Pinned Repositories
ivt-hw-2023-mega-bite
ivt-hw-2023-mega-bite created by GitHub Classroom
Booksearch
Angular app using Open Library API
c-
these are some little homeworks with c# . Multithread applications and windows forms
ChessClock
This is a chesscklock made with Yakindu . You can read more about it in the pdf document
DHoussama
Config files for my GitHub profile.
football
This is a football league project with GUI made in java to validate the java subject I took in the 3d semester I got grade 4 for it . You can read the documentation of the project in java.pdf
footballleague
this project is done using c++
game
this a team project made in java . It is a game with GUI . You can read more about it in the description
graphics
These are some of my homeworks using c++(openGl) The first one : Particles of random charge and mass swim in a fluid of no charge in 2D Euclidean space. Particles are circles in this space, where the radius is proportional to the mass, the intensity is proportional to the absolute value of the charge, the hue is red for positive and green for negative charges. Particles are moving according to the 2D Coulomb force and a soup friction that is proportional to the velocity. Our microscope projects the 2D Euclidean space to 2D hyperbolic space, then transforms it to a unit circle with the Beltrami-Poincaré disc model. This unit circle is shown in the viewport of 600x600 resolution. Pressing the s,d,x,e keys, the virtual world can be translated to left, right, down and up with 0.1 unit. The timestep of the simulation is 0.01 sec even if the onIdle events come slower. Initially 2 particles exist. By each pressing of the SPACE, a new particle is introduced.
Hangman
This is hangman game made in c in my first semester at bme
DHoussama's Repositories
DHoussama/WeFlowIT
A consultancy App for mobile Automation Testing
DHoussama/Restaurant-app
DHoussama/Booksearch
Angular app using Open Library API
DHoussama/ivt-lab
Ivt laboratory
DHoussama/graphics
These are some of my homeworks using c++(openGl) The first one : Particles of random charge and mass swim in a fluid of no charge in 2D Euclidean space. Particles are circles in this space, where the radius is proportional to the mass, the intensity is proportional to the absolute value of the charge, the hue is red for positive and green for negative charges. Particles are moving according to the 2D Coulomb force and a soup friction that is proportional to the velocity. Our microscope projects the 2D Euclidean space to 2D hyperbolic space, then transforms it to a unit circle with the Beltrami-Poincaré disc model. This unit circle is shown in the viewport of 600x600 resolution. Pressing the s,d,x,e keys, the virtual world can be translated to left, right, down and up with 0.1 unit. The timestep of the simulation is 0.01 sec even if the onIdle events come slower. Initially 2 particles exist. By each pressing of the SPACE, a new particle is introduced.
DHoussama/c-
these are some little homeworks with c# . Multithread applications and windows forms
DHoussama/footballleague
this project is done using c++
DHoussama/game
this a team project made in java . It is a game with GUI . You can read more about it in the description
DHoussama/ChessClock
This is a chesscklock made with Yakindu . You can read more about it in the pdf document
DHoussama/Hangman
This is hangman game made in c in my first semester at bme
DHoussama/football
This is a football league project with GUI made in java to validate the java subject I took in the 3d semester I got grade 4 for it . You can read the documentation of the project in java.pdf
DHoussama/DHoussama
Config files for my GitHub profile.