Command: ChnResampleChnBasedExt
- 更新日2024-09-12
- 16分で読める
Command: ChnResampleChnBasedExt
Command: ChnResampleChnBasedExt
Maps several signals onto a common interpolation channel.
Input Parameters
| XW | Specifies the data channel containing the time values. If all y-channels are waveform channels, you do not need to specify this channel. |
 ChnList |
Specifies one or more channels. |
| SamplingPointChn |
Specifies the data channel containing the interpolation points. |
| ResampleMappingMode |
Specifies the mapping mode for the resampling. |
| ResampleAntiAliasingFilter |
Specifies that DIAdem filters the y input channel. The default value of the variable is FALSE, so that DIAdem does not filter the input channel. |
| ResampleInterpolateNovalues |
Specifies that DIAdem replaces the NoValues in the y-values by interpolating the neighboring points. The default value of the variable is FALSE so that DIAdem does not replace NoValues. |
| [ResampleInterpolationMethod] |
Specifies how DIAdem interpolates the y-channels if the ResampleMappingMode variable has the value "Analog". As a default, the ResampleInterpolationMethod variable has the value "Akima", which means that DIAdem interpolates the signal with Akima subsplines if you do not specify the value. |
Return Parameters
| ChnResult | Contains the result channels with the y-values converted to the interpolation points. ElementList <Data> type return value. The names of the result channels are composed of ResampledSignal_ and the respective name of the y-channel. |
 | Refer to the Help page Resampling and Synchronization for further information. |
Examples
The following example maps the signals defined through the first channel of the first channel group and the channels starting with “T” of the fourth channel group onto the interpolation channel [1]/[3]. DIAdem saves the result channels in the Results channel group and specifies the interpolation type automatically without filtering the input channel. DIAdem creates the default Results group and accesses the input channels through channel objects.
| VBScript | Python |
Dim oMyXChannel, oMyX1Channel, oMyChannelList, oMyResultChn Set oMyXChannel = Data.Root.ChannelGroups(1).Channels(1) Set oMyChannelList = Data.GetChannels("[4]/T*") Set oMyX1Channel = Data.Root.ChannelGroups(1).Channels(3) If Not(Data.Root.ChannelGroups.Exists("Results")) Then Data.Root.ChannelGroups.Add("Results") Data.Root.ChannelGroups.Item("Results").Activate Set oMyResultChn = ChnResampleChnBasedExt(oMyXChannel, oMyChannelList, oMyX1Channel, "Automatic", False, False, "Akima") Call MsgBox("Result channel: " & oMyResultChn(1).ChannelGroup.Name & "/" & oMyResultChn(1).Name)
The following example maps the signals defined through the first channel of the first channel group and the channels starting with “T” of the fourth channel group onto the interpolation channel [1]/[3]. DIAdem saves the result channels in the Results channel group and specifies the interpolation type automatically without filtering the input channel. DIAem creates the channel list and the default Results group through channel objects and accesses the input channels through the channel reference.
| VBScript | Python |
Dim oMyChannelList, oMyResultChn Set oMyChannelList = Data.GetChannels("[4]/T*") If Not(Data.Root.ChannelGroups.Exists("Results")) Then Data.Root.ChannelGroups.Add("Results") Data.Root.ChannelGroups.Item("Results").Activate Set oMyResultChn = ChnResampleChnBasedExt("[1]/[1]", oMyChannelList, "[1]/[3]", "Automatic", False, False, "Akima") Call MsgBox("Result channel: " & oMyResultChn(1).ChannelGroup.Name & "/" & oMyResultChn(1).Name)
Dialog Box Call
Call SUDDlgShow("Main", ResourceDrv & "AnaChnResample")
Related Topics
Command: ChnResampleChnBased | Command: ChnResampleChnBasedXOffsetCalc2 | Command: ChnResampleChnBasedXOffsetCalc3 | Command: ChnResampleFreqBased | Command: ChnResampleFreqBasedExt | Command: ChnResampleFreqBasedXOffsetCalc2 | Command: ChnResampleFreqBasedXOffsetCalc3 | Resampling