The Aims of our Project
- To Simulate certain situations using the principles of mechanics
- To solve and graphically demonstrate a user defined System consisting of
simple constraints and machines such as pulleys, wedges.
- To Set up a gradient maping scheme for point charges
- To demonstrate collisions from a purely two dimensional point of view.
The Inputs of our Project
- A graphical user interface based on a toolbar consisting of the above
mentioned objects
- The Screens are set up on a drag and drop approach
- The force of the impulse imparted initially to the systems will be through
both graphical(scrollbar approach) or numerically
- Numerical linear solution for an n based linear program
The Outputs of our Project
- A graphical user interface based on a toolbar consisting of the above
mentioned objects
- The Screens then simulate the required two dimensional motions
- Both simulation and steady srtate value will be shown.
- Data regarding the motion of all objects in the system will also be
provided for.
Some references
- Info about
the Pulley System Segment of the Project
The user will through a GUI be allowed to design his own pulley systems
based on the above systems inclusive of the displayed systems
The Project will then take the system and simulate the circumstances - the
subsequent events graphically will- the sequence of events and will give
values describing the state of motion
This will be done by the matrix method of solving equations, considering
all upward forces to be positive and all downward forces such as negative.
A seperate equation solver in which the user can substitute the
coefficients of various variables into the matrix system representing a number
of variables as required by the
user
- To Simulate certain situations using the principles of mechanics
- To solve and graphically demonstrate a user defined System consisting of simple constraints and machines such as pulleys, wedges.
- To Set up a gradient maping scheme for point charges
- To demonstrate collisions from a purely two dimensional point of view.
The Inputs of our Project
- A graphical user interface based on a toolbar consisting of the above
mentioned objects
- The Screens are set up on a drag and drop approach
- The force of the impulse imparted initially to the systems will be through
both graphical(scrollbar approach) or numerically
- Numerical linear solution for an n based linear program
The Outputs of our Project
- A graphical user interface based on a toolbar consisting of the above
mentioned objects
- The Screens then simulate the required two dimensional motions
- Both simulation and steady srtate value will be shown.
- Data regarding the motion of all objects in the system will also be
provided for.
Some references
- Info about
the Pulley System Segment of the Project
The user will through a GUI be allowed to design his own pulley systems
based on the above systems inclusive of the displayed systems
The Project will then take the system and simulate the circumstances - the
subsequent events graphically will- the sequence of events and will give
values describing the state of motion
This will be done by the matrix method of solving equations, considering
all upward forces to be positive and all downward forces such as negative.
A seperate equation solver in which the user can substitute the
coefficients of various variables into the matrix system representing a number
of variables as required by the
user
- A graphical user interface based on a toolbar consisting of the above mentioned objects
- The Screens are set up on a drag and drop approach
- The force of the impulse imparted initially to the systems will be through both graphical(scrollbar approach) or numerically
- Numerical linear solution for an n based linear program
The Outputs of our Project
- A graphical user interface based on a toolbar consisting of the above
mentioned objects
- The Screens then simulate the required two dimensional motions
- Both simulation and steady srtate value will be shown.
- Data regarding the motion of all objects in the system will also be
provided for.
Some references
- Info about
the Pulley System Segment of the Project
The user will through a GUI be allowed to design his own pulley systems
based on the above systems inclusive of the displayed systems
The Project will then take the system and simulate the circumstances - the
subsequent events graphically will- the sequence of events and will give
values describing the state of motion
This will be done by the matrix method of solving equations, considering
all upward forces to be positive and all downward forces such as negative.
A seperate equation solver in which the user can substitute the
coefficients of various variables into the matrix system representing a number
of variables as required by the
user
- A graphical user interface based on a toolbar consisting of the above mentioned objects
- The Screens then simulate the required two dimensional motions
- Both simulation and steady srtate value will be shown.
- Data regarding the motion of all objects in the system will also be provided for.
Some references
- Info about
the Pulley System Segment of the Project
The user will through a GUI be allowed to design his own pulley systems based on the above systems inclusive of the displayed systems
The Project will then take the system and simulate the circumstances - the subsequent events graphically will- the sequence of events and will give values describing the state of motion
This will be done by the matrix method of solving equations, considering all upward forces to be positive and all downward forces such as negative.
A seperate equation solver in which the user can substitute the coefficients of various variables into the matrix system representing a number of variables as required by the user