def forceload_add(from_pos, to=None):
if len(Pos(from_pos)) != 2:
raise ValueError(
'Error: %s is invalid for this argument. You must use 2D (X,Z) coordinate'
% from_pos)
if to is None:
if len(Pos(to)) != 2:
raise ValueError(
'Error: %s is invalid for this argument. You must use 2D (X,Z) coordinate'
% to)
return mcfunctions.write_output('forceload add %s' % Pos(from_pos))
else:
return mcfunctions.write_output('forceload add %s %s' %
(Pos(from_pos), Pos(to)))
def give(target, item, data=None, count=None):
istr = item
if data is not None:
if type(data) == str:
if data.strip()[0] != '{':
istr += '{%s}' % data.strip()
else:
istr += data.strip()
else:
istr += json.dumps(data)
if count is not None:
return mcfunctions.write_output('give %s %s %s' %
(target, istr, count))
else:
return mcfunctions.write_output('give %s %s' % (target, istr))
def forceload_remove(from_pos, to=None):
if len(Pos(from_pos)) != 2:
raise ValueError(
'Error: %s is invalid for this argument. You must use 2D (X,Z) coordinate'
% from_pos)
if str(from_pos).lower() == 'all':
return forceload_remove_all()
if to is None:
if len(Pos(to)) != 2:
raise ValueError(
'Error: %s is invalid for this argument. You must use 2D (X,Z) coordinate'
% to)
return mcfunctions.write_output('forceload remove %s' % Pos(from_pos))
else:
return mcfunctions.write_output('forceload remove %s %s' %
(Pos(from_pos), Pos(to)))
def clear(target, item=None, maxCount=None):
command = 'clear %s' % target
if item is not None:
command += ' %s' % item
if maxCount is not None:
command += ' %s' % maxCount
return mcfunctions.write_output(command)
def weather(w, seconds=None):
if re.match('clear|rain|thunder', w) == None:
raise ValueError(
'invalid weather option: %s is not one of [clear|rain|thunder]' %
w)
command = 'weather %s' % w
if seconds is not None:
command += ' %s' % int(seconds)
return mcfunctions.write_output(command)
def spawnpoint(target, pos, angle=None):
command = 'spawnpoint %s %s' % (target, Pos(pos))
if angle is not None:
a = float(angle)
while a < -180:
a += 360
while a > 180:
a -= 360
command += ' %.3f' % a
return mcfunctions.write_output(command)
def spreadplayers(center,
spreadDistance,
maxRange,
respectTeams=True,
target='@a'):
if len(Pos(center)) != 2:
raise ValueError(
'Error: %s is invalid for this argument. You must use 2D (X,Z) coordinate'
% center)
return mcfunctions.write_output('spreadplayers %s %s %s %s %s' %
(Pos(center), spreadDistance, maxRange,
str(bool(respectTeams)).lower(), target))
def clone(startPos, endPos, destPos, copyAirBlocks=True, mode='force'):
if copyAirBlocks:
mask = 'replace'
else:
mask = 'masked'
if re.match('force|move|normal', mode) == None:
raise ValueError(
'invalid clone mode option: %s is not one of [force|move|normal]' %
mode)
return mcfunctions.write_output(
'clone %s %s %s %s %s' %
(Pos(startPos), Pos(endPos), Pos(destPos), mask, mode))
def gamerule(rule, setting):
if type(setting) == str:
setting = bool(setting)
if type(setting) == int:
setting = setting != 0
if type(setting) != bool:
raise ValueError('invalid boolean: %s should be either True or False' %
setting)
if setting == True:
sstr = 'true'
else:
sstr = 'false'
return mcfunctions.write_output('gamerule %s %s' % (rule, sstr))
def effect_give(target,
effect,
seconds=None,
amplifier=None,
showParticles=True):
hideParticles = not showParticles
#effect give <targets> <effect> [<seconds>] [<amplifier>] [<hideParticles>]
command = 'effect give %s %s' % (target, effect)
if seconds is not None or amplifier is not None or hideParticles:
if seconds == None:
seconds = 30
if amplifier is None:
amplifier = 1
command += ' %s %s %s' % (seconds, amplifier,
str(hideParticles).lower())
return mcfunctions.write_output(command)
def setblock(pos, block, blockstate=None, data=None, dest=''):
if len(str(dest)) > 0 and re.match('destroy|keep|replace', dest) == None:
raise ValueError(
'invalid fill option: %s is not one of [destroy|keep|replace]' %
dest)
blockstr = block
if blockstate is not None:
blockstr += '['
for key in blockstate:
value = blockstate[key]
blockstr += '%s=%s' % (key, value)
blockstr += ']'
if data is not None:
if type(data) == str:
if data.strip()[0] != '{':
blockstr += '{%s}' % data.strip()
else:
blockstr += data.strip()
else:
blockstr += json.dumps(data)
command = 'setblock %s %s %s' % (Pos(pos), blockstr, dest)
command = command.strip()
return mcfunctions.write_output(command)
def scoreboard_setdisplay(scoreboard, display='sidebar'):
# setting a display a second time removes it
command = 'scoreboard objectives setdisplay %s %s' % (display, scoreboard)
return mcfunctions.write_output(command)
def scoreboard_remove(scoreboard):
command = 'scoreboard objectives remove %s' % scoreboard
return mcfunctions.write_output(command)
def scoreboard_new(scoreboard, criteria='dummy', displayname=None):
# example: /scoreboard objectives add highscore minecraft.custom:minecraft.time_since_death "High Score"
command = 'scoreboard objectives add %s %s' % (scoreboard, criteria)
if displayname is not None:
command += ' "%s"' % displayname
return mcfunctions.write_output(command)
def say(msg):
command = 'say %s' % msg
return mcfunctions.write_output(command)
def gamemode(mode, target):
if re.match('adventure|creative|spectator|survival', mode) == None:
raise ValueError(
'invalid gamemode option: %s is not one of [adventure|creative|spectator|survival]'
% mode)
return mcfunctions.write_output('gamemode %s %s' % (mode, target))
def forceload_remove_all():
return mcfunctions.write_output('forceload remove all')
# TODO: minecraft commands
def teleport(target, pos):
command = 'tp %s %s' % (target, Pos(pos))
return mcfunctions.write_output(command)
def enchant(target, enchantment, level=None):
command = 'enchant %s %s' % (target, enchantment)
if level is not None:
command += ' %s' % str(int(level))
return mcfunctions.write_output(command)
def tell(target, message):
return mcfunctions.write_output('tell %s %s' % (target, message))
def scoreboard_add_score(target, scoreboard, amount):
command = 'scoreboard players add %s %s %s' % (target, scoreboard, amount)
return mcfunctions.write_output(command)
def kill(target):
return mcfunctions.write_output('kill %s' % target)
def scoreboard_subtract_score(target, scoreboard, amount):
command = 'scoreboard players remove %s %s %s' % (target, scoreboard,
amount)
return mcfunctions.write_output(command)
def effect_clear(target, effect=None):
if effect is None:
return mcfunctions.write_output('effect clear %s' % target)
else:
return mcfunctions.write_output('effect clear %s %s' %
(target, effect))