Module definition of Type_Vector. More...

Collaboration diagram for Data_Type_Vector:

elemental subroutine	data_type_vector::init_vector_self (vec)
	Subroutine for initializing components of Type_Vector variable. More...

elemental subroutine	data_type_vector::set_vector_self (vec, x, y, z)
	Subroutine for setting components of Type_Vector variable. More...

integer(i4p) function	data_type_vector::iolen_vector_self (vec)
	Procedure for computing IO length. More...

subroutine	data_type_vector::load_vector_self (vec, pos, iostat, iomsg, unit)
	Procedure for loading Type_Vector data. More...

subroutine	data_type_vector::save_vector_self (vec, pos, iostat, iomsg, unit)
	Procedure for saving Type_Vector data. More...

subroutine	data_type_vector::print_vector_self (vec, pref, iostat, iomsg, unit)
	Function for printing in a pretty ascii format the components of type Type_Vector. More...

elemental subroutine	data_type_vector::normalize_self (vec)
	Subroutine for normalizing a vector. More...

elemental type(type_vector) function	data_type_vector::normalized_self (vec)
	Subroutine for obtaining a normalized copy of a vector. More...

elemental real(r8p) function	data_type_vector::sq_norm_self (vec)
	Function for computing the square of the norm of a vector. More...

elemental real(r8p) function	data_type_vector::norml2_self (vec)
	Function for computing the norm L2 of a vector. More...

elemental subroutine	data_type_vector::face_normal4_self (fnormal, norm, pt1, pt2, pt3, pt4)
	Function for calculating the normal of the face defined by 4 points vector pt1, pt2, pt3 and pt4. More...

elemental subroutine	data_type_vector::face_normal3_self (fnormal, norm, pt1, pt2, pt3)
	Function for calculating the normal of the face defined by the 3 points vector pt1, pt2 and pt3. More...

elemental type(type_vector) function	data_type_vector::crossproduct (vec1, vec2)
	Procedure for computing the cross product of 2 vectors. More...

elemental real(r8p) function	data_type_vector::dotproduct (vec1, vec2)
	Procedure for computing the scalar (dot) product of 2 vectors. More...

elemental type(type_vector) function	data_type_vector::parallel (vec1, vec2)
	Procedure for computing the component of vec1 parallel to vec2. More...

elemental type(type_vector) function	data_type_vector::orthogonal (vec1, vec2)
	Procedure for computign the component of vec1 orthogonal to vec2. More...

pure subroutine	data_type_vector::assign_self (self1, self2)
	Procedure for assignment between two selfs. More...

elemental subroutine	data_type_vector::assign_scalr16p (self, scal)
	Assignment procedures definitions. More...

elemental subroutine	data_type_vector::assign_scalr8p (self, scal)
	Procedure for assignment between a scalar (real R8P) and self. More...

elemental subroutine	data_type_vector::assign_scalr4p (self, scal)
	Procedure for assignment between a scalar (real R4P) and self. More...

elemental subroutine	data_type_vector::assign_scali8p (self, scal)
	Procedure for assignment between a scalar (integer I8P) and self. More...

elemental subroutine	data_type_vector::assign_scali4p (self, scal)
	Procedure for assignment between a scalar (integer I4P) and self. More...

elemental subroutine	data_type_vector::assign_scali2p (self, scal)
	Procedure for assignment between a scalar (integer I2P) and self. More...

elemental subroutine	data_type_vector::assign_scali1p (self, scal)
	Procedure for assignment between a scalar (integer I1P) and self. More...

elemental type(type_vector) function	data_type_vector::self_mul_self (self1, self2)
	Procedure for multiply (by components) two selfs. More...

elemental type(type_vector) function	data_type_vector::scalr16p_mul_self (scal, self)
	Operator (*) procedures definitions. More...

elemental type(type_vector) function	data_type_vector::self_mul_scalr16p (self, scal)
	Procedure for multiply self for scalar (real R16P). More...

elemental type(type_vector) function	data_type_vector::scalr8p_mul_self (scal, self)
	Procedure for multiply scalar (real R8P) for self. More...

elemental type(type_vector) function	data_type_vector::self_mul_scalr8p (self, scal)
	Procedure for multiply self for scalar (real R8P). More...

elemental type(type_vector) function	data_type_vector::scalr4p_mul_self (scal, self)
	Procedure for multiply scalar (real R4P) for self. More...

elemental type(type_vector) function	data_type_vector::self_mul_scalr4p (self, scal)
	Procedure for multiply self for scalar (real R4P). More...

elemental type(type_vector) function	data_type_vector::scali8p_mul_self (scal, self)
	Procedure for multiply scalar (integer I8P) for self. More...

elemental type(type_vector) function	data_type_vector::self_mul_scali8p (self, scal)
	Procedure for multiply self for scalar (integer I8P). More...

elemental type(type_vector) function	data_type_vector::scali4p_mul_self (scal, self)
	Procedure for multiply scalar (integer I4P) for self. More...

elemental type(type_vector) function	data_type_vector::self_mul_scali4p (self, scal)
	Procedure for multiply self for scalar (integer I4P). More...

elemental type(type_vector) function	data_type_vector::scali2p_mul_self (scal, self)
	Procedure for multiply scalar (integer I2P) for self. More...

elemental type(type_vector) function	data_type_vector::self_mul_scali2p (self, scal)
	Procedure for multiply self for scalar (integer I2P). More...

elemental type(type_vector) function	data_type_vector::scali1p_mul_self (scal, self)
	Procedure for multiply scalar (integer I1P) for self. More...

elemental type(type_vector) function	data_type_vector::self_mul_scali1p (self, scal)
	Procedure for multiply self for scalar (integer I1P). More...

elemental type(type_vector) function	data_type_vector::self_div_self (self1, self2)
	Procedure for divide self for self. More...

elemental type(type_vector) function	data_type_vector::self_div_scalr16p (self, scal)
	Operator (/) procedures definitions. More...

elemental type(type_vector) function	data_type_vector::self_div_scalr8p (self, scal)
	Procedure for divide self for scalar (real R8P). More...

