void menu_exec(struct MENU *menu)
{
unsigned char csel, set, total;
csel = 0;
again:
lcd_fill(0);
set_font(BOLDFONT);
draw_string(0, 0, (char*)menu->name, 3, DRAW_PUT);
draw_block(0,10,128,2,3,DRAW_PUT);
draw_block(0,149,128,2,3,DRAW_PUT);
set_font(SMALLFONT);
total = menu->num_entries;
for(set=0;set<total; set++)
{
draw_string(1, 15+(set*9), (char*)menu->entry[set].name, 3, DRAW_PUT);
}
draw_block(0, 14+(csel*9), 60, 9, 3, DRAW_XOR);
draw_string(0, 152, (char*)menu->entry[csel].help, 3, DRAW_PUT);
while(KEY_Exit) {};
while(!KEY_Exit)
{
waitKeyUpDown();
draw_block(0, 14+(csel*9), 60, 9, 3, DRAW_XOR);
if(KEY_OK)
{
if(menu_execentry((MENU_ENTRY*)&menu->entry[csel]))
goto again;
}
if(KEY_Up)
{
csel--;
if(csel >= total)
csel = total-1;
}
if(KEY_Down)
{
csel++;
if(csel == total)
csel = 0;
}
draw_block(0, 14+(csel*9), 60, 9, 3, DRAW_XOR);
draw_block(0, 152, 128, 8, 3, DRAW_ERASE);
draw_string(0, 152, (char*)menu->entry[csel].help, 3, DRAW_PUT);
}
}
void RAW_learn(struct RAWset_* RAWset) {
unsigned char cmd;
unsigned char mode;
lcd_fill(0);
draw_block(0,10,128,2,3,DRAW_PUT);
mode = 1;
while(KEY_A) {};
while(!KEY_A) {
draw_block(0,0,100,9,3,DRAW_ERASE);
set_font(BOLDFONT);
if (mode)
draw_string(0, 0, "Tasten anlernen", 3, DRAW_PUT);
else
draw_string(0, 0, "Tasten testen", 3, DRAW_PUT);
set_font(SMALLFONT);
draw_string(0, 20, "Gewuenschte Taste auf der\nBetty druecken.\nDie Tasten A, B, C und D\nkoennen nicht angelernt\nwerden", 3, DRAW_PUT);
draw_string(0, 90, "A - Exit\nB - Anlernen/Testen\n", 3, DRAW_PUT);
waitKeyUpDown();
draw_block(0,20,128,45,3,DRAW_ERASE);
draw_block(0,90,128,45,3,DRAW_ERASE);
if(KEY_A || KEY_B || KEY_C || KEY_D) {
if(KEY_B)
mode = 1-mode;
}
else {
cmd=getKeynum() -4;
if(mode) {
getIR(&(RAWset->RAWcmd[cmd]));
}
else {
RAW_Send((unsigned long)&(RAWset->RAWcmd[cmd]));
while(ANYKEY)
RAW_Repeat();
RAW_Stop();
}
}
}
}
void getIR(struct RAWcmd_* cmd) {
unsigned char x;
struct ir_raw_ capture;
x=1;
while(x) {
while(x) {
draw_string(0,20,"Beide Fernbedienungen\neinander gegenueber\nlegen, so dass die Infra-\nrotschnittstellen direkt\nzueinander liegen.\nAbstand 2-10cm\nAnzulernene Taste druecken", 3, DRAW_PUT);
x=captureIR(&capture);
draw_block(0,20,128,9*7,3,DRAW_ERASE);
if(x) {
switch(x) {
case 1:
draw_string(0,20,"Befehl kann nicht eingelesen\nwerden.", 3, DRAW_PUT);
break;
case 2:
return;
case 3:
draw_string(0,20,"Signal zu lange.\nBitte kuerzer druecken.", 3, DRAW_PUT);
break;
default:
draw_string(0,20,"Fehler beim eingelesen.", 3, DRAW_PUT);
}
draw_string(0,56,"Exit zum abbrechen, andere\nTaste zum wiederholen", 3, DRAW_PUT);
waitKeyUpDown();
if(KEY_Exit) {
draw_block(0,20,128,54,3,DRAW_ERASE);
return;
}
draw_block(0,20,128,45,3,DRAW_ERASE);
}
}
clear_cmd(cmd);
x = analyzeIR(&capture, cmd);
if(x) {
switch(x) {
case 1:
draw_string(0,20,"Signal zu lange.\nBitte kuerzer druecken.", 3, DRAW_PUT);
