void save_z80file() {
unsigned char *videomem;
int ancho,retorno;
unsigned char nombre2[MAX_PATH_LENGTH];
char *name;
videomem=screen->pixels;
ancho=screen->w;
clean_screen();
print_string(videomem,"Choose a name for the Z80 snapshot",-1,32,14,0,ancho);
print_string(videomem,"(up to 30 characters)",-1,52,14,0,ancho);
print_string(videomem,"Snapshot will be saved in:",-1,132,12,0,ancho);
print_string(videomem,path_snaps,0,152,12,0,ancho);
if (strlen(ordenador.current_tap))
{
name=strrchr(ordenador.current_tap,'/');
if (name) name++; else name = ordenador.current_tap;
}
else
name=NULL;
retorno=ask_filename(nombre2,84,"z80", path_snaps, name);
clean_screen();
if(retorno==2) // abort
return;
retorno=save_z80(nombre2,0);
switch(retorno) {
case 0:
break;
case -1:
print_string(videomem,"File already exists",-1,80,10,0,ancho);
wait_key();
break;
case -2:
print_string(videomem,"Can't create file",-1,80,10,0,ancho);
wait_key();
break;
}
clean_screen();
}
static int resize_test()
{
IplImage* src = load_iplimage( "d:/user/vp/archive/art/greatwave.jpg" );
IplImage* image = cvCreateImage( cvGetSize( src ), 8, 1 );
cvCvtColor( src, image, CV_BGR2GRAY );
named_window( "image", 1 );
show_iplimage( "image", image );
wait_key( 0 );
named_window( "result", 1 );
for( int i = 0; i < 30; i++ )
{
IplImage* dst = cvCreateImage(
cvSize( (rand() % 1000) + 1, (rand() % 1000) + 1),
8, image->nChannels );
cvResize( image, dst, CV_INTER_LINEAR );
show_iplimage( "result", dst );
wait_key_ex( 0, 1000 );
cvReleaseImage( &dst );
}
cvReleaseImage( &image );
destroy_window( "image" );
destroy_window( "result" );
return CV_OK;
}
void version_info()
{
int pos_y = draw_loading("Version info", "CakesFW version " CAKES_VERSION) + SPACING_VERT;
int version_pos_x = SPACING_HORIZ * 21;
draw_string(screen_top_left, "NATIVE_FIRM version:", 0, pos_y, COLOR_NEUTRAL);
draw_string(screen_top_left, current_firm->version_string, version_pos_x, pos_y, COLOR_NEUTRAL);
if (current_twl_firm) {
pos_y += SPACING_VERT;
draw_string(screen_top_left, "TWL_FIRM version:", 0, pos_y, COLOR_NEUTRAL);
draw_string(screen_top_left, current_twl_firm->version_string, version_pos_x, pos_y, COLOR_NEUTRAL);
}
if (current_agb_firm) {
pos_y += SPACING_VERT;
draw_string(screen_top_left, "AGB_FIRM version:", 0, pos_y, COLOR_NEUTRAL);
draw_string(screen_top_left, current_agb_firm->version_string, version_pos_x, pos_y, COLOR_NEUTRAL);
}
draw_string(screen_top_left, "Press B to return", 0, pos_y + 20, COLOR_SELECTED);
while (1) {
uint16_t key = wait_key();
if (key == (key_released | key_b)) {
return;
}
}
}
int main(int ac, char **av)
{
t_env envir;
char read_char[5];
t_list *list;
int i;
tab_zero(read_char);
i = 1;
list = NULL;
if (ac > 1)
{
while (i < ac)
{
list = list_add_end(list, list_new(av[i]));
i++;
}
i = 1;
}
init_shell(&envir);
print_ft_list(list);
wait_key(read_char, &list, &envir);
restore_term(&envir);
exit(EXIT_SUCCESS);
return (0);
}
int main()
{
long old_ff;
if (!nf_init()) {
wait_key();
return 1;
}
old_ff = nf_fastforward(1);
nf_print("Emulator name:\n");
nf_showname();
nf_print("Shutting down...\n");
nf_fastforward(old_ff);
nf_exit(0);
wait_key();
return 0;
}
void *referee()
{
set_cpu(0);
if (config.flags & FL_MUTEX)
if ((errno = pthread_mutex_lock(&mutex)) != 0)
handle_error("pthread_mutex_lock referee");
/* infinite loop */
for (;;)
{
if ((rand_r(&seed)) < config.referee_end_prob)
