DynamicParameterEstimationCombXY (FsODE)

FsODE

Documentation for 0.0.2

DynamicParameterEstimationCombXY Type

Namespace: Altaxo.Calc.Regression
Assembly: AltaxoCore.Redist.dll
Base Type: DynamicParameterEstimation

Dynamic parameter estimation with comb like spaced x and y input.

Constructors

Constructor	Description
`DynamicParameterEstimationCombXY(numX, xSpacing, numY, ySpacing, backgroundOrder)` Full Usage: `DynamicParameterEstimationCombXY(numX, xSpacing, numY, ySpacing, backgroundOrder)` Parameters: numX : `int` - Number of x parameters to evaluate. xSpacing : `int` - Interval between two x history points. The value must be greater than or equal to 1. numY : `int` - Number of y parameters to evaluate. ySpacing : `int` - Interval between two subsequent y history points. The value must be greater than or equal to 1. backgroundOrder : `int` - Order of the background fitting.	Constructor. numX : `int` Number of x parameters to evaluate. xSpacing : `int` Interval between two x history points. The value must be greater than or equal to 1. numY : `int` Number of y parameters to evaluate. ySpacing : `int` Interval between two subsequent y history points. The value must be greater than or equal to 1. backgroundOrder : `int` Order of the background fitting.
`DynamicParameterEstimationCombXY(numX, xSpacing, numY, ySpacing, backgroundOrder, solver)` Full Usage: `DynamicParameterEstimationCombXY(numX, xSpacing, numY, ySpacing, backgroundOrder, solver)` Parameters: numX : `int` - Number of x parameters to evaluate. xSpacing : `int` - Interval between two x history points. The value must be greater or equal to 1. numY : `int` - Number of y parameters to evaluate. ySpacing : `int` - Interval between two subsequent y history points. The value must be greater or equal to 1. backgroundOrder : `int` - Order of the background fitting. solver : `IDynamicParameterEstimationSolver` - The solver to use with dynamic parameter estimation. Use the static getter methods P:SVDSolver or P:LUSolver to get a solver.	Constructor. numX : `int` Number of x parameters to evaluate. xSpacing : `int` Interval between two x history points. The value must be greater or equal to 1. numY : `int` Number of y parameters to evaluate. ySpacing : `int` Interval between two subsequent y history points. The value must be greater or equal to 1. backgroundOrder : `int` Order of the background fitting. solver : `IDynamicParameterEstimationSolver` The solver to use with dynamic parameter estimation. Use the static getter methods P:SVDSolver or P:LUSolver to get a solver.

Instance members

Instance member Description

Instance member	Description
`this.GetFrequencyResponse` Full Usage: `this.GetFrequencyResponse` Parameters: fdt : `float` Returns: `Complex` Modifiers: abstract	fdt : `float` Returns: `Complex`
`this.GetTransferFunction` Full Usage: `this.GetTransferFunction` Parameters: yValueBeforePulse : `float` - This is the y-value (not x!) before the pulse. If the `NumberOfY` is set to zero, this parameter is ignored, since no information about y for t<0 is neccessary. output : `IVector<float>` - Used to store the output result. Can be of arbitrary size. Modifiers: abstract	Gets the impulse response to a pulse at t=0, i.e. to x[0]==1, x[1]...x[n]==0. The background component is not taken into account. yValueBeforePulse : `float` This is the y-value (not x!) before the pulse. If the `NumberOfY` is set to zero, this parameter is ignored, since no information about y for t<0 is neccessary. output : `IVector<float>` Used to store the output result. Can be of arbitrary size.


                
                  
                    
                      this.GetFrequencyResponse

Full Usage: this.GetFrequencyResponse

Parameters:

fdt : float

Returns: Complex
Modifiers: abstract

fdt : float

Returns: Complex


                
                  
                    
                      this.GetTransferFunction

Full Usage: this.GetTransferFunction

Parameters:

yValueBeforePulse : float - This is the y-value (not x!) before the pulse. If the NumberOfY is set to zero, this parameter is ignored, since no information about y for t<0 is neccessary.

output : IVector<float> - Used to store the output result. Can be of arbitrary size.

Modifiers: abstract

Gets the impulse response to a pulse at t=0, i.e. to x[0]==1, x[1]...x[n]==0. The background component is not taken into account.

yValueBeforePulse : float: This is the y-value (not x!) before the pulse. If the NumberOfY is set to zero, this parameter is ignored, since no information about y for t<0 is neccessary.
output : IVector<float>: Used to store the output result. Can be of arbitrary size.