UploadPipettingMethod

UploadPipettingMethod[methodName]⟹methodObject

returns an object methodObject that contains the information given about the pipetting parameters.

UploadPipettingMethod[]⟹methodObject

returns an object methodObject that contains the information given about the pipetting parameters.

Details

Input

Output

Pipetting Options

Examples

Basic Examples (2)

Create a new pipetting method with a specified name and parameters:

Create a new pipetting method with no name:

Options (23)

AspirationEquilibrationTime (1)

Specify the delay length the pipette waits after aspirating before it is removed from the liquid:

AspirationMixRate (1)

Specify the speed at which liquid is aspirated and dispensed in a liquid before it is aspirated:

AspirationPosition (2)

Specify the location from which liquid should be aspirated:

If unspecified, AspirationPosition and DispensePosition will be Null and determined at runtime based on the container a sample is in:

AspirationPositionOffset (3)

Specify the distance from the top of the container from which liquid should be aspirated:

Specify the distance from the bottom of the container from which liquid should be aspirated:

Specify the distance from the top of the liquid level from which liquid should be aspirated:

AspirationRate (1)

Specify the rate at which liquid should be aspirated using the created method:

AspirationWithdrawalRate (1)

Specify the speed at which the pipette is removed from the liquid after an aspiration:

CorrectionCurve (1)

Specify the relationship between a target volume and the corrected volume that needs to be aspirated or dispensed to reach the target volume:

DispenseEquilibrationTime (1)

Specify the delay length the pipette waits after dispensing before it is removed from the liquid:

DispenseMixRate (1)

Specify the speed at which liquid is aspirated and dispensed in a liquid after a dispense:

DispensePosition (2)

Specify the location from which liquid should be dispensed:

If DispensePosition is unspecified but DispensePositionOffset is specified, DispensePosition resolves to LiquidLevel:

DispensePositionOffset (3)

Specify the distance from the top from which liquid should be dispensed:

Specify the distance from the bottom from which liquid should be dispensed:

Specify the distance from the top of the liquid level from which liquid should be dispensed:

DispenseRate (2)

Specify the rate at which liquid should be dispensed using the created method:

If unspecified, DispenseRate is inherited from AspirationRate:

DispenseWithdrawalRate (1)

Specify the speed at which the pipette is removed from the liquid after a dispense:

Model (1)

Specify the model(s) which should use the created pipetting method by default:

OverAspirationVolume (1)

Specify the volume of air drawn into the pipette tip at the end of the aspiration of a liquid:

OverDispenseVolume (1)

Specify the volume of air drawn blown out at the end of the dispensing of a liquid:

Messages (5)

CorrectionCurveNotMonotonic (1)

A warning is thrown if the specified CorrectionCurve does not have monotonically increasing actual volume values:

ExistingPipettingMethod (1)

A warning is thrown if the specified Model object(s) already have a PipettingMethod that will be overwritten:

InvalidCorrectionCurveZeroValue (1)

A CorrectionCurve with a 0 Microliter target volume entry must have a 0 Microliter actual volume value:

ModelNotLiquid (1)

A warning is thrown if the specified Model object(s) does not have a Liquid state:

RoundedCorrectionCurve (1)

A warning is thrown if the specified CorrectionCurve has values with precision greater than 0.1 Microliter: