Umgebungsvariable LABMCP_SIMULATE
Kein Wert dieser Variablen steht in diesem Register. Das Register kennt nur den Namen, den die Quelle nennt.
Einträge, die LABMCP_SIMULATE als gewöhnliche Umgebungsvariable nennen
| ASTM LIS Analyzer Receiver | io.github.K-Dense-AI/labmcp-astm-lis | MCP server that receives results from clinical/lab analyzers over ASTM E1381/E1394 (CLSI LIS1/LIS2). |
|---|---|---|
| Alicat Mass Flow & Pressure Controller | io.github.K-Dense-AI/labmcp-alicat | MCP server for Alicat mass flow and pressure meters/controllers. |
| Atlas Scientific EZO Sensors | io.github.K-Dense-AI/labmcp-atlas-ezo | MCP server for Atlas Scientific EZO sensor circuits (pH, ORP, DO, EC, RTD, HUM, CO2, PRS) over UART. |
| Bench DC Power Supply | io.github.K-Dense-AI/labmcp-bench-psu | MCP server for programmable DC bench power supplies from Rigol, Siglent and Aim-TTi. |
| Bluetooth LE Health Sensors | io.github.K-Dense-AI/labmcp-ble-health | MCP server for Bluetooth LE health sensors (standard GATT profiles). |
| BrainFlow Biosensing Boards | io.github.K-Dense-AI/labmcp-brainflow | MCP server for EEG/EMG/ECG/PPG boards via BrainFlow (OpenBCI, Muse, Neurosity, Unicorn, BrainBit). |
| EPICS Channel Access | io.github.K-Dense-AI/labmcp-epics | MCP server for EPICS Channel Access: read, monitor and guarded writes of process variables. |
| Generic SCPI Instrument | io.github.K-Dense-AI/labmcp-scpi | Generic MCP server for any SCPI instrument over VISA, TCP or serial, with command allow/deny lists. |
| IKA Hotplate & Overhead Stirrer | io.github.K-Dense-AI/labmcp-ika | MCP server for IKA hotplate stirrers and overhead stirrers (NAMUR commands). |
| JULABO Circulator | io.github.K-Dense-AI/labmcp-julabo | MCP server for JULABO heating and refrigerated circulators (CORIO, MAGIO, DYNEO). |
| Keithley SourceMeter SMU | io.github.K-Dense-AI/labmcp-keithley-smu | MCP server for Keithley SourceMeter SMUs (2400 series SCPI, 2450 family SCPI, 2600B TSP). |
| LC-MS Worklist Builder | io.github.K-Dense-AI/labmcp-ms-worklist | MCP server that builds and validates LC-MS worklists for MassLynx, SCIEX OS, MassHunter, Xcalibur. |
| LabJack T-series DAQ | io.github.K-Dense-AI/labmcp-labjack | MCP server for LabJack T4, T7/T7-Pro and T8 DAQ devices (LJM). |
| Lake Shore Temperature Controller | io.github.K-Dense-AI/labmcp-lakeshore | MCP server for Lake Shore Cryotronics 335/336/350 temperature controllers. |
| Mass Spectrometry Data (mzML, Bruker TDF, vendor conversion) | io.github.K-Dense-AI/labmcp-ms-data | MCP server for LC-MS data in mzML/mzMLb and Bruker timsTOF files; vendor formats via msconvert. |
| Mettler Toledo Balance | io.github.K-Dense-AI/labmcp-mettler-toledo | MCP server for Mettler Toledo laboratory balances (MT-SICS): weigh, tare, zero, log drift, adjust. |
| Micro-Manager Microscope | io.github.K-Dense-AI/labmcp-micro-manager | MCP server for microscopes controlled by Micro-Manager (pymmcore-plus). |
| Modbus TCP/RTU Device | io.github.K-Dense-AI/labmcp-modbus | MCP server for Modbus TCP/RTU devices with typed, scaled register maps and per-point limits. |
| NI-DAQmx DAQ Devices | io.github.K-Dense-AI/labmcp-ni-daqmx | MCP server for National Instruments DAQ devices (NI-DAQmx). |
| New Era Syringe Pump | io.github.K-Dense-AI/labmcp-new-era | MCP server for New Era Pump Systems syringe pumps (NE-1000 family, RS-232). |
| Ocean Insight Spectrometer | io.github.K-Dense-AI/labmcp-ocean-spectrometer | MCP server for Ocean Insight / Ocean Optics spectrometers (python-seabreeze). |
| Opentrons OT-2 / Flex | io.github.K-Dense-AI/labmcp-opentrons | MCP server for Opentrons OT-2 and Flex liquid-handling robots (HTTP API). |
| PalmSens Potentiostat | io.github.K-Dense-AI/labmcp-palmsens | MCP server for PalmSens potentiostats running MethodSCRIPT (EmStat Pico, EmStat4, Sensit, Nexus). |
| Pfeiffer Vacuum Gauge Controller | io.github.K-Dense-AI/labmcp-pfeiffer-tpg | MCP server for Pfeiffer Vacuum TPG 361/362/366 and TPG 261/262 gauge controllers. |
| Rigol Oscilloscope | io.github.K-Dense-AI/labmcp-rigol-scope | MCP server for Rigol oscilloscopes (DS1000Z, MSO5000, DHO series): measurements and waveforms. |
| SRS Lock-in Amplifier | io.github.K-Dense-AI/labmcp-srs-lockin | MCP server for Stanford Research Systems lock-in amplifiers (SR810/SR830, SR860/SR865A). |
