/* poll joystick */
void joystick(void)
{
int i;
/* handle both virtual cbm joystick ports */
for (i = 0; i < 4; i++) {
/* what kind of device is connected to the virtual port? */
int joy_port = joystick_port_map[i];
/* is HID joystick A mapped? */
if (joy_port == JOYDEV_HID_0) {
if (joy_a.mapped) {
BYTE joy_bits = read_joystick(&joy_a);
joystick_set_value_absolute(i + 1, joy_bits);
}
}
/* is HID joystick B mapped? */
else if (joy_port == JOYDEV_HID_1) {
if (joy_b.mapped) {
BYTE joy_bits = read_joystick(&joy_b);
joystick_set_value_absolute(i + 1, joy_bits);
}
}
}
}
/* called on key-up event */
int joystick_check_clr(signed long key, int keysetnum, unsigned int joyport)
{
int column, value;
/* if joykeys are disabled then ignore key sets */
if (!joykeys_enable) {
return 0;
}
for (column = 0; column < JOYSTICK_KEYSET_NUM_KEYS; column++) {
if (key == joykeys[keysetnum][column]) {
joypad_status[keysetnum][column] = 0;
value = getjoyvalue(joypad_status[keysetnum]);
if (!joystick_opposite_enable) {
/* if two opposite directions are set, mask out the opposite side of
* the last pressed key */
if ((value & joypad_bits[JOYSTICK_KEYSET_N]) && (value & joypad_bits[JOYSTICK_KEYSET_S])) {
value &= joypad_vmask[keysetnum];
}
if ((value & joypad_bits[JOYSTICK_KEYSET_E]) && (value & joypad_bits[JOYSTICK_KEYSET_W])) {
value &= joypad_hmask[keysetnum];
}
}
joystick_set_value_absolute(joyport, (BYTE)value);
DBG(("joystick_check_clr:"));
DBGSTATUS(keysetnum, value, joyport, key, 1);
return 1;
}
}
return 0;
}
int joystick_check_set(signed long key, int keysetnum, unsigned int joyport)
{
int column;
/* if joykeys are disabled then ignore key sets */
if (!joykeys_enable) {
return 0;
}
for (column = 0; column < 9; column++) {
if (key == joykeys[keysetnum][column]) {
if (joypad_bits[column]) {
/*joystick_value[joyport] |= joypad_bits[column];*/
joystick_set_value_or(joyport, (BYTE)joypad_bits[column]);
joypad_status[keysetnum][column] = 1;
} else {
/*joystick_value[joyport] = 0;*/
joystick_set_value_absolute(joyport, 0);
memset(joypad_status[keysetnum], 0, sizeof(joypad_status[keysetnum]));
}
return 1;
}
}
return 0;
}
static void joyll_update(ULONG amiga_dev, int port_idx)
{
ULONG portstate;
BYTE value = 0;
if (!lowlevel_lib_loaded) {
return;
}
portstate = ReadJoyPort(amiga_dev);
if (portstate & JPF_JOY_UP) {
value |= 1;
}
if (portstate & JPF_JOY_DOWN) {
value |= 2;
}
if (portstate & JPF_JOY_LEFT) {
value |= 4;
}
if (portstate & JPF_JOY_RIGHT) {
value |= 8;
}
if (portstate & joystick_fire[port_idx]) {
value |= 16;
}
joystick_set_value_absolute(port_idx + 1, value);
}
static void handle_joystick_movement(const GAME_2DPOS_STRUCT *joy, joycal_t *cal, const int pc_device, const int buttons)
{
int value = buttons ? CBM_FIRE : 0;
if (!(number_joysticks & pc_device & (cbm_joystick[0] | cbm_joystick[1] | cbm_joystick[2] | cbm_joystick[3]))) {
return;
}
if (cal->start) {
cal->xmin = cal->xmax = joy->x;
cal->ymin = cal->ymax = joy->y;
cal->direction[KEYSET_N] = 9 * joy->y / 10;
cal->direction[KEYSET_S] = 11 * joy->y / 10;
cal->direction[KEYSET_W] = 9 * joy->x / 10;
cal->direction[KEYSET_E] = 11 * joy->x / 10;
cal->start = FALSE;
}
if (joy->y < cal->direction[KEYSET_N]) {
value |= CBM_NORTH;
if (cal->autocal && joy->y < cal->ymin) {
cal->ymin = joy->y;
cal->direction[KEYSET_N] = (3 * cal->ymin + cal->ymax) / 4;
cal->direction[KEYSET_S] = 3 * (cal->ymin + cal->ymax) / 4;
}
}
if (joy->y > cal->direction[KEYSET_S]) {
value |= CBM_SOUTH;
if (cal->autocal && joy->y > cal->ymax) {
cal->ymax = joy->y;
cal->direction[KEYSET_N] = (3 * cal->ymin + cal->ymax) / 4;
cal->direction[KEYSET_S] = 3 * (cal->ymin + cal->ymax) / 4;
}
}
if (joy->x < cal->direction[KEYSET_W]) {
value |= CBM_WEST;
if (cal->autocal && joy->x < cal->xmin) {
cal->xmin = joy->x;
cal->direction[KEYSET_W] = (3 * cal->xmin + cal->xmax) / 4;
cal->direction[KEYSET_E] = 3 * (cal->xmin + cal->xmax) / 4;
}
}
if (joy->x > cal->direction[KEYSET_E]) {
value |= CBM_EAST;
if (cal->autocal && joy->x > cal->xmax) {
cal->xmax = joy->x;
cal->direction[KEYSET_W] = (3 * cal->xmin + cal->xmax) / 4;
cal->direction[KEYSET_E] = 3 * (cal->xmin + cal->xmax) / 4;
}
}
if (cbm_joystick[0] & pc_device) {
joystick_set_value_absolute(1, value);
}
if (cbm_joystick[1] & pc_device) {
joystick_set_value_absolute(2, value);
}
if (cbm_joystick[2] & pc_device) {
joystick_set_value_absolute(3, value);
}
if (cbm_joystick[3] & pc_device) {
joystick_set_value_absolute(4, value);
}
}
int joystick(void)
{
static bool key_cursorup = false;
static bool key_cursordown = false;
static bool key_cursorleft = false;
static bool key_cursorright = false;
static bool warp_mode=false;
// osk_active_bufferlen == The OSK is entering characters, don't interrupt it.