elemental type(type_vector) function	data_type_vector::self_div_scalr4p (self, scal)
	Procedure for divide self for scalar (real R4P). More...

elemental type(type_vector) function	data_type_vector::self_div_scali8p (self, scal)
	Procedure for divide self for scalar (integer I8P). More...

elemental type(type_vector) function	data_type_vector::self_div_scali4p (self, scal)
	Procedure for divide self for scalar (integer I4P). More...

elemental type(type_vector) function	data_type_vector::self_div_scali2p (self, scal)
	Procedure for divide self for scalar (integer I2P). More...

elemental type(type_vector) function	data_type_vector::self_div_scali1p (self, scal)
	Procedure for divide self for scalar (integer I1P). More...

elemental type(type_vector) function	data_type_vector::positive_self (self)
	Procedure for applay unary + to a self. More...

elemental type(type_vector) function	data_type_vector::self_sum_self (self1, self2)
	Procedure for sum self and self. More...

elemental type(type_vector) function	data_type_vector::scalr16p_sum_self (scal, self)
	Operator (*) procedures definitions. More...

elemental type(type_vector) function	data_type_vector::self_sum_scalr16p (self, scal)
	Procedure for sum self and scalar (real R16P). More...

elemental type(type_vector) function	data_type_vector::scalr8p_sum_self (scal, self)
	Procedure for sum scalar (real R8P) and self. More...

elemental type(type_vector) function	data_type_vector::self_sum_scalr8p (self, scal)
	Procedure for sum self and scalar (real R8P). More...

elemental type(type_vector) function	data_type_vector::scalr4p_sum_self (scal, self)
	Procedure for sum scalar (real R4P) and self. More...

elemental type(type_vector) function	data_type_vector::self_sum_scalr4p (self, scal)
	Procedure for sum self and scalar (real R4P). More...

elemental type(type_vector) function	data_type_vector::scali8p_sum_self (scal, self)
	Procedure for sum scalar (integer I8P) and self. More...

elemental type(type_vector) function	data_type_vector::self_sum_scali8p (self, scal)
	Procedure for sum self and scalar (integer I8P). More...

elemental type(type_vector) function	data_type_vector::scali4p_sum_self (scal, self)
	Procedure for sum scalar (integer I4P) and self. More...

elemental type(type_vector) function	data_type_vector::self_sum_scali4p (self, scal)
	Procedure for sum self and scalar (integer I4P). More...

elemental type(type_vector) function	data_type_vector::scali2p_sum_self (scal, self)
	Procedure for sum scalar (integer I2P) and self. More...

elemental type(type_vector) function	data_type_vector::self_sum_scali2p (self, scal)
	Procedure for sum self and scalar (integer I2P). More...

elemental type(type_vector) function	data_type_vector::scali1p_sum_self (scal, self)
	Procedure for sum scalar (integer I1P) and self. More...

elemental type(type_vector) function	data_type_vector::self_sum_scali1p (self, scal)
	Procedure for sum self and scalar (integer I1P). More...

elemental type(type_vector) function	data_type_vector::negative_self (self)
	Procedure for applay unary - to a self. More...

elemental type(type_vector) function	data_type_vector::self_sub_self (self1, self2)
	Procedure for subtract self and self. More...

elemental type(type_vector) function	data_type_vector::scalr16p_sub_self (scal, self)
	Operator (*) procedures definitions. More...

elemental type(type_vector) function	data_type_vector::self_sub_scalr16p (self, scal)
	Procedure for subtract self and scalar (real R16P). More...

elemental type(type_vector) function	data_type_vector::scalr8p_sub_self (scal, self)
	Procedure for subtract scalar (real R8P) and self. More...

elemental type(type_vector) function	data_type_vector::self_sub_scalr8p (self, scal)
	Procedure for subtract self and scalar (real R8P). More...

elemental type(type_vector) function	data_type_vector::scalr4p_sub_self (scal, self)
	Procedure for subtract scalar (real R4P) and self. More...

elemental type(type_vector) function	data_type_vector::self_sub_scalr4p (self, scal)
	Procedure for subtract self and scalar (real R4P). More...

elemental type(type_vector) function	data_type_vector::scali8p_sub_self (scal, self)
	Procedure for subtract scalar (integer I8P) and self. More...

elemental type(type_vector) function	data_type_vector::self_sub_scali8p (self, scal)
	Procedure for subtract self and scalar (integer I8P). More...

elemental type(type_vector) function	data_type_vector::scali4p_sub_self (scal, self)
	Procedure for subtract scalar (integer I4P) and self. More...

elemental type(type_vector) function	data_type_vector::self_sub_scali4p (self, scal)
	Procedure for subtract self and scalar (integer I4P). More...

elemental type(type_vector) function	data_type_vector::scali2p_sub_self (scal, self)
	Procedure for subtract scalar (integer I2P) and self. More...

elemental type(type_vector) function	data_type_vector::self_sub_scali2p (self, scal)
	Procedure for subtract self and scalar (integer I2P). More...

elemental type(type_vector) function	data_type_vector::scali1p_sub_self (scal, self)
	Procedure for subtract scalar (integer I1P) and self. More...

elemental type(type_vector) function	data_type_vector::self_sub_scali1p (self, scal)
	Procedure for subtract self and scalar (integer I1P). More...

elemental logical function	data_type_vector::self_not_eq_self (self1, self2)
	Procedure returns .true. More...

elemental logical function	data_type_vector::r16p_not_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_not_eq_r16p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::r8p_not_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_not_eq_r8p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::r4p_not_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_not_eq_r4p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i8p_not_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_not_eq_i8p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i4p_not_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_not_eq_i4p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i2p_not_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_not_eq_i2p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i1p_not_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_not_eq_i1p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_low_self (self1, self2)
	Procedure returns .true. More...

elemental logical function	data_type_vector::r16p_low_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_low_r16p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::r8p_low_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_low_r8p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::r4p_low_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_low_r4p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i8p_low_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_low_i8p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i4p_low_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_low_i4p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i2p_low_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_low_i2p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i1p_low_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_low_i1p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_low_eq_self (self1, self2)
	Procedure returns .true. More...

