for t in translations:
add = []
for k in range(1,t[0]):
delta = (t[1]*k,t[2]*k,t[3]*k)
f = partial(addVec,b=delta)
add.append(f)
for g in transforms:
add.append(lambda v,f=f,g=g : f(g(v)))
transforms += add
center = tuple(0.5 * round(2 * x) for x in playerPos)
# if (len(matrices) > 0):
# mc.conn.send("world.spawnParticle", "footstep", center, 0.0,0.0,0.0, 0, 1)
mc.conn.send("events.setting","restrict_to_sword",0)
mc.conn.send("events.setting","detect_left_click",1)
mc.postToChat("Will be drawing {} copies".format(1+len(transforms)))
mc.events.clearAll()
while True:
hits = mc.events.pollBlockHits()
time.sleep(0.25)
for h in hits:
v = tuple(x for x in h.pos)
copy(v,airOnly=True)
copy(addVec(v,faces[h.face]))
for t in translations:
add = []
for k in range(1, t[0]):
delta = (t[1] * k, t[2] * k, t[3] * k)
f = partial(addVec, b=delta)
add.append(f)
for g in transforms:
add.append(lambda v, f=f, g=g: f(g(v)))
transforms += add
center = tuple(0.5 * round(2 * x) for x in playerPos)
# if (len(matrices) > 0):
# mc.conn.send("world.spawnParticle", "footstep", center, 0.0,0.0,0.0, 0, 1)
mc.conn.send("events.setting", "restrict_to_sword", 0)
mc.conn.send("events.setting", "detect_left_click", 1)
mc.postToChat("Will be drawing {} copies".format(1 + len(transforms)))
mc.events.clearAll()
while True:
hits = mc.events.pollBlockHits()
time.sleep(0.25)
for h in hits:
v = tuple(x for x in h.pos)
copy(v, airOnly=True)
copy(addVec(v, faces[h.face]))
