SMU.h

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//
// Created by florianfrank on 19.07.22.
//
 
#ifndef INSTRUMENT_CONTROL_LIB_SMU_H
#define INSTRUMENT_CONTROL_LIB_SMU_H
#include "Device.h"
class SMU : public Device
{
 
public:
 
    enum SMU_CHANNEL
    {
        CHANNEL_A = 'a',
        CHANNEL_B = 'b'
    };
 
 
 
    enum UNIT
    {
        VOLTAGE = 0,
        CURRENT = 1,
        RESISTANCE = 2,
        POWER = 3
    };
 
    enum AUTOZERO
    {
        OFF,
        ONCE,
        AUTO
    };
 
    enum SRC_FUNC {
        DC_AMPS,
        DC_VOLTS
    };
 
    enum SRC_OFF_MODE {
        OUTPUT_NORMAL,
        OUTPUT_ZERO,
        OUTPUT_HIGH_Z
    };
 
    enum SRC_SETTLING {
        SMOOTH,
        FAST_RANGE,
        FAST_POLARITY,
        DIRECT_IRANGE,
        SMOOTH_100NA,
        FAST_ALL
    };
 
    enum SMU_DISPLAY {
        MEASURE_DC_AMPS,
        MEASURE_DC_VOLTS,
        MEASURE_OHMS,
        MEASURE_WATTS,
    };
 
    enum SMU_SENSE {
        LOCAL,
        REMOTE,
        CALIBRATION
    };
 
    explicit SMU(std::string ipAddress, int timeoutInMs, SEND_METHOD mode = DIRECT_SEND);
    explicit SMU(std::string ipAddress, int timeoutInMs, PIL::Logging *logger, SEND_METHOD mode = DIRECT_SEND);
    virtual PIL_ERROR_CODE measure(UNIT unit, SMU_CHANNEL channel, double *value, bool checkErrorBuffer) = 0;
 
    virtual PIL_ERROR_CODE turnOn(SMU_CHANNEL channel, bool checkErrorBuffer) = 0;
    virtual PIL_ERROR_CODE turnOff(SMU_CHANNEL channel, bool checkErrorBuffer) = 0;
 
    virtual PIL_ERROR_CODE setLimit(UNIT unit, SMU_CHANNEL channel, double limit, bool checkErrorBuffer) = 0;
    virtual PIL_ERROR_CODE setLevel(UNIT unit, SMU_CHANNEL channel, double level, bool checkErrorBuffer) = 0;
};
 
 
#endif //INSTRUMENT_CONTROL_LIB_SMU_H