elemental logical function	data_type_vector::r16p_low_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_low_eq_r16p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::r8p_low_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_low_eq_r8p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::r4p_low_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_low_eq_r4p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i8p_low_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_low_eq_i8p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i4p_low_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_low_eq_i4p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i2p_low_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_low_eq_i2p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i1p_low_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_low_eq_i1p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_eq_self (self1, self2)
	Procedure returns .true. More...

elemental logical function	data_type_vector::r16p_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_eq_r16p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::r8p_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_eq_r8p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::r4p_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_eq_r4p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i8p_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_eq_i8p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i4p_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_eq_i4p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i2p_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_eq_i2p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i1p_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_eq_i1p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_great_eq_self (self1, self2)
	Procedure returns .true. More...

elemental logical function	data_type_vector::r16p_great_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_great_eq_r16p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::r8p_great_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_great_eq_r8p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::r4p_great_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_great_eq_r4p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i8p_great_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_great_eq_i8p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i4p_great_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_great_eq_i4p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i2p_great_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_great_eq_i2p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i1p_great_eq_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_great_eq_i1p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_great_self (self1, self2)
	Procedure returns .true. More...

elemental logical function	data_type_vector::r16p_great_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_great_r16p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::r8p_great_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_great_r8p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::r4p_great_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_great_r4p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i8p_great_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_great_i8p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i4p_great_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_great_i4p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i2p_great_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_great_i2p (self, scal)
	Procedure returns .true. More...

elemental logical function	data_type_vector::i1p_great_self (scal, self)
	Procedure returns .true. More...

elemental logical function	data_type_vector::self_great_i1p (self, scal)
	Procedure returns .true. More...

Detailed Description

Module definition of Type_Vector.

Function/Subroutine Documentation

elemental subroutine data_type_vector::init_vector_self ( class(type_vector), intent(inout) vec )

private

Subroutine for initializing components of Type_Vector variable.

Parameters

[in,out] vec Vector.

Definition at line 531 of file Data_Type_Vector.f90.

Referenced by data_type_vector::type_vector::init().

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elemental subroutine data_type_vector::set_vector_self	(	class(type_vector), intent(inout)	vec,
		real(r8p), intent(in), optional	x,
		real(r8p), intent(in), optional	y,
		real(r8p), intent(in), optional	z
	)

private

Subroutine for setting components of Type_Vector variable.

Parameters

[in,out]	vec	Vector.
[in]	x	Cartesian component in x direction.
[in]	y	Cartesian component in y direction.
[in]	z	Cartesian component in z direction.

Definition at line 546 of file Data_Type_Vector.f90.

Referenced by data_type_vector::type_vector::set().

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integer(i4p) function data_type_vector::iolen_vector_self ( class(type_vector), intent(in) vec )

private

Procedure for computing IO length.

Parameters

[in] vec Vector.

Definition at line 564 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::iolen().

Referenced by data_type_vector::type_vector::iolen().

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subroutine data_type_vector::load_vector_self	(	class(type_vector), intent(inout)	vec,
		integer(i8p), intent(in), optional	pos,
		integer(i4p), intent(out), optional	iostat,
		character(*), intent(out), optional	iomsg,
		integer(i4p), intent(in)	unit
	)

private

Procedure for loading Type_Vector data.

Parameters

[in,out]	vec	Vector data.
[in]	pos	Position specifier.
[out]	iostat	IO error.
[out]	iomsg	IO error message.
[in]	unit	Logic unit.

Definition at line 578 of file Data_Type_Vector.f90.

Referenced by data_type_vector::type_vector::load().

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subroutine data_type_vector::save_vector_self	(	class(type_vector), intent(in)	vec,
		integer(i8p), intent(in), optional	pos,
		integer(i4p), intent(out), optional	iostat,
		character(*), intent(out), optional	iomsg,
		integer(i4p), intent(in)	unit
	)

private

Procedure for saving Type_Vector data.

Parameters

[in]	vec	Vector data.
[in]	pos	Position specifier.
[out]	iostat	IO error.
[out]	iomsg	IO error message.
[in]	unit	Logic unit.

Definition at line 603 of file Data_Type_Vector.f90.

Referenced by data_type_vector::type_vector::load().

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subroutine data_type_vector::print_vector_self	(	class(type_vector), intent(in)	vec,
		character(*), intent(in), optional	pref,
		integer(i4p), intent(out), optional	iostat,
		character(*), intent(out), optional	iomsg,
		integer(i4p), intent(in)	unit
	)

private

Function for printing in a pretty ascii format the components of type Type_Vector.

Parameters

[in]	vec	Vector.
[in]	pref	Prefixing string for outputs.
[out]	iostat	IO error.
[out]	iomsg	IO error message.
[in]	unit	Logic unit.

Definition at line 628 of file Data_Type_Vector.f90.

Referenced by data_type_vector::type_vector::print().

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elemental subroutine data_type_vector::normalize_self ( class(type_vector), intent(inout) vec )

private

Subroutine for normalizing a vector.

The normalization is made by means of norm L2. If the norm L2 of the vector is less than the parameter smallR8P the normalization value is set to normL2(vec)+smallR8P.

Parameters

[in,out] vec Vector to be normalized.

Definition at line 655 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2(), and ir_precision::smallr8p.

Referenced by data_type_vector::type_vector::normalize().

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elemental type(type_vector) function data_type_vector::normalized_self ( class(type_vector), intent(in) vec )

private

Subroutine for obtaining a normalized copy of a vector.

The normalization is made by means of norm L2. If the norm L2 of the vector is less than the parameter smallR8P the normalization value is set to normL2(vec)+smallR8P.

Parameters

[in] vec Vector to be normalized.

Definition at line 677 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2(), and ir_precision::smallr8p.

Referenced by data_type_vector::type_vector::normalized().

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elemental real(r8p) function data_type_vector::sq_norm_self ( class(type_vector), intent(in) vec )

private

Function for computing the square of the norm of a vector.

The square norm if defined as $ N = x^2 + y^2 + z^2$ .

Parameters

[in] vec Vector.

Definition at line 699 of file Data_Type_Vector.f90.