{
prtflu("REFEREE: game is over\n");
if (config.flags & FL_MUTEX)
if ((errno = pthread_mutex_unlock(&mutex)) != 0)
handle_error("pthread_mutex_unlock referee");
pthread_exit(NULL);
}
else
{
hand[0] = hand[1] = NONE;
prtflu("REFEREE: game is starting...\n");
notify_players();
wait_players();
evaluate_player();
game_response();
}
wait_key();
}
}
s32 menu_cb_choose_file (s32 idx, void *param) {
s32 curidx = idx;
s32 loaded = 0;
while (aptMainLoop()) {
gspWaitForVBlank();
curidx = print_file_list(curidx, &g_file_list);
u32 kDown = wait_key();
if (kDown & KEY_B) {
break;
}
else if (kDown & KEY_A) {
consoleClear();
loaded = menu_execute_function(curidx, &g_file_list, &curidx);
printf("%s\n", loaded? "[+] Success":"[!] Failure");
wait_any_key();
if (loaded)
break;
}
else if (kDown & KEY_UP) {
curidx--;
}
else if (kDown & KEY_DOWN) {
curidx++;
}
gfxFlushBuffers();
gfxSwapBuffers();
}
return 0;
}
void load_scrfile() {
unsigned char *videomem,*filename,value;
int ancho,retorno,loop;
FILE *fichero;
unsigned char paleta_tmp[64];
videomem=screen->pixels;
ancho=screen->w;
clean_screen();
print_string(videomem,"Choose the SCR snapshot file to load",-1,32,13,0,ancho);
filename=select_file(load_path_scr1,FILETYPE_SCR);
if(filename==NULL) { // Aborted
clean_screen();
return;
}
ordenador.osd_text[0]=0;
fichero=fopen(filename,"rb");
retorno=0;
if (!fichero) {
retorno=-1;
} else {
for(loop=0;loop<6912;loop++) {
if (1==fread(&value,1,1,fichero)) {
*(ordenador.block1 + 0x04000 + loop) = value;
} else {
retorno=-1;
break;
}
}
if (1==fread(paleta_tmp,64,1,fichero)) {
memcpy(ordenador.ulaplus_palete,paleta_tmp,64);
ordenador.ulaplus=1;
} else {
ordenador.ulaplus=0;
}
fclose(fichero);
}
free(filename);
clean_screen();
switch(retorno) {
case 0: // all right
break;
default:
print_string(videomem,"Error: Can't load that file",-1,232,10,0,ancho);
print_string(videomem,"Press any key",-1,248,10,0,ancho);
wait_key();
break;
}
clean_screen();
}
// choose a key
static void pick_key(int screen)
{
KeyCode kc;
unsigned int mods;
char buf[512];
if (wait_key(screen, &kc, &mods))
printf("%s\n", format_key(kc, mods, buf));
}
void snapshots_menu() {
unsigned char *fbuffer,fin;
int ancho=screen->w;
fbuffer=screen->pixels;
clean_screen();
print_string(fbuffer,"SNAPSHOTS",-1,30,15,0,ancho);
print_string(fbuffer,"1:",14,100,12,0,ancho);
print_string(fbuffer,"load a Z80/SNA snapshot",62,100,15,0,ancho);
if(ordenador.mode128k!=3) { // not in +3 mode
print_string(fbuffer,"2:",14,160,12,0,ancho);
print_string(fbuffer,"make a Z80 snapshot",62,160,15,0,ancho);
} else {
print_string(fbuffer,"Can't make snapshots in +3 mode",14,160,15,0,ancho);
}
print_string(fbuffer,"3: \001\017load a SCR snapshot",14,220,12,0,ancho);
print_string(fbuffer,"4: \001\017save a SCR snapshot",14,280,12,0,ancho);
print_string(fbuffer,"ESC: \001\017return to emulator",-1,400,12,0,ancho);
//print_copy(fbuffer,ancho);
fin=1;
do {
switch(wait_key()) {
case SDLK_ESCAPE: // to exit the help
fin=0;
break;
case SDLK_1:
fin=0;
load_z80file();
break;
case SDLK_2:
fin=0;
if(ordenador.mode128k!=3) // not in +3 mode
save_z80file();
break;
case SDLK_3:
fin=0;
load_scrfile();
break;
case SDLK_4:
fin=0;
create_scrfile();
break;
default:
break;
}
} while(fin);
clean_screen();
}
void
wait(void)
{
if (get_opt_u32(OPTION_TRACE) && !doing_autoboot) {
fprintf(stderr, "[Waiting...]");
wait_key(); // No delay on traces.
