bool Alleg4Display::setNativeMouseCursor(NativeCursor cursor)
{
int newCursor = MOUSE_CURSOR_NONE;
switch (cursor) {
case kNoCursor:
newCursor = MOUSE_CURSOR_NONE;
break;
case kArrowCursor:
newCursor = MOUSE_CURSOR_ARROW;
break;
case kIBeamCursor:
newCursor = MOUSE_CURSOR_EDIT;
break;
case kWaitCursor:
newCursor = MOUSE_CURSOR_BUSY;
break;
case kHelpCursor:
newCursor = MOUSE_CURSOR_QUESTION;
break;
#ifdef ALLEGRO4_WITH_EXTRA_CURSORS
case kForbiddenCursor: newCursor = MOUSE_CURSOR_FORBIDDEN; break;
case kMoveCursor: newCursor = MOUSE_CURSOR_MOVE; break;
case kLinkCursor: newCursor = MOUSE_CURSOR_LINK; break;
case kSizeNSCursor: newCursor = MOUSE_CURSOR_SIZE_NS; break;
case kSizeWECursor: newCursor = MOUSE_CURSOR_SIZE_WE; break;
case kSizeNCursor: newCursor = MOUSE_CURSOR_SIZE_N; break;
case kSizeNECursor: newCursor = MOUSE_CURSOR_SIZE_NE; break;
case kSizeECursor: newCursor = MOUSE_CURSOR_SIZE_E; break;
case kSizeSECursor: newCursor = MOUSE_CURSOR_SIZE_SE; break;
case kSizeSCursor: newCursor = MOUSE_CURSOR_SIZE_S; break;
case kSizeSWCursor: newCursor = MOUSE_CURSOR_SIZE_SW; break;
case kSizeWCursor: newCursor = MOUSE_CURSOR_SIZE_W; break;
case kSizeNWCursor: newCursor = MOUSE_CURSOR_SIZE_NW; break;
#endif
default:
return false;
}
m_nativeCursor = cursor;
return (show_os_cursor(newCursor) == 0);
}
int main() {
init();
show_os_cursor(MOUSE_CURSOR_ARROW);//esibe o cursor do 'OPERACIONAL' sobre a tela
BITMAP *Buffer = create_bitmap(SCREEN_WIDTH ,SCREEN_HEIGHT);
BITMAP *Tile_Set0 = load_bitmap("t_map.bmp", NULL);
BITMAP *till_0[256];//imagens do tileset_0
BITMAP *Tile_Set00 = load_bitmap("bgs.bmp", NULL);
BITMAP *till_00[320];//imagens do tileset_0
Mapa d;
P_Map(0,0);//posicao inicial do mapa na tela quando e desenhado
T_Tile();//tamanho do tile padrao(16x16)
d.C_Tiles(till_0,Tile_Set0,16,16);//carega o tile_set
d.C_Tiles(till_00,Tile_Set00,16,20);//carega o tile_set
int g=10,dc=10;
int xc=20*Tx_Tile,yc=15*Ty_Tile;
int r=0;
while (!key[KEY_ESC])
{clear_to_color(Buffer, makecol(30,30,100));//altera a cor de fundo do Buffer
Longit_Lat();//latitude e longitude do mapa em relacao ao ponto 0x0 da tela
//---criar uma funcao chamada fase'x' com o modelo que esta representado abaixo---
d.Fill_Map(till_00,320,map_pf1,200,60,Buffer,0.8,1);//plano de fundo do senario 1
d.Fill_Map(till_00,320,map_pf2,200,60,Buffer,0.8,0.7);//plano de fundo do senario 2
d.Fill_Map(till_0,256,map_1,200,60,Buffer,1,1);//mapa dos objetos atras dos pesonagens 1
d.Fill_Map(till_0,256,map_1f,200,60,Buffer);//mapa dos objetos atras dos pesonagens 2
//-----os pesonagens devem ser postos aqui-----
//d.Fill_Map(till_0,256,0,0,200,60,Buffer,map_1q,X_MAP,Y_MAP);//mapa dos objetos afente dos pesonagem
r=d.c(64,64,xc,yc,map_1,200,60,Buffer);//--teste de colisoes
d.Scoll_MapD(200,60,10,Buffer); //tacha de movimento do mapa
// obijeto de test-----------
set_trans_blender(0, 0, 0, 100);
drawing_mode(DRAW_MODE_TRANS, 0,0, 0);
rect(Buffer, xc,yc, xc+64, yc+64, makecol(0, 0, 100));
rectfill(Buffer, xc,yc, xc+64, yc+64, makecol(0, 0, 255));
drawing_mode(DRAW_MODE_SOLID, 0, 0, 0);
if(mouse_b & 1)
xc=mouse_x-8,yc=mouse_y-8;
//d.c(16,16,xc,yc,map_1,200,60,Buffer,4);
cout<<xc<<" "<<yc<<"\n";
if(key[KEY_UP])//controle do objeto
{//yc+=g;
yc-=12;
}
if(key[KEY_DOWN] )
{yc+=0;
// yc+=g;
}
else
yc+=g;
if(key[KEY_LEFT])
{xc-=8;}
if(key[KEY_RIGHT] )
{xc+=8;}
if(key[KEY_G])
yc+=g;//gravidade
else
yc+=0;
if(yc>60*Ty_Tile)
yc=100;
if(key[KEY_Z] && r==1)//r=colisao
yc-=48;
if(key[KEY_X] && r==1)
yc-=64;
if(key[KEY_T])//testa o tile_set caregado
d.Tile_test(till_0,16,16,Buffer);
vsync();//aguarda a sincronizacao vertical
rest(80);//espera 'x' milisegundos
blit(Buffer,screen,0,0,0,0,SCREEN_WIDTH,SCREEN_HEIGHT);//fixa o Buffer no screen
clear(Buffer);//limpa o Buffer
}
//distruindo bitmaps--------------------------------------------------------
destroy_bitmap(Tile_Set0);
for(int i=0;i<256;i++)
destroy_bitmap(till_0[i]);
destroy_bitmap(Buffer);//destroi o Biffer da memoria --obrigatorio--
//--------------------------------------------------------------------------
deinit();
return 0;
}
