x = min(7, max(0, x))
z = round(pos.z / 10 + 3.5)
if not 0 <= z <= 7:
flashing = True
z = min(7, max(0, z))
fb.erase()
flash_count += 1
if flash_count > FLASH_COUNT:
flash_lit = not flash_lit
flash_count = 0
if not flashing or flashing and flash_lit:
fb.point(z, x)
fb.show()
for button, action in keymap.items():
action(release=(not button.is_pressed()))
x, y, z = accel.forces()
prev_table = table
table += -1 if abs(x) < EPSILON and abs(y) < EPSILON else +1
table = max(0, min(100, table))
if prev_table >= TABLE_THRESH and table < TABLE_THRESH:
pos = mc.player.getTilePos()
mc.player.setTilePos(0, 100, 0)
y -= 0.3
control.look(up=150 * y * abs(y), left=150 * x * abs(x))
time.sleep(0.01)
def vector_angle(start, end):
return degrees(atan2(end.x - start.x, end.z - start.z))
compass = Button(24)
fb = FrameBuffer()
while block.Block(mc.getBlock(gold_pos)) == block.GOLD_BLOCK:
if compass.presses():
heading = control.get_heading(mc)
angle_to_gold = vector_angle(mc.player.getPos(), gold_pos)
compass_angle = 90 + (angle_to_gold - heading)
fb.erase()
arrow_index = round(compass_angle / 15) % 24
fb.draw(arrows[arrow_index])
fb.show()
for button, action in keymap.items():
if button.is_pressed():
action()
else:
action(release=True)
x, y, z = accel.forces()
control.look(up=20 * y, left=20 * x)
time.sleep(0.01)
mc.postToChat("You found the gold!")
time.sleep(3)
from rstem.accel import Accel
from rstem.button import Button
from rstem.mcpi import control
import time
control.show()
keymap = {
Button(18) : control.left,
Button(14) : control.right,
Button(15) : control.forward,
Button(23) : control.backward,
Button(7) : control.smash,
Button(24) : control.jump,
}
accel = Accel()
while True:
for button, action in keymap.items():
action(release=(not button.is_pressed()))
x, y, z = accel.forces()
y -= 0.3
control.look(up=150*y*abs(y), left=150*x*abs(x))
time.sleep(0.01)
left = Button(23)
right = Button(14)
up = Button(18)
down = Button(15)
accel = Accel()
while True:
if left.is_pressed():
control.left()
else:
control.left(release=True)
if right.is_pressed():
control.right()
else:
control.right(release=True)
if up.is_pressed():
control.forward()
else:
control.forward(release=True)
if down.is_pressed():
control.backward()
else:
control.backward(release=True)
x, y, z = accel.forces()
control.look(up=20*y, left=20*x)
time.sleep(0.01)
def slow_look(delay=0.1, **kwargs):
control.look(**kwargs)
time.sleep(delay)