Double Pendulum: Comparison between MapleSim, SimMechanics, & MATLAB ODE (with error plot) - Video

Tutorial Description
Compare the solution with (root mean square) error plot of a double pendulum simulation obtained from: 1. MapleSim; 2. SimMechanics; 3. MATLAB Hand Code; Red colored link is link #1, Blue colored link is link #2. Simulate the double pendulum motion under the effect of gravity for 10 seconds. Initial position: Theta 1 = 0 deg, Theta 2 = 45 deg. Solver settings: Fixed time step solver (ode5 for MATLAB and SimMechanics), time step: 0.001s, Rel-tolerence: 1e-7, Abs-tolerence: 1e-7. Solutions ...
Double Pendulum: Comparison between MapleSim, SimMechanics, & MATLAB ODE (with error plot) - Video

Double Pendulum: Comparison between MapleSim, SimMechanics, & MATLAB ODE (with error plot) - Video

Tutorial Description
Compare the solution with (root mean square) error plot of a double pendulum simulation obtained from: 1. MapleSim; 2. SimMechanics; 3. MATLAB Hand Code; Red colored link is link #1, Blue colored link is link #2. Simulate the double pendulum motion under the effect of gravity for 10 seconds. Initial position: Theta 1 = 0 deg, Theta 2 = 45 deg. Solver settings: Fixed time step solver (ode5 for MATLAB and SimMechanics), time step: 0.001s, Rel-tolerence: 1e-7, Abs-tolerence: 1e-7. Solutions ...
Double Pendulum: Comparison between MapleSim, SimMechanics, & MATLAB ODE (with error plot) - Video

Double Pendulum: Comparison between MapleSim, SimMechanics, & MATLAB ODE (with error plot) - Video

Tutorial Description
Compare the solution with (root mean square) error plot of a double pendulum simulation obtained from: 1. MapleSim; 2. SimMechanics; 3. MATLAB Hand Code; Red colored link is link #1, Blue colored link is link #2. Simulate the double pendulum motion under the effect of gravity for 10 seconds. Initial position: Theta 1 = 0 deg, Theta 2 = 45 deg. Solver settings: Fixed time step solver (ode5 for MATLAB and SimMechanics), time step: 0.001s, Rel-tolerence: 1e-7, Abs-tolerence: 1e-7. Solutions ...
Double Pendulum: Comparison between MapleSim, SimMechanics, & MATLAB ODE (with error plot) - Video

Double Pendulum: Comparison between MapleSim, SimMechanics, & MATLAB ODE (with error plot) - Video

Tutorial Description
Compare the solution with (root mean square) error plot of a double pendulum simulation obtained from: 1. MapleSim; 2. SimMechanics; 3. MATLAB Hand Code; Red colored link is link #1, Blue colored link is link #2. Simulate the double pendulum motion under the effect of gravity for 10 seconds. Initial position: Theta 1 = 0 deg, Theta 2 = 45 deg. Solver settings: Fixed time step solver (ode5 for MATLAB and SimMechanics), time step: 0.001s, Rel-tolerence: 1e-7, Abs-tolerence: 1e-7. Solutions ...
Double Pendulum: Comparison between MapleSim, SimMechanics, & MATLAB ODE (with error plot) - Video

Double Pendulum: Comparison between MapleSim, SimMechanics, & MATLAB ODE (with error plot) - Video

Tutorial Description
Compare the solution with (root mean square) error plot of a double pendulum simulation obtained from: 1. MapleSim; 2. SimMechanics; 3. MATLAB Hand Code; Red colored link is link #1, Blue colored link is link #2. Simulate the double pendulum motion under the effect of gravity for 10 seconds. Initial position: Theta 1 = 0 deg, Theta 2 = 45 deg. Solver settings: Fixed time step solver (ode5 for MATLAB and SimMechanics), time step: 0.001s, Rel-tolerence: 1e-7, Abs-tolerence: 1e-7. Solutions ...
Double Pendulum: Comparison between MapleSim, SimMechanics, & MATLAB ODE (with error plot) - Video

Matlab Neural Network in C# Application - Part 2 - Video

Tutorial Description
This part explains how to use Matlab Neural Network in c# windows application and limitation of Matlab complier with respect to sim function. Note:- Don’t forget to watch next episode of this series, in which I have explained how to get around with sim function compiler limitation and call Neural network from c# windows application.
Matlab Neural Network in C# Application - Part 2 - Video

Matlab Neural Network in C# Application - Part 2 - Video

Tutorial Description
This part explains how to use Matlab Neural Network in c# windows application and limitation of Matlab complier with respect to sim function. Note:- Don’t forget to watch next episode of this series, in which I have explained how to get around with sim function compiler limitation and call Neural network from c# windows application.
Matlab Neural Network in C# Application - Part 2 - Video