break;
case 2:
draw_string(0,20,"Signal zu kurz.\nBitte laenger druecken.", 3, DRAW_PUT);
break;
case 3:
draw_string(0,20,"Fehler beim Signalvergleich", 3, DRAW_PUT);
break;
case 4:
draw_string(0,20,"Datenformat zu lange.", 3, DRAW_PUT);
break;
case 5:
draw_string(0,20,"Unbekanntes Datenformat.", 3, DRAW_PUT);
break;
default:
draw_string(0,20,"Fehler beim decodieren.", 3, DRAW_PUT);
}
draw_string(0,56,"Exit zum abbrechen, andere\nTaste zum wiederholen", 3, DRAW_PUT);
waitKeyUpDown();
if(KEY_Exit) {
draw_block(0,20,128,54,3,DRAW_ERASE);
return;
}
draw_block(0,20,128,54,3,DRAW_ERASE);
}
}
}
void GameTicTacToe(void)
{
BYTE Color;
BYTE Mode;
int i;
int k;
BOOL ComputerWon;
BOOL PlayerWon;
BYTE G[2][9];//GameArray [0=Computer / 1=Player][Game fields]
BOOL GameIsRunning = false;
BYTE Moves = 0;
int Pos;
Color = LCD_COLOR_B;
Mode = DRAW_PUT;
again:
//New game
//Init the display
lcd_fill(0);//Clr screen
//Title
set_font(SMALLFONT);
draw_string(0, 0, "TicTacToe", Color, Mode);
//Grid
draw_block(16, 16+30, 96, 3, Color, Mode);
draw_block(16, 16+30+3+30, 96, 3, Color, Mode);
draw_block(16+30, 16, 3, 96, Color, Mode);
draw_block(16+30+3+30, 16, 3, 96, Color, Mode);
//Reset game field
for(k=0; k<2; k++)
{
for(i=0; i<9; i++)
{
G[k][i] = 0;
}
}
Moves = 0;
GameIsRunning = true;
while(1)
{
Pos = -1;
if(KEY_1){Pos = 0;}
if(KEY_2){Pos = 1;}
if(KEY_3){Pos = 2;}
if(KEY_4){Pos = 3;}
if(KEY_5){Pos = 4;}
if(KEY_6){Pos = 5;}
if(KEY_7){Pos = 6;}
if(KEY_8){Pos = 7;}
if(KEY_9){Pos = 8;}
if((Pos >= 0) && (Pos <= 8))
{
if(GameIsRunning)
{
if((G[0][Pos] + G[1][Pos]) == 0)
{
//field is empty
G[1][Pos] = 1;
Moves++;
if(Moves < 9)
{
//Moves left
if(!GameTicTacToe_IsSolved(G, &ComputerWon, &PlayerWon))
{
//Not solved -> computer move
GameTicTacToe_ComputerMove(G);
Moves++;
}
}
GameTicTacToe_DrawGameField(G);
}
}
}
//Is solved?
GameTicTacToe_IsSolved(G, &ComputerWon, &PlayerWon);
if(ComputerWon)
{
draw_string(0, LCD_SIZE_Y - (8*4), "Computer hat gewonnen", Color, Mode);
GameIsRunning = false;
}
else
{
if(PlayerWon)
{
draw_string(0, LCD_SIZE_Y - (8*4), "Spieler hat gewonnen", Color, Mode);
GameIsRunning = false;
}
else
{
if(Moves == 9)
{
draw_string(0, LCD_SIZE_Y - (8*4), "Unentschieden", Color, Mode);
GameIsRunning = false;
}
}
}
//Footer
if(Moves > 0)
{
draw_string(0, LCD_SIZE_Y - (8*3), "0", Color, Mode);
draw_string(32, LCD_SIZE_Y - (8*3), "Neues Spiel", Color, Mode);
draw_string(0, LCD_SIZE_Y - (8*2), "Exit", Color, Mode);
draw_string(32, LCD_SIZE_Y - (8*2), "Spiel beenden", Color, Mode);
}
else
{
draw_block(0, LCD_SIZE_Y - (8*2), LCD_SIZE_X, 8, Color, DRAW_ERASE);
}
if(GameIsRunning)
{
draw_string(0, LCD_SIZE_Y - 8, "1-9", Color, Mode);
draw_string(32, LCD_SIZE_Y - 8, "Feld waehlen", Color, Mode);
}
else
{
draw_block(0, LCD_SIZE_Y - 8, LCD_SIZE_X, 8, Color, DRAW_ERASE);
}
waitKeyUpDown();
if(KEY_0) goto again;
if(KEY_Exit) return;
}
}