// autostart_in_progress() ==
// Autostart is running. Don't allow the joystick to interrupt.
// In particular this can break the actual autostart script that tests the basic prompt due to interference
if (osk_active_bufferlen || autostart_in_progress())
{
return 0;
}
uint8_t pads_connected = CellInput->NumberPadsConnected();
for (uint8_t i = 0; i < pads_connected; ++i)
{
int value = 0;
// Do PS3 pads
CellInput->UpdateDevice(i);
// Set the joystick values
if (CellInput->IsButtonPressed(i,CTRL_LEFT) | CellInput->IsAnalogPressedLeft(i,CTRL_LSTICK))
value |= 4;
if (CellInput->IsButtonPressed(i,CTRL_RIGHT) | CellInput->IsAnalogPressedRight(i,CTRL_LSTICK))
value |= 8;
if (CellInput->IsButtonPressed(i,CTRL_UP) | CellInput->IsAnalogPressedUp(i,CTRL_LSTICK))
value |= 1;
if (CellInput->IsButtonPressed(i,CTRL_DOWN) | CellInput->IsAnalogPressedDown(i,CTRL_LSTICK))
value |= 2;
// Process re-definable controls
process_button (i, CTRL_CROSS, &value);
process_button (i, CTRL_CIRCLE, &value);
process_button (i, CTRL_SQUARE, &value);
process_button (i, CTRL_TRIANGLE, &value);
process_button (i, CTRL_L1, &value);
process_button (i, CTRL_L2, &value);
process_button (i, CTRL_R1, &value);
process_button (i, CTRL_R2, &value);
// Emulator cursor keys
if (CellInput->IsAnalogPressedUp(i,CTRL_RSTICK))
{
if (!key_cursorup)
{
keyboard_key_pressed((signed long) 32850); // Cursor Up key pressed
key_cursorup = true;
}
}
else
{
if (key_cursorup)
{
keyboard_key_released((signed long) 32850); // Cursor Up key released
key_cursorup = false;
}
}
if (CellInput->IsAnalogPressedDown(i,CTRL_RSTICK))
{
if (!key_cursordown) {
keyboard_key_pressed((signed long) 32849); // Cursor Down key pressed
key_cursordown = true;
}
}
else
{
if (key_cursordown)
{
keyboard_key_released((signed long) 32849); // Cursor Down key released
key_cursordown = false;
}
}
if (CellInput->IsAnalogPressedLeft(i,CTRL_RSTICK))
{
if (!key_cursorleft)
{
keyboard_key_pressed((signed long) 32848); // Cursor Left key pressed
key_cursorleft = true;
}
}
else
{
if (key_cursorleft)
{
keyboard_key_released((signed long) 32848); // Cursor Left key released
key_cursorleft = false;
}
}
if (CellInput->IsAnalogPressedRight(i,CTRL_RSTICK))
{
if (!key_cursorright)
{
keyboard_key_pressed((signed long) 32847); // Cursor Right key pressed
key_cursorright = true;
}
} else {
if (key_cursorright) {
keyboard_key_released((signed long) 32847); // Cursor Right key released
key_cursorright = false;
}
}
if ((CellInput->IsButtonPressed(0,CTRL_R2) && CellInput->IsButtonPressed(0,CTRL_L2)) || (CellInput->IsButtonPressed(1,CTRL_R2) && CellInput->IsButtonPressed(1,CTRL_L2)))
{
if (!warp_mode)
{
// Disable sound (makes warp mode infinitely faster)
resources_set_int("Sound", 0);
// Enable Warp Mode
resources_set_int("WarpMode", 1);
warp_mode=true;
}
}
else
{
if (warp_mode)
{
resources_set_int("WarpMode", 0);
resources_set_int("Sound", 1);
warp_mode=false;
}
}
if (CellInput->IsButtonPressed(i,CTRL_L1) && CellInput->IsButtonPressed(i,CTRL_R1) && CellInput->IsButtonPressed(i,CTRL_L2) && CellInput->IsButtonPressed(i,CTRL_R2) )
machine_trigger_reset(MACHINE_RESET_MODE_HARD);
/*
// Swap joysticks
if (CellInput->WasButtonPressed(i,CTRL_SELECT)) {
// Do nothing
}
// Required because keyloop kills us
if (CellInput->WasButtonReleased(i,CTRL_SELECT)) {
if (pads_connected == 1)
// Only allow us to swap joystick ports if there is only one controller
// Otherwise, multiplayer madness and much punching will ensue.
