| Shot | Description | CD contains: |
|---|---|---|
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- Soft-Body 3.0 (.exe, ~154kb) - C++ Source Code (.cpp, ~31kb) |
What you see is completely new and rewritten application of "Pressure Soft Body Model". It bases on a publication: Matyka, M. and Ollila, M. "A pressure model for soft body simulation", Proc. of Sigrad, UMEA, November 2003. Which you can download as a PDF file from home page of an author. High quality C++ source code of that application is available now on a Simulations CD. [Get a copy of "Simulations CD"] |
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- Soft-Body 2.0 (.exe, ~4.2mb) - C++ Source Code (.cpp, ~273kb) - SIGRAD Talk Slides(.pdf, ~330kb) - Article (.pdf, ~330kb) - Animated Results (.avi, ~93mb) |
3d implementation of Pressure Soft Body Model (fox, opengl, c++). It has been created for 4th Physics Software Contest on University of Wroclaw (and it took 2nd place). Source Code done for purposes of a SIGRAD paper about the model. [Get a copy of "Simulations CD"] |
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- Soft-Body 2D (.exe, ~266kb) - C Source Code (.c, ~9kb) - Documentation (.pdf, ~264kb) |
2d implementation of Pressure Soft Body Model (glut, c). It has been created as a documentation for 3d model - well written simple c code. Made just to show $ [Get a copy of "Simulations CD"] |
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- Sand (.exe, ~0.4mb) - C Source Code (.cpp, ~8kb) |
Two dimensional implementation of simple Cellular Automata for sand simulation. Small and nice effect which base on a model of sand described in "Cellular Automata Modelling of Physical Systems", B. Chopard and Michel Droz, Cambridge University Press. [Get a copy of "Simulations CD"] |
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- Gas (.exe, ~0.3mb) - C Source Code (.cpp, ~12kb) |
Two dimensional implementation of simple Cellular Automata for gas simulation. Small and nice effect which base on a model of sand described in "Cellular Automata Modelling of Physical Systems", B. Chopard and Michel Droz, Cambridge University Press. [Get a copy of "Simulations CD"] |
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- Field (.exe, ~0.2mb) - C Source Code (.cpp, ~4kb) |
Visualization of 2d scalar Gravity Field in a system of 3 masses. [Get a copy of "Simulations CD"] |
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- Table Cloth 1.0 (.exe, ~344kb) - C++ Source Code (.cpp, ~300kb) - Code Documentation(.html, ~1.0mb) - Animated Results (.avi, ~8.7mb) |
3d implementation of Newton Spring and Mass model. Full source code (c++, glut) for a table cloth as an example has been attached. It is a base code for soft body model. [Get a copy of "Simulations CD"] |
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- Animations (.avi, ~46mb) - C++ Source Code (.c, ~193kb) - Code Documentation(.html, ~1.0mb) |
A template code for C++ Molecular Dynamics software with well written code documentation and class hierarchy. Not validated but working Embeeded Atom Method potential has been implemented. [Get a copy of "Simulations CD"] |
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- Hydro-Dynamica (.exe, ~1.4mb) - C++ Source Code (.cpp, ~438kb) - Documentation (.html, ~785kb) - Animated Results (.avi, ~110mb) |
A program which solves two dimensional Navier-Stokes equations using SIMPLE scheme (c++, fox, glut). It has been created for 5th Physics Software Contest on University of Wroclaw (and it took 1st place). [Get a copy of "Simulations CD"] |
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- C Source Code (.c, ~56kb) - MatLab files for Visualization (.c, ~6kb) |
 A program which solves three dimensional (3D) Navier-Stokes
equations using SIMPLE scheme. It has been written without GUI interface, just pure console code for test and research purposes. Console version of HydroDynamica program. It uses a set of MatLab
.m files for visualization purposes.
[Get a copy of "Simulations CD"]
|
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- C Source Code (.c, ~42kb) |
A program which solves two dimensional Navier-Stokes equations using SIMPLE scheme. It has been written without GUI interface, just pure console code for test and research purposes. Console vers$ [Get a copy of "Simulations CD"] |
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- C Source Code (.c, ~8kb) - Code Documentation(.pdf, ps, ~493kb) |
A solution to two dimensional simple CFD problem - Couette Flow. A Cranck-Nicolson implicit scheme used for solution to simplified Navier-Stokes equations. [Get a copy of "Simulations CD"] |
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- C Source Code (.c, ~20kb) - Code Documentation(.ps, ~6.4mb) - Animations(.avi, ~2.1mb) |
A solution to two dimensional Prandtl-Meyer Expansion Wave problem. Solution on a coordinate fitted grid which has been created especially for that problem. A different point of view to high speed hydrodynamics problems have been presented. A source code with documentation have been included. [Get a copy of "Simulations CD"] |
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- SIMPLE: C Source Code (.c, ~39kb) - SIMPLER: C Source Code (.c, ~39kb) - V-S: C Source Code (.c, ~39kb) - Code Documentation(.pdf, .ps, ~480kb, ~6.9mb) - Animations(.avi, ~48mb) |
A solution to standard two dimensional CFD problem - Driven Cavity Flow. Three different Fluid Solvers have been implemented to handle and compare results: SIMPLE (Semi Implicit Method for Pressure Linked Equations), SIMPLER (Semi Implicit Method for Pressure Linked Equations Revised) and Vorticity - Stream Function Approach. All three codes have been validated and a paper about comparison of them have been put on a CD. [Get a copy of "Simulations CD"] |
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- C Source Code (.c, ~125kb) - Documentation(.txt, ~6.7kb) - Animations(.avi, .mpg, ~32mb) |
Console version of two dimensional free surface fluid solver. For solution to two dimensional Navier-Stokes equations, the MAC (Marker and Cell) Method has been used. Attached code is written in c language and contains full implementation of technique decribed in 1965 by Harlow and Welch. [Get a copy of "Simulations CD"] |
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- Fluid v1.4b(.exe, ~595kb) - C/C++ Source Code (.c, .c++, ~278kb) - Animations(.mpg, ~4.5mb) |
Free-Surface Fluid solver with an User Interface created with FOX Graphics User Interface. It base on the "Fluid" code presented above. User is able to load ready .opt files, change simulation properties a little and run it at a level of GUI window. An ouput for .avi animations have been implemented inside (vfw windows library). [Get a copy of "Simulations CD"] |
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- Waves v1.0b(.exe, ~600kb) - C++ Source Code (.c++, ~207kb) - Code Documentation(.txt, ~2.3kb) |
Real Time Wave Equation Solver. Created for 3rd Physics Software Contest on University of Wroclaw (and it took 1st place). Very user friendly with fast solution method implemented. [Get a copy of "Simulations CD"] |
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