State

SCPI Command :

CALCulate:MATH<*>:FFT:SPECtrogram:TIMeline<*>:STATe
Commands in total: 1
Subgroups: 0
Direct child commands: 1
get(math=Math.Default, fftTimeline=FftTimeline.Default) → bool[source]
# CALCulate:MATH<*>:FFT:SPECtrogram:TIMeline<*>:STATe
value: bool = driver.calculate.math.fft.spectrogram.timeline.state.get(math = repcap.Math.Default, fftTimeline = repcap.FftTimeline.Default)

Enables one of two possible time lines in a spectrogram diagram. A time line marks a single waveform in the spectrogram, that is: the power vs frequency results for the data acquired at a specific time. After enabling a time line, the results for that time are displayed in the spectrum diagram. The position of the time line is defined using the method RsRtx.calculate.math.fft.spectrogram.timeline.position.set() command.

Parameters:

  • math – optional repeated capability selector. Default value: Nr1 (settable in the interface ‘Math’)

  • fftTimeline – optional repeated capability selector. Default value: Nr1 (settable in the interface ‘Timeline’)

Returns:

state: OFF | ON

set(state: bool, math=Math.Default, fftTimeline=FftTimeline.Default) → None[source]
# CALCulate:MATH<*>:FFT:SPECtrogram:TIMeline<*>:STATe
driver.calculate.math.fft.spectrogram.timeline.state.set(state = False, math = repcap.Math.Default, fftTimeline = repcap.FftTimeline.Default)

Enables one of two possible time lines in a spectrogram diagram. A time line marks a single waveform in the spectrogram, that is: the power vs frequency results for the data acquired at a specific time. After enabling a time line, the results for that time are displayed in the spectrum diagram. The position of the time line is defined using the method RsRtx.calculate.math.fft.spectrogram.timeline.position.set() command.

Parameters:

  • state – OFF | ON

  • math – optional repeated capability selector. Default value: Nr1 (settable in the interface ‘Math’)

  • fftTimeline – optional repeated capability selector. Default value: Nr1 (settable in the interface ‘Timeline’)