def test_joystick_udlr(self):
game = self._game('joystick_udlr')
self.assertEqual(self._button_seq(game), [
Buttons(BLog.JOYSTICK_UP, BPhys.NONE),
Buttons(BLog.JOYSTICK_DOWN, BPhys.NONE),
Buttons(BLog.JOYSTICK_LEFT, BPhys.NONE),
Buttons(BLog.JOYSTICK_RIGHT, BPhys.NONE)])
def test_dpad_udlr(self):
game = self._game('dpad_udlr')
self.assertEqual(self._button_seq(game), [
Buttons(BLog.DPAD_UP, BPhys.DPAD_UP),
Buttons(BLog.DPAD_DOWN, BPhys.DPAD_DOWN),
Buttons(BLog.DPAD_LEFT, BPhys.DPAD_LEFT),
Buttons(BLog.DPAD_RIGHT, BPhys.DPAD_RIGHT)])
def test_buttons_abxy(self):
game = self._game('buttons_abxy')
self.assertEqual(self._button_seq(game), [
Buttons(BLog.A, BPhys.A),
Buttons(BLog.B, BPhys.B),
Buttons(BLog.X, BPhys.X),
Buttons(BLog.Y, BPhys.Y)])
def set_button_state(self, button_state: Buttons.Logical):
diff = self.prev ^ button_state # prev XOR new
press = diff & button_state # Send press for: diff AND new
release = diff & self.prev # Send release for: diff AND pref
# keep = self.prev & button_state # Keep pressing: prev AND new
self.prev = press
# Release old buttons
for i in bits(release):
self.release_button(Buttons.Logical(i))
# Press new buttons
for i in bits(press):
self.press_button(Buttons.Logical(i))
return press, release
def as_slippi_bitmask(self) -> Buttons.Logical:
"""Return action(s) as Slippi bitmask."""
res = Buttons.Logical(Buttons.Logical.NONE)
for i, mask in enumerate(STATE_TO_SLIPPI):
if self.state[i]:
res |= mask
return res
def test_buttons_lrzs(self):
game = self._game('buttons_lrzs')
self.assertEqual(self._button_seq(game), [
Buttons(BLog.TRIGGER_ANALOG, BPhys.NONE),
Buttons(BLog.TRIGGER_ANALOG|BLog.L, BPhys.L),
Buttons(BLog.TRIGGER_ANALOG, BPhys.NONE),
Buttons(BLog.TRIGGER_ANALOG|BLog.R, BPhys.R),
Buttons(BLog.TRIGGER_ANALOG|BLog.A|BLog.Z, BPhys.Z),
Buttons(BLog.START, BPhys.START)])