Change wording

src/physics/base/base.py

@@ -141,7 +141,7 @@ class PhysicsBase(ABC):
 	Abstract Methods:
 	-----------------
 	get_conv_flux_interior
-		computes the convective analytic flux for element interiors
+		computes the convective analytical flux for element interiors
 
 	Methods:
 	--------
@@ -170,7 +170,7 @@ class PhysicsBase(ABC):
 		gets the recommended quadrature order associated with the given
 		physics class
 	get_conv_flux_projected
-		computes the analytic convective flux projected in a given
+		computes the analytical convective flux projected in a given
 		direction
 	get_conv_flux_numerical
 		computes the convective numerical flux
@@ -523,7 +523,7 @@ def get_quadrature_order(self, order):
 	@abstractmethod
 	def get_conv_flux_interior(self, Uq):
 		'''
-		This method computes the convective analytic flux for element
+		This method computes the convective analytical flux for element
 		interiors.
 
 		Inputs:
@@ -539,7 +539,7 @@ def get_conv_flux_interior(self, Uq):
 
 	def get_diff_flux_interior(self, Uq, gUq):
 		'''
-		This method computes the diffusive analytic flux for element
+		This method computes the diffusive analytical flux for element
 		interiors.
 
 		Inputs:
@@ -557,7 +557,7 @@ def get_diff_flux_interior(self, Uq, gUq):
 
 	def get_conv_flux_projected(self, Uq, normals):
 		'''
-		This method computes the convective analytic flux projected in a
+		This method computes the convective analytical flux projected in a
 		given direction.
 
 		Inputs:

src/physics/base/data.py

@@ -138,7 +138,7 @@ class BCWeakPrescribed(BCBase):
 	See BCBase for detailed comments of attributes and methods.
 	Child classes define their own get_boundary_state.
 
-	This class computes the boundary flux via the analytic flux based on
+	This class computes the boundary flux via the analytical flux based on
 	only the exterior state, i.e. F(UqB, n).
 	'''
 	def get_boundary_flux(self, physics, UqI, normals, x, t, gUq=None):

src/physics/base/functions.py

@@ -30,7 +30,7 @@
 
 class FcnType(Enum):
 	'''
-	Enum class that stores the types of analytic functions for initial
+	Enum class that stores the types of analytical functions for initial
 	conditions, exact solutions, and/or boundary conditions. These
 	functions are generalizable to different kinds of physics.
 	'''

src/physics/euler/functions.py

@@ -34,7 +34,7 @@
 
 class FcnType(Enum):
 	'''
-	Enum class that stores the types of analytic functions for initial
+	Enum class that stores the types of analytical functions for initial
 	conditions, exact solutions, and/or boundary conditions. These
 	functions are specific to the available Euler equation sets.
 	'''

src/physics/navierstokes/functions.py

@@ -33,7 +33,7 @@
 
 class FcnType(Enum):
 	'''
-	Enum class that stores the types of analytic functions for initial
+	Enum class that stores the types of analytical functions for initial
 	conditions, exact solutions, and/or boundary conditions. These
 	functions are specific to the available Euler equation sets.
 	'''

src/physics/scalar/functions.py

@@ -31,7 +31,7 @@
 
 class FcnType(Enum):
 	'''
-	Enum class that stores the types of analytic functions for initial
+	Enum class that stores the types of analytical functions for initial
 	conditions, exact solutions, and/or boundary conditions. These
 	functions are specific to the available scalar equation sets.
 	'''

src/physics/zerodimensional/functions.py

@@ -34,7 +34,7 @@
 
 class FcnType(Enum):
 	'''
-	Enum class that stores the types of analytic functions for initial
+	Enum class that stores the types of analytical functions for initial
 	conditions, exact solutions, and/or boundary conditions. These
 	functions are specific to the available scalar equation sets.
 	'''

test/component/numerics/basis/test_ader_tools.py

@@ -16,7 +16,7 @@
 ])
 def test_legendre_spacetime_massmatrix(order):
 	'''
-	This test compares the analytic solution of the space-time MM to 
+	This test compares the analytical solution of the space-time MM to 
 	the computed one.
 	'''
 	basis = basis_defs.LegendreQuad(order)
@@ -59,7 +59,7 @@ def test_legendre_spacetime_massmatrix(order):
 ])
 def test_legendre_spacetime_massmatrix_phys(order):
 	'''
-	This test compares the analytic solution of the space-time MM to 
+	This test compares the analytical solution of the space-time MM to 
 	the computed one, but uses a physics element that spans [0.0, 0.5]
 	'''
 	basis = basis_defs.LegendreQuad(order)
@@ -102,7 +102,7 @@ def test_legendre_spacetime_massmatrix_phys(order):
 ])
 def test_temporal_flux_ader_tn(order):
 	'''
-	This test compares the analytic solution of the space-time temporal
+	This test compares the analytical solution of the space-time temporal
 	flux evaluated at t^{n} to the computed one.
 	'''
 	basis = basis_defs.LegendreSeg(order)
@@ -153,7 +153,7 @@ def test_temporal_flux_ader_tn(order):
 ])
 def test_temporal_flux_ader_tnp1(order):
 	'''
-	This test compares the analytic solution of the space-time temporal
+	This test compares the analytical solution of the space-time temporal
 	flux evaluated at t^{n+1} to the computed one.
 	'''
 	basis_st = basis_defs.LegendreQuad(order)
@@ -205,7 +205,7 @@ def test_temporal_flux_ader_tnp1(order):
 ])
 def test_legendre_spacetime_stiffnessmatrix_spacedir(dt, order):
 	'''
-	This test compares the analytic solution of the space-time 
+	This test compares the analytical solution of the space-time 
 	stiffness matrix in space to the computed one.
 	'''
 	basis = basis_defs.LegendreSeg(order)
@@ -258,7 +258,7 @@ def test_legendre_spacetime_stiffnessmatrix_spacedir(dt, order):
 ])
 def test_legendre_spacetime_stiffnessmatrix_spacedir_phys(dt, order):
 	'''
-	This test compares the analytic solution of the space-time 
+	This test compares the analytical solution of the space-time 
 	stiffness matrix in space to the computed one.
 	'''
 	basis = basis_defs.LegendreSeg(order)
@@ -316,7 +316,7 @@ def test_legendre_spacetime_stiffnessmatrix_spacedir_phys(dt, order):
 ])
 def test_legendre_spacetime_stiffnessmatrix_timedir(dt, order):
 	'''
-	This test compares the analytic solution of the space-time 
+	This test compares the analytical solution of the space-time 
 	stiffness matrix in time to the computed one.
 	'''
 	basis = basis_defs.LegendreSeg(order)