Declare various peaks, which are used to build the spectral functions.
Now the ACTest toolkit supports the following five types of peaks:
- Gaussian peak (
ptype = "gauss") - Lorentzian peak (
ptype = "lorentz") - $\delta$-like peak (
ptype = "delta") - Rectangle peak (
ptype = "rectangle") - Rise-And-Decay peak (
ptype = "risedecay")
ACTest.AbstractPeakACTest.DeltaPeakACTest.GaussianPeakACTest.LorentzianPeakACTest.RectanglePeakACTest.RiseDecayPeakBase.showBase.showBase.showBase.showBase.show
Types
ACTest.AbstractPeak — TypeAbstractPeakAn abstract type representing the peaks in the spectral functions. It is used to build the internal type system.
ACTest.GaussianPeak — TypeGaussianPeakMutable struct. It represents the gaussian peak.
Members
- A -> Amplitude of the peak.
- Γ -> Broadening of the peak.
- ϵ -> Shift of the peak.
ACTest.LorentzianPeak — TypeLorentzianPeakMutable struct. It represents the lorentzian peak.
Members
- A -> Amplitude of the peak.
- Γ -> Broadening of the peak.
- ϵ -> Shift of the peak.
ACTest.DeltaPeak — TypeDeltaPeakMutable struct. It represents the δ-like peak. Actually, it is a variation of the GaussianPeak with Γ = 0.02.
Members
- A -> Amplitude of the peak.
- Γ -> Broadening of the peak.
- ϵ -> Shift of the peak.
ACTest.RectanglePeak — TypeRectanglePeakMutable struct. It represents the rectangle peak.
Members
- c -> Center of the peak.
- w -> Width of the peak.
- h -> Height of the peak.
ACTest.RiseDecayPeak — TypeRiseDecayPeakMutable struct. It represents the rise-and-decay peak.
Members
- c -> Center of the peak.
- γ -> Exponential parameter. It is used to control the width of the peak.
- h -> Height of the peak.
Base.* Functions
Base.show — MethodBase.show — MethodBase.show — MethodBase.show — MethodBase.show — Method