Referenced by data_type_vector::type_vector::sq_norm().

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elemental real(r8p) function data_type_vector::norml2_self ( class(type_vector), intent(in) vec )

private

Function for computing the norm L2 of a vector.

The norm L2 if defined as $N = \sqrt {x^2 + y^2 + z^2 }$ .

Parameters

[in] vec Vector.

Definition at line 714 of file Data_Type_Vector.f90.

Referenced by data_type_vector::type_vector::norml2().

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elemental subroutine data_type_vector::face_normal4_self	(	class(type_vector), intent(inout)	fnormal,
		character(1), intent(in), optional	norm,
		type(type_vector), intent(in)	pt1,
		type(type_vector), intent(in)	pt2,
		type(type_vector), intent(in)	pt3,
		type(type_vector), intent(in)	pt4
	)

private

Function for calculating the normal of the face defined by 4 points vector pt1, pt2, pt3 and pt4.

The convention for the points numeration is the following:

1.----------.2
 |          |
 |          |
 |          |
 |          |
4.----------.3

The normal is calculated by the cross product of the diagonal d13 for the diagonal d24: d13 x d24. The normal is normalized if the variable 'norm' is passed (with any value).

Parameters

[in,out]	fnormal	Face normal.
[in]	norm	If 'norm' is passed as argument the normal is normalized.
[in]	pt1	First face point.
[in]	pt2	Second face point.
[in]	pt3	Third face point.
[in]	pt4	Fourth face point.

Definition at line 739 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::cross(), and data_type_vector::type_vector::normalize().

Referenced by data_type_vector::type_vector::face_normal4().

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elemental subroutine data_type_vector::face_normal3_self	(	class(type_vector), intent(inout)	fnormal,
		character(1), intent(in), optional	norm,
		type(type_vector), intent(in)	pt1,
		type(type_vector), intent(in)	pt2,
		type(type_vector), intent(in)	pt3
	)

private

Function for calculating the normal of the face defined by the 3 points vector pt1, pt2 and pt3.

1.----.2
  \   |
   \  |
    \ |
     \|
      .3

The normal is calculated by the cross product of the side s12 for the side s13: s12 x s13. The normal is normalized if the variable 'norm' is passed (with any value).

Parameters

[in,out]	fnormal	Face normal.
[in]	norm	If 'norm' is passed as argument the normal is normalized.
[in]	pt1	First face point.
[in]	pt2	Second face point.
[in]	pt3	Third face point.

Definition at line 775 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::cross(), and data_type_vector::type_vector::normalize().

Referenced by data_type_vector::type_vector::face_normal3().

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elemental type(type_vector) function data_type_vector::crossproduct	(	class(type_vector), intent(in)	vec1,
		type(type_vector), intent(in)	vec2
	)

private

Procedure for computing the cross product of 2 vectors.

$\vec V=\left({y_1 z_2 - z_1 y_2}\right)\vec i + \left({z_1 x_2 - x_1 z_2}\right)\vec j + \left({x_1 y_2 - y_1 x_2}\right)\vec k$ where $x_i$ , $y_i$ and $z_i$ $i=1,2$ are the components of the vectors.

Definition at line 803 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::cross().

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elemental real(r8p) function data_type_vector::dotproduct	(	class(type_vector), intent(in)	vec1,
		type(type_vector), intent(in)	vec2
	)

private

Procedure for computing the scalar (dot) product of 2 vectors.

${\rm D}= x_1 \cdot x_2 + y_1 \cdot y_2 + z_1 \cdot z_2$ where $x_i$ , $y_i$ and $z_i$ $i=1,2$ are the components of the vectors.

Definition at line 822 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::dot().

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elemental type(type_vector) function data_type_vector::parallel	(	class(type_vector), intent(in)	vec1,
		type(type_vector), intent(in)	vec2
	)

private

Procedure for computing the component of vec1 parallel to vec2.

Definition at line 837 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::dot(), data_type_vector::type_vector::normalize(), and data_type_vector::type_vector::paral().

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elemental type(type_vector) function data_type_vector::orthogonal	(	class(type_vector), intent(in)	vec1,
		type(type_vector), intent(in)	vec2
	)

private

Procedure for computign the component of vec1 orthogonal to vec2.

Definition at line 852 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::ortho(), and data_type_vector::type_vector::paral().

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pure subroutine data_type_vector::assign_self	(	class(type_vector), intent(inout)	self1,
		class(type_vector), intent(in)	self2
	)

private

Procedure for assignment between two selfs.

Definition at line 871 of file Data_Type_Vector.f90.

elemental subroutine data_type_vector::assign_scalr16p	(	class(type_vector), intent(inout)	self,
		real(r16p), intent(in)	scal
	)

private

Assignment procedures definitions.

Procedure for assignment between a scalar (real R16P) and self.

Definition at line 890 of file Data_Type_Vector.f90.

elemental subroutine data_type_vector::assign_scalr8p	(	class(type_vector), intent(inout)	self,
		real(r8p), intent(in)	scal
	)

private

Procedure for assignment between a scalar (real R8P) and self.

Definition at line 904 of file Data_Type_Vector.f90.

elemental subroutine data_type_vector::assign_scalr4p	(	class(type_vector), intent(inout)	self,
		real(r4p), intent(in)	scal
	)

private

Procedure for assignment between a scalar (real R4P) and self.

Definition at line 918 of file Data_Type_Vector.f90.

elemental subroutine data_type_vector::assign_scali8p	(	class(type_vector), intent(inout)	self,
		integer(i8p), intent(in)	scal
	)

private

Procedure for assignment between a scalar (integer I8P) and self.

Definition at line 932 of file Data_Type_Vector.f90.

elemental subroutine data_type_vector::assign_scali4p	(	class(type_vector), intent(inout)	self,
		integer(i4p), intent(in)	scal
	)

private

Procedure for assignment between a scalar (integer I4P) and self.

Definition at line 946 of file Data_Type_Vector.f90.

elemental subroutine data_type_vector::assign_scali2p	(	class(type_vector), intent(inout)	self,
		integer(i2p), intent(in)	scal
	)

private

Procedure for assignment between a scalar (integer I2P) and self.

