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Took out the parts that are currently under development

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Dongryeol Lee
2008-01-17 23:39:13 +00:00
parent b0b84676c9
commit 89f6ee8b76
4 changed files with 0 additions and 181 deletions
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fastlib/u/dongryel/series_expansion/farfield_expansion.h
-49
View File
@@ -23,9 +23,6 @@ template<typename TKernelAux>
class FarFieldExpansion {
private:
/** basis vectors spanning */
Matrix basis_vectors_;
/** The center of the expansion */
Vector center_;
@@ -46,7 +43,6 @@ class FarFieldExpansion {
const typename TKernelAux::TSeriesExpansionAux *sea_;
OT_DEF(FarFieldExpansion) {
OT_MY_OBJECT(basis_vectors_);
OT_MY_OBJECT(center_);
OT_MY_OBJECT(coeffs_);
OT_MY_OBJECT(order_);
@@ -58,9 +54,6 @@ class FarFieldExpansion {
/** Get the coefficients */
double bandwidth_sq() const { return kernel_->bandwidth_sq(); }
/** get basis vectors of this expansion */
const Matrix& get_basis_vectors() { return basis_vectors_; }
/** Get the center of expansion */
Vector* get_center() { return &center_; }
@@ -140,7 +133,6 @@ class FarFieldExpansion {
*/
void Init(const Vector& center, const TKernelAux &ka);
void Init(const TKernelAux &ka);
void Init(const Vector& center, const Matrix &basis, const TKernelAux &ka);
/**
* Computes the required order for evaluating the far field expansion
@@ -173,12 +165,6 @@ class FarFieldExpansion {
*/
void PrintDebug(const char *name="", FILE *stream=stderr) const;
/**
* Rotate from another far field expansion so that its farfield moments
* expressed in terms of the basis vectors owned here.
*/
void RotateFromFarField(const FarFieldExpansion &se);
/**
* Translate from a far field expansion to the expansion here.
* The translated coefficients are added up to the ones here.
@@ -900,24 +886,6 @@ double FarFieldExpansion<TKernelAux>::ConvolveField
return sum;
}
template<typename TKernelAux>
void FarFieldExpansion<TKernelAux>::Init(const Vector& center,
const Matrix& basis_vectors,
const TKernelAux &ka) {
// copy kernel type, center, and bandwidth squared
kernel_ = &(ka.kernel_);
center_.Copy(center);
order_ = -1;
sea_ = &(ka.sea_);
ka_ = &ka;
basis_vectors_.Alias(basis_vectors);
// initialize coefficient array
coeffs_.Init(sea_->get_max_total_num_coeffs());
coeffs_.SetZero();
}
template<typename TKernelAux>
void FarFieldExpansion<TKernelAux>::Init(const Vector& center,
const TKernelAux &ka) {
@@ -928,10 +896,6 @@ void FarFieldExpansion<TKernelAux>::Init(const Vector& center,
order_ = -1;
sea_ = &(ka.sea_);
ka_ = &ka;
// basis vectors are empty, if we assume that we are using the global
// coordinate system
basis_vectors_.Init(0, 0);
// initialize coefficient array
coeffs_.Init(sea_->get_max_total_num_coeffs());
@@ -948,10 +912,6 @@ void FarFieldExpansion<TKernelAux>::Init(const TKernelAux &ka) {
center_.Init(sea_->get_dimension());
center_.SetZero();
ka_ = &ka;
// basis vectors are empty, if we assume that we are using the global
// coordinate system
basis_vectors_.Init(0, 0);
// initialize coefficient array
coeffs_.Init(sea_->get_max_total_num_coeffs());
@@ -1037,15 +997,6 @@ void FarFieldExpansion<TKernelAux>::PrintDebug(const char *name,
fprintf(stream, "\n");
}
template<typename TKernelAux>
void FarFieldExpansion<TKernelAux>::RotateFromFarField
(const FarFieldExpansion &se) {
// if the basis vectors are aligned already, then noting to
// rotate
}
template<typename TKernelAux>
void FarFieldExpansion<TKernelAux>::TranslateFromFarField
(const FarFieldExpansion &se) {
fastlib/u/dongryel/series_expansion/local_expansion.h
-44
View File
@@ -24,9 +24,6 @@ class LocalExpansion {
private:
/** the basis vectors */
Matrix basis_vectors_;
/** The center of the expansion */
Vector center_;
@@ -46,7 +43,6 @@ class LocalExpansion {
const typename TKernelAux::TSeriesExpansionAux *sea_;
OT_DEF(LocalExpansion) {
OT_MY_OBJECT(basis_vectors_);
OT_MY_OBJECT(center_);
OT_MY_OBJECT(coeffs_);
OT_MY_OBJECT(order_);
@@ -103,8 +99,6 @@ class LocalExpansion {
*/
void Init(const Vector& center, const TKernelAux &ka);
void Init(const TKernelAux &ka);
void Init(const Vector& center, const Matrix& basis_vectors,
const TKernelAux &ka);
/**
* Computes the required order for evaluating the local expansion
@@ -121,12 +115,6 @@ class LocalExpansion {
*/
void PrintDebug(const char *name="", FILE *stream=stderr) const;
/**
* rotate from another local expansion such that its local moments
* expressed in terms of the basis vectors here.
