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ASITiger Device Adapter

ASITiger is a Micro-Manager device adapter for the TG-1000 controller.

The following tables map the device property names that you see in the device property browser in Micro-Manager to the underlying serial command being used by the device adapter.

Clocked Devices

Turret, PortSwitch, FilterSlider

Turret, PortSwitch, FilterSlider
Property	Set	Get
JoystickInput
NumPositions
State

CRISPAFocus

CRISPAFocus
Property	Set	Get
CRISP State	See Table	See Table
CRISP State Character	-	`LK X?`
Calibration Gain	`LR X=#`	`LR X?`
Dither Error	-	`LK Y?`
GainMultiplier	`LR T=#`	`LR T?`
In Focus Range(um)	`AL Z=#`	`AL Z?`
LED Intensity	`UL X=#`	`UL X?`
Lock Offset	`LK Z=#`	`LK Z?`
LogAmpAGC	`AL X=#`	`AL X?`
Max Lock Range(mm)	`LR Z=#`	`LR Z?`
Number of Averages	`RT F=#`	`RT F?`
Number of Skips	`UL Y=#`	`UL Y?`
Objective NA	`LR Y=#`	`LR Y?`
Signal Noise Ratio	-	`EXTRA Y?`
Sum	-	`LK T?`
Wait ms after Lock	-	-

CRISP State
Property Value	Set
Idle	`LK F=79`
Ready	`LK F=85`
Lock	`LK F=83`
log_Cal	`LK F=72`
gain_Cal	`LK F=67`
Dither	`LK F=102`
Curve	`LK F=97`
Balance	`LK F=66`
Reset Focus Offset	`LK F=111`

CRISP Advanced Settings
Set LogAmpAGC (Advanced Users Only)	`LK M=#`	-
Set Lock Offset (Advanced Users Only)	`LK Z=#`	-

DAC

DAC
Property	Set	Get
DAC Gate	Open: `MC <axis>=#` Closed: `MC <axis>=-#`	`MC <axis>?`
DACVoltage(mV)	`M <axis>=#`	`W <axis>`
FilterFreq(kHz)	`B <axis>=#`	`B <axis>?`
MaxVoltage(V)	-	`SU <axis>?`
MinVoltage(V)	-	`SL <axis>?`
OutputMode (Restart Needed)	`PR <axis>=#`	`PR <axis>?`
SINGLEAXIS_FUNCTION
RING BUFFER
RING BUFFER + IN0_INT
TTLinMode	`TTL X=#`	`TTL X?`
TTLoutMode	`TTL Y=#`	`TTL Y?`

DACXYStage

DACXYStage
Property	Set	Get
DAC Gate X	Open: `MC <axisX>=#` Closed: `MC <axisX>=-#`	`MC <axisX>?`
DAC Gate Y	Open: `MC <axisY>=#` Closed: `MC <axisY>=-#`	`MC <axisY>?`
FilterFreqX(kHz)	`B <axisX>=#`	`B <axisX>?`
FilterFreqY(kHz)	`B <axisY>=#`	`B <axisY>?`
JoystickEnabled
JoystickFastSpeed
JoystickInput
JoystickReverse
JoystickRotate
JoystickSlowSpeed
MaxVoltageX(V)
MaxVoltageY(V)
MinVoltageX(V)
MinVoltageY(V)
OutputModeX (Restart Needed)	`PR <axisX>=#`	`PR <axisX>?`
OutputModeY (Restart Needed)	`PR <axisY>=#`	`PR <axisY>?`
SINGLEAXIS_FUNCTION
RING BUFFER
RING BUFFER + IN0_INT
TTLinMode	`TTL X=#`	`TTL X?`
TTLoutMode	`TTL Y=#`	`TTL Y?`

FilterWheel

FilterWheel
Property	Set	Get
LockMode
Offset	`OF #`	`OF`
SpeedSetting	`SV #`	`SV`
SpinOffOn
VelocityRun	`VR #`	`VR`

LED

LED
Property	Set	Get
Current Limit(mA)	`WRDAC X=#`	`WRDAC X?`
LED Intensity(%)	`LED <channel>=#`	`LED <channel>?`'
State	Open: `LED <channel>=#` Closed: `LED <channel>=0`	-

PiezoStage

PiezoStage
Property	Set	Get
AutoSleepDelay(min)	`PZ F=#`	`PZ F?`
AxisPolarity	-	-
HomePosition(mm)	`HM <axis>=#`	`HM <axis>?`
JoystickFastSpeed
JoystickInput
JoystickReverse
JoystickSlowSpeed
LowerLim(mm)	`SL <axis>=#`	`SL <axis>?`
MotorOnOff	`MC <axis>=#`	`MC <axis>?`
PiezoMaintainOneMaxTime(ms)	`PZ R=#`	`PZ R?`
PiezoMaintainOneOvershoot(%)	`PZ T=#`	`PZ T?`
PiezoMaintainState	`MA <axis>=#`	`MA <axis>?`
PiezoMode	`PM <axis>=#`	`PM <axis>?`
PiezoTravelRange(um)	-	-
RunPiezoCalibration	`PZC`	-
SetHomeToCurrentPosition	`W <axis>`	-
StepSize(um)	-	-
UpperLim(mm)	`SU <axis>=#`	`SU <axis>?`
VectorMove-VE(mm/s)	`VE <axis>=#`	`VE <axis>?`
WheelFastSpeed
WheelReverse
WheelSlowSpeed
SINGLEAXIS_FUNCTION
RING BUFFER