Definition at line 960 of file Data_Type_Vector.f90.

elemental subroutine data_type_vector::assign_scali1p	(	class(type_vector), intent(inout)	self,
		integer(i1p), intent(in)	scal
	)

private

Procedure for assignment between a scalar (integer I1P) and self.

Definition at line 974 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_mul_self	(	class(type_vector), intent(in)	self1,
		type(type_vector), intent(in)	self2
	)

private

Procedure for multiply (by components) two selfs.

Definition at line 995 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scalr16p_mul_self	(	real(r16p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Operator (*) procedures definitions.

Procedure for multiply scalar (real R16P) for self.

Definition at line 1015 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_mul_scalr16p	(	class(type_vector), intent(in)	self,
		real(r16p), intent(in)	scal
	)

private

Procedure for multiply self for scalar (real R16P).

Definition at line 1030 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scalr8p_mul_self	(	real(r8p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure for multiply scalar (real R8P) for self.

Definition at line 1045 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_mul_scalr8p	(	class(type_vector), intent(in)	self,
		real(r8p), intent(in)	scal
	)

private

Procedure for multiply self for scalar (real R8P).

Definition at line 1060 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scalr4p_mul_self	(	real(r4p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure for multiply scalar (real R4P) for self.

Definition at line 1075 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_mul_scalr4p	(	class(type_vector), intent(in)	self,
		real(r4p), intent(in)	scal
	)

private

Procedure for multiply self for scalar (real R4P).

Definition at line 1090 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scali8p_mul_self	(	integer(i8p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure for multiply scalar (integer I8P) for self.

Definition at line 1105 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_mul_scali8p	(	class(type_vector), intent(in)	self,
		integer(i8p), intent(in)	scal
	)

private

Procedure for multiply self for scalar (integer I8P).

Definition at line 1120 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scali4p_mul_self	(	integer(i4p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure for multiply scalar (integer I4P) for self.

Definition at line 1135 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_mul_scali4p	(	class(type_vector), intent(in)	self,
		integer(i4p), intent(in)	scal
	)

private

Procedure for multiply self for scalar (integer I4P).

Definition at line 1150 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scali2p_mul_self	(	integer(i2p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure for multiply scalar (integer I2P) for self.

Definition at line 1165 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_mul_scali2p	(	class(type_vector), intent(in)	self,
		integer(i2p), intent(in)	scal
	)

private

Procedure for multiply self for scalar (integer I2P).

Definition at line 1180 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scali1p_mul_self	(	integer(i1p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure for multiply scalar (integer I1P) for self.

Definition at line 1195 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_mul_scali1p	(	class(type_vector), intent(in)	self,
		integer(i1p), intent(in)	scal
	)

private

Procedure for multiply self for scalar (integer I1P).

Definition at line 1210 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_div_self	(	class(type_vector), intent(in)	self1,
		type(type_vector), intent(in)	self2
	)

private

Procedure for divide self for self.

Definition at line 1233 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_div_scalr16p	(	class(type_vector), intent(in)	self,
		real(r16p), intent(in)	scal
	)

private

Operator (/) procedures definitions.

Procedure for divide self for scalar (real R16P).

Definition at line 1253 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_div_scalr8p	(	class(type_vector), intent(in)	self,
		real(r8p), intent(in)	scal
	)

private

Procedure for divide self for scalar (real R8P).

Definition at line 1268 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_div_scalr4p	(	class(type_vector), intent(in)	self,
		real(r4p), intent(in)	scal
	)

private

Procedure for divide self for scalar (real R4P).

Definition at line 1283 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_div_scali8p	(	class(type_vector), intent(in)	self,
		integer(i8p), intent(in)	scal
	)

private

Procedure for divide self for scalar (integer I8P).

Definition at line 1298 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_div_scali4p	(	class(type_vector), intent(in)	self,
		integer(i4p), intent(in)	scal
	)

private

Procedure for divide self for scalar (integer I4P).

Definition at line 1313 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_div_scali2p	(	class(type_vector), intent(in)	self,
		integer(i2p), intent(in)	scal
	)

private

Procedure for divide self for scalar (integer I2P).

Definition at line 1328 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_div_scali1p	(	class(type_vector), intent(in)	self,
		integer(i1p), intent(in)	scal
	)

private

Procedure for divide self for scalar (integer I1P).

Definition at line 1343 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::positive_self ( class(type_vector), intent(in) self )

private

Procedure for applay unary + to a self.

Definition at line 1366 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_sum_self	(	class(type_vector), intent(in)	self1,
		type(type_vector), intent(in)	self2
	)

private

Procedure for sum self and self.

Definition at line 1382 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scalr16p_sum_self	(	real(r16p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Operator (*) procedures definitions.

Procedure for sum scalar (real R16P) and self.

Definition at line 1402 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_sum_scalr16p	(	class(type_vector), intent(in)	self,
		real(r16p), intent(in)	scal
	)

private

Procedure for sum self and scalar (real R16P).

Definition at line 1417 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scalr8p_sum_self	(	real(r8p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure for sum scalar (real R8P) and self.

Definition at line 1432 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_sum_scalr8p	(	class(type_vector), intent(in)	self,
		real(r8p), intent(in)	scal
	)

private

Procedure for sum self and scalar (real R8P).

Definition at line 1447 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scalr4p_sum_self	(	real(r4p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure for sum scalar (real R4P) and self.

Definition at line 1462 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_sum_scalr4p	(	class(type_vector), intent(in)	self,
		real(r4p), intent(in)	scal
	)

private

Procedure for sum self and scalar (real R4P).

Definition at line 1477 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scali8p_sum_self	(	integer(i8p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure for sum scalar (integer I8P) and self.

Definition at line 1492 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_sum_scali8p	(	class(type_vector), intent(in)	self,
		integer(i8p), intent(in)	scal
	)

private

Procedure for sum self and scalar (integer I8P).

Definition at line 1507 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scali4p_sum_self	(	integer(i4p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure for sum scalar (integer I4P) and self.

