Get_Rflex_Nodeacc subroutine returns an acceleration vector for a node of RFlex body. This is an auxiliary subroutine for Modal_Force_Ext.
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Langunage type |
SubRoutine |
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FORTRAN |
call get_rflex_nodeacc(integer, integer, integer, integer, double precision, integer) |
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C/C++ |
get_rflex_nodeacc (int ifbody, int NodeSeq, int MKID[2], int nMK, int ACC[6], int *ErrFlg) |
Parameter information
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Variable Name |
Size |
Description |
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ifbody |
int |
Sequential id of RFlex body defined in RecurDyn/Solver. This is a related argument with the 5th argument of MODAL_FORCE subroutine. |
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NodeSeq |
int |
Node sequential id defined in RecurDyn/Solver. This is a related argument with the 6th argument of Modal_Force_Ext subroutine. |
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MKID |
int [2] |
An array of integer type. Each value should be zero or a marker id. 1st value is defined as base marker. 2nd value is defined as reference marker. |
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nMK |
int |
An integer variable for considering base and reference marker. If nMK is 0, then the subroutine returns a global postion vector and an orientation matrix of NodeSeq. If nMK is 1, then the subroutine calculates a position vector considering base marker. If nMK is 2, then the subroutine calculates a position vector considering base and reference marker. |
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Acc |
double [6] |
An array of double precision type. The array size must be 6. First 3 values mean a relative acceleration vector. The last 3 values mean a relative angular acceleration vector. |
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Errflg |
int |
Error flag. If the result of this argument is -1 (means TRUE in Fortran logical value), there is no error. The others mean that there is an error. |