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登録日: 2月 14, 2012
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Nshan G.

@nnnn93

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ARMENIAのフラグ
yerevan, armenia
$12 USD / 時間
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Software Developer

Computer programming is not just my profession, it's my passion. Striving to do my best on every project I always try to go one step beyond, and expand my knowledge. From small personal projects of getting into protected mode in x86-assembly under DOS and drawing some Bresenham lines and midpoint circles on screen(0A000h), pixel by pixel, or programming an AVR microcontroller, in C, to flash some LEDs and move some servos around upon a press of a button; all the way up to developing multiplatform applications with ActionScript3/Starling or C#/Unity3D in a team of 3-6 people, working with artists, project managers and QA; I'm accustomed to a wide spectrum of programming practices and always ready to dive into anything, eager to learn something new. Now, this last sentence was really long and I wasn't quite sure how to punctuate, so I've tried some semicolons... intuitively... writing is my hobby, and I'm not particularly good at it.
Freelancer PHP Developers Armenia
全て見る PHP Developers 、 Armenia

仕事についてNshan G.に連絡する

ログインしてチャットで詳細を相談しましょう、

ポートフォリオ

2571118
A simple matching game written in C++ using SDL1.2. You have a red time limit bar on the left and a yellow score bar on the right. Just click groups of 3 and more "gems" to destroy them and score. The blinking ones have special effects. Yes, the score is supposed to go over the top. No, it is not a bug, it is a pleasant surprise. Yes, ghosting is also a feature. All the graphics are generated in code. Gameplay video: http://progenthu.com/index.php?p=video&vid=GemGame A slightly old windows build is available here: http://progenthu.com/files/download/GemGame_win32.zip https://github.com/namark/GemGame
GemGame
GemGame
2570853
A very simple countdown timer/stopwatch. Download standalone windows version here: https://github.com/namark/Melno/releases/download/v1.0/Melno.zip https://github.com/namark/Melno
Melno
A very simple countdown timer/stopwatch. Download standalone windows version here: https://github.com/namark/Melno/releases/download/v1.0/Melno.zip https://github.com/namark/Melno
Melno
2570848
A simple program for resizing images in bulk. You can select any number of images from various places in the file system and proportionally resize them to a specific height or width in pixels, or a percentage of the original. You can select an output directory or choose to have resized images next to the originals. You can add a prefix or a postfix to the names of resized images, or keep the original name. If you choose to use the same name and output next to input, the original images will be resized in place/overwritten. Some quality settings are also customizable. There is also a progress bar and a simple collapsible logger for your amusement. I found this tool quite useful in game development, when you don't really want to open and get into a huge, slow and complicated image editing software and/or bother the art team, just to downscale some assets. https://github.com/namark/MassResizor
MassResizor
2570844
This is a desktop application, built with Unity3D, for creating virtual tracks for a treadmill that could tilt in 4 directions: left, right, forwards, backwards; with maximal tilting angle of 35 degrees. It provides a simple editor, where the user can set the length of the track and a tilting angle and direction for each 20 meter section. The values that were not specified are automatically calculated by the program to provide the smoothest transition, so the user only has to specify the key points of the track where s/he wants a particular tilting angle. A loop count could also be set. Upon hitting the start button, the actual 3D track would be generated and played back from the first person perspective, the camera moving forwards on the track. At the same time a text file would be generated containing a time-log of tilting angles for each 20m section. I worked on this together with a 3D artist, who provided all the models and textures, and the skybox images.
Treadmill track editor
This is a desktop application, built with Unity3D, for creating virtual tracks for a treadmill that could tilt in 4 directions: left, right, forwards, backwards; with maximal tilting angle of 35 degrees. It provides a simple editor, where the user can set the length of the track and a tilting angle and direction for each 20 meter section. The values that were not specified are automatically calculated by the program to provide the smoothest transition, so the user only has to specify the key points of the track where s/he wants a particular tilting angle. A loop count could also be set. Upon hitting the start button, the actual 3D track would be generated and played back from the first person perspective, the camera moving forwards on the track. At the same time a text file would be generated containing a time-log of tilting angles for each 20m section. I worked on this together with a 3D artist, who provided all the models and textures, and the skybox images.
Treadmill track editor
This is a desktop application, built with Unity3D, for creating virtual tracks for a treadmill that could tilt in 4 directions: left, right, forwards, backwards; with maximal tilting angle of 35 degrees. It provides a simple editor, where the user can set the length of the track and a tilting angle and direction for each 20 meter section. The values that were not specified are automatically calculated by the program to provide the smoothest transition, so the user only has to specify the key points of the track where s/he wants a particular tilting angle. A loop count could also be set. Upon hitting the start button, the actual 3D track would be generated and played back from the first person perspective, the camera moving forwards on the track. At the same time a text file would be generated containing a time-log of tilting angles for each 20m section. I worked on this together with a 3D artist, who provided all the models and textures, and the skybox images.
Treadmill track editor