Definition at line 1522 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_sum_scali4p	(	class(type_vector), intent(in)	self,
		integer(i4p), intent(in)	scal
	)

private

Procedure for sum self and scalar (integer I4P).

Definition at line 1537 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scali2p_sum_self	(	integer(i2p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure for sum scalar (integer I2P) and self.

Definition at line 1552 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_sum_scali2p	(	class(type_vector), intent(in)	self,
		integer(i2p), intent(in)	scal
	)

private

Procedure for sum self and scalar (integer I2P).

Definition at line 1567 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scali1p_sum_self	(	integer(i1p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure for sum scalar (integer I1P) and self.

Definition at line 1582 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_sum_scali1p	(	class(type_vector), intent(in)	self,
		integer(i1p), intent(in)	scal
	)

private

Procedure for sum self and scalar (integer I1P).

Definition at line 1597 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::negative_self ( class(type_vector), intent(in) self )

private

Procedure for applay unary - to a self.

Definition at line 1621 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_sub_self	(	class(type_vector), intent(in)	self1,
		type(type_vector), intent(in)	self2
	)

private

Procedure for subtract self and self.

Definition at line 1637 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scalr16p_sub_self	(	real(r16p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Operator (*) procedures definitions.

Procedure for subtract scalar (real R16P) and self.

Definition at line 1657 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_sub_scalr16p	(	class(type_vector), intent(in)	self,
		real(r16p), intent(in)	scal
	)

private

Procedure for subtract self and scalar (real R16P).

Definition at line 1672 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scalr8p_sub_self	(	real(r8p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure for subtract scalar (real R8P) and self.

Definition at line 1687 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_sub_scalr8p	(	class(type_vector), intent(in)	self,
		real(r8p), intent(in)	scal
	)

private

Procedure for subtract self and scalar (real R8P).

Definition at line 1702 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scalr4p_sub_self	(	real(r4p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure for subtract scalar (real R4P) and self.

Definition at line 1717 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_sub_scalr4p	(	class(type_vector), intent(in)	self,
		real(r4p), intent(in)	scal
	)

private

Procedure for subtract self and scalar (real R4P).

Definition at line 1732 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scali8p_sub_self	(	integer(i8p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure for subtract scalar (integer I8P) and self.

Definition at line 1747 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_sub_scali8p	(	class(type_vector), intent(in)	self,
		integer(i8p), intent(in)	scal
	)

private

Procedure for subtract self and scalar (integer I8P).

Definition at line 1762 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scali4p_sub_self	(	integer(i4p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure for subtract scalar (integer I4P) and self.

Definition at line 1777 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_sub_scali4p	(	class(type_vector), intent(in)	self,
		integer(i4p), intent(in)	scal
	)

private

Procedure for subtract self and scalar (integer I4P).

Definition at line 1792 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scali2p_sub_self	(	integer(i2p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure for subtract scalar (integer I2P) and self.

Definition at line 1807 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_sub_scali2p	(	class(type_vector), intent(in)	self,
		integer(i2p), intent(in)	scal
	)

private

Procedure for subtract self and scalar (integer I2P).

Definition at line 1822 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::scali1p_sub_self	(	integer(i1p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure for subtract scalar (integer I1P) and self.

Definition at line 1837 of file Data_Type_Vector.f90.

elemental type(type_vector) function data_type_vector::self_sub_scali1p	(	class(type_vector), intent(in)	self,
		integer(i1p), intent(in)	scal
	)

private

Procedure for subtract self and scalar (integer I1P).

Definition at line 1852 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_not_eq_self	(	class(type_vector), intent(in)	self1,
		type(type_vector), intent(in)	self2
	)

private

Procedure returns .true.

if the normL2 of the self1 is /= with respect the normL2 of self2 or if the directions of self1 and self2 are different, .false. otherwise.

Parameters

[in]	self1	First selftor.
[in]	self2	Second selftor.

Definition at line 1876 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::normalize(), and data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::r16p_not_eq_self	(	real(r16p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self is /= with respect the value of scalar scal, .false. otherwise.

Definition at line 1897 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_not_eq_r16p	(	class(type_vector), intent(in)	self,
		real(r16p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self is /= with respect the value of scalar scal, .false. otherwise.

Definition at line 1912 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::r8p_not_eq_self	(	real(r8p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self is /= with respect the value of scalar scal, .false. otherwise.

Definition at line 1927 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_not_eq_r8p	(	class(type_vector), intent(in)	self,
		real(r8p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self is /= with respect the value of scalar scal, .false. otherwise.

Definition at line 1942 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::r4p_not_eq_self	(	real(r4p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self is /= with respect the value of scalar scal, .false. otherwise.

Definition at line 1957 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_not_eq_r4p	(	class(type_vector), intent(in)	self,
		real(r4p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self is /= with respect the value of scalar scal, .false. otherwise.

Definition at line 1972 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::i8p_not_eq_self	(	integer(i8p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self is /= with respect the value of scalar scal, .false. otherwise.

Definition at line 1987 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_not_eq_i8p	(	class(type_vector), intent(in)	self,
		integer(i8p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self is /= with respect the value of scalar scal, .false. otherwise.

Definition at line 2002 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::i4p_not_eq_self	(	integer(i4p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self is /= with respect the value of scalar scal, .false. otherwise.

Definition at line 2017 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_not_eq_i4p	(	class(type_vector), intent(in)	self,
		integer(i4p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self is /= with respect the value of scalar scal, .false. otherwise.

Definition at line 2032 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::i2p_not_eq_self	(	integer(i2p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self is /= with respect the value of scalar scal, .false. otherwise.

Definition at line 2047 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_not_eq_i2p	(	class(type_vector), intent(in)	self,
		integer(i2p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self is /= with respect the value of scalar scal, .false. otherwise.

Definition at line 2062 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::i1p_not_eq_self	(	integer(i1p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self is /= with respect the value of scalar scal, .false. otherwise.

Definition at line 2077 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_not_eq_i1p	(	class(type_vector), intent(in)	self,
		integer(i1p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self is /= with respect the value of scalar scal, .false. otherwise.

