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--- parallel_flexure_guide_transfer [2018/05/16 13:51]
marijn.nijenhuis
+++ parallel_flexure_guide_transfer [2020/06/04 12:20]
marijn.nijenhuis
@@ Line 16: / Line 16: @@
 Note that
   * the state-space equations can only be computed for an undeformed flexure mechanism. Therefore, no external loads (actuation force) or input displacements are allowed when computing state-space equations. (An error message will appear.)
-  * Velocity outputs are supported as well;
+  * velocity outputs are supported as well;
-  * Relative damping for all modes of the system can be specified optionally by means of the ''opt.transfer'' field.
+  * relative damping for all modes of the system can be specified optionally by means of the ''opt.transfer'' field.
 For details, see the [[full_syntax|SPACAR Light full syntax]].
@@ Line 55: / Line 55: @@
 %node 3
 nprops(3).transfer_in  = {'force_x'};       %Input for state-space equations
-nprops(3).transfer_out = {'displ_x'};       %Output for state-space equations
+nprops(3).transfer_out = {'displ_x'};       %Output nr 1 (displ. in x-direction on node 3) for state-space equations
+nprops(5).transfer_out = {'veloc_x'};       %Output nr 2 (veloc. in x-direction on node 5) for state-space equations
 %node 4
@@ Line 88: / Line 89: @@
 %% OPTIONAL ARGUMENTS
 opt.transfer = {true 0.01};       %Calculation of state-space equations (with relative damping 0.01)
+opt.filename = 'file';
 %% CALL SPACAR_LIGHT

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