}
fprintf(stderr, "\r \r");
}
void load_z80file() {
unsigned char *videomem,*filename;
int ancho,retorno;
videomem=screen->pixels;
ancho=screen->w;
clean_screen();
print_string(videomem,"Choose the Z80 snapshot file to load",-1,32,13,0,ancho);
filename=select_file(load_path_snaps,FILETYPE_Z80);
if(filename==NULL) { // Aborted
clean_screen();
return;
}
retorno=load_z80(filename);
free(filename);
clean_screen();
switch(retorno) {
case 0: // all right
break;
case -1:
print_string(videomem,"Error: Can't load that file",-1,232,10,0,ancho);
print_string(videomem,"Press any key",-1,248,10,0,ancho);
wait_key();
break;
case -2:
case -3:
print_string(videomem,"Error: unsupported snap file",-1,232,10,0,ancho);
print_string(videomem,"Press any key",-1,248,10,0,ancho);
wait_key();
break;
}
clean_screen();
}
u32 wait_key_specific(const char* message, u32 key)
{
printf(message);
while (true)
{
u32 keys = wait_key();
if (keys & key)
{
return keys;
}
}
}
/**
* Display a message box.
* This function displays the specified message in a text box
* centered in the screen and waits until a key is pressed.
* @param p The text to be displayed
*/
int TextMan::message_box(const char *s) {
int k;
_sprites->erase_both();
blit_textbox(s, -1, -1, -1);
_sprites->blit_both();
k = wait_key();
debugC(4, kDebugLevelText, "wait_key returned %02x", k);
close_window();
return k;
}
static int
run_bootmenu(void) {
time_t start = time(NULL);
LOGI("Starting bootmenu on %s", ctime(&start));
if (bypass_check()) {
int status = INSTALL_SUCCESS;
exec_script(FILE_PRE_MENU, DISABLE);
led_alert("blue", ENABLE);
status = wait_key(KEY_VOLUMEDOWN);
if (status != INSTALL_ERROR) {
int mode = get_bootmode();
switch (mode) {
case MODE_2NDINIT:
led_alert("blue", DISABLE);
led_alert("green", ENABLE);
snd_init(DISABLE);
led_alert("green", DISABLE);
break;
case MODE_2NDBOOT:
led_alert("blue", DISABLE);
led_alert("red", ENABLE);
snd_boot(DISABLE);
led_alert("red", DISABLE);
break;
case MODE_BOOTMENU:
status = INSTALL_ERROR;
break;
}
}
if (status != INSTALL_SUCCESS) {
ui_init();
ui_set_background(BACKGROUND_ICON_ERROR);
ui_show_text(ENABLE);
LOGI("Start Android BootMenu....\n");
prompt_and_wait();
ui_finish();
}
led_alert("blue", DISABLE);
return EXIT_SUCCESS;
}
return EXIT_SUCCESS;
}
int TextMan::print(const char *p, int lin, int col, int len) {
if (p == NULL)
return 0;
debugC(4, kDebugLevelText, "lin = %d, col = %d, len = %d", lin, col, len);
if (col == 0 && lin == 0 && len == 0)
lin = col = -1;
if (len == 0)
len = 30;
blit_textbox(p, lin, col, len);
if (getflag(F_output_mode)) {
/* non-blocking window */
setflag(F_output_mode, false);
return 1;
}
/* blocking */
if (game.vars[V_window_reset] == 0) {
int k;
setvar(V_key, 0);
k = wait_key();
close_window();
return k;
}
/* timed window */
debugC(3, kDebugLevelText, "f15==0, v21==%d => timed", getvar(21));