joyswap=!joyswap;
}
*/
if (CellInput->WasButtonPressed(i,CTRL_SELECT))
InGameMenuLoop();
if(CellInput->WasButtonPressed(i,CTRL_START))
{
menu(MODE_MENU);
// Stop the clock (effectively, tells the emulator we were paused)
vsync_suspend_speed_eval();
// Apply any changes as necessary.
}
if(CellInput->WasButtonPressed(i,CTRL_L3))
{
// Vice OSK
menu(MODE_OSK);
// Stop the clock (effectively, tells the emulator we were paused)
vsync_suspend_speed_eval();
// Apply any changes as necessary.
}
if(CellInput->WasButtonPressed(i,CTRL_R3))
{
osk->Start(L"Characters entered here will be relayed to the emulator ", L"");
#ifdef CELL_DEBUG
printf("OSK started\n");
#endif
// Just in case. This ensures we check to see if the screen has updated, and if not.. force one
// The OSK fails to draw if the screen doesn't update.
}
cellSysutilCheckCallback();
if (sysutil_drawing)
sysutil_callback_redraw();
ui_callback();
// pad 0 becomes port 2
// pad 1 becomes port 1
if (joyswap)
joystick_set_value_absolute( ((i+1) % 2 ) + 1, value);
else
joystick_set_value_absolute(i+1, value);
// pad 0 becomes port 1
// pad 1 becomes port 2
}
return 0;
}
int joyai_update(int joy, int dst)
{
void *ptr;
keysym_type *keysym = (joy == 2) ? keysym_2 : keysym_1;
BYTE value = 0;
if (!amigainput_lib_loaded) {
return -1;
}
if ((CTX == NULL) || (ai_handle[joy - 1] == NULL)) {
return -1;
}
if (AIN_ReadDevice(CTX, ai_handle[joy - 1], &ptr) == TRUE) {
unsigned int i, *data = ptr;
for (i = 0; i < NUM_KEYSYM; i++) {
switch (keysym[i].type) {
/* Axis and hats use values between -32768 and 32767. Digital Buttons use
* values between 0 and 1 (1 is "pressed"), while analog buttons use
* values between 0 and 32767.
*/
case TYPE_BUTTON:
value = (1 << keysym[i].bitnum);
if (data[keysym[i].offset]) {
joystick_set_value_or(dst, value);
} else {
joystick_set_value_and(dst, (BYTE) ~value);
}
break;
case TYPE_AXES:
value = (1 << keysym[i].bitnum);
switch (keysym[i].bitnum) {
case DIGITAL_UP: /* neg value */
case DIGITAL_LEFT: /* neg value */
if (data[keysym[i].offset] <= (-(ONOFF_VALUE))) {
joystick_set_value_or(dst, value);
} else {
joystick_set_value_and(dst, (BYTE) ~value);
}
break;
case DIGITAL_DOWN: /* pos value */
case DIGITAL_RIGHT: /* pos value */
if (data[keysym[i].offset] >= (ONOFF_VALUE)) {
joystick_set_value_or(dst, value);
} else {
joystick_set_value_and(dst, (BYTE) ~value);
}
break;
default:
break;
}
break;
case TYPE_HAT:
value = 0;
switch (data[keysym[i].offset]) {
case 1: /* N */
value = (1 << DIGITAL_UP);
break;
case 2: /* NE */
value = ((1 << DIGITAL_UP) | (1 << DIGITAL_RIGHT));
break;
case 3: /* E */
value = (1 << DIGITAL_RIGHT);
break;
case 4: /* SE */
value = ((1 << DIGITAL_DOWN) | (1 << DIGITAL_RIGHT));
break;
case 5: /* S */
value = (1 << DIGITAL_DOWN);
break;
case 6: /* SW */
value = ((1 << DIGITAL_DOWN) | (1 << DIGITAL_LEFT));
break;
case 7: /* W */
value = (1 << DIGITAL_LEFT);
break;
case 8: /* NW */
value = ((1 << DIGITAL_UP) | (1 << DIGITAL_LEFT));
break;
default: /* none */
break;
}
joystick_set_value_absolute(dst, value);
break;
default:
break;
}
}
return 0;
}
return -1;
}