PLogic

PLogic
Property	Set	Get
BackplaneOutputState	-	`RA Y?`
ClearAllCellStates	`! <axis>`	-
EditCellCellType	`CCA Y=#`	`CCA Y?`
EditCellConfig	`CCA Z=#`	`CCA Z?`
EditCellInput1	`CCB X=#`	`CCB X?`
EditCellInput2	`CCB Y=#`	`CCB X?`
EditCellInput3	`CCB Z=#`	`CCB Z?`
EditCellInput4	`CCB F=#`	`CCB F?`
EditCellUpdateAutomatically	-	-
FrontpanelOutputState	-	`RA X?`
NumLogicCells	-	-
OutputChannel	`CCA X=#`	-
PLogicOutputState	-	`RA Z?`
PLogicOutputStateUpper	-	`RA F?`
PointerPosition	`M <axis>=#`	`W <axis>`
SetCardPreset	`CCA X=#`	-
TriggerSource	`PM <axis>=#`	`PM <axis>?`

PLogic Advanced Properties
Property	Set	Get

PMT

PMT
Property	Set	Get
ADC Averaging Size	`E <axis>=#`	`E <axis>?`
PMT Gain	`WRDAC <channel>=#`	`WRDAC <channel>?`
PMT Overload Reset	`LK <channel>`	-
PMT Overloaded	-	`LK <channel>?`
PMT Signal	-	`RA <channel>?`

Scanner

Scanner
Property	Set	Get
AttenuateX(0..1)	`D <axisX>=#`	`D <axisX>?`
AttenuateY(0..1)	`D <axisY>=#`	`D <axisY>?`
AxisPolarityX	-	-
AxisPolarityY	-	-
BeamEnabled	Yes: `TTL Y=1` No: `TTL Y=1`	-
FilterFreqX(kHz)	`B <axisX>=#`	`B <axisX>?`
FilterFreqY(kHz)	`B <axisY>=#`	`B <axisY>?`
JoystickFastSpeed
JoystickInputX
JoystickInputY
JoystickReverse
JoystickSlowSpeed
MaxDeflectionX(deg)	`SU <axisX>=#`	`SU <axisX>?`
MaxDeflectionY(deg)	`SU <axisY>=#`	`SU <axisY>?`
MinDeflectionX(deg)	`SL <axisX>=#`	`SL <axisX>?`
MinDeflectionY(deg)	`SL <axisY>=#`	`SL <axisY>?`
ScannerTravelRange(deg)	-	-
SingleAxisXAmplitude(deg)
SingleAxisXMode
SingleAxisXOffset(deg)
SingleAxisXPattern
SingleAxisXPeriod(ms)
SingleAxisYAmplitude(deg)
SingleAxisYMode
SingleAxisYOffset(deg)
SingleAxisYPattern
SingleAxisYPeriod(ms)
VectorMoveX-VE(mm/s)	`VE <axisX>=#`	`VE <axisX>?`
VectorMoveY-VE(mm/s)	`VE <axisY>=#`	`VE <axisY>?`
WheelFastSpeed
WheelReverse
WheelSlowSpeed
RING BUFFER
MM_TARGET
TargetExposureTime(ms)	`RT Y=#`	`RT Y?`
TargetSettlingTime(ms)	`WT <axisX>=#`	`WT <axisX>?`
FAST_CIRCLES
FastCirclesAsymmetry	`MM Z=#`	`MM Z?`
FastCirclesRadius(deg)	`MM X=#`	`MM X?`
FastCirclesRate(Hz)	`MM Y=#`	`MM Y?`
FastCirclesState	`MM R=#`	`MM R?`
MM_LASER_TTL
LaserOutputMode	`LED Z=#`	`LED Z?`
LaserSwitchTime(ms)	`LED Y=#`	`LED Y?`

TunableLens

TunableLens
Property	Set	Get
AxisPolarity	-	-
JoystickFastSpeed
JoystickInput
JoystickReverse
JoystickSlowSpeed
LensMode	`PM <axis>=#`	`PM <axis>?`
LowerLim(mm)	`SL <axis>=#`	`SL <axis>?`
LensTravelRange(units)	-	-
MotorOnOff	On: `MC <axis>+` Off: `MC <axis>-`	`MC <axis>?`
UpperLim(mm)	`SU <axis>=#`	`SU <axis>?`
VectorMove-VE(mm/s)	`VE <axis>=#`	`VE <axis>?`
WheelFastSpeed
WheelReverse
WheelSlowSpeed
RING BUFFER
RING BUFFER + IN0_INT
TTLinMode	`TTL X=#`	`TTL X?`
TTLoutMode	`TTL Y=#`	`TTL Y?`