game.msg_box_ticks = getvar(V_window_reset) * 10;
setvar(V_key, 0);
do {
main_cycle();
if (game.keypress == KEY_ENTER) {
debugC(4, kDebugLevelText, "KEY_ENTER");
setvar(V_window_reset, 0);
game.keypress = 0;
break;
}
} while (game.msg_box_ticks > 0);
setvar(V_window_reset, 0);
close_window();
return 0;
}
void draw_message(char *title, char *text)
{
int pos_y = draw_loading(title, text);
draw_string(screen_top_left, "Press A to continue", 10, pos_y + 20, COLOR_SELECTED);
while (1) {
uint16_t key = wait_key();
if (key == (key_released | key_a)) {
return;
}
}
}
void select_mdrfile() {
unsigned char *videomem,*filename;
int ancho,retorno,retval;
// unsigned char char_id[11];
videomem=screen->pixels;
ancho=screen->w;
clean_screen();
print_string(videomem,"Choose the MICRODRIVE file to load",-1,32,13,0,ancho);
filename=select_file(path_mdrs,FILETYPE_MDR); // MDR files
if(filename==NULL) { // Aborted
clean_screen();
return;
}
ordenador.mdr_file=fopen(filename,"rb"); // read
if(ordenador.mdr_file==NULL)
retorno=-1;
else {
retorno=0;
retval=fread(ordenador.mdr_cartridge,137923,1,ordenador.mdr_file); // read the cartridge in memory
ordenador.mdr_modified=0; // not modified
fclose(ordenador.mdr_file);
ordenador.mdr_tapehead=0;
}
clean_screen();
strcpy(ordenador.mdr_current_mdr,filename);
free(filename);
switch(retorno) {
case 0: // all right
break;
case -1:
print_string(videomem,"Error: Can't load that file",-1,232,10,0,ancho);
print_string(videomem,"Press any key",-1,248,10,0,ancho);
ordenador.mdr_current_mdr[0]=0;
wait_key();
break;
}
clean_screen();
}
void debug(const char *msg, ...)
{
consoleInit(GFX_BOTTOM, NULL);
printf("DEBUG:\n");
va_list args;
va_start(args, msg);
vprintf(msg, args);
va_end(args);
printf("\n\nPress START to continue...\n");
wait_key(KEY_START);
}
void
chg_dir()
{
extern int fd;
WINDOW *ch_win, *newwin();
char *ans, *dir, *expand(), *cwd, *getcwd(), cwdbuf[200];
char *get_str();
cwd = getcwd(cwdbuf, 200);
ch_win = newwin(6, 70, 5, 5);
mvwprintw(ch_win, 2, 4, "Current directory: %s", cwd);
mvwaddstr(ch_win, 3, 4, "New directory: ");
box(ch_win, VERT, HORZ);
mvwattrstr(ch_win, 0, 3, A_BOLD, " Change directory ");
wmove(ch_win, 3, 19);
wrefresh(ch_win);
/* get the answer */
while ((ans = get_str(ch_win, 80, "", " \t\n")) != NULL) {
/* a CR means no change */
if (*ans == '\0')
break;
/* expand the input */
dir = expand(ans);
/* if you have search permission */
if (!access(dir, 1)) {
if (!chdir(dir))
break;
}
beep();
mvwattrstr(ch_win, 4, 15, A_BOLD, "No such directory or no access permission");
wrefresh(ch_win);
wait_key(ch_win, 3);
/* clean up the mess */
clear_line(ch_win, 3, 19, TRUE);
clear_line(ch_win, 4, 14, TRUE);
wmove(ch_win, 3, 19);
wrefresh(ch_win);
}
if (fd == -1) {
werase(ch_win);
wrefresh(ch_win);
}
delwin(ch_win);
return;
}
void panic(const char *msg, ...)
