KerMor  0.9
Model order reduction for nonlinear dynamical systems and nonlinear approximation
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NoKernel.m
Go to the documentation of this file.
1 namespace kernels{
2 
3 
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17 
18 class NoKernel
19  :public kernels.ARBFKernel {
28  public:
29 
30 
32  this = this@kernels.ARBFKernel;
33  this.G= [];
34  this.P= [];
35  }
36 
37 
38  function copy = clone() {
39  copy = clone@kernels.ARBFKernel(this, kernels.NoKernel);
40  }
41 
42 
44  K = 1;
45  }
46 
47 
48  function K = evaluateScalar(colvec<double> x) {
49  K = 1;
50  }
51 
52 
53  function Nablax = getNabla(colvec<double> x,matrix<double> y) {
54  warning(" KerMor:uninvestigated "," Using this function may cause unpredictable behaviour. ");
55  Nablax = 0;
56  }
67  function c = getGlobalLipschitz() {
68  c = 1;
69  }
70 
71 
72 };
73 }
74 
75 
76 
function c = getGlobalLipschitz()
Returns the global lipschitz constant of this kernel.
Definition: NoKernel.m:67
function K = evaluate(colvec< double > x,matrix< double > y)
Definition: NoKernel.m:43
function copy = clone()
Definition: NoKernel.m:38
Neutral Kernel which has no effect.
Definition: NoKernel.m:18
matrix< double > P
Projection/selection matrix for argument components.
Definition: BaseKernel.m:65
Abstract class for radial basis function / rotation- and translation invariant kernels.
Definition: ARBFKernel.m:18
function Nablax = getNabla(colvec< double > x,matrix< double > y)
Return zero as this kernel is a constant one.
Definition: NoKernel.m:53
function K = evaluateScalar(colvec< double > x)
Definition: NoKernel.m:48
matrix< double > G
The matrix that induces the state space scalar product and norm to use.
Definition: BaseKernel.m:45