XYStage

XYStage
Property	Set	Get
AccelerationX-AC(ms)	`AC <axisX>=#`	`AC <axisX>?`
AccelerationYAC(ms)	`AC <axisY>=#`	`AC <axisY>?`
AxisPolarityX	-	-
AxisPolarityY	-	-
BacklashX-B(um)	`B <axisX>=#`	`B <axisX>?`
BacklashY-B(um)	`B <axisY>=#`	`B <axisY>?`
DriftErrorX-E(um)	`E <axisX>=#`	`E <axisX>?`
DriftErrorY-E(um)	`E <axisY>=#`	`E <axisY>?`
FinishErrorX-PC(um)	`PC <axisX>=#`	`PC <axisX>?`
FinishErrorY-PC(um)	`PC <axisY>=#`	`PC <axisY>?`
JoystickEnabled
JoystickFastSpeed
JoystickInput
JoystickReverse
JoystickRotate
JoystickSlowSpeed
LowerLimX(mm)	`SL <axisX>=#`	`SL <axisX>?`
LowerLimY(mm)	`SL <axisY>=#`	`SL <axisY>?`
MaintainStateX-MA	`MA <axisX>=#`	`MA <axisX>?`
MaintainStateY-MA	`MA <axisY>=#`	`MA <axisY>?`
MotorOnOffX	On: `MC <axisX>+` Off: `MC <axisX>-`	`MC <axisX>?`
MotorOnOffY	On: `MC <axisY>+` Off: `MC <axisY>-`	`MC <axisY>?`
MotorSpeedX(um/s)	-	-
MotorSpeedX-S(mm/s)	`S <axisX>=#`	`S <axisX>?`
MotorSpeedY(um/s)	-	-
MotorSpeedY-S(mm/s)	`S <axisY>=#`	`S <axisY>?`
UpperLimX(mm)	`SU <axisX>=#`	`SU <axisX>?`
UpperLimY(mm)	`SU <axisY>=#`	`SU <axisY>?`
VectorMoveX-VE(mm/s)	`VE <axisX>=#`	`VE <axisX>?`
VectorMoveY-VE(mm/s)	`VE <axisY>=#`	`VE <axisY>?`
WaitTime(ms)	`WT <X>=# <Y>=#`	`WT <X>?`
WheelFastSpeed
WheelReverse
WheelSlowSpeed
SCAN MODULE
RING BUFFER

ZStage

ZStage
Property	Set	Get
Acceleration-AC(ms)	`AC <axis>=#`	`AC <axis>?`
AxisPolarity	-	-
Backlash-B(um)	`B <axis>=#`	`B <axis>?`
DriftError-E(um)	`E <axis>=#`	`E <axis>?`
FinishError-PC(um)	`PC <axis>=#`	`PC <axis>?`
JoystickFastSpeed	Yes: `JS X=#` No: `JS X=-#`	`JS X?`
JoystickInput	`J <axis>=#`	`J <axis>?`
JoystickReverse S: JoystickSlowSpeed F: JoystickFastSpeed	Yes: `JS X=S Y=F` No: `JS X=-S Y=-F`	No: `JS X?` >= 0 Yes: `JS X?` < 0
JoystickSlowSpeed	Yes: `JS Y=#` No: `JS Y=-#`	`JS Y?`
LowerLim(mm)	`SL <axis>=#`	`SL <axis>?`
MaintainState-MA	`MA <axis>=#`	`MA <axis>?`
MotorOnOff	On: `MC <axis>+` Off: `MC <axis>-`	`MC <axis>?`
MotorSpeed(um/s)	-	-
MotorSpeed-S(mm/s)	`S <axis>=#`	`S <axis>?`
UpperLim(mm)	`SU <axis>=#`	`SU <axis>?`
VectorMove-VE(mm/s)	`VE <axis>=#`	`VE <axis>?`
WaitTime(ms)	`WT <axis>=#`	`WT <axis>?`
WheelFastSpeed	Yes: `JS F=#` No: `JS F=-#`	`JS F?`
WheelReverse S: WheelSlowSpeed F: WheelFastSpeed	Yes: `JS F=S T=F` No: `JS F=-S T=-F`	No: `JS F?` >= 0 Yes: `JS F?` < 0
WheelSlowSpeed	Yes: `JS T=#` No: `JS T=-#`	`JS T?`
SINGLEAXIS_FUNCTION
RING BUFFER
RING BUFFER + IN0_INT
TTLInputMode	`TTL X=#`	`TTL X?`

Github Source Code - Micro-Manager 2.0 (Latest)

software, micromanager

Address: 29391 W Enid Rd. Eugene, OR 97402, USA | Phone: +1 (541) 461-8181

Applied Scientific Instrumentation

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