{
consoleInit(GFX_BOTTOM, NULL);
printf("ERROR:\n");
va_list args;
va_start(args, msg);
vprintf(msg, args);
va_end(args);
printf("\n\nPress START to reboot...\n");
wait_key(KEY_START);
reboot();
}
void action_about()
{
consoleClear();
printf(CONSOLE_RED "CIAngel\n\n" CONSOLE_RESET);
printf("Download, create, and install CIAs directly\n");
printf("from Nintendo's CDN servers. Grabbing the\n");
printf("latest games has never been so easy.\n\n");
printf("Contributors: Cearp, Drakia, superbudvar,\n");
printf(" mysamdog, cerea1killer\n");
printf("\n\nCommit: " REVISION_STRING "\n\n");
printf("\nPress any button to continue.");
wait_key();
}
void action_prompt_queue()
{
consoleClear();
std::string mode_text;
switch (config.GetMode())
{
case CConfig::Mode::DOWNLOAD_CIA:
mode_text = "download";
break;
case CConfig::Mode::INSTALL_CIA:
mode_text = "install";
break;
case CConfig::Mode::INSTALL_TICKET:
mode_text = "create tickets for";
break;
}
printf("Queue contains %d items.\n", game_queue.size());
printf("Press A to %s queue.\n", mode_text.c_str());
printf("Press B to return to menu.\n");
printf("Press X to clear queue.\n");
while (aptMainLoop())
{
u32 key = wait_key();
if (key & KEY_B)
{
break;
}
if (key & KEY_X)
{
game_queue.clear();
break;
}
if (key & KEY_A)
{
ProcessGameQueue();
break;
}
}
}
void tools_menu() {
unsigned char *fbuffer,fin;
int ancho=screen->w;
fbuffer=screen->pixels;
fin=1;
do {
clean_screen();
print_string(fbuffer,"Tools",-1,20,15,0,ancho);
print_string(fbuffer,"1:",14,60,12,0,ancho);
print_string(fbuffer,"show keyboard template",62,60,15,0,ancho);
print_string(fbuffer,"2:",14,100,12,0,ancho);
print_string(fbuffer,"insert POKEs",62,100,15,0,ancho);
print_string(fbuffer,"ESC:",14,250,12,0,ancho);
print_string(fbuffer,"return emulator",78,250,15,0,ancho);
//print_copy(fbuffer,ancho);
switch(wait_key()) {
case SDLK_ESCAPE: // to exit the help
fin=0;
break;
case SDLK_1:
fin=0;
keyboard_menu();
break;
case SDLK_2:
fin=0;
do_poke();
break;
default:
break;
}
} while(fin);
clean_screen();
}
// TODO: Clean up the first two functions. They have too much in common.
// No boundary checks, use this responsibly.
int draw_menu(char *title, int back, int count, char *options[])
{
int current = 0;
clear_screen(screen_top_left);
draw_string(screen_top_left, title, 10, 10, COLOR_TITLE);
draw_string(screen_top_left, options[0], 10, 40, COLOR_SELECTED);
for (int i = 1; i < count; i++) {
draw_string(screen_top_left, options[i], 10, 40 + SPACING_VERT * i, COLOR_NEUTRAL);
}
while (1) {
uint16_t key = wait_key();
if (key == (key_released | key_up)) {
draw_string(screen_top_left, options[current], 10, 40 + SPACING_VERT * current, COLOR_NEUTRAL);
if (current <= 0) {
current = count - 1;
} else {
current--;
}
draw_string(screen_top_left, options[current], 10, 40 + SPACING_VERT * current, COLOR_SELECTED);
} else if (key == (key_released | key_down)) {
draw_string(screen_top_left, options[current], 10, 40 + SPACING_VERT * current, COLOR_NEUTRAL);
