You are here: Symbol Reference > SignalAnalysis Namespace > Classes > TSignalAnalyzer Class > TSignalAnalyzer Members
DSP Master VCL
ContentsIndex
TSignalAnalyzer Members Published Properties
Published Properties
 
Name 
Description 
 
Set active to false to suppress the propagation of the Pull request and the subsequent call to the Update method. 
 
Select the auto-correlation type.  
 
Return the bandwidth of the signal. 
 
Get or set the number of channels multiplexed in the data property. 
 
Set this property to true, to request computation using complex numbers.  
 
If True, the component will pass on the udpate request to the connected component. 
 
Select number of taps for auto-correlation and cross-correlation.  
 
Select number of taps for cross-correlation.  
 
Data 
Stores the result of the processing. 
 
Final value of the exponential window.  
 
may not have default to allow switching of default precision 
 
Set this property to true to lock changes to FloatPrecision property.  
 
Specifies, if the signal should be integrated or differentiated.  
 
may not have default to allow switching of default precision 
 
Get or set the length of the signal in samples. 
 
The event is triggered after the call to the Update method. 
 
The event is triggered just before the call to the Update method. 
 
The event is triggered after the OnAfterUpdate event. Use this event to update any associated charts or graphs or result tables. 
 
If the Input property is not assigned, the component will call OnGetInput. 
 
The event is called after a call to InternalUpdate, OnAfterUpdate and OnDisplayUpdate from within the Update method. 
 
The event is triggered when ParamUpdate method is called. The ParamUpdate method is usually called by component editors when a value was changed by the user and the editor was "Live".  
 
If True, subtract the average value from the signal. This is not usuable for streaming.  
 
Generates a report/description of the signal.  
 
Defines the rotation in number of samples within the current buffer.  
 
Defines the sampling frequency of the signal. 
 
The signal will be scaled with the ScaleFactor.  
 
Defines sidelobe attenuation for the Kaiser and Cheybshev window.  
 
Selects the type of the transform to apply to the signal.  
 
Defines the window to applied to the signal.  
Copyright (c) 1999-2025 by Dew Research. All rights reserved.