| Acs_motion | 1.0.3 | Actuators- ACS motion control: control up to 8 stages.
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| Alcatel | 1.1.0 | Viewer0D- ACM1000: Alcatel ACM 1000 six-port gauge controller
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| Amplitude | 1.0.0 | Viewer0D- AmplitudeSystemsCRC16: Let you control the laser settings and grab info on the laser status (tested on a Satsuma)
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| Andor | 5.0.2 | Actuators- Shamrock: Shamrock series of spectrometer used as a monochromator
Viewer1D- ShamrockCCDLegacy: Shamrock series of spectrometer using the Andor CCD cameras (built using double inheritance), this
- ShamrockSCMOSLegacy: Shamrock series of spectrometer using the Andor SCMOS cameras (Not tested)
- ShamrockCCD: Shamrock series of spectrometer using the Andor CCD cameras
- ShamrockSCMOS: Shamrock series of spectrometer using the Andor SCMOS cameras (Not tested)
Viewer2D- AndorCCD: Andor CCD camera using the SDK2
- AndorSCMOS: Andor CCD camera using the SDK3
- AndorSCMOSPll: Andor CCD camera using the SDK3 through the pylablib driver (experimental but already in use,
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| Arduino | 5.0.1 | Actuators- LED: control of a multicolor LED using three PWM digital outputs and the Telemetrix library.
- LEDwithLCD: same as LED actuator but displaying the red, green, blue values on a standard 16x2 liquid crystal
- Analog: data acquisition from analog inputs
- ColorSynthesizer: DashBoard extension using RBG LED actuators. Allows to quicly select a RGB value and apply those
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| Avantes | 5.0.0 | Viewer1D- avantes: control of an Avantes AvaSpec ULS2048CL EVO spectrometer
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| Basler | 5.1.0 | Viewer2D- Basler: control of Basler cameras
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| Beam_shaping | 5.0.0 | |
| Bnc | 0.1.0 | Actuators- BNC: control of BNC575 Delay Generator
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| Cellkraft | 1.0.1 | Actuators- CellkraftE1500: Control all the various parameters of the CellkraftE1500 steam generator
Viewer0D- Pressure: Acquires pressure from CellkraftE1500 steam generator
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| Crystal_technology | 5.0.1 | Actuators- AOTFPro: control of the AOTF from YSl and Crystal Technology
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| Daqmx | 1.0.1 | Actuators- DAQmx_MultipleScannerControl: Control of piezo scanners with an analog output.
Viewer0D- DAQmx_PLcounter: Single photon counting
- NIDAQmx: For now (01/2025) Only Analog Input tested and working. (current-voltage-temperature measurements on cDAQ & DAQ-USB)
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| Datamixer | 0.0.6 | Viewer0D- DataMixer: Fake detector allowing to display the results of the extension calculations within
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| Femto | 0.1.0 | Viewer1D- femto: Fake detector mocking typically a spectrometer acquiring FROG traces
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| Flim | 0.1.0 | ViewerND- FLIM: FLIM using piezoconcept XY stage and picoquant timeharp TH260"
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| Greateyes | 1.0.2 | Viewer2D- GreateyesCCD: Greateyes CCD cameras using the SDK
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| Hamamatsu | 0.3.0 | with pythonnet (Viewer1D).- Mini-spectrometers: USB spectrometers from the Hamamatsu Mini-spectrometers series.
- Mini-spectrometers: USB spectrometers from the Hamamatsu Mini-spectrometers series.
DCAM API with PyLabLib (Viewer2D) and Hamamatsu minispectrometers using .NET driver- Mini-spectrometers: USB spectrometers from the Hamamatsu Mini-spectrometers series.