if (current >= count - 1) {
current = 0;
} else {
current++;
}
draw_string(screen_top_left, options[current], 10, 40 + SPACING_VERT * current, COLOR_SELECTED);
} else if (key == (key_released | key_a)) {
return current;
} else if (key == (key_released | key_b) && back) {
return -1;
}
}
}
void choose_mode(int sd_ok)
{
int i = 0;
console_gotoxy(9,10);
if (sd_ok) {
//console_puts("load from SD card");
pick_and_load_rom();
} else {
console_puts("retry SD/MMC card");
}
//console_gotoxy(9,12);
//console_puts("boot SRAM");
for (;;) {
int key;
console_gotoxy(6,10);
if (i==0) { console_puts(">"); } else { console_puts(" "); }
console_gotoxy(6,12);
if (i==1) { console_puts(">"); } else { console_puts(" "); }
key = wait_key();
switch (key) {
case JOY_UP:
i = 0;
break;
// case JOY_DOWN:
// i = 1;
// break;
case JOY_FIREA:
case JOY_FIREB:
if (i==0) {
if (sd_ok) {
pick_and_load_rom();
}
} else {
start_rom();
}
return;
}
}
}
void keyboard_menu() {
FILE *fichero;
int bucle1,bucle2,retval;
unsigned char *buffer,*buffer2,valor;
buffer=screen->pixels;
clean_screen();
fichero=myfopen("fbzx/keymap.bmp","rb");
if (fichero==NULL) {
strcpy(ordenador.osd_text,"Keymap picture not found");
ordenador.osd_time=100;
return;
}
if (ordenador.zaurus_mini==0) {
for (bucle1=0;bucle1<344;bucle1++)
for(bucle2=0;bucle2<640;bucle2++) {
retval=fscanf(fichero,"%c",&valor);
paint_one_pixel((unsigned char *)(colors+valor),buffer);
buffer+=ordenador.bpp;
}
} else {
buffer+=(479*ordenador.bpp);
for(bucle1=0;bucle1<344;bucle1++) {
buffer2=buffer;
for(bucle2=0;bucle2<640;bucle2++) {
retval=fscanf(fichero,"%c",&valor);
paint_one_pixel((unsigned char *)(colors+valor),buffer);
buffer+=(480*ordenador.bpp);
}
buffer=buffer2-ordenador.bpp;
}
}
//print_copy(screen->pixels,screen->w);
wait_key();
clean_screen();
}
void ss_sampl_H()
{
// Choose sampling method.
//#define SAMP_METHOD_SWING
#define SAMP_METHOD_SWING_S
// SWING mm
#if defined(SAMP_METHOD_SWING)
#define toR2 24+1 //20
#define toR3 12+2 //10
#define toR1 23 //15
#define toL1 23-2 //20
#define toL3 23 //20
#define toL2 12+3 //15
#define toC1 24+3 //20
#elif defined(SAMP_METHOD_SWING_S)
#define toR2 40
#define toR3 20
#define toR1 40
#define toL1 40
#define toL3 40
#define toL2 20
#define toC1 40
#else
#error Choose Sampling Method
#endif
led_off(PIO_LED_ALL);
led_on (PIO_LED_2 | PIO_LED_6 | PIO_LED_3);
// sys_delay(1000);
ss_on();
// show LEDs to find the center of block
int ss_diff;
while( !( get_key_state()==(PORT_CANCEL) || get_key_state()==(PORT_SELECT) ) )
{
ss_diff = ((int)ss_value[SS_L45]) - ((int)ss_value[SS_R45]);
led_off(PIO_LED_ALL);
if ( ss_diff > 10) led_on(PIO_LED_3);
else if ( ss_diff > 5) led_on(PIO_LED_4 | PIO_LED_1);
else if ( ss_diff < -10) led_on(PIO_LED_2);
else if ( ss_diff < -5 ) led_on(PIO_LED_5 | PIO_LED_0);
else led_on(PIO_LED_6);
}
// wait_key();
torque_on();
wait_key();
// ss_on();
led_count_down( 5, 1000 );