Definition at line 2092 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_low_self	(	class(type_vector), intent(in)	self1,
		type(type_vector), intent(in)	self2
	)

private

Procedure returns .true.

if the normL2 of the self1 is < with respect the normL2 of self2, .false. otherwise.

Definition at line 2111 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::r16p_low_self	(	real(r16p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is < with respect the value of scalar scal, .false. otherwise.

Definition at line 2126 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_low_r16p	(	class(type_vector), intent(in)	self,
		real(r16p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is < with respect the value of scalar scal, .false. otherwise.

Definition at line 2141 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::r8p_low_self	(	real(r8p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is < with respect the value of scalar scal, .false. otherwise.

Definition at line 2156 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_low_r8p	(	class(type_vector), intent(in)	self,
		real(r8p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is < with respect the value of scalar scal, .false. otherwise.

Definition at line 2171 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::r4p_low_self	(	real(r4p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is < with respect the value of scalar scal, .false. otherwise.

Definition at line 2186 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_low_r4p	(	class(type_vector), intent(in)	self,
		real(r4p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is < with respect the value of scalar scal, .false. otherwise.

Definition at line 2201 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i8p_low_self	(	integer(i8p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is < with respect the value of scalar scal, .false. otherwise.

Definition at line 2216 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_low_i8p	(	class(type_vector), intent(in)	self,
		integer(i8p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is < with respect the value of scalar scal, .false. otherwise.

Definition at line 2231 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i4p_low_self	(	integer(i4p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is < with respect the value of scalar scal, .false. otherwise.

Definition at line 2246 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_low_i4p	(	class(type_vector), intent(in)	self,
		integer(i4p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is < with respect the value of scalar scal, .false. otherwise.

Definition at line 2261 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i2p_low_self	(	integer(i2p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is < with respect the value of scalar scal, .false. otherwise.

Definition at line 2276 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_low_i2p	(	class(type_vector), intent(in)	self,
		integer(i2p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is < with respect the value of scalar scal, .false. otherwise.

Definition at line 2291 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i1p_low_self	(	integer(i1p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is < with respect the value of scalar scal, .false. otherwise.

Definition at line 2306 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_low_i1p	(	class(type_vector), intent(in)	self,
		integer(i1p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is < with respect the value of scalar scal, .false. otherwise.

Definition at line 2321 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::self_low_eq_self	(	class(type_vector), intent(in)	self1,
		type(type_vector), intent(in)	self2
	)

private

Procedure returns .true.

if the normL2 of the self1 is <= with respect the normL2 of self2, .false. otherwise.

Definition at line 2341 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::r16p_low_eq_self	(	real(r16p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is <= with respect the value of scalar scal, .false. otherwise.

Definition at line 2356 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_low_eq_r16p	(	class(type_vector), intent(in)	self,
		real(r16p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is <= with respect the value of scalar scal, .false. otherwise.

Definition at line 2371 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::r8p_low_eq_self	(	real(r8p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is <= with respect the value of scalar scal, .false. otherwise.

Definition at line 2386 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_low_eq_r8p	(	class(type_vector), intent(in)	self,
		real(r8p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is <= with respect the value of scalar scal, .false. otherwise.

Definition at line 2401 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::r4p_low_eq_self	(	real(r4p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is <= with respect the value of scalar scal, .false. otherwise.

Definition at line 2416 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_low_eq_r4p	(	class(type_vector), intent(in)	self,
		real(r4p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is <= with respect the value of scalar scal, .false. otherwise.

Definition at line 2431 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i8p_low_eq_self	(	integer(i8p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is <= with respect the value of scalar scal, .false. otherwise.

Definition at line 2446 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_low_eq_i8p	(	class(type_vector), intent(in)	self,
		integer(i8p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is <= with respect the value of scalar scal, .false. otherwise.

Definition at line 2461 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i4p_low_eq_self	(	integer(i4p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is <= with respect the value of scalar scal, .false. otherwise.

Definition at line 2476 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_low_eq_i4p	(	class(type_vector), intent(in)	self,
		integer(i4p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is <= with respect the value of scalar scal, .false. otherwise.

Definition at line 2491 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i2p_low_eq_self	(	integer(i2p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is <= with respect the value of scalar scal, .false. otherwise.

Definition at line 2506 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_low_eq_i2p	(	class(type_vector), intent(in)	self,
		integer(i2p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is <= with respect the value of scalar scal, .false. otherwise.

Definition at line 2521 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i1p_low_eq_self	(	integer(i1p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is <= with respect the value of scalar scal, .false. otherwise.

Definition at line 2536 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_low_eq_i1p	(	class(type_vector), intent(in)	self,
		integer(i1p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is <= with respect the value of scalar scal, .false. otherwise.

Definition at line 2551 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::self_eq_self	(	class(type_vector), intent(in)	self1,
		type(type_vector), intent(in)	self2
	)

private

Procedure returns .true.

if the normL2 of the self1 is = with respect the normL2 of self2 and the directions of self1 and self2 are the same, .false. otherwise.

Definition at line 2571 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::normalize(), and data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::r16p_eq_self	(	real(r16p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self is = with respect the value of scalar scal, .false. otherwise.

Definition at line 2592 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::self_eq_r16p	(	class(type_vector), intent(in)	self,
		real(r16p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self is = with respect the value of scalar scal, .false. otherwise.

Definition at line 2607 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::r8p_eq_self	(	real(r8p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self is = with respect the value of scalar scal, .false. otherwise.

Definition at line 2622 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::self_eq_r8p	(	class(type_vector), intent(in)	self,
		real(r8p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self is = with respect the value of scalar scal, .false. otherwise.

Definition at line 2637 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::r4p_eq_self	(	real(r4p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self is = with respect the value of scalar scal, .false. otherwise.

Definition at line 2652 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::self_eq_r4p	(	class(type_vector), intent(in)	self,
		real(r4p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self is = with respect the value of scalar scal, .false. otherwise.

Definition at line 2667 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i8p_eq_self	(	integer(i8p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self is = with respect the value of scalar scal, .false. otherwise.

Definition at line 2682 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::self_eq_i8p	(	class(type_vector), intent(in)	self,
		integer(i8p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self is = with respect the value of scalar scal, .false. otherwise.

