@Override
public double getSpecificStandardDeviation(ParameterOptions whichParameter)
throws ParameterSelectionException {
switch (whichParameter) {
case kA:
return standardDeviation[0];
case t0:
return standardDeviation[1];
case n:
return standardDeviation[2];
default:
throw new ParameterSelectionException(
"The options for the Cubic model are kA, t0 and n. Your selection of: "
+ whichParameter.toString()
+ " is therefore not an allowable option.");
}
}
@Override
public boolean getIsParameterFittable(ParameterOptions whichParameter)
throws ParameterSelectionException {
switch (whichParameter) {
case kA:
return isFittable[0];
case t0:
return isFittable[1];
case n:
return isFittable[2];
default:
throw new ParameterSelectionException(
"The options for the Cubic model are kA, t0 and n. Your selection of: "
+ whichParameter.toString()
+ " is therefore not an allowable option.");
}
}
@Override
public void setSpecificParameterBounds(Bounds specificBounds, ParameterOptions whichParam)
throws ParameterSelectionException {
switch (whichParam) {
case kA:
this.parameterBounds[0] = specificBounds;
break;
case t0:
this.parameterBounds[1] = specificBounds;
break;
case n:
this.parameterBounds[2] = specificBounds;
break;
default:
throw new ParameterSelectionException(
"The options for the Cubic model are kA, t0 and n. Your selection of: "
+ whichParam.toString()
+ " is therefore not an allowable option.");
}
}
@Override
public void setSpecificParameter(double parameter, ParameterOptions whichParam)
throws ParameterSelectionException {
switch (whichParam) {
case kA:
kA = parameter;
parameters[0] = kA;
break;
case t0:
t0 = parameter;
parameters[1] = t0;
break;
case n:
n = parameter;
parameters[2] = n;
break;
default:
throw new ParameterSelectionException(
"The options for the Cubic model are kA, t0 and n. Your selection of: "
+ whichParam.toString()
+ " is therefore not an allowable option.");
}
}
