Have you ever fed up of solving complicated circuits with lots of bridges and pillars ?
Fret Not!! You have then reached the right place, this is a computer aided software, that solves you any kind of resistive circuit instantly in no pain.
- Flexibility to design and simulate any kind of resistive circuit.
- Can edit the circuit the circuit at any instant of time.
- Option to save the circuit that you have built, as a PNG file.
- The internal lgorithm, itself does all the node planning.
- The feature of Undo/Redo and a delete option to efficiently use the canvas for deisgning the circuits.
- You can analyze any kind of resistive circuit.
- This can solve complicated circuits with any type of controlled sources too.
- Easy to handle user interface as simple as drag and drop.
We have algorithmically implemented the technique of Modified Nodal Analysis (MNA) for solving any kind of resistive circuit. MNA is an advanced version of the existing principle of nodal analysis, in which some changes are made so as to implement it using any computer program. This is our basic implementation of the complete project of a circuit solver. In this preliminary version we have just implemented the backend process of MNA. Here the user must do all the node planning and enter the correct inputs(number of elements, number of nodes, each element type and it's details) as prompted by the software.
Computer is the foolest thing in the world, which blindly just processes the inputs that is being fed into it. Hence here are few basic instructions that must be followed while using this software. The UI is very much simple and it is completely a drag and drop kind of feature in the canvas.
We are currently in our sophomore yearof study and have a course on electric circuits. When we first en-countered some large complicated circuits felt very hard to solve it by hand, since it involved large number of rigorous calcuations. So we just thought at that point of time that it would have been better if there were some software that would help us solve the circuit. So, we did a basic research of the avaialable softwares that help us to simulate the circuit. After our research we found that there are few such but their user interfaces aren't as good. In the similar way there are certain online tools that do provide solutions for some simple circuits without involving any controlled sources. After this research we came to knew about MNA (Modified Nodal Analysis) and its powerfull advantage being simpler to implement using a computer software, and then we started working from sratch on how to develop an end-end project, proposed a plan and then implemented it.
@Baladhinesh please fill this with the content of how you have implemented the coding part.
Currently in this preliminary version, the user should do all the node planning and enter the input values, this basically reuires th user to draw the circuit initially on some piece of paper and then start implementing it. This is quite painfull job and hence we have decided to upgrade the software into a complete GUI enabledone, where the user has a freedom to design the circuit in real time and do nothing else, the system itself starts to process them(node planning and recognising inputs) and just displays the output.
We do welcome any kind of contributions, feel free to fork it and create a pull requests. Whenever you find any kind of bugs in the code or any optimization in the code feel free to contribute to us.
This is a computer aided software and hence there is no gaurentee by the developers for ensuring the creditability of the results that the software outputs. Though the softare has been tested against a large number of custom inputs, there are situations where it can fail. If you come across any such problem, please feel free to rise a issue here or provide your feedback in the website and we will try to address the issue as soon as possible.