How to use the mcpi.block.SANDSTONE function in mcpi

def main():
    mc = minecraft.Minecraft.create(server.address)
    # an abbrieviated flatmap
#    mc.setBlocks(-50,-10,-50,50,10,50,block.AIR.id)
#    mc.setBlocks(-50,0,-50,50,-10,50,block.SANDSTONE.id)
    # The original flatmap
    mc.setBlocks(-128,0,-128,128,64,128,0)
    mc.setBlocks(-128,0,-128,128,-64,128,block.SANDSTONE.id)

    #    exit()
    mc.postToChat("Hello you have successfully ran Rail Gen :).")
    # create the station
    mc.setBlock(1,3,0,block.GLOWSTONE_BLOCK.id)
    mc.setBlock(0,0,0,block.STONE_SLAB.id)
    mc.setBlock(-1,1,0,block.DOOR_WOOD.id,0)
    mc.setBlock(-1,2,0,block.DOOR_WOOD.id,8)
    mc.setBlock(0,1,1,block.STONE.id)
    mc.setBlock(0,2,1,block.STONE.id)
    mc.setBlock(0,1,-1,block.STONE.id)
    mc.setBlock(0,2,-1,block.STONE.id)
    mc.setBlock(1,1,1,block.STONE.id)
    mc.setBlock(-1,1,1,block.STONE.id)
    mc.setBlock(0,1,1,block.STONE.id)
    mc.setBlock(1,1,-1,block.STONE.id)

def model(r, x, y, z):
    """
    Fukcja buduje obrys kwadratu, którego środek to punkt x, y, z
    oraz koło wpisane w ten kwadrat
    """

    mcfig = mcstuff.MinecraftDrawing(mc)
    obrys = block.SANDSTONE
    wypelniacz = block.AIR

    mc.setBlocks(x - r, y, z - r, x +
                 r, y, z + r, obrys)
    mc.setBlocks(x - r + 1, y, z - r + 1, x +
                 r - 1, y, z + r - 1, wypelniacz)
    mcfig.drawHorizontalCircle(0, 0, 0, r, block.GRASS)

import sys
import mcpi.minecraft as minecraft
import mcpi.block as block
import server


mc = minecraft.Minecraft.create(server.address)
mc.setBlocks(-128,0,-128,128,64,128,0)
if(len(sys.argv) > 1):
        bid = int(sys.argv[1])
else:
        bid = block.SANDSTONE.id

if bid < 0 or bid > 108:
        bid = block.SANDSTONE.id

mc.setBlocks(-128,0,-128,128,-64,128,bid)

def model(promien, x, y, z):
    """
    Fukcja buduje obrys kwadratu, którego środek to punkt x, y, z
    oraz koło wpisane w ten kwadrat
    """

    mcfig = mcstuff.MinecraftDrawing(mc)
    obrys = block.SANDSTONE
    wypelniacz = block.AIR

    mc.setBlocks(x - promien, y, z - promien, x +
                 promien, y, z + promien, obrys)
    mc.setBlocks(x - promien + 1, y, z - promien + 1, x +
                 promien - 1, y, z + promien - 1, wypelniacz)
    mcfig.drawHorizontalCircle(0, 0, 0, promien, block.GRASS)

def model(r, x, y, z):
    """
    Fukcja buduje obrys kwadratu, którego środek to punkt x, y, z
    oraz koło wpisane w ten kwadrat
    """

    mcfig = mcstuff.MinecraftDrawing(mc)
    obrys = block.SANDSTONE
    wypelniacz = block.AIR

    mc.setBlocks(x - r, y, z - r, x +
                 r, y, z + r, obrys)
    mc.setBlocks(x - r + 1, y, z - r + 1, x +
                 r - 1, y, z + r - 1, wypelniacz)
    mcfig.drawHorizontalCircle(0, 0, 0, r, block.GRASS)

import mcpi.block as block
import server

# It goes from -MAX_XZ to MAX_XZ.
MAX_XZ = 128
MAX_Y = 64

# These are the vertices of the triangle. It's a list of points. Each point
# is an (X, Y, X) tuple.
TRIANGLE_HEIGHT = MAX_Y - 1
TOP = (-MAX_XZ, TRIANGLE_HEIGHT, 0)
BOTTOM_LEFT = (MAX_XZ, TRIANGLE_HEIGHT, MAX_XZ)
BOTTOM_RIGHT = (MAX_XZ, TRIANGLE_HEIGHT, -MAX_XZ)
TRIANGLE_VERTICES = [TOP, BOTTOM_LEFT, BOTTOM_RIGHT]

BASE_BLOCK_ID = block.SANDSTONE.id
TRIANGLE_BLOCK_ID = block.SNOW.id

# This is the maximum number of iterations to let the algorithm run. The
# algorithm relies on randomness, so I'm just picking a sensible value.
MAX_ITERATIONS = MAX_XZ ** 2

PRINT_FREQ = 1000


def clear_board(minecraft):
    minecraft.setBlocks(-MAX_XZ, 0, -MAX_XZ, MAX_XZ, MAX_Y, MAX_XZ, 0)
    minecraft.setBlocks(-MAX_XZ, 0, -MAX_XZ, MAX_XZ, -MAX_Y, MAX_XZ, BASE_BLOCK_ID)


def draw_sierpinski_triangle(minecraft):

# mcpipy.com retrieved from URL below, written by snowbound
# http://www.minecraftforum.net/topic/1680160-simple-flatmap-script/


import sys
import mcpi.minecraft as minecraft
import mcpi.block as block
import server


mc = minecraft.Minecraft.create(server.address)
mc.setBlocks(-128,0,-128,128,64,128,0)
if(len(sys.argv) > 1):
        bid = int(sys.argv[1])
else:
        bid = block.SANDSTONE.id

if bid < 0 or bid > 108:
        bid = block.SANDSTONE.id

mc.setBlocks(-128,0,-128,128,-64,128,bid)

def model(promien, x, y, z):
    """
    Fukcja buduje obrys kwadratu, którego środek to punkt x, y, z
    oraz koło wpisane w ten kwadrat
    """

    mcfig = mcstuff.MinecraftDrawing(mc)
    obrys = block.SANDSTONE
    wypelniacz = block.AIR

    mc.setBlocks(x - promien, y, z - promien, x +
                 promien, y, z + promien, obrys)
    mc.setBlocks(x - promien + 1, y, z - promien + 1, x +
                 promien - 1, y, z + promien - 1, wypelniacz)
    mcfig.drawHorizontalCircle(0, 0, 0, promien, block.GRASS)

def main():
    mc = minecraft.Minecraft.create(server.address)
    # write the rest of your code here...
    mc.postToChat("Erasing a 50x50 block...")
    mc.setBlocks(-50,-10,-50,50,10,50,block.AIR.id)
    mc.setBlocks(-50,0,-50,50,-10,50,block.SANDSTONE.id)
    mc.postToChat("Done Erasing a 50x50 block!")

def wybierzBlok(self, player_id, hp):
        """Funkcja dobiera kolor bloku w zależności od gracza i hp robota."""
        player1_bloki = (block.GRAVEL, block.SANDSTONE, block.BRICK_BLOCK,
                         block.FARMLAND, block.OBSIDIAN, block.OBSIDIAN)
        player2_bloki = (block.WOOL, block.LEAVES, block.CACTUS,
                         block.MELON, block.WOOD, block.WOOD)
        return player1_bloki[hp / 10] if player_id else player2_bloki[hp / 10]