The Trajectory Reconstruction Program (TRP) system consists of vehicle simulation subprograms designed and written in FORTRAN for CDC 6600/7600, IBM 360/370, and UNIVAC 1108/1110 series computers. The overall simulation system has been designed to accommodate extreme variations in vehicle configuration, flight profile, and mission objective and to provide a fast reaction to specific simulations at minimal cost. This simulation system consists of a family of computer subprograms from which a judicious selection can be made to form a specific simulation system for a particular simulation task. Two major design features of the TRP system make it general and versatile. Its modular construction concept (each module contains several models) allows the user to choose those suited to his simulation. Variations in flight profile are accommodated by input at event times only. This document is published in two volumes. Volume I provides a basic review of the functional design, input data philosophy, capabilities, and interface details. Volume II: Equations and Logic is published in three parts for user convenience. Information needed for day to day TRP operation is provided in the Milestone 7 Report, which is published as TR-0075(9320)-4.
Trajectory Reconstruction Program Milestone 2/3 Report. Volume II. Equations and Logic. Part A. Input and Executive Modules
1975
531 pages
Report
No indication
English
Missile Trajectories & Reentry Dynamics , Guided missile trajectories , Computerized simulation , Computer programming , Ascent trajectories , Descent trajectories , Mission profiles , Numerical integration , FORTRAN , User needs , IBM 360 computers , IBM 370 computers , CDC 6600 computers , CDC 7600 computers , UNIVAC 1108 computers , UNIVAC 1110 computers , TRP systems
Program test objectives milestone 3
NTRS | 1994
|Program Test Objectives Milestone 3
NTIS | 1994
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