Send a chat message to the connected Minecraft player. ALWAYS provide a message parameter. Use this to communicate with the player about build progress or instructions.

Execute a Minecraft command

Agent control: movement, building, mining, inventory, exploration, construction, resource gathering

World management: time, weather, environment, day/night cycles, world queries, connections

PLAYER management: info/location/communication/inventory/abilities/gamemode. Actions: get_info/location (player details), send_message (chat to player), give_item (add to inventory), set_gamemode (survival/creative/adventure/spectator), add_levels (XP), get/set_ability (mayfly/mute/worldbuilder), get/check_tag, get_ping, list_all_players. Supports sequences for chained player operations.

Block operations: placement, area filling, terrain queries, single blocks, large areas, surface detection

System features: scoreboards, screen displays (titles, action bars), player UI, game management

CAMERA control: move_to (position camera), smooth_move (animated movement), track_entity (follow targets), fade (screen effects), reset (clear camera), set_mode (view presets). Supports both individual actions and cinematic sequences. Perfect for filming, showcasing builds, or creating camera movements. Requires cheats enabled.

Execute CROSS-TOOL SEQUENCES: Chain actions from multiple tools together with timing control. Perfect for complex automation like "teleport player → wait 2s → build cube → take screenshot → say message". Supports all tools: player(teleport/move/say), agent(move/turn), camera(shot/video), blocks(setblock/fill), world(time/weather), building(cube/sphere/line). Use wait_time for delays, on_error for handling failures.

Search Minecraft Wiki for Bedrock Edition and Education Edition commands, blocks, items, entities, and game mechanics. Excludes Java Edition-only features. Returns accurate, up-to-date information from the official Minecraft Wiki. Use sequence action for step-by-step information gathering: 1) search for topic, 2) get specific page, 3) get detailed section - reduces overwhelming responses.

Build CUBE/RECTANGLE: box, rectangle, wall, platform, room, house frame. Define with 2 corners (x1,y1,z1) to (x2,y2,z2). Coordinates can be positive or negative (e.g. x:-50, z:-100). Supports sequences for automation.

Build a straight line of blocks between two points. Perfect for paths, roads, fences, bridges, pillars, or structural frameworks. Example: from (0,64,0) to (10,80,10) creates a diagonal line useful for building supports or artistic structures

Build SPHERE: ball, dome, round structure, planet, orb. Specify center (centerX,centerY,centerZ) + radius. Coordinates can be positive or negative (e.g. centerX:-25, centerZ:-75). Perfect for domes, decorations, planets, bubbles.

Build CYLINDER: tower, pillar, column, chimney, pipe, tube. Requires: centerX,centerY,centerZ,radius,height. Optional: axis

Build PARABOLOID: satellite dish, bowl, dish, parabolic. Requires: centerX,centerY,centerZ,radius,height. Optional: axis,direction

Build HYPERBOLOID: cooling tower, hourglass, nuclear tower. Requires: centerX,centerY,centerZ,baseRadius,waistRadius,height. Optional: axis

Rotate and copy a structure around a pivot point. Perfect for creating rotated copies of buildings, making symmetrical structures, or spinning decorations. Example: rotate a house 90° around its center to create multiple orientations

Transform structures by copying, rotating, mirroring, or scaling. Perfect for duplicating buildings, creating mirror images, or making scaled versions. Popular options: copy=duplicate, mirror_x=flip horizontally, scale_up=make 2x bigger

Build TORUS: donut, ring, circular fountain, arena seating, portal. Requires: centerX,centerY,centerZ,majorRadius,minorRadius. Optional: axis

Build HELIX/SPIRAL: spiral staircase, corkscrew, DNA model, twisted tower. Requires: centerX,centerY,centerZ,radius,height,turns. Optional: axis,direction,chirality

Build an ellipsoid (stretched/oval sphere) structure. Perfect for egg shapes, stretched domes, oval rooms, or artistic sculptures. Different radii create unique shapes. Example: radiusX=10, radiusY=5, radiusZ=10 creates a flattened dome