def update(self, dt) -> str:
jvcr.cls(5)
self.player_left.draw(0, 0, dt)
self.player_right.draw(16, 0, dt)
self.player_up.draw(32, 0, dt)
self.player_down.draw(48, 0, dt)
self.draw_back(dt)
self.draw_tiles(dt)
self.bar_draw.draw(0, 0, dt)
def update(dt):
cls(0)
if btn(jvcr.BTN_UP, 0):
print_symbol('W', 10, 1, 8)
if btn(jvcr.BTN_DOWN, 0):
print_symbol('S', 10, 10, 8)
if btn(jvcr.BTN_LEFT, 0):
print_symbol('A', 1, 10, 8)
if btn(jvcr.BTN_RIGHT, 0):
print_symbol('D', 20, 10, 8)
if btn(jvcr.BTN_A, 0):
print_symbol('Z', 1, 30, 8)
if btn(jvcr.BTN_B, 0):
print_symbol('X', 10, 30, 8)
if btn(jvcr.BTN_X, 0):
print_symbol('C', 20, 30, 8)
if btn(jvcr.BTN_Y, 0):
print_symbol('V', 30, 30, 8)
def update(dt):
global t
jvcr.cls(BLACK)
i = math.fmod(t, 8.0)
while i < base:
jvcr.line(i, 0, 0, base - i, RED)
jvcr.line(i, base, base, 143 - i, GREY)
t += 0.005
i += 8
i = math.fmod(t / 16.0, PI_8)
while i < PI_2:
x = base / 2.0 + (base / 4.0) * math.cos(i)
y = base / 2.0 + (base / 4.0) * math.cos(i)
jvcr.line(base, 0, x, y, GREEN)
jvcr.line(0, base, x, y, GREEN)
i += PI_8
jvcr.line(0, 0, base, 0, 8)
jvcr.line(0, 0, 0, base, 8)
jvcr.line(base, 0, base, base, 6)
jvcr.line(0, base, base, base, 6)
def update(dt):
jvcr.cls(1)
jvcr.print("Hello World!", 1, 1, 8)
jvcr.print("JVCR_ECM_01\nLOL\nWAT\rOMG", 1, 10, 10)
def update(dt):
jvcr.cls(1)
rm.update(dt)
def update(dt):
jvcr.cls(1)
if not ctx.is_game_end():
ctx.render()
ctx.step()
def update(dt):
jvcr.cls(1)
jvcr.spr(0, 0, 0, 0, 256, 144, 0, 0, 0)