Interface Centrifuge

All Superinterfaces:

Actuator<Quantity<Frequency>>, AutoCloseable, Commented, ComprehensiveIdentification, Device, Identified<Identification>, Named, Serializable

All Known Implementing Classes:

SimulatedCentrifuge

public interface Centrifuge
extends Actuator<Quantity<Frequency>>

Interface for centrifuges.

Since:

1.0

Author:

Silvere Martin-Michiellot, Gemini AI (Google DeepMind)

Nested Class Summary

Nested Classes

Modifier and Type	Interface	Description
static enum	Centrifuge.RotorType

Nested classes/interfaces inherited from interface Device

Device.Record, Device.Status

Method Summary

Modifier and Type	Method	Description
Quantity<Dimensionless>	calculateRCF(Quantity<Length> radius)
Quantity<Frequency>	getCurrentRPM()
Quantity<Dimensionless>	getMaxRCF()
Quantity<Frequency>	getMaxRPM()
Centrifuge.RotorType	getRotorType()
boolean	isRunning()
void	start(Quantity<Frequency> rpm)
void	stop()

Methods inherited from interface Actuator

send

Methods inherited from interface AutoCloseable

close

Methods inherited from interface Commented

getComments, getTrait, setComments

Methods inherited from interface ComprehensiveIdentification

getName, getTrait, getTraits, setName, setTrait

Methods inherited from interface Device

calibrate, calibrate, connect, disconnect, getAccuracy, getCalibrationHistory, getCapabilities, getDeviceStatus, getDisplayUnit, getFirmware, getHistory, getId, getLastCalibration, getLocationDescription, getManufacturer, getMaxRange, getMeasurableQuantities, getMinRange, getModel, getPrecisionDescription, getReadings, getResolution, getSensitivity, getStatus, getValue, isConnected, isEnabled, measure, needsCalibration, setDisplayUnit, setEnabled

Method Details

start

void start(Quantity<Frequency> rpm)

stop

void stop()

calculateRCF

Quantity<Dimensionless> calculateRCF(Quantity<Length> radius)

getMaxRPM

Quantity<Frequency> getMaxRPM()

getMaxRCF

Quantity<Dimensionless> getMaxRCF()

getRotorType

Centrifuge.RotorType getRotorType()

getCurrentRPM

Quantity<Frequency> getCurrentRPM()

isRunning

boolean isRunning()