Differences

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--- doc:user:geometry:mesh:1d [2015/01/07 18:11] – boman
+++ doc:user:geometry:mesh:1d [2015/02/18 11:09] – [SimpleMesher1D] ziane
@@ Line 1: / Line 1: @@
-====== 1D Meshers ======
+====== 1D Meshers (Curves) ======
 FIXME __Mesh Elements versus Finite Elements__: these two notions are different and should not be misunderstood. A mesh is made of geometric cells, the mesh elements. A finite element is a physical entity, which is supported by a mesh element. In Metafor, this is a two-steps method: first, the mesh is created, then the finite elements are applied to the mesh (this second step is done once the integration is started and programmed in the ''InteractionSet'').
@@ Line 19: / Line 19: @@
 |''ne''	      | [''int'']   | number of segments |
 |''d'' 	      | [''float''] | distribution (ratio between the length of the last and first segments) |
-|''gencells'' {{:doc:user:ico-advanced.png?18|Advanced}} | [''bool'']  | generate mesh cells (useless in most cases)  |
+|''gencells'' {{:doc:user:ico-advanced.png?18|Advanced}} | [''bool'']  | generate mesh cells (e.g. for 1D springs)  |
 {{:doc:user:ico-advanced.png?40 |Advanced}}
@@ Line 26: / Line 26: @@
    HighDegreeSimpleMesher1D(curveset(number), degree).execute(ne, d, cells)
-Note : The ''d'' parameters is used to create segments ''d'' times smaller at the beginning of the curve than at its end. Therefore, the curve orientation matters.
+Note : The ''d'' parameter is used to create segments ''d'' times smaller at the beginning of the curve than at its end. Therefore, the curve orientation matters.
 ==== Density mesher - DensityMesher1D ====
@@ Line 104: / Line 104: @@
 ===== Generating cells alone =====
+Generating cells is only useful if you plan to define 1D elements (such as springs) in your model.
 ==== Manual definition ====