[Fixed] Project styling for small devices
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@@ -20,7 +20,7 @@ export class ProjectsComponent {
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constructor() {
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this.projects.push({
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title: 'Continuously learning Supplier-identification module',
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title: 'AI supplier identification',
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year: '2021',
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description:
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'An application that combines key-value detection and multiclass-classification, to identify the correct supplier for an invoice. It uses online machine learning to keep improving itself as the user provides feedback.',
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@@ -35,14 +35,14 @@ export class ProjectsComponent {
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});
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this.projects.push({
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title: 'Seabed modification tool',
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year: '2019 - 2020',
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year: '2019-2020',
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description:
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'A tool to edit the seabed mesh of a maritime simulator. The collisionmap is also updated, to allow ships to interact with this update terrain. \nThis tool allows instructors to rapidly create new terrain, for training shipcrews',
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image: 'Seabed Modification.png',
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technologies: ['Unigine (C#)', 'AGC Dynamics (C++)', 'Qt Creator'],
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});
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this.projects.push({
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title: 'Goal-based vector field pathfinding algorithm',
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title: 'Flow Field pathfinding algorithm',
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year: '2018',
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description:
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'The application uses a vector field to direct particles towards a target. The vectors are calculated using a heatmap, which centers on the position of the target. \nThe particles collide with the environment, which can be edited and saved/loaded using the GUI.',
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@@ -58,7 +58,7 @@ export class ProjectsComponent {
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technologies: ['C++', 'SFML2.0', 'Platformer', 'Visual Studio'],
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});
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this.projects.push({
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title: 'Microcontroller Tetris (group project)',
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title: 'Microcontroller Tetris',
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year: '2019',
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description:
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'Tetris written in C, visualized on dot-matrix displays, with the score visible on a 7-segment display and a menu system visible on the ATMega128.',
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@@ -68,15 +68,16 @@ export class ProjectsComponent {
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'ATmega128',
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'7-segment display',
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'Dot-matrix displays',
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'Group project'
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],
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});
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this.projects.push({
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title: 'Augmented Reality game (group project)',
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title: 'Augmented Reality game',
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year: '2019',
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description:
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'The game uses computer vision to track a red ball, which serves as the controller. A system has been created for the rigging and animations for the player character and the opponents. The math for OpenGL is written by hand.',
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image: 'AR Game.png',
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technologies: ['C++', 'OpenCV', 'OpenGL', 'IrrKlang'],
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technologies: ['C++', 'OpenCV', 'OpenGL', 'IrrKlang', 'Group project'],
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});
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}
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}
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