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MassChangeAfterStepForSphere Methods

The MassChangeAfterStepForSphere type exposes the following members.

Methods
 NameDescription
Public methodStatic memberCreate Creates the default fit function describing the mass change of a sphere after a concentration step.
Public methodDefaultParameterValue Returns a default parameter value. You must ensure that the fit function would generate values with those default parameters.
Public methodDefaultVarianceScaling Returns the default variance scaling for the dependent variable i.
Public methodDependentVariableName Returns the ith dependent variable name.
Public methodEvaluate(Double, Double, Double) This evaluates a function value.
Public methodEvaluate(IROMatrixDouble, IReadOnlyListDouble, IVectorDouble, IReadOnlyListBoolean) Evaluates the function values at multiple x-points.
Public methodStatic memberEvaluate(Double, Double, Double, Double, Double, Double) Evaluates the mass change for the given time and parameters: M(t) = M0 + ΔM * unitstep(D*(t - t0)/d^2)
Public methodEvaluateDerivative Evaluates the gradient of the function with respect to the parameters.
Public methodStatic memberEvaluateUnitStep Evaluates the response of a unit step (M0 = 0, ΔM = 1) at t0 = 0.
Public methodStatic memberEvaluateUnitStepAndDerivativesWrtReducedVariable Evaluates the response of a unit step in dependence of the reduced variables.
Public methodStatic memberEvaluateUnitStepWrtReducedVariable Evaluates the response of a unit step in dependence of the reduced variable.
Protected methodFinalizeAllows an object to try to free resources and perform other cleanup operations before it is reclaimed by garbage collection.
(Inherited from Object)
Public methodGetParameterBoundariesHardLimit Gets the parameter boundaries that are really a hard limit, i.e. outside those limits, the function would probably evaluate NaN values, or makes no sense.
Public methodGetParameterBoundariesSoftLimit Gets the intended parameter boundaries. This are soft limits, boundaries so that the intended purpose of the fit function is fullfilled. Example: in the exponential decay Exp(-a*t) a is intended to be positive. This is a soft limit, and not a hard limit, because a could be also negative, and the fit nevertheless would succeed.
Public methodGetTypeGets the Type of the current instance.
(Inherited from Object)
Public methodIndependentVariableName Returns the ith independent variable name.
Protected methodMemberwiseCloneCreates a shallow copy of the current Object.
(Inherited from Object)
Public methodParameterName Returns the ith parameter name.
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