Simulate with complex geometries and complex physics
| List of members: | |
|---|---|
| approxY() | approximation of a MESHFREE-entity by the MESHFREE least squares operators |
| ChkNP() | check for attributes of node points of boundary elements |
| CID() | CuttingCurveCluster ID |
| curve() | incorporate curves in an equation |
| dcurv() | derivative of a given curve |
| dequn() | derivative of a given equation |
| equn() | incorporate existing equations |
| FCOG() | integrated forces acting on the center of gravity for a given MOVE-flag |
| integ() | incorporate integration results in an equation |
| isCID() | characteristic function for a CuttingCurveCluster |
| joint() | provide general information of a given rigid body being in joint/link-contact with other bodies |
| LCOG() | integrated/rotated local coordinate system of a rigid body of a given MOVE-flag |
| MCOG() | moment about of the center of gravity for a given MOVE-flag |
| ode() | incorporate results of ODE solvers |
| omCOG() | rotational speed of the center of gravity for a given MOVE-flag |
| projY() | projection of a MESHFREE-entity by smooth, Shepard-type approximation |
| real() | incorporate standard MESHFREE-postprocessing and statistics |
| reduct() | incorporate results of PointCloudReduction operation |
| table() | access values of a begin_table environment |
| table_size() | get size of begin_table environment along one dimension |
| timeAvg() | compute average of some function over time or some other basis within a certain interval |
| valA() | value of a scalar variable |
| vCOG() | velocity of the center of gravity for a given MOVE-flag |
| xCOG() | position of the center of gravity for a given MOVE-flag |