This is a desktop application, built with Unity3D, for creating virtual tracks for a treadmill that could tilt in 4 directions: left, right, forwards, backwards; with maximal tilting angle of 35 degrees. It provides a simple editor, where the user can set the length of the track and a tilting angle and direction for each 20 meter section. The values that were not specified are automatically calculated by the program to provide the smoothest transition, so the user only has to specify the key points of the track where s/he wants a particular tilting angle. A loop count could also be set. Upon hitting the start button, the actual 3D track would be generated and played back from the first person perspective, the camera moving forwards on the track. At the same time a text file would be generated containing a time-log of tilting angles for each 20m section. I worked on this together with a 3D artist, who provided all the models and textures, and the skybox images.
Treadmill track editor
This is a desktop application, built with Unity3D, for creating virtual tracks for a treadmill that could tilt in 4 directions: left, right, forwards, backwards; with maximal tilting angle of 35 degrees. It provides a simple editor, where the user can set the length of the track and a tilting angle and direction for each 20 meter section. The values that were not specified are automatically calculated by the program to provide the smoothest transition, so the user only has to specify the key points of the track where s/he wants a particular tilting angle. A loop count could also be set. Upon hitting the start button, the actual 3D track would be generated and played back from the first person perspective, the camera moving forwards on the track. At the same time a text file would be generated containing a time-log of tilting angles for each 20m section. I worked on this together with a 3D artist, who provided all the models and textures, and the skybox images.
Treadmill track editor
This is a desktop application, built with Unity3D, for creating virtual tracks for a treadmill that could tilt in 4 directions: left, right, forwards, backwards; with maximal tilting angle of 35 degrees. It provides a simple editor, where the user can set the length of the track and a tilting angle and direction for each 20 meter section. The values that were not specified are automatically calculated by the program to provide the smoothest transition, so the user only has to specify the key points of the track where s/he wants a particular tilting angle. A loop count could also be set. Upon hitting the start button, the actual 3D track would be generated and played back from the first person perspective, the camera moving forwards on the track. At the same time a text file would be generated containing a time-log of tilting angles for each 20m section. I worked on this together with a 3D artist, who provided all the models and textures, and the skybox images.
Treadmill track editor
This is a desktop application, built with Unity3D, for creating virtual tracks for a treadmill that could tilt in 4 directions: left, right, forwards, backwards; with maximal tilting angle of 35 degrees. It provides a simple editor, where the user can set the length of the track and a tilting angle and direction for each 20 meter section. The values that were not specified are automatically calculated by the program to provide the smoothest transition, so the user only has to specify the key points of the track where s/he wants a particular tilting angle. A loop count could also be set. Upon hitting the start button, the actual 3D track would be generated and played back from the first person perspective, the camera moving forwards on the track. At the same time a text file would be generated containing a time-log of tilting angles for each 20m section. I worked on this together with a 3D artist, who provided all the models and textures, and the skybox images.
Treadmill track editor
2570835
tekali.org
2570733
southcaucasus.com
2571118
A simple matching game written in C++ using SDL1.2. You have a red time limit bar on the left and a yellow score bar on the right. Just click groups of 3 and more "gems" to destroy them and score. The blinking ones have special effects. Yes, the score is supposed to go over the top. No, it is not a bug, it is a pleasant surprise. Yes, ghosting is also a feature. All the graphics are generated in code. Gameplay video: http://progenthu.com/index.php?p=video&vid=GemGame A slightly old windows build is available here: http://progenthu.com/files/download/GemGame_win32.zip https://github.com/namark/GemGame
GemGame
GemGame
2570853
A very simple countdown timer/stopwatch. Download standalone windows version here: https://github.com/namark/Melno/releases/download/v1.0/Melno.zip https://github.com/namark/Melno
Melno
A very simple countdown timer/stopwatch. Download standalone windows version here: https://github.com/namark/Melno/releases/download/v1.0/Melno.zip https://github.com/namark/Melno
Melno
2570848
A simple program for resizing images in bulk. You can select any number of images from various places in the file system and proportionally resize them to a specific height or width in pixels, or a percentage of the original. You can select an output directory or choose to have resized images next to the originals. You can add a prefix or a postfix to the names of resized images, or keep the original name. If you choose to use the same name and output next to input, the original images will be resized in place/overwritten. Some quality settings are also customizable. There is also a progress bar and a simple collapsible logger for your amusement. I found this tool quite useful in game development, when you don't really want to open and get into a huge, slow and complicated image editing software and/or bother the art team, just to downscale some assets. https://github.com/namark/MassResizor
MassResizor
2570844
This is a desktop application, built with Unity3D, for creating virtual tracks for a treadmill that could tilt in 4 directions: left, right, forwards, backwards; with maximal tilting angle of 35 degrees. It provides a simple editor, where the user can set the length of the track and a tilting angle and direction for each 20 meter section. The values that were not specified are automatically calculated by the program to provide the smoothest transition, so the user only has to specify the key points of the track where s/he wants a particular tilting angle. A loop count could also be set. Upon hitting the start button, the actual 3D track would be generated and played back from the first person perspective, the camera moving forwards on the track. At the same time a text file would be generated containing a time-log of tilting angles for each 20m section. I worked on this together with a 3D artist, who provided all the models and textures, and the skybox images.
Treadmill track editor
