ordre -> order

DDM-Corner-Helmholtz-2D/README.md

@@ -58,7 +58,6 @@ The script returns the total field `u` in the waveguide.
 Here are the available options:
 
 - `DDM`: 
-  - Number of subdomain: 2,3 or 6 (if launched with a DD-Algorithm). The monodomain problem can  be launched independently of the geometry (see section `GetDP`).
   - `Corner Condition`: `Dirichlet` (continuous auxiliary function), `Homog. Neumann` or (our) `Corner Correction`
 - `Geometry`: 
   - `X-width` and `Y-width`: resp. X-length and Y-length of the waveguide

DDM-Corner-Helmholtz-2D/src/ABC_main.pro

@@ -2,7 +2,7 @@ DefineConstant[
 	//Input
 	alpha = {0, Min 0, Max 2*Pi, Step 0.1, Name "Input/Input/5Incident angle"},
 	// ABC
-	ABC_ORDER = {2, Choices {0="Ordre 0", 2="Ordre 2"}, Name "Input/ABC/0ABC order condition"},
+	ABC_ORDER = {2, Choices {0="Order 0", 2="Order 2"}, Name "Input/ABC/0ABC order condition"},
 	CORNER_CONDITION = {2, Choices {1 ="Homog. Neumann", 2="Corner Correction"}, Name "Input/ABC/3Corner Condition", ReadOnly (ABC_ORDER == 0)},
 	// DDM
 	beta = {-kap*Cos[theta], ReadOnly 1, Name "Input/DDM/8beta parameter"},

DDM-Corner-Helmholtz-2D/src/TC_main.data

@@ -19,7 +19,7 @@ DefineConstant[
 	NLambda = {15, Min 10, Max 100, Step 1, Name "Input/Mesh/NLambda"},
 	h = {2*Pi/NLambda/kap, ReadOnly 1, Name "Input/Mesh/h"},
 
-	TC_ORDER = {2, Choices {0="Ordre 0", 2="Ordre 2"}, Name "Input/01DDM/05TC order"},
+	TC_ORDER = {2, Choices {0="Order 0", 2="Order 2"}, Name "Input/01DDM/05TC order"},
 	CORNER_CONDITION = {(!TC_BROKEN_LINE)?0:2, Choices {0 = "Dirichlet", 1="Homog. Neumann", 2="Corner Correction"}, Name "Input/01DDM/10Corner Condition", ReadOnly (TC_ORDER == 0 || !TC_BROKEN_LINE)},
 	NDom = {2, Choices {2}, ReadOnly 1, Visible 0, Name "Input/01DDM/15N sub domain"},