Function [R] = STORER (JB, JE, NGJT, NDOF, NSC, Q₁ AMARE Start Subroutine STORER 1=1+1 Arguments: JB, JE, NCJT. NDOF. NSC. Q. R yes 11=(JB-1) NCJT + 1 no 1=1 1≤2°NCJT? yes I≤NCJT? N=NSC(II) no 11=(JE-1) NCJT+(1-NCJT) N> NDOF? no yes R(NNDOF) = R(N-NDOF) + Q() End Subroutine STORER Return to calling program 2 Fig. 5.33 Flowchart of Subroutine STORER for Storing Member Forces in Support Reaction Vector for Beams Matrix Analysis of Structures, 2nd Ed. by Aslam Kassimali 124 42 make must Code Location modificati: as per STORES

Function [R] = STORER (JB, JE, NGJT, NDOF, NSC, Q₁ AMARE Start Subroutine STORER 1=1+1 Arguments: JB, JE, NCJT. NDOF. NSC. Q. R yes 11=(JB-1) NCJT + 1 no 1=1 1≤2°NCJT? yes I≤NCJT? N=NSC(II) no 11=(JE-1) NCJT+(1-NCJT) N> NDOF? no yes R(NNDOF) = R(N-NDOF) + Q() End Subroutine STORER Return to calling program 2 Fig. 5.33 Flowchart of Subroutine STORER for Storing Member Forces in Support Reaction Vector for Beams Matrix Analysis of Structures, 2nd Ed. by Aslam Kassimali 124 42 make must Code Location modificati: as per STORES

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Question

1=1+1
Function [R] = STORER (JB, JE, NGJT, NDOF, NSC, Q, R
Start Subroutine STORER
Arguments: JB, JE, NCJT. NDOF. NSC, Q. R
yes
I1=(JB-1) NCJT + I
no
1=1
1≤2°NCJT?
yes
I≤NCJT?
N = NSC(II)
no
11=(JE-1) NCJT+ (1-NCJT)
N> NDOF?
Do
yes
R(N-NDOF) = R(N-NDOF) + Q()
End Subroutine STORER
Return to calling program
2
Fig. 5.33 Flowchart of Subroutine STORER for Storing Member Forces in Support
Reaction Vector for Beams
Matrix Analysis of Structures, 2nd Ed. by Aslam Kassimali
42
must
Code
Location modification
As per STORES
make

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