26 Real computeSTD(
const std::vector<Real> & data,
const unsigned int & start_index);
35 Real computeMean(
const std::vector<Real> & data,
const unsigned int & start_index);
48 std::vector<std::vector<Real>>
sortInput(
const std::vector<std::vector<Real>> & inputs,
49 const std::vector<Real> & outputs,
50 const unsigned int samplessub,
51 const Real subset_prob);
63 std::vector<Real>
sortOutput(
const std::vector<Real> & outputs,
64 const unsigned int samplessub,
65 const Real subset_prob);
unsigned int weightedResample(const std::vector< Real > &weights, Real rnd)
return a resampled vector from a population given a weight vector.
std::vector< Real > computeVectorABS(const std::vector< Real > &data)
return the absolute values in a vector.
Real computeMean(const std::vector< Real > &data, const unsigned int &start_index)
compute the mean of a data vector by only considering values from a specific index.
Real computeMin(const std::vector< Real > &data)
return the minimum value in a vector.
Real computeSTD(const std::vector< Real > &data, const unsigned int &start_index)
compute the standard deviation of a data vector by only considering values from a specific index...
DIE A HORRIBLE DEATH HERE typedef LIBMESH_DEFAULT_SCALAR_TYPE Real
std::vector< std::vector< Real > > sortInput(const std::vector< std::vector< Real >> &inputs, const std::vector< Real > &outputs, const unsigned int samplessub, const Real subset_prob)
return input values corresponding to the largest po percentile output values.
std::vector< Real > sortOutput(const std::vector< Real > &outputs, const unsigned int samplessub, const Real subset_prob)
return the largest po percentile output values.