Equations Namespace Reference

Functions
def	vector
def	length
def	unit_vector
def	dot_product
def	cross_product
def	angle
def	scalar_triple_product

Function Documentation

def Equations.angle	(		vector1,
			vector2
	)

Definition at line 36 of file Equations.py.

References dot_product(), length(), and unit_vector().

Referenced by numeric::xyzTransform< numeric::Real >.align(), numeric.angle_degrees(), numeric.angle_radians(), numeric::conversions.degrees(), numeric.dihedral_radians(), numeric::conversions.from_degrees(), numeric::conversions.from_radians(), zinc2_homodimer_setup.gridsearch_symmetric_alignments(), minimize_test(), numeric.operator<<(), numeric.proj_angl(), numeric::conversions.radians(), numeric::xyzTransform< numeric::Real >.rotation_angle(), numeric::xyzTransform< numeric::Real >.rotation_angle_degrees(), numeric::xyzTransform< numeric::Real >.rotation_axis(), numeric::kinematic_closure.test_bondangle(), numeric::conversions.to_degrees(), numeric::conversions.to_radians(), numeric.urs_R2ang(), numeric.wrap_2pi(), and numeric.wrap_360().

def Equations.cross_product	(		vector1,
			vector2
	)

Definition at line 28 of file Equations.py.

Referenced by scalar_triple_product().

def Equations.dot_product	(		vector1,
			vector2
	)

Definition at line 23 of file Equations.py.

Referenced by angle(), and scalar_triple_product().

def Equations.length

(

vector

)

Definition at line 13 of file Equations.py.

Referenced by angle().

def Equations.scalar_triple_product	(		vector1,
			vector2,
			vector3
	)

Definition at line 43 of file Equations.py.

References cross_product(), and dot_product().

def Equations.unit_vector	(		vector,
			length
	)

Definition at line 18 of file Equations.py.

Referenced by angle().

def Equations.vector	(		pointA,
			pointB
	)

Definition at line 5 of file Equations.py.

Referenced by PlotSurfaceContactMap.ContactList(), numeric::EulerAngles< typename >.from_radians(), main(), and sequence_tolerance_main().