// debug
//#define DEBUG_SAMPL
disable_adj();
reset_spd_ptr();
// C1
led_off( PIO_LED_0 |PIO_LED_1|PIO_LED_2|PIO_LED_3|PIO_LED_4|PIO_LED_5|PIO_LED_6);
led_on ( PIO_LED_6 );
sys_delay(100); sampl_value( sC1 );
motor_start();
#ifdef DEBUG_SAMPL
motor_stop(); wait_key(); motor_start();
#endif
// R2
led_off( PIO_LED_0|PIO_LED_1|PIO_LED_2|PIO_LED_3|PIO_LED_4|PIO_LED_5|PIO_LED_6);
led_on ( PIO_LED_0|PIO_LED_5|PIO_LED_2 );
#if defined(SAMP_METHOD_SWING)
swing(toR2);
#elif defined(SAMP_METHOD_SWING_S)
swing_S(toR2);
#else
#error Choose Sampling Method
#endif
sampl_value( sR2 );
#ifdef DEBUG_SAMPL
motor_stop(); wait_key(); motor_start();
#endif
// R3
led_off( PIO_LED_0|PIO_LED_1|PIO_LED_2|PIO_LED_3|PIO_LED_4|PIO_LED_5|PIO_LED_6);
led_on ( PIO_LED_2 );
#if defined(SAMP_METHOD_SWING)
swing(toR3);
#elif defined(SAMP_METHOD_SWING_S)
swing_S(toR3);
#else
#error Choose Sampling Method
#endif
sampl_value( sR3 );
#ifdef DEBUG_SAMPL
motor_stop(); wait_key(); motor_start();
#endif
// R1
led_off( PIO_LED_0 |PIO_LED_1|PIO_LED_2|PIO_LED_3|PIO_LED_4|PIO_LED_5|PIO_LED_6);
led_on ( PIO_LED_0 | PIO_LED_5);
#if defined(SAMP_METHOD_SWING)
swing(-toR1);
#elif defined(SAMP_METHOD_SWING_S)
swing_S(-toR1);
#else
#error Choose Sampling Method
#endif
sampl_value( sR1 );
#ifdef DEBUG_SAMPL
motor_stop(); wait_key(); motor_start();
#endif
// L1
led_off( PIO_LED_0 |PIO_LED_1|PIO_LED_2|PIO_LED_3|PIO_LED_4|PIO_LED_5|PIO_LED_6);
led_on ( PIO_LED_1 | PIO_LED_4);
#if defined(SAMP_METHOD_SWING)
swing(-toL1);
#elif defined(SAMP_METHOD_SWING_S)
swing_S(-toL1);
#else
#error Choose Sampling Method
#endif
sampl_value( sL1 );
#ifdef DEBUG_SAMPL
motor_stop(); wait_key(); motor_start();
#endif
// L3
led_off( PIO_LED_0 |PIO_LED_1|PIO_LED_2|PIO_LED_3|PIO_LED_4|PIO_LED_5|PIO_LED_6);
led_on ( PIO_LED_3);
#if defined(SAMP_METHOD_SWING)
swing(-toL3);
#elif defined(SAMP_METHOD_SWING_S)
swing_S(-toL3);
#else
#error Choose Sampling Method
#endif
sampl_value( sL3 );
#ifdef DEBUG_SAMPL
motor_stop(); wait_key(); motor_start();
#endif
// L2
led_off( PIO_LED_0 |PIO_LED_1|PIO_LED_2|PIO_LED_3|PIO_LED_4|PIO_LED_5|PIO_LED_6);
led_on ( PIO_LED_1|PIO_LED_3|PIO_LED_4 );
#if defined(SAMP_METHOD_SWING)
swing(toL2);
#elif defined(SAMP_METHOD_SWING_S)
swing_S(toL2);
#else
#error Choose Sampling Method
#endif
sampl_value( sL2 );
#ifdef DEBUG_SAMPL
motor_stop(); wait_key(); motor_start();
#endif
// C1
led_off( PIO_LED_0 |PIO_LED_1|PIO_LED_2|PIO_LED_3|PIO_LED_4|PIO_LED_5|PIO_LED_6);
led_on ( PIO_LED_6 );
#if defined(SAMP_METHOD_SWING)
swing(toC1);
#elif defined(SAMP_METHOD_SWING_S)
swing_S(toC1);
#else
#error Choose Sampling Method
#endif
#ifdef DEBUG_SAMPL
motor_stop(); wait_key(); motor_start();
#endif
motor_stop();
ss_off();
torque_off();
}
void ss_sampl()
{
while( 1 ) {
// Sampling Vertical //////////////////////////////////////
led_off(PIO_LED_ALL);
led_on (PIO_LED_0|PIO_LED_1|PIO_LED_5|PIO_LED_4);
if ( L_KEY == read_key() ) {
Sound_Select();
