amenti-labs/vibecraft/creating-shapes

build(code="""
commands = []
cx, cy, cz, radius = 105, 70, 205, 10
for x in range(cx - radius, cx + radius + 1):
    for y in range(cy - radius, cy + radius + 1):
        for z in range(cz - radius, cz + radius + 1):
            if ((x-cx)**2 + (y-cy)**2 + (z-cz)**2)**0.5 <= radius:
                commands.append(f'/setblock {x} {y} {z} stone')
""", description="Solid sphere")

# Add: if radius - thickness <= dist <= radius:

# Limit y range: for y in range(base_y, base_y + radius + 1):
# Use: dist = ((x-cx)**2 + (y-base_y)**2 + (z-cz)**2)**0.5

build(code="""
commands = []
cx, cz, base_y, radius, height = 105, 205, 64, 8, 20
for y in range(base_y, base_y + height):
    for x in range(cx - radius, cx + radius + 1):
        for z in range(cz - radius, cz + radius + 1):
            if ((x-cx)**2 + (z-cz)**2)**0.5 <= radius:
                commands.append(f'/setblock {x} {y} {z} stone_bricks')
""", description="Solid cylinder")
# Hollow: if radius - thickness <= dist <= radius:

# Per layer: radius = base_radius * (1 - (y - base_y) / height)

build(code="""
commands = []
cx, cz, base_y, half = 105, 205, 64, 10
for layer in range(half + 1):
    size = half - layer
    for x in range(cx - size, cx + size + 1):
        for z in range(cz - size, cz + size + 1):
            commands.append(f'/setblock {x} {base_y + layer} {z} sandstone')
""", description="Pyramid")

build(code="""
commands = []
cx, cy, cz, major_r, minor_r = 105, 70, 205, 12, 4
for x in range(cx - major_r - minor_r, cx + major_r + minor_r + 1):
    for y in range(cy - minor_r, cy + minor_r + 1):
        for z in range(cz - major_r - minor_r, cz + major_r + minor_r + 1):
            dist_xz = ((x-cx)**2 + (z-cz)**2)**0.5
            tube_dist = ((dist_xz - major_r)**2 + (y-cy)**2)**0.5
            if tube_dist <= minor_r:
                commands.append(f'/setblock {x} {y} {z} gold_block')
""", description="Torus")

# Use: angle = step * (2 * pi / steps_per_rotation)
# x = cx + cos(angle) * radius, z = cz + sin(angle) * radius
# Facing based on angle quadrant

# Use: arc = sin(progress * pi) * arc_height where progress = (x - start) / length

/sphere stone 10       # Solid sphere r=10
/hsphere glass 10      # Hollow sphere
/cyl stone 5 10        # Cylinder r=5 h=10
/hcyl glass 5 10       # Hollow cylinder
/pyramid sandstone 15  # Pyramid

/generate gold_block (sqrt(x*x+z*z)-12)^2+y*y<16  # Torus
/generate stone (x*x)/100+(y*y)/25+(z*z)/100<1    # Ellipsoid
/generate stone y<sin(x/5)*3+64                    # Sine wave

# Euclidean (spheres): ((x-cx)**2 + (y-cy)**2 + (z-cz)**2)**0.5
# 2D (cylinders): ((x-cx)**2 + (z-cz)**2)**0.5
# Manhattan (diamonds): abs(x-cx) + abs(y-cy) + abs(z-cz)
# Chebyshev (cubes): max(abs(x-cx), abs(y-cy), abs(z-cz))