This is a desktop application, built with Unity3D, for creating virtual tracks for a treadmill that could tilt in 4 directions: left, right, forwards, backwards; with maximal tilting angle of 35 degrees. It provides a simple editor, where the user can set the length of the track and a tilting angle and direction for each 20 meter section. The values that were not specified are automatically calculated by the program to provide the smoothest transition, so the user only has to specify the key points of the track where s/he wants a particular tilting angle. A loop count could also be set. Upon hitting the start button, the actual 3D track would be generated and played back from the first person perspective, the camera moving forwards on the track. At the same time a text file would be generated containing a time-log of tilting angles for each 20m section. I worked on this together with a 3D artist, who provided all the models and textures, and the skybox images.
Treadmill track editor
This is a desktop application, built with Unity3D, for creating virtual tracks for a treadmill that could tilt in 4 directions: left, right, forwards, backwards; with maximal tilting angle of 35 degrees. It provides a simple editor, where the user can set the length of the track and a tilting angle and direction for each 20 meter section. The values that were not specified are automatically calculated by the program to provide the smoothest transition, so the user only has to specify the key points of the track where s/he wants a particular tilting angle. A loop count could also be set. Upon hitting the start button, the actual 3D track would be generated and played back from the first person perspective, the camera moving forwards on the track. At the same time a text file would be generated containing a time-log of tilting angles for each 20m section. I worked on this together with a 3D artist, who provided all the models and textures, and the skybox images.
Treadmill track editor
This is a desktop application, built with Unity3D, for creating virtual tracks for a treadmill that could tilt in 4 directions: left, right, forwards, backwards; with maximal tilting angle of 35 degrees. It provides a simple editor, where the user can set the length of the track and a tilting angle and direction for each 20 meter section. The values that were not specified are automatically calculated by the program to provide the smoothest transition, so the user only has to specify the key points of the track where s/he wants a particular tilting angle. A loop count could also be set. Upon hitting the start button, the actual 3D track would be generated and played back from the first person perspective, the camera moving forwards on the track. At the same time a text file would be generated containing a time-log of tilting angles for each 20m section. I worked on this together with a 3D artist, who provided all the models and textures, and the skybox images.
Treadmill track editor
This is a desktop application, built with Unity3D, for creating virtual tracks for a treadmill that could tilt in 4 directions: left, right, forwards, backwards; with maximal tilting angle of 35 degrees. It provides a simple editor, where the user can set the length of the track and a tilting angle and direction for each 20 meter section. The values that were not specified are automatically calculated by the program to provide the smoothest transition, so the user only has to specify the key points of the track where s/he wants a particular tilting angle. A loop count could also be set. Upon hitting the start button, the actual 3D track would be generated and played back from the first person perspective, the camera moving forwards on the track. At the same time a text file would be generated containing a time-log of tilting angles for each 20m section. I worked on this together with a 3D artist, who provided all the models and textures, and the skybox images.
Treadmill track editor
This is a desktop application, built with Unity3D, for creating virtual tracks for a treadmill that could tilt in 4 directions: left, right, forwards, backwards; with maximal tilting angle of 35 degrees. It provides a simple editor, where the user can set the length of the track and a tilting angle and direction for each 20 meter section. The values that were not specified are automatically calculated by the program to provide the smoothest transition, so the user only has to specify the key points of the track where s/he wants a particular tilting angle. A loop count could also be set. Upon hitting the start button, the actual 3D track would be generated and played back from the first person perspective, the camera moving forwards on the track. At the same time a text file would be generated containing a time-log of tilting angles for each 20m section. I worked on this together with a 3D artist, who provided all the models and textures, and the skybox images.
Treadmill track editor
This is a desktop application, built with Unity3D, for creating virtual tracks for a treadmill that could tilt in 4 directions: left, right, forwards, backwards; with maximal tilting angle of 35 degrees. It provides a simple editor, where the user can set the length of the track and a tilting angle and direction for each 20 meter section. The values that were not specified are automatically calculated by the program to provide the smoothest transition, so the user only has to specify the key points of the track where s/he wants a particular tilting angle. A loop count could also be set. Upon hitting the start button, the actual 3D track would be generated and played back from the first person perspective, the camera moving forwards on the track. At the same time a text file would be generated containing a time-log of tilting angles for each 20m section. I worked on this together with a 3D artist, who provided all the models and textures, and the skybox images.
Treadmill track editor
2570835
tekali.org
2570733
southcaucasus.com

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経験

Game Developer

Plexonic
9月 2013 - 10月 2015 (2 , 1 )
Developed multi-platform(iOS, Android) mobile games with Starling(AS3) and Unity Engine(C#). Worked in several teams of developers and artists. Created various tools and code libraries to assist the development process.

Web Developer

Caucasus Center of Peace-Making Initiatives
9月 2011 - 12月 2013 (2 , 3 )
Developed a simple website (southcaucasus.com), and various administrative tools for it (comment management, mailing list etc.).

仕事についてNshan G.に連絡する

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