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Lukx19

robot-nxt-control

by Lukx19

Server Configuration

Describes the environment variables required to run the server.

NameRequiredDescriptionDefault

No arguments

Instructions

Guidance the server publishes about itself, which clients place ahead of the tool catalog so the model reads it before choosing anything.

This server publishes no instructions, or was last inspected before Glama recorded them.

Capabilities

Features and capabilities supported by this server

Protocol revision2025-11-25

CapabilityDetails
tools
{
  "listChanged": false
}
prompts
{
  "listChanged": false
}
resources
{
  "subscribe": false,
  "listChanged": false
}
experimental
{}

Tools

Functions exposed to the LLM to take actions

NameDescription
current_programA

Report the currently running .rxe program, if any.

cycle_motor_on_touchB

Cycle a motor between touch press/release phases, then beep on success.

delete_fileC

Delete one NXT user-flash file.

drive_syncB

Start a firmware-synchronised two-motor drive pair.

emergency_stopA

Immediately coast all three output ports.

get_behaviorB

Return the source of a saved behavior.

i2c_transactionC

Perform one bounded opt-in NXT low-speed/I2C transaction.

keep_aliveA

Reset the stock firmware standby timer and report its configured timeout.

list_behaviorsA

List saved PC-side Python behaviors.

list_filesC

List files stored in NXT user flash.

log_exportB

Export completed or active telemetry samples as CSV.

log_startB

Start a bounded host-side telemetry log job.

log_statusA

Read the state and sample count of a telemetry job.

log_stopA

Request a telemetry job to stop.

mailbox_receiveC

Receive one NXT mailbox message.

mailbox_sendA

Send a bounded UTF-8 NXT mailbox message.

motor_positionA

Read a motor's absolute and raw encoder positions in degrees.

motor_stateA

Read detailed observable state for one motor.

move_motor_absoluteA

Move one motor to an absolute position relative to its last zero.

move_motor_relativeB

Rotate one motor by bounded relative encoder degrees, then stop.

move_motors_absoluteA

Move several motors concurrently to independent absolute positions.

move_motors_relativeB

Move several motors concurrently by independent bounded degrees.

nxt_infoA

Return identity, battery, and free storage for the connected NXT.

play_sound_fileB

Play an existing .rso sound file stored on the NXT.

play_toneC

Play a tone on the NXT brick.

query_all_stateB

Query the brick and all motor and sensor port states.

read_fileB

Read a bounded UTF-8-compatible file from NXT user flash.

read_sensorC

Configure and read one sensor port.

read_sensor_rawC

Return raw, normalized, scaled, and firmware sensor values.

read_sensor_relativeA

Read change from a previously captured sensor zero reference.

run_behaviorC

Run a saved behavior through the monitored robot interface.

run_motorB

Run a motor continuously; it keeps moving until explicitly stopped.

run_motor_until_sensorC

Run a motor until a sensor condition, timeout, or travel limit.

run_motorsA

Start one to three motors together with signed continuous power.

run_motors_until_sensorA

Run a motor group until a sensor condition or safety limit.

sensor_streamC

Collect a bounded series of sensor readings.

set_brick_nameA

Set the NXT's short ASCII display name.

start_programB

Start an .rxe program already stored on the NXT.

stop_motorA

Stop one motor, optionally actively holding its position.

stop_motorsA

Stop one to three motors together.

stop_programA

Stop the currently running .rxe program.

stop_soundA

Stop active brick sound playback.

submit_behaviorB

Validate and save a trusted PC-side behavior.

validate_behaviorA

Validate a restricted PC-side behavior without saving or running it.

wait_motorsC

Wait for motor ports to stop; stop them safely when the deadline expires.

wait_sensorA

Wait for a debounced sensor condition without moving a motor.

write_fileB

Write bounded data or sound files to NXT user flash.

zero_motor_positionA

Stop a motor and reset its absolute encoder reference to zero.

zero_sensor_referenceC

Capture the current light, color-intensity, or ultrasonic value as relative zero.

Prompts

Interactive templates invoked by user choice

NameDescription

No prompts

Resources

Contextual data attached and managed by the client

NameDescription

No resources

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