Write Data VI下載 PDF選擇的小節所選的小節與子小節完整手冊已更新2025-11-20閱讀時間為 3 分鐘FlexLoggerAPI 參考LabVIEW G Write channel data to FlexLogger. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. Write 1D DBL (NChan 1Sample) VIWrite channel data to FlexLogger as a 1D array of samples. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. The timing information for this data is defined by Set Stream Timing.vi.Write 2D DBL (NChan NSamples) VIWrite channel data to FlexLogger as a 2D array of samples. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. The timing information for this data is defined by Set Stream Timing.vi.Write 1D Wfm (DBL)_v2 VIWrite channel data to FlexLogger as a 1D waveform. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. The dt for the corresponding channels should be defined when creating the channel. If Auto Calculate T0 is true, T0 of the first waveform after Configure Session.vi is called will be used to calculate subsequent T0 values. If the first waveform T0 value is 0, the time when Configure Session.vi completed will be used. Subsequent T0 values are calculated based on the previous T0 plus the previous waveform length multiplied by dt. The default is false and if the T0 is not an expected value, the VI will return errors.Write 1D Bool (NChan 1 Sample) VIWrite channel data to FlexLogger as a 1D array of samples. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. The timing information for this data is defined by Set Stream Timing.vi.Write 2D Bool (NChan NSamples) VIWrite channel data to FlexLogger as a 2D array of samples. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. The timing information for this data is defined by Set Stream Timing.vi.Write 1D Wfm (Digital)_v2 VIWrite channel data to FlexLogger as a 1D waveform. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. The dt for the corresponding channels should be defined when creating the channel. If Auto Calculate T0 is true, T0 of the first waveform after Configure Session.vi is called will be used to calculate subsequent T0 values. If the first waveform T0 value is 0, the time when Configure Session.vi completed will be used. Subsequent T0 values are calculated based on the previous T0 plus the previous waveform length multiplied by dt. The default is false and if the T0 is not an expected value, the VI will return errors.Write 1D STR (NChan 1 Sample) VIWrite channel data to FlexLogger as a 1D array of strings. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. If the Time Stamps are not provided, the VI will compute them automatically using the timing information configured by Set Stream Timing.vi.Parent topic: Plug-In Development
Write channel data to FlexLogger. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. Write 1D DBL (NChan 1Sample) VIWrite channel data to FlexLogger as a 1D array of samples. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. The timing information for this data is defined by Set Stream Timing.vi.Write 2D DBL (NChan NSamples) VIWrite channel data to FlexLogger as a 2D array of samples. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. The timing information for this data is defined by Set Stream Timing.vi.Write 1D Wfm (DBL)_v2 VIWrite channel data to FlexLogger as a 1D waveform. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. The dt for the corresponding channels should be defined when creating the channel. If Auto Calculate T0 is true, T0 of the first waveform after Configure Session.vi is called will be used to calculate subsequent T0 values. If the first waveform T0 value is 0, the time when Configure Session.vi completed will be used. Subsequent T0 values are calculated based on the previous T0 plus the previous waveform length multiplied by dt. The default is false and if the T0 is not an expected value, the VI will return errors.Write 1D Bool (NChan 1 Sample) VIWrite channel data to FlexLogger as a 1D array of samples. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. The timing information for this data is defined by Set Stream Timing.vi.Write 2D Bool (NChan NSamples) VIWrite channel data to FlexLogger as a 2D array of samples. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. The timing information for this data is defined by Set Stream Timing.vi.Write 1D Wfm (Digital)_v2 VIWrite channel data to FlexLogger as a 1D waveform. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. The dt for the corresponding channels should be defined when creating the channel. If Auto Calculate T0 is true, T0 of the first waveform after Configure Session.vi is called will be used to calculate subsequent T0 values. If the first waveform T0 value is 0, the time when Configure Session.vi completed will be used. Subsequent T0 values are calculated based on the previous T0 plus the previous waveform length multiplied by dt. The default is false and if the T0 is not an expected value, the VI will return errors.Write 1D STR (NChan 1 Sample) VIWrite channel data to FlexLogger as a 1D array of strings. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. If the Time Stamps are not provided, the VI will compute them automatically using the timing information configured by Set Stream Timing.vi.Parent topic: Plug-In Development
Write channel data to FlexLogger. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. Write 1D DBL (NChan 1Sample) VIWrite channel data to FlexLogger as a 1D array of samples. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. The timing information for this data is defined by Set Stream Timing.vi.Write 2D DBL (NChan NSamples) VIWrite channel data to FlexLogger as a 2D array of samples. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. The timing information for this data is defined by Set Stream Timing.vi.Write 1D Wfm (DBL)_v2 VIWrite channel data to FlexLogger as a 1D waveform. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. The dt for the corresponding channels should be defined when creating the channel. If Auto Calculate T0 is true, T0 of the first waveform after Configure Session.vi is called will be used to calculate subsequent T0 values. If the first waveform T0 value is 0, the time when Configure Session.vi completed will be used. Subsequent T0 values are calculated based on the previous T0 plus the previous waveform length multiplied by dt. The default is false and if the T0 is not an expected value, the VI will return errors.Write 1D Bool (NChan 1 Sample) VIWrite channel data to FlexLogger as a 1D array of samples. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. The timing information for this data is defined by Set Stream Timing.vi.Write 2D Bool (NChan NSamples) VIWrite channel data to FlexLogger as a 2D array of samples. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. The timing information for this data is defined by Set Stream Timing.vi.Write 1D Wfm (Digital)_v2 VIWrite channel data to FlexLogger as a 1D waveform. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. The dt for the corresponding channels should be defined when creating the channel. If Auto Calculate T0 is true, T0 of the first waveform after Configure Session.vi is called will be used to calculate subsequent T0 values. If the first waveform T0 value is 0, the time when Configure Session.vi completed will be used. Subsequent T0 values are calculated based on the previous T0 plus the previous waveform length multiplied by dt. The default is false and if the T0 is not an expected value, the VI will return errors.Write 1D STR (NChan 1 Sample) VIWrite channel data to FlexLogger as a 1D array of strings. The order of the data written should reflect the order of the plugin's valid channels, which is typically the order in which the channels were created. If the Time Stamps are not provided, the VI will compute them automatically using the timing information configured by Set Stream Timing.vi.Parent topic: Plug-In Development