Definition at line 2697 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i4p_eq_self	(	integer(i4p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self is = with respect the value of scalar scal, .false. otherwise.

Definition at line 2712 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::self_eq_i4p	(	class(type_vector), intent(in)	self,
		integer(i4p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self is = with respect the value of scalar scal, .false. otherwise.

Definition at line 2727 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i2p_eq_self	(	integer(i2p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self is = with respect the value of scalar scal, .false. otherwise.

Definition at line 2742 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::self_eq_i2p	(	class(type_vector), intent(in)	self,
		integer(i2p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self is = with respect the value of scalar scal, .false. otherwise.

Definition at line 2757 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i1p_eq_self	(	integer(i1p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self is = with respect the value of scalar scal, .false. otherwise.

Definition at line 2772 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::self_eq_i1p	(	class(type_vector), intent(in)	self,
		integer(i1p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self is = with respect the value of scalar scal, .false. otherwise.

Definition at line 2787 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::self_great_eq_self	(	class(type_vector), intent(in)	self1,
		type(type_vector), intent(in)	self2
	)

private

Procedure returns .true.

if the normL2 of the self1 is >= with respect the normL2 of self2, .false. otherwise.

Definition at line 2806 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::r16p_great_eq_self	(	real(r16p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is >= with respect the value of scalar scal, .false. otherwise.

Definition at line 2821 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_great_eq_r16p	(	class(type_vector), intent(in)	self,
		real(r16p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is >= with respect the value of scalar scal, .false. otherwise.

Definition at line 2836 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::r8p_great_eq_self	(	real(r8p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is >= with respect the value of scalar scal, .false. otherwise.

Definition at line 2851 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_great_eq_r8p	(	class(type_vector), intent(in)	self,
		real(r8p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is >= with respect the value of scalar scal, .false. otherwise.

Definition at line 2866 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::r4p_great_eq_self	(	real(r4p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is >= with respect the value of scalar scal, .false. otherwise.

Definition at line 2881 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_great_eq_r4p	(	class(type_vector), intent(in)	self,
		real(r4p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is >= with respect the value of scalar scal, .false. otherwise.

Definition at line 2896 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i8p_great_eq_self	(	integer(i8p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is >= with respect the value of scalar scal, .false. otherwise.

Definition at line 2911 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_great_eq_i8p	(	class(type_vector), intent(in)	self,
		integer(i8p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is >= with respect the value of scalar scal, .false. otherwise.

Definition at line 2926 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i4p_great_eq_self	(	integer(i4p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is >= with respect the value of scalar scal, .false. otherwise.

Definition at line 2941 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_great_eq_i4p	(	class(type_vector), intent(in)	self,
		integer(i4p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is >= with respect the value of scalar scal, .false. otherwise.

Definition at line 2956 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i2p_great_eq_self	(	integer(i2p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is >= with respect the value of scalar scal, .false. otherwise.

Definition at line 2971 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_great_eq_i2p	(	class(type_vector), intent(in)	self,
		integer(i2p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is >= with respect the value of scalar scal, .false. otherwise.

Definition at line 2986 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i1p_great_eq_self	(	integer(i1p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is >= with respect the value of scalar scal, .false. otherwise.

Definition at line 3001 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_great_eq_i1p	(	class(type_vector), intent(in)	self,
		integer(i1p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is >= with respect the value of scalar scal, .false. otherwise.

Definition at line 3016 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::self_great_self	(	class(type_vector), intent(in)	self1,
		type(type_vector), intent(in)	self2
	)

private

Procedure returns .true.

if the normL2 of the self1 is > with respect the normL2 of self2, .false. otherwise.

Definition at line 3036 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::r16p_great_self	(	real(r16p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is > with respect the value of scalar scal, .false. otherwise.

Definition at line 3051 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_great_r16p	(	class(type_vector), intent(in)	self,
		real(r16p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is > with respect the value of scalar scal, .false. otherwise.

Definition at line 3066 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::r8p_great_self	(	real(r8p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is > with respect the value of scalar scal, .false. otherwise.

Definition at line 3081 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_great_r8p	(	class(type_vector), intent(in)	self,
		real(r8p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is > with respect the value of scalar scal, .false. otherwise.

Definition at line 3096 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::r4p_great_self	(	real(r4p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is > with respect the value of scalar scal, .false. otherwise.

Definition at line 3111 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_great_r4p	(	class(type_vector), intent(in)	self,
		real(r4p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is > with respect the value of scalar scal, .false. otherwise.

Definition at line 3126 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i8p_great_self	(	integer(i8p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is > with respect the value of scalar scal, .false. otherwise.

Definition at line 3141 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_great_i8p	(	class(type_vector), intent(in)	self,
		integer(i8p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is > with respect the value of scalar scal, .false. otherwise.

Definition at line 3156 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i4p_great_self	(	integer(i4p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is > with respect the value of scalar scal, .false. otherwise.

Definition at line 3171 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_great_i4p	(	class(type_vector), intent(in)	self,
		integer(i4p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is > with respect the value of scalar scal, .false. otherwise.

Definition at line 3186 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i2p_great_self	(	integer(i2p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is > with respect the value of scalar scal, .false. otherwise.

Definition at line 3201 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_great_i2p	(	class(type_vector), intent(in)	self,
		integer(i2p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is > with respect the value of scalar scal, .false. otherwise.

Definition at line 3216 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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elemental logical function data_type_vector::i1p_great_self	(	integer(i1p), intent(in)	scal,
		class(type_vector), intent(in)	self
	)

private

Procedure returns .true.

if the normL2 of the self1 is > with respect the value of scalar scal, .false. otherwise.

Definition at line 3231 of file Data_Type_Vector.f90.

elemental logical function data_type_vector::self_great_i1p	(	class(type_vector), intent(in)	self,
		integer(i1p), intent(in)	scal
	)

private

Procedure returns .true.

if the normL2 of the self1 is > with respect the value of scalar scal, .false. otherwise.

Definition at line 3246 of file Data_Type_Vector.f90.

References data_type_vector::type_vector::norml2().

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