lsst.ts.mtdome

Controller for the Simonyi Survey Telescope dome at Vera C. Rubin Observatory.

Using lsst.ts.mtdome

• Communication Protocols
  • Command Protocol
  • Configuration Protocol
  • JSON Schemas
• Lower Level Commands
• Lower Level Component Statuses
• Lower Level Configuration Parameters
  • AMCS (Azimuth Motion Control System)
  • LWSCS (Light Wind Screen Control System)
• Software Response Codes
• Power Management
  • Introduction
  • Power Draw Modes
  • Implementation

Build and Test

This package has the following requirements:

• ts_salobj

The package is compatible with LSST DM’s scons build system and eups package management system. Assuming you have the basic LSST DM stack installed you can do the following, from within the package directory:

• setup -r . to setup the package and dependencies.

• scons to build the package and run unit tests.

• scons install declare to install the package and declare it to eups.

• package-docs build to build the documentation. This requires documenteer; see building single package docs for installation instructions.

Usage

The primary classes are:

• MTDomeCsc: controller for the Simonyi Survey Telescope dome.

• MockDomeController: simulator for the dome TCP/IP interface.

Run the MTDome controller using bin/run_mtdome.py.

Contributing

lsst.ts.mtdome is developed at https://github.com/lsst-ts/ts_mtdome. You can find Jira issues for this module using labels=ts_mtdome.

Python API reference

lsst.ts.mtdome Package

Functions

run_mtdome()

Classes

CommandName(value[, names, module, ...])	Command names.
CommandTime(command, tai)	Class representing the TAI time at which a command was issued.
InternalMotionState(value[, names, module, ...])	Internal Motion states.
LlcName(value[, names, module, qualname, ...])	LLC names.
MTDomeCsc([config_dir, initial_state, ...])	Upper level Commandable SAL Component to interface with the Simonyi Survey Telescope Dome lower level components.
MockMTDomeController(port, log[, ...])	Mock MTDome Controller that talks over TCP/IP.
PowerManagementMode(value[, names, module, ...])	Power management modes for the CSC.
ResponseCode(value[, names, module, ...])	Response codes.
ScheduledCommand(command, params)	Class representing a scheduled command.
SlipRingState(value[, names, module, ...])
StopCommand(scheduled_command, llc_name)	Class representing a command to stop an ongoing motion.
ValidSimulationMode(value[, names, module, ...])	Valid values for the simulation_mode attribute of the CSC.

Class Inheritance Diagram

Version History

• Version History