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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