*/
void RotateFromLocal(const LocalExpansion &se);
/**
* Translate from a far field expansion to the expansion here.
* The translated coefficients are added up to the ones here.
@@ -357,24 +345,6 @@ double LocalExpansion<TKernelAux>::EvaluateField(const Vector& x_q) const {
return sum;
}
template<typename TKernelAux>
void LocalExpansion<TKernelAux>::Init(const Vector& center,
const Matrix& basis_vectors,
const TKernelAux &ka) {
// copy kernel type, center, and bandwidth squared
kernel_ = &(ka.kernel_);
center_.Copy(center);
order_ = -1;
sea_ = &(ka.sea_);
ka_ = &ka;
basis_vectors_.Alias(basis_vectors);
// initialize coefficient array
coeffs_.Init(sea_->get_max_total_num_coeffs());
coeffs_.SetZero();
}
template<typename TKernelAux>
void LocalExpansion<TKernelAux>::Init(const Vector& center,
const TKernelAux &ka) {
@@ -385,10 +355,6 @@ void LocalExpansion<TKernelAux>::Init(const Vector& center,
order_ = -1;
sea_ = &(ka.sea_);
ka_ = &ka;
// basis vectors are empty, if we assume that we are using the global
// coordinate system
basis_vectors_.Init(0, 0);
// initialize coefficient array
coeffs_.Init(sea_->get_max_total_num_coeffs());
@@ -405,10 +371,6 @@ void LocalExpansion<TKernelAux>::Init(const TKernelAux &ka) {
center_.Init(sea_->get_dimension());
ka_ = &ka;
// basis vectors are empty, if we assume that we are using the global
// coordinate system
basis_vectors_.Init(0, 0);
// initialize coefficient array
coeffs_.Init(sea_->get_max_total_num_coeffs());
coeffs_.SetZero();
@@ -426,12 +388,6 @@ int LocalExpansion<TKernelAux>::OrderForEvaluating
actual_error);
}
template<typename TKernelAux>
void LocalExpansion<TKernelAux>::RotateFromLocal
(const LocalExpansion<TKernelAux> &se) {
}
template<typename TKernelAux>
void LocalExpansion<TKernelAux>::TranslateFromFarField
(const FarFieldExpansion<TKernelAux> &se) {
fastlib/u/dongryel/series_expansion/mult_farfield_expansion.h
-44
View File
@@ -24,9 +24,6 @@ class MultFarFieldExpansion {
private:
/** the basis vectors */
Matrix basis_vectors_;
/** The center of the expansion */
Vector center_;
@@ -46,7 +43,6 @@ class MultFarFieldExpansion {
const typename TKernelAux::TSeriesExpansionAux *sea_;
OT_DEF(MultFarFieldExpansion) {
OT_MY_OBJECT(basis_vectors_);
OT_MY_OBJECT(center_);
OT_MY_OBJECT(coeffs_);
OT_MY_OBJECT(order_);
@@ -133,8 +129,6 @@ class MultFarFieldExpansion {
*/
void Init(const Vector& center, const TKernelAux &ka);
void Init(const TKernelAux &ka);
void Init(const Vector& center, const Matrix& basis_vectors,
const TKernelAux &ka);
/**
* Computes the required order for evaluating the far field expansion
@@ -167,12 +161,6 @@ class MultFarFieldExpansion {
*/
void PrintDebug(const char *name="", FILE *stream=stderr) const;
/**
* Rotate from another far field expansion so that its farfield moments
* expressed in terms of the basis vectors owned here.
*/
void RotateFromFarField(const MultFarFieldExpansion &se);
/**
* Translate from a far field expansion to the expansion here.
* The translated coefficients are added up to the ones here.