- Cameras using DCAM-API: Hardware ROI (region of interest) and binning (1x or 2x)
- Cameras using DCAM-API: Hardware ROI (region of interest) and binning (1x or 2x)
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| Hinds | 0.0.3 | Actuators- PEM 200: controller for the Photoelastic modulator
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| Holoeye | 5.2.0 | Actuators- Holoeye: load a DataActuator (should be used from an external application creating the complex 2D DataActuator)
- HoloeyeFile: Used to load phase data into the SLM from a file
- HoloeyeSplitScreen: Used to load a binary phase mask into the SLM and control both the
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| Horiba | 2.0.0 | Viewer1D- Labspec6TCP: Control of Labspec6 settings and acquisition using TCP/IP communication
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| Imagingsource | 0.1.0 | Viewer2D- DMK: control of DMK Imaging Source cameras
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| Keithley | 5.0.2 | Viewer0D- Keithley_Pico: Pico-Amperemeter Keithley 648X Series, 6430 and 6514
- Keithley2100: Multimeter Keithley 2100
- Keithley2110: Multimeter Keithley 2110
- Keithley2600: Keithley 2600 series Sourcemeter
- Keithley2700: Keithley 2700 Multimeter/Switch System -- RS-232/GPIB -- 2 slots (7700 series modules)
- Keithley2701: Keithley 2701 Ethernet Multimeter/Switch System -- Ethernet/RS-232 -- 2 slots (7700 series modules)
- Keithley2750: Keithley 2750 Multimeter/Switch System -- RS-232/GPIB -- 2 slots (7700 series modules)
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| Keithley_dasilva | 1.0.2 | Actuators- Keithley2400: voltage sourcing on Keithley 2400-series sourcemeters (tested on 2410)
Viewer0D- Keithley2400: current measurement on Keithley 2400-series sourcemeters used as an ammeter (tested on 2420)
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| Kern | 1.0.0 | Viewer0D- daq_0Dviewer_Kern_572_573_KB_DS_FKB: control of 572, 573, KB, DS and FKB 0D detectors (weight balances)
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| Lakeshore | 1.0.2 | Actuators- 335 Temperature Controller: control of a temperature actuator (heater output 1)
Viewer0D- 335 Temperature Controller: control of a temperature 0D detector
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| Mock | 5.0.16 | Actuators- Mock actuator to test PyMoDAQ functionalities
- MockTau mock actuator with characteristic time to reach set value
- TCP server to communicate with other DAQ_Move or third party applications
- LECO director to communicate with other DAQ_Move or third party applications
Viewer0D- Mock 0D detector to test PyMoDAQ functionalities
- Mock Adaptive detector to test PyMoDAQ adaptive scan mode
- TCP server to communicate with other DAQ_Viewer or third party applications
- LECO director to communicate with other DAQ_Viewer or third party applications
Viewer1D- Mock 1D detector to test PyMoDAQ functionalities
- Mock Spectro detector to test pymodaq_spectro functionalities
- TCP server to communicate with other DAQ_Viewer or third party applications
- LECO director to communicate with other DAQ_Viewer or third party applications
Viewer2D- Mock 2D detector to test PyMoDAQ functionalities
- TCP server to communicate with other DAQ_Viewer or third party applications
- LECO director to communicate with other DAQ_Viewer or third party applications
ViewerND- Mock ND detector to test PyMoDAQ functionalities
- LECO director to communicate with other DAQ_Viewer or third party applications
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| Mockexamples | 5.3.5 | Actuators- MockCamera: set of X, Y or theta actuators moving a light image on the corresponding camera instrument. To
- MockNamedAxes: Show examples of multi axis actuator controller specifying both a name and an integer ID
- MockRandom actuator to be used with the corresponding 0D detector. If they share the same ID in the preset then
- MockTauMulti: controller with multiple axes and showing how to add a characteristic time (to mimic real
- MockHeater: actuator simulating the heating of something (in Watt). To be used with the mockHeater 0D detector.
- MockTempController simulation of a temperature controller with inner PID stabilization loop possibilities or
Viewer0D- MockAdaptive: to be used to show how a detector can be used for adaptive samplking (not working yet with PyMoDAQ4)
- MockRandom: generate a value of a noisy gaussian given the current value of the underlying mock controller.
