtenerDatos(&huesos, &i);
// Inicia malla
creaMalla(&cab, &dino);
setactivepage(pagina);
setfillstyle(1, COLOR(79, 182, 225));
bar(0,0, WIDTH, HEIGHT);
setactivepage(pagina!=pagina);
setfillstyle(1, COLOR(79, 182, 225));
bar(0,0, WIDTH, HEIGHT);
setvisualpage(pagina);
do
{
setactivepage(pagina=!pagina);
jungla+=jungla<=4?1:-4;
pintaAmbiente(pagina, jungla);
delay(retraso);
pintaEscenario(cab);
dibujaVidas(vidas);
dibujaHuesos(huesos);
if(j>6)
{
retraso-=retraso>50?8:0;
j=0;
aux=cab;
for(i=0; i<N-1; i++)
aux = aux->der;
for(i=0; i<M-1; i++)
aux = aux->abajo;
aux->tipo=rand()%4+1;
}
j+=rand()%3;
setvisualpage(pagina);
if(kbhit())
{
dino = dino->arriba->arriba;
tecla = getch();
putimage(0, 400, imagenes[jungla], COPY_PUT);
pintaEscenario(cab);
dibujaSprite(nSkin, 100, spriteH);
delay(retraso);
dino = dino->abajo->abajo;
}
switch(dino->tipo)
{
case 1:huesos+=5;break;
case 2:huesos++; break;
case 3:vidas--; break;
case 4:vidas--; break;
}
}while(vidas>0);
escribeAjustes(huesos);
popup();
getch();
iniciaEntorno();
/*for(i=0;i<226; i++)
{
//setfillstyle(1, COLOR(0,i,i));
setcolor(COLOR(79,182,i));
line(0,i,WIDTH,i);
delay(1);
}*/
}