Description: Simulation of the pendulum to achieve animation (1) mapping of three-dimensional cylindrical pendulum model, calculation of a reasonable length of cycloid initial position swing, a pendulum swing to ensure that the cycle of 1 seconds, provided the error is calculated and displayed error (20 points) (2) calculating the gravity role and under cycloid elastic pull speed of the pendulum to calculate the location of each frame of the pendulum and the corresponding rotation angle, and the animation (30 minutes) (3) to increase damping, the damping parameters to provide adjustment tools with damping animation of the pendulum (30 minutes) (4) audio, graphics, picture effects (10 points) (5) a detailed operation report (10 points)
- [AN964] - pid control routines, a demonstration ru
- [PendulumMove] - a simulation using DirectX mechanics ten
- [GPU_Water_Simulation] - 128* 128 grid on the solution of 2-dimen
- [pendulum] - This is an inverted pendulum fuzzy contr
File list (Check if you may need any files):
single pendulum
...............\single pendulum
...............\...............\MainFrm.cpp
...............\...............\MainFrm.h
...............\...............\ReadMe.txt
...............\...............\res
...............\...............\...\singlependulum.rc2
...............\...............\Resource.h
...............\...............\single pendulum.cpp
...............\...............\single pendulum.h
...............\...............\single pendulum.rc
...............\...............\single pendulum.vcproj
...............\...............\single pendulum.vcproj.5150C3BD7BA545A.StevenHsui.user
...............\...............\single pendulumDoc.cpp
...............\...............\single pendulumDoc.h
...............\...............\single pendulumView.cpp
...............\...............\single pendulumView.h
...............\...............\stdafx.cpp
...............\...............\stdafx.h
...............\single pendulum.ncb
...............\single pendulum.sln
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