Block

Namespace: Endorphin.Instrument.PicoTech.PicoScope3000
Parent Module: Signal

Tools for dealing with signal data as complete acquisition blocks, similar to block acquisition modes. For streaming data buffered into blocks of user-defined size, use Signal.Buffer instead.

Functions and values

Function or value	Description
`adcCount` Signature: InputChannel * BufferDownsampling -> Acquisition -> IObservable<AdcCount []>	Returns an observable which emits the ADC count for every block observed on the specified input in an acquisition.
`adcCountBy map` Signature: map:(int -> 'a) -> InputChannel * BufferDownsampling -> Acquisition -> IObservable<('a * AdcCount) []> Type parameters: 'a	Returns an observable which emits a tuple of sample index mapped with the given index mapping function and ADC count for every block observed on the specified input in an acquisition.
`adcCountByIndex` Signature: InputChannel * BufferDownsampling -> Acquisition -> IObservable<(int * AdcCount) []>	Returns an observable which emits a tuple of sample index and ADC count for every block observed on the specified input in an acquisition.
`adcCountByTime (arg1, arg2) acquisition` Signature: (InputChannel * BufferDownsampling) -> acquisition:Acquisition -> IObservable<(float<MeasureProduct<s,MeasureOne>> * AdcCount) []>	Returns an observable which emits a tuple of timestamp and ADC count for every block observed on the specified input in an acquisition.
`adcCounts` Signature: (InputChannel * BufferDownsampling) [] -> Acquisition -> IObservable<AdcCount array []>	Returns an observable which emits an array of ADC counts for every block observed on the specified array of inputs in an acquisition.
`adcCountsBy map` Signature: map:(int -> 'a) -> (InputChannel * BufferDownsampling) [] -> Acquisition -> IObservable<('a * AdcCount array) []> Type parameters: 'a	Returns an observable which emits a tuple of sample index mapped with the given index mapping function and array of ADC counts for every block observed on the specified array of inputs in an acquisition.
`adcCountsByIndex` Signature: (InputChannel * BufferDownsampling) [] -> Acquisition -> IObservable<(int * AdcCount array) []>	Returns an observable which emits a tuple of sample index and array of ADC counts for every block observed on the specified array of inputs in an acquisition.
`adcCountsByTime inputs acquisition` Signature: inputs:(InputChannel * BufferDownsampling) [] -> acquisition:Acquisition -> IObservable<(float<MeasureProduct<s,MeasureOne>> * AdcCount array) []>	Returns an observable which emits a tuple of timestamp and array of ADC counts for every block observed on the specified array of inputs in an acquisition.
`digitalBit bit` Signature: bit:int32 -> InputChannel * BufferDownsampling -> Acquisition -> IObservable<bool []>	Returns an observable which emits the state of a single bit for every block observed on a digital port
`digitalBitBy bit` Signature: bit:int32 -> (int -> '?7321) -> InputChannel * BufferDownsampling -> Acquisition -> IObservable<('?7321 * bool) []> Type parameters: '?7321	Returns an observable which emits a tuple of sample index mapped with the given index mapping function and voltage for every block observed on the specified input in an acquisition.
`digitalBitByIndex bit` Signature: bit:int32 -> InputChannel * BufferDownsampling -> Acquisition -> IObservable<(int * bool) []>	Returns an observable which emits a tuple of sample index and voltage for every block observed on the specified input in an acquisition.
`digitalBitByTime (...)` Signature: bit:int32 -> (InputChannel * BufferDownsampling) -> acquisition:Acquisition -> IObservable<(float<MeasureProduct<s,MeasureOne>> * bool) []>	Returns an observable which emits a tuple of timestamp and voltage for every block observed on the specified input in an acquisition.
`digitalByte` Signature: InputChannel * BufferDownsampling -> Acquisition -> IObservable<uint8 []>	Returns an observable which emits the byte representation of every block observed on a digital port
`digitalByteBy map` Signature: map:(int -> 'a) -> InputChannel * BufferDownsampling -> Acquisition -> IObservable<('a * uint8) []> Type parameters: 'a	Returns an observable which emits a tuple of sample index mapped with the given index mapping function and voltage for every block observed on the specified input in an acquisition.
`digitalByteByIndex` Signature: InputChannel * BufferDownsampling -> Acquisition -> IObservable<(int * uint8) []>	Returns an observable which emits a tuple of sample index and voltage for every block observed on the specified input in an acquisition.
`digitalByteByTime (...)` Signature: (InputChannel * BufferDownsampling) -> acquisition:Acquisition -> IObservable<(float<MeasureProduct<s,MeasureOne>> * uint8) []>	Returns an observable which emits a tuple of timestamp and voltage for every block observed on the specified input in an acquisition.
`voltage (arg1, arg2) acquisition` Signature: (InputChannel * BufferDownsampling) -> acquisition:Acquisition -> IObservable<float32<MeasureProduct<V,MeasureOne>> []>	Returns an observable which emits the voltage for every block observed on the specified input in an acquisition.
`voltageBy map` Signature: map:(int -> 'a) -> InputChannel * BufferDownsampling -> Acquisition -> IObservable<('a * float32<MeasureProduct<V,MeasureOne>>) []> Type parameters: 'a	Returns an observable which emits a tuple of sample index mapped with the given index mapping function and voltage for every block observed on the specified input in an acquisition.
`voltageByIndex` Signature: InputChannel * BufferDownsampling -> Acquisition -> IObservable<(int * float32<MeasureProduct<V,MeasureOne>>) []>	Returns an observable which emits a tuple of sample index and voltage for every block observed on the specified input in an acquisition.
`voltageByTime (arg1, arg2) acquisition` Signature: (InputChannel * BufferDownsampling) -> acquisition:Acquisition -> IObservable<(float<MeasureProduct<s,MeasureOne>> * float32<MeasureProduct<V,MeasureOne>>) []>	Returns an observable which emits a tuple of timestamp and voltage for every block observed on the specified input in an acquisition.
`voltages inputs acquisition` Signature: inputs:(InputChannel * BufferDownsampling) [] -> acquisition:Acquisition -> IObservable<float32<MeasureProduct<V,MeasureOne>> [] []>	Returns an observable which emits an array of voltages for every block observed on the specified array of inputs in an acquisition.
`voltagesBy map` Signature: map:(int -> 'a) -> (InputChannel * BufferDownsampling) [] -> Acquisition -> IObservable<('a * float32<MeasureProduct<V,MeasureOne>> []) []> Type parameters: 'a	Returns an observable which emits a tuple of sample index mapped with the given index mapping function and array of voltages for every block observed on the specified array of inputs in an acquisition.
`voltagesByIndex` Signature: (InputChannel * BufferDownsampling) [] -> Acquisition -> IObservable<(int * float32<MeasureProduct<V,MeasureOne>> []) []>	Returns an observable which emits a tuple of sample index and array of voltages for every block observed on the specified array of inputs in an acquisition.
`voltagesByTime inputs acquisition` Signature: inputs:(InputChannel * BufferDownsampling) [] -> acquisition:Acquisition -> IObservable<(float<MeasureProduct<s,MeasureOne>> * float32<MeasureProduct<V,MeasureOne>> []) []>	Returns an observable which emits a tuple of timestamp and array of voltages for every block observed on the specified array of inputs in an acquisition.