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Data3DLayer.cpp
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Fri, Mar 7, 03:44

Data3DLayer.cpp
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#include <Data3DLayer.hpp>
#include <Matrix3D.hpp>
#include <Matrix4D.hpp>
Data3DLayer::Data3DLayer()
: DataLayer()
{}
Data3DLayer::Data3DLayer(const Matrix3D<double>& data,
size_t n_class,
size_t n_shift,
bool flip,
bool bckg_class)
: DataLayer(n_class, n_shift, flip, bckg_class),
data(data),
n_dim1(this->data.get_dim()[0]),
n_dim2(this->data.get_dim()[1]),
n_dim3(this->data.get_dim()[2])
{
this->l_model = this->n_dim2 - this->n_shift + 1 ;
// models cannot be initialise here
// as the number of categories depend
// on the exact class
}
Data3DLayer::Data3DLayer(Matrix3D<double>&& data,
size_t n_class,
size_t n_shift,
bool flip,
bool bckg_class)
: DataLayer(n_class, n_shift, flip, bckg_class),
data(data),
n_dim1(this->data.get_dim()[0]),
n_dim2(this->data.get_dim()[1]),
n_dim3(this->data.get_dim()[2])
{
this->l_model = this->n_dim2 - this->n_shift + 1 ;
// models cannot be initialise here
// as the number of categories depend
// on the exact class
}
Data3DLayer::Data3DLayer(const Matrix3D<double>& data,
const Matrix3D<double>& model,
bool flip,
bool bckg_class)
: DataLayer(model, flip, bckg_class),
data(data),
n_dim1(this->data.get_dim()[0]),
n_dim2(this->data.get_dim()[1]),
n_dim3(this->data.get_dim()[2])
{
this->n_shift = this->n_dim2 - this->l_model + 1 ;
// check if model is not too long
if(this->n_dim2 < this->l_model)
{ char msg[4096] ;
sprintf(msg,
"Error! model is longer than data : %zu / %zu",
this->l_model, this->n_dim2) ;
throw std::invalid_argument(msg) ;
}
}
Data3DLayer::Data3DLayer(Matrix3D<double>&& data,
Matrix3D<double>&& model,
bool flip,
bool bckg_class)
: DataLayer(std::move(model), flip, bckg_class),
data(data),
n_dim1(this->data.get_dim()[0]),
n_dim2(this->data.get_dim()[1]),
n_dim3(this->data.get_dim()[2])
{
this->n_shift = this->n_dim2 - this->l_model + 1 ;
// check if model is not too long
if(this->n_dim2 < this->l_model)
{ char msg[4096] ;
sprintf(msg,
"Error! model is longer than data : %zu / %zu",
this->l_model, this->n_dim2) ;
throw std::invalid_argument(msg) ;
}
}
Data3DLayer::~Data3DLayer()
{}
void Data3DLayer::check_loglikelihood_dim(const Matrix4D<double>& loglikelihood) const
{ if(loglikelihood.get_dim()[0] != this->n_dim1)
{ char msg[4096] ;
sprintf(msg,
"Error! loglikelihood matrix 1st dimension is not "
"equal to data 1st dimension : %zu / %zu",
loglikelihood.get_dim()[0], this->n_dim1) ;
throw std::invalid_argument(msg) ;
}
else if(loglikelihood.get_dim()[1] != this->n_class)
{ char msg[4096] ;
sprintf(msg,
"Error! loglikelihood matrix 2nd dimension is not "
"equal to model class number : %zu / %zu",
loglikelihood.get_dim()[1], this->n_class) ;
throw std::invalid_argument(msg) ;
}
else if(loglikelihood.get_dim()[2] != this->n_shift)
{ char msg[4096] ;
sprintf(msg,
"Error! loglikelihood matrix 3rd dimension is not "
"equal to model shift state number : %zu / %zu",
loglikelihood.get_dim()[2], this->n_shift) ;
throw std::invalid_argument(msg) ;
}
else if(loglikelihood.get_dim()[3] != this->n_flip)
{ char msg[4096] ;
sprintf(msg,
"Error! loglikelihood matrix 4th dimension is not "
"equal to model flip state number : %zu / %zu",
loglikelihood.get_dim()[3], this->n_flip) ;
throw std::invalid_argument(msg) ;
}
}
void Data3DLayer::check_loglikelihood_max_dim(const vector_d& loglikelihood_max) const
{ if(loglikelihood_max.size() != this->n_dim1)
{ char msg[4096] ;
sprintf(msg,
"Error! loglikelihood_max length is not "
"equal to data 1st dimension : %zu / %zu",
loglikelihood_max.size(), this->n_dim1) ;
throw std::invalid_argument(msg) ;
}
}
void Data3DLayer::check_posterior_prob_dim(const Matrix4D<double>& posterior_prob) const
{ if(posterior_prob.get_dim()[0] != this->n_dim1)
{ char msg[4096] ;
sprintf(msg,
"Error! posterior_prob matrix 1st dimension is not "
"equal to data 1st dimension : %zu / %zu",
posterior_prob.get_dim()[0], this->n_dim1) ;
throw std::invalid_argument(msg) ;
}
else if(posterior_prob.get_dim()[1] != this->n_class)
{ char msg[4096] ;
sprintf(msg,
"Error! posterior_prob matrix 2nd dimension is not "
"equal to model class number : %zu / %zu",
posterior_prob.get_dim()[1], this->n_class) ;
throw std::invalid_argument(msg) ;
}
else if(posterior_prob.get_dim()[2] != this->n_shift)
{ char msg[4096] ;
sprintf(msg,
"Error! posterior_prob matrix 3rd dimension is not "
"equal to model shift state number : %zu / %zu",
posterior_prob.get_dim()[2], this->n_shift) ;
throw std::invalid_argument(msg) ;
}
else if(posterior_prob.get_dim()[3] != this->n_flip)
{ char msg[4096] ;
sprintf(msg,
"Error! posterior_prob matrix 4th dimension is not "
"equal to model flip state number : %zu / %zu",
posterior_prob.get_dim()[3], this->n_flip) ;
throw std::invalid_argument(msg) ;
}
}

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