- MockHeater: detector simulating the temperature measurement of something. To be used with the mockHeater actuator
- MockTempController simulation of a temperature controller (should be slave of the MockTempController master
Viewer1D- MockSpectro: mimic data one coulf obtain from a spectrometer. Specific methods are also added to seemlessly use
- MockRandom: Generate a noisy Gaussian with a spread axis (to illustrate the sorting button action of the Viewer1D
- Pinem: Generate Photon-Induced Near-field Electron Microscopy spectra. It is Electron energy loss spectroscopy
- * MockRandom: Generate a noisy Gaussian with a spread axis (to illustrate the sorting button action of the Viewer1D
- Pinem: Generate Photon-Induced Near-field Electron Microscopy spectra. It is Electron energy loss spectroscopy
Viewer2D- MockCamera: if connected with a preset with the MockCamera actuator (or a few of them, X, Y and thera), then the
- RoiStuff: example of ROI exporting into the instrument plugin. Not yet working, planned to be ok for the future
ViewerND- MockEvents: Simulate the acquisition of photons received on a timepix camera (position and time of arrival of each photon)
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| Montana | 0.0.2 | Actuators- CryoTemperature: control the User1 (could be the ATSM) temperature set point
- Rook: control of the Rook nano-positioner
Viewer0D- CryoInfo: Get the Cryostat Temperature and Pressure
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| Newport | 5.0.1 | Actuators- Conex: Piezo actuators from the CONEX-AGAP series"
- Newport_ESP100: ESP100 motion controllers
- AgilisSerial: for controllers AG-UC8 and AG-UC2 tested with motorized mounts AG-M100N (no encoder)
- XPS-Q8: 8-axis Universal Motion Controller/Driver, ethernet
- SMC100: Single axis motion controller
- Picomotor8742: 4-axis open-loop motion controller
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| Nkt | 1.1.0 | Actuators- SuperK Extreme: Supercontinuum laser (emission state and output power control)
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| Oceaninsight | 1.1.1 | Viewer1D- Omnidriver: Control of Spectrometer using the Omnidriver library (should be installed)
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| Opencv | 5.0.2 | Viewer2D- opencv: control of cameras using the opencv library (mainly webcams)
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| Optosigma | 0.4.0 | Actuators- GSC-02C: controller of GSC 2 Axis Stage Controller
- RMC-102: controller of RMC-102 Remote Micrometer Controller
- SHRC203: controller of SHRC203 3 Axis Stage Controller
- SBIS26: controller of SBIS26 Driver Integrated Motorized Stage
- *RMC-102 USB Driver(for Windows 7/8.1/10)32/64bit for Remote Acutuator
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| Physik_instrumente | 2.0.3 | Actuators- PI: All stages compatible with the GCS2 library. Tested on E-816, C-863 (mercury DC/Stepper), C-663, E-545.
- PILegacy: All stages compatible with the GCS2 library. Tested on E-816, C-863 (mercury DC/Stepper), C-663, E-545.
- PI_MMCLegacy: old controller and stages using the 32 bits MMC dll (requires 32bit python) C-862 controller. Using
- PI_MMC: old controller and stages using the 32 bits MMC dll (requires 32bit python) C-862 controller. Using a
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| Picoquant | 5.0.2 | Viewer1D- TH260: Timeharp TH260 for photon counting and time tagging
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| Piezoconcept | 5.0.2 | Actuators- PiezoConcept : piezoconcept stages (tested on BIO2.100) using the usual serial commands
- PiezoConceptPI: Special firmware to emulate functions form the GCS2 library from Physik Instrumente
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| Piezosystemjena | 0.1.0 | |
| Pixelink | 0.1.0 | Viewer2D- Pixelink: control of Pixelink cameras
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| Princeton_instruments | 0.1.0 | Viewer2D- picam: Control of cameras using the picam library.
