@@ -40,6 +40,14 @@ <h1 id="main-heading">Visualize It</h1>
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< div class ="container " style ="width: 100% ">
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< div class ="row ">
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< div class ="s12 ">
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+ < br >
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+ < center >
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+ < div style ="background:black; border: 1px solid red; ">
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+ < p class ="flow-text ">
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+ This website has been submitted for 3b1b's Summer of Math Exposition II
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+ </ p >
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+ </ div >
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+ </ center >
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< p class ="flow-text ">
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All simulations here were developed by ChanRT. Fork me at < a href ="https://www.github.com/chanrt "> GitHub</ a > !
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@@ -64,6 +72,215 @@ <h1 id="main-heading">Visualize It</h1>
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Spread the word about this website!
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< br > < br >
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</ p >
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+
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+ < h2 > Timeline</ h2 >
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+ < center >
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+ < div style ="background:black; border: 1px solid red; ">
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+ < p class ="flow-text ">
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+ This is an ONGOING project!
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+ </ p >
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+ </ div >
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+ </ center >
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+ < center >
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+ < table class ="flow-text ">
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+ < tr >
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+ < th > Topic</ th >
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+ < th > Date</ th >
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+ </ tr >
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+ < tr >
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+ < td > Firefly Synchronization</ td >
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+ < td > June 30th, 2022</ td >
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+ </ tr >
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+ < tr >
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+ < td > Ising Model</ td >
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+ < td > June 29th, 2022</ td >
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+ </ tr >
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+ < tr >
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+ < td > Collective Behaviour</ td >
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+ < td > June 24th, 2022</ td >
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+ </ tr >
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+ < tr >
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+ < td > Flocking Behaviour (< a href ="flocking_behaviour/simulation.html "> archived</ a > )</ td >
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+ < td > June 17th, 2022</ td >
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+ </ tr >
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+ < tr >
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+ < td > Monte Carlo</ td >
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+ < td > March 15th, 2022</ td >
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+ </ tr >
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+ < tr >
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+ < td > K-means Clustering</ td >
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+ < td > March 15th, 2022</ td >
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+ </ tr >
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+ < tr >
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+ < td > Image Filters</ td >
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+ < td > December 4th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Home Range (< a href ="home_range/simulation.html "> archived</ a > )</ td >
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+ < td > November 29th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Nuclear Fusion</ td >
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+ < td > November 10th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Sorting Algorithms</ td >
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+ < td > October 7th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Genetic Algorithm</ td >
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+ < td > October 4th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Polynomial Regression</ td >
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+ < td > September 20th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Contact Process</ td >
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+ < td > September 19th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Bezier Curves</ td >
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+ < td > September 4th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Reaction Diffusion</ td >
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+ < td > August 24th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Random Walks</ td >
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+ < td > August 22nd, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Maze Generation</ td >
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+ < td > August 20th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Collatz Conjecture</ td >
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+ < td > July 31st, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Prime Counting (< a href ="prime_counting/simulation.html "> archived)</ td >
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+ < td > July 23rd, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Hilbert Curve</ td >
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+ < td > July 23rd, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Lorenz System</ td >
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+ < td > July 21st, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Logistic Map (archived)</ td >
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+ < td > May 20th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Lexical Analysis</ td >
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+ < td > May 17th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Travelling Salesman</ td >
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+ < td > May 14th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Mandelbrot Fractal</ td >
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+ < td > March 13th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Verhulst Model (< a href ="verhulst_model/simulation.html "> archived</ a > )</ td >
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+ < td > March 5th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Heat Equation (< a href ="heat_equation/simulation.html "> archived</ a > )</ td >
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+ < td > February 24th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Conway's Game of Life</ td >
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+ < td > February 7th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Linear Momentum</ td >
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+ < td > January 26th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Linear Transformations</ td >
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+ < td > January 23rd, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Conic sections (< a href ="conic_sections/simulation.html "> archived</ a > )</ td >
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+ < td > January 21st, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Quantum Computing</ td >
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+ < td > January 18th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Special Relativity</ td >
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+ < td > January 7th, 2021</ td >
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+ </ tr >
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+ < tr >
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+ < td > Stroboscopic Effect</ td >
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+ < td > December 24th, 2020</ td >
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+ </ tr >
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+ < tr >
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+ < td > Planetary Motion</ td >
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+ < td > December 15th, 2020</ td >
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+ </ tr >
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+ < tr >
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+ < td > Projectile Motion</ td >
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+ < td > December 10th, 2020</ td >
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+ </ tr >
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+ < tr >
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+ < td > Spring Motion</ td >
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+ < td > December 9th, 2020</ td >
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+ </ tr >
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+ < tr >
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+ < td > Trigonometric Functions</ td >
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+ < td > December 5th, 2020</ td >
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+ </ tr >
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+ < tr >
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+ < td > Repository created</ td >
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+ < td > November 25th, 2020</ td >
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+ </ tr >
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+ </ table >
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+ </ center >
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+
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+ < h2 > Planned Topics</ h2 >
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+ < center >
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+ < div style ="background:black; border: 1px solid red; ">
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+ < p class ="flow-text ">
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+ If this website gets a larger audience, then I will have greater impetus to work onthese topics!
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+ </ p >
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+ </ div >
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+ </ center >
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+ < ol class ="flow-text ">
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+ < li > Simulating the Wave equation (< a href ="waves/simulation.html "> partially completed</ a > )</ li >
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+ < li > XY model of Statistical Mechanics</ li >
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+ < li > Beautiful patterns generated by Diffusion Limited Aggregation</ li >
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+ < li > Percolation and minimal spanning clusters</ li >
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+ < li > Lotka Volterra Equations in spatially-explicity domain</ li >
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+ < li > Famous Fractals</ li >
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+ < li > The Schelling Model of psychological segregation</ li >
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+ < li > Drawing implicit functions using Marching Squares (< a href ="marching_squares/simulation.html "> partially
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+ completed</ a > )</ li >
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+ < li > Collision detection algorithms</ li >
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+ < li > Perlin noise (implementation not yet clear)</ li >
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+ < li > Doppler effect</ li >
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+ < li > Graph algorithms like Djikstra, A*, Bellmann-Ford, etc.</ li >
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+ < li > Graph (set of nodes and edges) drawing algorithms </ li >
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+ < li > Random Boolean Networks</ li >
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+ < li > Fourier Transforms</ li >
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+ < li > Double pendula, phase space of a pendulum</ li >
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+ < li > Fluids (specifics not yet clear)</ li >
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+ < li > Splines and other beautiful curves (specifics not yet clear)</ li >
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+ < li > Orbits (basically, shooting balls out of a cannon at different altitudes and velocities)</ li >
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+ < li > SIR Model of Pandemic spread</ li >
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+ < li > Boltzmann Distribution in a randomized exchange lattice</ li >
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+ < li > Working of Gradient Descent Algorithm</ li >
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+ < li > Solve Travelling Salesman using Genetic ALgorithm, Simulated Annealing and Ant-Colony Optimization</ li >
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+ </ ol >
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+
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< p class ="flow-text ">
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Additionally, if you have any concept(s) in mind that I can simulate,
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