C# Class TransferCavityLock2012.Controller

A class for locking the laser using a transfer cavity. The controller reads the voltage fed to the piezo of the cavity, the voltage from a photodiode measuring the light from a master laser (He-Ne) and a further n photodiode signals from n lasers you're trying to lock. The controller then fits a lorenzian to each of these datasets, and works out what to do with each slave laser to keep the peak distances the same. In the hardware class, you need to make a TCLConfig and populate all the fields of that TCLConfig.

Inheritance: System.MarshalByRefObject

Afficher le fichier Open project: ColdMatter/EDMSuite Class Usage Examples

Méthodes publiques

Свойство	Type	Description
SlaveLasers	SlaveLaser>.Dictionary
TCLState	ControllerState
config	DAQ.TransferCavityLock2012.TCLConfig
default_ScanPoints	int
rampStopLock	object
tweakLock	object

Méthodes publiques

Méthode	Description
Controller ( ) : System
Controller ( string configName ) : System
DisengageLock ( string name ) : void
EngageLock ( string name ) : void
InitializeLifetimeService ( ) : Object
InitializeUI ( ) : void
RefreshLockParametersOnUI ( string name ) : void
SetLaserSetpoint ( string laserName, double newSetpoint ) : void
Start ( ) : void
StartLogger ( ) : void
StartTCL ( ) : void
StopLogger ( ) : void
StopTCL ( ) : void	This will make the program exit the while loop in ramploop. Note: this will call
UpdateUIState ( string name, SlaveLaser state ) : void	The controller needs to be able to change the UI. Enabling buttons, changing the values in text boxes...
disposeMasterVoltageOut ( ) : void
setupMasterVoltageOut ( ) : void
writeMasterVoltageOut ( double voltage ) : void

Private Methods

Méthode	Description
AddSetPointDecrement ( string name ) : void
AddSetPointIncrement ( string name ) : void
GainChanged ( string name, double g ) : void
RefreshErrorGraph ( string name ) : void
SetPointIncrementSize ( string name, double value ) : void
VoltageToLaserChanged ( string name, double voltage ) : void	These are events triggered by one of the LockControlPanels. Example: User changes the voltage to be sent to the slave laser. The UI will call VoltageToLaserChanged. Each LockControlPanel knows which laser it corresponds to. so the "name" argument tells the controller which SlaveLaser class it needs to send the command to!
acquireAI ( ScanParameters sp ) : CavityScanData	Reads some analogue inputs. The basic unit of the program.
calculateNewMasterVoltage ( double masterV ) : double
checkRampChannel ( ) : bool	Functions for locking master laser to cavity length
createInitialScanParameters ( ) : ScanParameters
endRamping ( ) : void	The function which gets called at the end, after breaking out of the while loop.
fitMaster ( CavityScanData data ) : double[]
fitSlave ( string name, CavityScanData data ) : double[]
getErrorCount ( string name ) : int
incrementCounter ( string name ) : void
initializeAIHardware ( ScanParameters sp ) : void	Prepares the hardware for analog reads.
initializeAIs ( string>.Dictionary channels ) : void
initializeSlaveLaserControl ( string>.Dictionary lockableLasers ) : void
mainLoop ( ) : void	The main loop. Reads the analog inputs, fits to the data and (when locked) adjusts the slave laser voltage.
plotCavity ( CavityScanData data ) : void
plotError ( string name, double time, double error ) : void
plotMaster ( CavityScanData data ) : void
plotMaster ( CavityScanData data, double MasterFit ) : void
plotSlave ( string name, CavityScanData data, double slaveFit ) : void
plotSlaveNoFit ( string name, CavityScanData data ) : void
readParametersFromUI ( ) : void
updateTime ( System.DateTime previousTime ) : void

Method Details

Controller() public méthode

public Controller ( ) : System
Résultat	System

Controller() public méthode

public Controller ( string configName ) : System
configName	string
Résultat	System

DisengageLock() public méthode

public DisengageLock ( string name ) : void
name	string
Résultat	void

EngageLock() public méthode

public EngageLock ( string name ) : void
name	string
Résultat	void

InitializeLifetimeService() public méthode

public InitializeLifetimeService ( ) : Object
Résultat	Object

InitializeUI() public méthode

public InitializeUI ( ) : void
Résultat	void

RefreshLockParametersOnUI() public méthode

public RefreshLockParametersOnUI ( string name ) : void
name	string
Résultat	void

SetLaserSetpoint() public méthode

public SetLaserSetpoint ( string laserName, double newSetpoint ) : void
laserName	string
newSetpoint	double
Résultat	void

Start() public méthode

public Start ( ) : void
Résultat	void

StartLogger() public méthode

public StartLogger ( ) : void
Résultat	void

StartTCL() public méthode

public StartTCL ( ) : void
Résultat	void

StopLogger() public méthode

public StopLogger ( ) : void
Résultat	void

StopTCL() public méthode

This will make the program exit the while loop in ramploop. Note: this will call

public StopTCL ( ) : void
Résultat	void

UpdateUIState() public méthode

The controller needs to be able to change the UI. Enabling buttons, changing the values in text boxes...

public UpdateUIState ( string name, SlaveLaser state ) : void
name	string
state	SlaveLaser
Résultat	void

disposeMasterVoltageOut() public méthode

public disposeMasterVoltageOut ( ) : void
Résultat	void

setupMasterVoltageOut() public méthode

public setupMasterVoltageOut ( ) : void
Résultat	void

writeMasterVoltageOut() public méthode

public writeMasterVoltageOut ( double voltage ) : void
voltage	double
Résultat	void

Property Details

SlaveLasers public_oe property

public Dictionary SlaveLasers
Résultat	SlaveLaser>.Dictionary

TCLState public_oe property

public ControllerState TCLState
Résultat	ControllerState

config public_oe property

public TCLConfig,DAQ.TransferCavityLock2012 config
Résultat	DAQ.TransferCavityLock2012.TCLConfig

default_ScanPoints public_oe property

public int default_ScanPoints
Résultat	int

rampStopLock public_oe property

public object rampStopLock
Résultat	object

tweakLock public_oe property

public object tweakLock
Résultat	object