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| Pylablib_camera | 1.0.1 | Viewer2D- GenericPylablibCamera: Generic plugin for a camera, handling hardware ROI, hardware binning, grabbing frames using a callback, switching between 1D and 2D depending on data shape, and optional framerate display. The class needs to be subclassed in order to define two simple
list_cameras and init_controller methods, which depend on the actual camera.
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| Raspberry | 5.0.1 | Viewer2D- picamera: control of the integrated pi camera using the Picamera2 library
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| Redpitaya | 0.0.3 | Viewer1D- RedPitayaSCPI: perform analog data acquisition using one of the fast channels
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| Rohdeschwarz | 1.0.3 | |
| Signal_recovery | 0.1.0 | Actuators- Lockin_DSP7270: control of the Lockin DSP7270 model (for instance to control the oscillator frequency)
- Lockin_DSP7265: control of the Lockin DSP7265 model (diffenrential measurement not implemented)
Viewer0D- Lockin_DSP7270: control of the Lockin DSP7270 model
- Lockin_DSP7265: control of the Lockin DSP7265 model
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| Smaract | 3.4.0 | Actuators- SmaractMCS1 SLC linear stages with sensor (S option) with MCS controller
- SmaractMCS2 positionner with sensor (S option) with MCS2 controller
- SmaractSCU SLC linear or angular stages with or without sensors using the Instrumental-lib package and the
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| Spectrum_instrumentation | 5.0.5 | Viewer1D- Spectrum: Simple 1D acquisition defined by a number of laser pulses to observe and a sample rate. Tested with
- Spectrum Lock In: An advanced version of the Spectrum viewer, where the obtained trace is treated to
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| Standa | 0.1.1 | Actuators- Standa: control of Standa 8SMC controller
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| Stanford_research_systems | 1.0.2 | |
| Stellarnet | 5.1.1 | Viewer1D |
| Tango | 1.0.21 | |
| Thorlabs | 5.0.5 | Actuators- KinesisIntegratedStepper: Integrated Stepper Motor Kinesis series (tested on K10CR1)
- Kinesis_Flipper: Kinesis series Flipper
- MFF101_pylablib: Kinesis series Flipper mount (thorlabs MFF101), similar to Kinesis_FLipper but using the pylablib control module.
- BrushlessDCMotor: Kinesis control of DC Brushless Motor (tested with the BBD201 controller)
- Kinesis_KPZ101: Piezo Electric Stage Kinesis series (KPZ101)
- Kinesis_KIM101: Four Channel Piezo Inertia Motion Kinesis series (KIM101)
- DCServoTCube: DC Servo motors controlled using a TCube (tested with TDC001 and MTS50 motor)
- DCServoKCube: DC Servo motors controlled using a KCube (tested with KDC101)
Viewer0D- Kinesis_KPA101: Position Sensitive Photodetector Kinesis series (KPA101)
- TLPMPowermeter: TLPM dll compatible series (PM101x, PM102x, PM103x, PM100USB, PM16-Series, PM160, PM400, PM100A, PM100D, PM200)
Viewer1D- CCSXXX: Compact CCD Spectrometers (CCS100, CCS175, CCS200). Tested with CCS175/M
Viewer2D- Thorlabs_DCx: Thorlabs CCD camera. Tested with DCC3240M. (Deprecated use UC480 below)
- Thorlabs_TSI: sCMOS camera series Zelux, Kiralux, Quantalux.
- UC480: Interface for simple camera of the thorlabs uc480 series or IDS µeye
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| Trinamic | 0.1.0 | Actuators- Trinamic: control of Trinamic stepper control units
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| Uniblitz | 5.1.0 | Actuators- VLM1: control of Uniblitz VLM1 Shutter Interface Module by USB. Very basic functionality to switch the shutter, without reading the actual state of the shutter.
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| Utils | 5.0.5 | |
| Zaber | 2.0.2 | Actuators- Zaber All motors using the Zaber ASCII Motion Library. Rotations and translations should be both supported (units should adapt to the actuator type), but I only tested translation stages so far.
- ZaberBinary: control of zaber actuators using the legacy binary protocol
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