@@ -421,24 +409,6 @@ double MultFarFieldExpansion<TKernelAux>::EvaluateField(const Vector& x_q,
return multipole_sum;
}
template<typename TKernelAux>
void MultFarFieldExpansion<TKernelAux>::Init(const Vector& center,
const Matrix& basis_vectors,
const TKernelAux &ka) {
// copy kernel type, center, and bandwidth squared
kernel_ = &(ka.kernel_);
center_.Copy(center);
order_ = -1;
sea_ = &(ka.sea_);
ka_ = &ka;
basis_vectors_.Alias(basis_vectors);
// initialize coefficient array
coeffs_.Init(sea_->get_max_total_num_coeffs());
coeffs_.SetZero();
}
template<typename TKernelAux>
void MultFarFieldExpansion<TKernelAux>::Init(const Vector& center,
const TKernelAux &ka) {
@@ -450,10 +420,6 @@ template<typename TKernelAux>
sea_ = &(ka.sea_);
ka_ = &ka;
// basis vectors are empty, if we assume that we are using the global
// coordinate system
basis_vectors_.Init(0, 0);
// initialize coefficient array
coeffs_.Init(sea_->get_max_total_num_coeffs());
coeffs_.SetZero();
@@ -470,10 +436,6 @@ template<typename TKernelAux>
center_.SetZero();
ka_ = &ka;
// basis vectors are empty, if we assume that we are using the global
// coordinate system
basis_vectors_.Init(0, 0);
// initialize coefficient array
coeffs_.Init(sea_->get_max_total_num_coeffs());
coeffs_.SetZero();
@@ -555,12 +517,6 @@ void MultFarFieldExpansion<TKernelAux>::PrintDebug
fprintf(stream, "\n");
}
template<typename TKernelAux>
void MultFarFieldExpansion<TKernelAux>::RotateFromFarField
(const MultFarFieldExpansion &se) {
}
template<typename TKernelAux>
void MultFarFieldExpansion<TKernelAux>::TranslateFromFarField
(const MultFarFieldExpansion &se) {
fastlib/u/dongryel/series_expansion/mult_local_expansion.h
-44
View File
@@ -24,9 +24,6 @@ class MultLocalExpansion {
private:
/** the basis vectors */
Matrix basis_vectors_;
/** The center of the expansion */
Vector center_;
@@ -46,7 +43,6 @@ class MultLocalExpansion {
const typename TKernelAux::TSeriesExpansionAux *sea_;
OT_DEF(MultLocalExpansion) {
OT_MY_OBJECT(basis_vectors_);
OT_MY_OBJECT(center_);
OT_MY_OBJECT(coeffs_);
OT_MY_OBJECT(order_);
@@ -103,8 +99,6 @@ class MultLocalExpansion {
*/
void Init(const Vector& center, const TKernelAux &sea);
void Init(const TKernelAux &sea);
void Init(const Vector& center, const Matrix& basis_vectors,
const TKernelAux &sea);
/**
* Computes the required order for evaluating the local expansion
@@ -121,12 +115,6 @@ class MultLocalExpansion {
*/
void PrintDebug(const char *name="", FILE *stream=stderr) const;
/**
* rotate from another local expansion such that its local moments
* expressed in terms of the basis vectors here.
*/
void RotateFromLocal(const MultLocalExpansion &se);
/**
* Translate from a far field expansion to the expansion here.
* The translated coefficients are added up to the ones here.
@@ -385,24 +373,6 @@ double MultLocalExpansion<TKernelAux>::EvaluateField(const Vector& x_q) const {
return sum;
}
template<typename TKernelAux>
void MultLocalExpansion<TKernelAux>::Init(const Vector& center,
const Matrix& basis_vectors,
const TKernelAux &ka) {
// copy kernel type, center, and bandwidth squared
kernel_ = &(ka.kernel_);
center_.Copy(center);
order_ = -1;
sea_ = &(ka.sea_);
ka_ = &ka;
basis_vectors_.Alias(basis_vectors);
// initialize coefficient array
coeffs_.Init(sea_->get_max_total_num_coeffs());
coeffs_.SetZero();
}
template<typename TKernelAux>
void MultLocalExpansion<TKernelAux>::Init(const Vector& center,
const TKernelAux &ka) {
@@ -414,10 +384,6 @@ void MultLocalExpansion<TKernelAux>::Init(const Vector& center,
sea_ = &(ka.sea_);
ka_ = &ka;
// basis vectors are empty, if we assume that we are using the global
// coordinate system
basis_vectors_.Init(0, 0);
// initialize coefficient array
coeffs_.Init(sea_->get_max_total_num_coeffs());
coeffs_.SetZero();
@@ -433,10 +399,6 @@ void MultLocalExpansion<TKernelAux>::Init(const TKernelAux &ka) {
order_ = -1;
ka_ = &ka;
// basis vectors are empty, if we assume that we are using the global
// coordinate system
basis_vectors_.Init(0, 0);
// initialize coefficient array
coeffs_.Init(sea_->get_max_total_num_coeffs());
coeffs_.SetZero();
@@ -454,12 +416,6 @@ int MultLocalExpansion<TKernelAux>::OrderForEvaluating
actual_error);
}
template<typename TKernelAux>
void MultLocalExpansion<TKernelAux>::RotateFromLocal
(const MultLocalExpansion<TKernelAux> &se) {
}
template<typename TKernelAux>
void MultLocalExpansion<TKernelAux>::TranslateFromFarField
(const MultFarFieldExpansion<TKernelAux> &se) {