| SRS Residual Gas Analyzer | io.github.K-Dense-AI/labmcp-srs-rga | MCP server for SRS RGA100/200/300 residual gas analyzers. |
| Sartorius Balance | io.github.K-Dense-AI/labmcp-sartorius | MCP server for Sartorius laboratory balances (SBI protocol). |
| SiLA 2 Bridge | io.github.K-Dense-AI/labmcp-sila2 | MCP bridge to any SiLA 2 server (lab-automation standard). |
| Tecan Cavro Syringe Pump | io.github.K-Dense-AI/labmcp-cavro | MCP server for Tecan Cavro syringe pumps (XLP 6000, XMP 6000, XCalibur) over the DT protocol. |
| Thermo Orbitrap (Instrument API) | io.github.K-Dense-AI/labmcp-thermo-iapi | MCP server adapter for Thermo Fisher Orbitrap mass spectrometers via the licensed Instrument API. |
| Thorlabs Optical Power Meter | io.github.K-Dense-AI/labmcp-thorlabs-pm | MCP server for Thorlabs optical power meters (PM100 family, PM400, PM101, PM5020) over SCPI. |
Anfang der Beschreibung aus der Registerquelle (erster Satz, höchstens 160 Zeichen), unübersetzt und ungeprüft
Einträge, die LABMCP_SIMULATE als geheime Pflichtvariable nennen
Kein Eintrag.
Was die Quellen zu diesem Namen schreiben
| ASTM LIS Analyzer Receiver | Set to 1 to use the built-in simulator (no hardware) |
|---|---|
| Alicat Mass Flow & Pressure Controller | Set to 1 to use the built-in simulator (no hardware) |
| Atlas Scientific EZO Sensors | Set to 1 to use the built-in simulator (no hardware) |
| Bench DC Power Supply | Set to 1 to use the built-in simulator (no hardware) |
| Bluetooth LE Health Sensors | Set to 1 to use the built-in simulator (no hardware) |
| BrainFlow Biosensing Boards | Set to 1 to use the built-in simulator (no hardware) |
| EPICS Channel Access | Set to 1 to use the built-in simulator (no hardware) |
| Generic SCPI Instrument | Set to 1 to use the built-in simulator (no hardware) |
| IKA Hotplate & Overhead Stirrer | Set to 1 to use the built-in simulator (no hardware) |
| JULABO Circulator | Set to 1 to use the built-in simulator (no hardware) |
| Keithley SourceMeter SMU | Set to 1 to use the built-in simulator (no hardware) |
| LC-MS Worklist Builder | Set to 1 to use the built-in simulator (no hardware) |
| LabJack T-series DAQ | Set to 1 to use the built-in simulator (no hardware) |
| Lake Shore Temperature Controller | Set to 1 to use the built-in simulator (no hardware) |
| Mass Spectrometry Data (mzML, Bruker TDF, vendor conversion) | Set to 1 to use the built-in simulator (no hardware) |
| Mettler Toledo Balance | Set to 1 to use the built-in simulator (no hardware) |
| Micro-Manager Microscope | Set to 1 to use the built-in simulator (no hardware) |
| Modbus TCP/RTU Device | Set to 1 to use the built-in simulator (no hardware) |
| NI-DAQmx DAQ Devices | Set to 1 to use the built-in simulator (no hardware) |
| New Era Syringe Pump | Set to 1 to use the built-in simulator (no hardware) |
| Ocean Insight Spectrometer | Set to 1 to use the built-in simulator (no hardware) |
| Opentrons OT-2 / Flex | Set to 1 to use the built-in simulator (no hardware) |
| PalmSens Potentiostat | Set to 1 to use the built-in simulator (no hardware) |
| Pfeiffer Vacuum Gauge Controller | Set to 1 to use the built-in simulator (no hardware) |
| Rigol Oscilloscope | Set to 1 to use the built-in simulator (no hardware) |
| SRS Lock-in Amplifier | Set to 1 to use the built-in simulator (no hardware) |
| SRS Residual Gas Analyzer | Set to 1 to use the built-in simulator (no hardware) |
| Sartorius Balance | Set to 1 to use the built-in simulator (no hardware) |
| SiLA 2 Bridge | Set to 1 to use the built-in simulator (no hardware) |
| Tecan Cavro Syringe Pump | Set to 1 to use the built-in simulator (no hardware) |
| Thermo Orbitrap (Instrument API) | Set to 1 to use the built-in simulator (no hardware) |
| Thorlabs Optical Power Meter | Set to 1 to use the built-in simulator (no hardware) |
Wörtlich aus der Quelle übernommen, je Eintrag eine Zeile. Der Text ist die Selbstauskunft eines Anbieters und weder geprüft noch gekürzt.
Fassung der Zerlegungsregel: 1.1. Die Namen entstehen, indem die gespeicherte Rohangabe am Trennzeichen geteilt wird, das dieses Register beim Einlesen gesetzt hat. Gezählt wird über die 41.867 ausgelieferten Einträge.
tracevero · https://tracevero.de/variable/LABMCP_SIMULATE