ss_sampl_V(); process_sampl_V();
save_sampl_value();
} else Sound_Beep();
// Sampling Horizonal //////////////////////////////////////
led_off(PIO_LED_ALL);
led_on (PIO_LED_2|PIO_LED_6|PIO_LED_3);
if ( L_KEY == read_key() ) {
Sound_Select();
ss_sampl_H(); process_sampl_V();
save_sampl_value();
} else Sound_Beep();
}
END_SEL:
}
void ss_sampl_V()
{
led_off(PIO_LED_ALL);
led_on (PIO_LED_0 | PIO_LED_1 | PIO_LED_5 | PIO_LED_4);
wait_key(); torque_on(); wait_key();
led_count_down( 5, 1000 );
disable_adj();
spd_ptr = 0;
spd_diff = 0;
reverse_LR();
ss_on(); sys_delay(300);
unsigned int ref_L;
unsigned int ref_R;
ref_L = ss_value[SS_L0];
ref_R = ss_value[SS_R0];
int i=0;
reset_spd_ptr();
spd_diff = 1;
motor_start();
while(i < SAMPL_VSTEP)
{
#define SAM_SPD 20 //25
if ( spd_ptr_L >= SAM_SPD ) {
spd_diff = 0;
equal_spd_ptr();
}
reset_steps();
while( steps == 0 );
ref_L = ss_value[SS_L0];
ref_R = ss_value[SS_R0];
sFL0[i] = (unsigned char)ref_L;
sFR0[i] = (unsigned char)ref_R;
i++;
}
ss_off();
spd_diff = -1;
while (spd_ptr_L > 0);
reset_spd_ptr();
motor_stop();
sys_delay(200);
reverse_LR();
torque_off();
}
main ( int argc, char *argv[] )
{
long cnt = 1000L ;
int needPause = 0 ;
for ( int i = 1 ; i < argc ; i++ ) {
switch( argv[i][0] ) {
case 'P' :
case 'p' :
needPause = 1 ;
break ;
case 'V' :
case 'v' :
directvideo = 1 ;
break ;
case 'B' :
case 'b' :
directvideo = 0 ;
break ;
default :
if ( argv[i][0] >= '0' && argv[i][0] <= '9' )
cnt = atol(argv[i]) ;
break ;
}
}
stdscr.cursor_off() ;
stdscr.set_toVideo(directvideo) ;
stdscr.set_toBios(directvideo^1) ;
// stdscr.set_attr(0x10) ;
set_attr(0x10) ;
// stdscr.clr_scr() ;
clr_scr() ;
{
twin X( 1, 1,10,80) ;
twin L(11, 1,20,40) ;
twin R(11,41,20,80) ;
test1(X,L,R,cnt) ;
X.save_image() ; L.save_image() ; R.save_image() ;
test2(X,L,R,cnt) ;
test3(X,L,R,cnt) ;
// stdscr.set_attr(0x07) ;
set_attr(0x07) ;
if ( needPause ) {
// stdscr.clr_scr(24,25) ;
clr_scr(24,25) ;
// stdscr.locate(24,1) ;
locate(24,1) ;
// stdscr.outs(">>>> press any key to continue ...") ;
outs(">>>> press any key to continue ...") ;
clr_key() ;
wait_key() ;
}
X.restore_image() ; L.restore_image() ; R.restore_image() ;
if ( needPause ) {
// stdscr.clr_scr(24,25) ;
clr_scr(24,25) ;
// stdscr.locate(24,1) ;
locate(24,1) ;
// stdscr.outs(">>>> press any key to continue ...") ;
outs(">>>> press any key to continue ...") ;
clr_key() ;
wait_key() ;
}
}
{
twin A( 6,28,10,47) ;
twin B( 8,31,12,50) ;
twin C(10,34,14,53) ;
Wfptr p[3] ;
p[0] = A.save_screen() ;
p[1] = B.save_screen() ;
p[2] = C.save_screen() ;
int k = 0 ;
for ( int n = 0 ; n < 100 ; n++ ) {
for ( int i = 1 ; i <= 20 ; i += 5 ) {
for ( int j = 1 ; j <= 80 ; j += 20 ) {
twin D(i,j,i+4,j+19) ;
D.restore_screen(p[k]) ;
k = (k+1) % 3 ;
}
}
}
}
stdscr.cursor_on() ;
// stdscr.clr_scr(24,25) ;
clr_scr(24,25) ;
// stdscr.locate(24,1) ;
locate(24,1) ;
// stdscr.outs(">>>> end of testing ...") ;
outs(">>>> end of testing ...") ;
clr_key() ;
return 0 ;
}