Footbal Stars

Football Stars

football-stars2football-stars2
football-stars3football-stars3
football-stars0football-stars0
football-stars6football-stars6
football-stars4football-stars4
football-stars1football-stars1
football-stars5football-stars5
football-stars7football-stars7

Football Stars is a sports style game made by Unity game engine.

In this game, users can choose different teams at the national and club level and compete with each other online in different modes such as one-on-one, friendly matches, quadruple tournaments and regional events. Users can also chat with each other freely in the game and in the menu.
 

This game has been published on the Android platform (in the Google Play and Cafe Bazaar) and on the iOS platform (in the App Store).

From a technical point of view, the most important features used in this game can be summarized as follows:

  • Implementing a deterministic 3D physical engine and not using the Unity non deterministic physical engine
  • Use Photon to implement users online gaming capabilities
  • Implement four modes like one-on-one , friendly matches, quadruple tournaments and dynamic events
  • Implement server-side services such as registration, login, leader board, storage and retrieval of user data and communication of these services with the client
  • Implement a dynamic structure to define dynamic regional events
  • Implement a dynamic structure to update and change game items from the server side
  • Use shader programming to implement football fields and fantasy pieces
  • Implement the game AI according to the decision tree algorithm and the ability to detect complex wall bumps
  • Implementation of dynamic tutorial system
  • Multilingualism of the game and the use of different football commentators
  • Optimization of performance and final product volume (less than 60 MB)

Ready To PLAY

AWARDS

RELATED PROJECTS

Vaico

Vaico

CantellatedCubic_4899_resultCantellatedCubic_4899_result
Cantellated Cubic
Step 0.049
CantitruncatedCubic_12489_resultCantitruncatedCubic_12489_result
Cantitruncated Cubic
Step 0.1249
Cubic_1899_resultCubic_1899_result
Cubic
Step 0.019
ElongatedTriangularPrismatic_4899_resultElongatedTriangularPrismatic_4899_result
Elongated Triangular Prismatic
Step 0.049
GyratedTriangularPrismatic_4899_resultGyratedTriangularPrismatic_4899_result
Gyrated Triangular Prismatic
Step 0.049
GyroelongatedTriangularPrismatic_4899_resultGyroelongatedTriangularPrismatic_4899_result
Gyroelongated Triangular Prismatic
Step 0.049
HexagonalPrismatic_4899_resultHexagonalPrismatic_4899_result
Hexagonal Prismatic
Step 0.049
OmnitruncatedCubic_12489_resultOmnitruncatedCubic_12489_result
Omnitruncated Cubic
Step 0.1249
QuarterCubic_4899_resultQuarterCubic_4899_result
Quarter Cubic
Step 0.049
RectifiedCubic_4899_resultRectifiedCubic_4899_result
Rectified Cubic
Step 0.049
RhombiTrihexagonalPrismatic_4899_resultRhombiTrihexagonalPrismatic_4899_result
Rhombi Trihexagonal Prismatic
Step 0.049
RhombiTrihexagonalPrismatic_12489_resultRhombiTrihexagonalPrismatic_12489_result
Rhombi Trihexagonal Prismatic
Step 0.1249
RuncicanticCubic_12489_resultRuncicanticCubic_12489_result
Runcicantic Cubic
Step 0.1249
RuncitruncatedCubic_12489_resultRuncitruncatedCubic_12489_result
Runcitruncated Cubic
Step 0.1249
SnubTrihexagonalPrismatic_4899_resultSnubTrihexagonalPrismatic_4899_result
SnubTrihexagonal Prismatic
Step 0.049
TetrahedralOctahedral_12489_resultTetrahedralOctahedral_12489_result
Tetrahedral Octahedral
Step 0.1249
TriangularPrismatic_4899_resultTriangularPrismatic_4899_result
Triangular Prismatic
Step 0.049
TrihexagonalPrismatic_4899_resultTrihexagonalPrismatic_4899_result
Trihexagonal Prismatic
Step 0.049
TruncatedCubic_4899_resultTruncatedCubic_4899_result
Truncated Cubic
Step 0.049
TruncatedCubic_4899_resultTruncatedCubic_4899_result
Truncated Hexagonal Prismatic
Step 0.049
TruncatedTrihexagonalPrismatic_4899_resultTruncatedTrihexagonalPrismatic_4899_result
Truncated Trihexagonal Prismatic
Step 0.049
vaico-before vaico-after

Vaico is a fragment of a 3D object convex by one of the uniform honeycombs. In fact, a uniform convex honeycomb in Euclidean three-dimensional space is the filling of an object by uniform cells of polyhedral without these cells interfering with each other. The idea is to implement Vaico in order to build a game that is still in its pre-production stages.

This engine, due to the fact that it is implemented by unity computational shaders, can use the GPU to perform segmentation and detect the location of each cell in the object space at a high speed.

The most important features of this converter can be mentioned as follows:

  • Object segmentation up to an accuracy of 0.001 units
  • Recognize the topological space of any 3D object and fragment it
  • Supports all types of uniformly convex honeycombs
  • Has the ability to cut solid and shell with the ability to specify the thickness of the shell
  • Automatic staining of each cell according to the texture on the object

Ready To PLAY

  • Under Development​

AWARDS

  • Maybe in 2022​

RELATED PROJECTS

Jomenchi

Jomenchi

jomenchi-play-groundjomenchi-play-ground
jomenchi-profilejomenchi-profile
jomenchi-newsjomenchi-news
jomenchi-fortune-wheeljomenchi-fortune-wheel
jomenchi-leaderboardjomenchi-leaderboard
jomenchi-onlinejomenchi-online
jomenchi-shop-piecejomenchi-shop-piece
jomenchi-settingjomenchi-setting

Jumenchi is a casual board game made by Unity game engine.
This game has two classic and fast and violent styles that players can compete with each other both online and offline.
The rules of classic fashion are the same as the Ludo board game. But in fast and furious mode, players have to get their pieces to the finish line in a limited time, and due to time constraints, in the end, whichever player has the most pieces in the finish line will win.

The game is still in development and has not yet been released in any market, but its Android version is expected to be released in early 2022 in the Bazaar Cafe Market.

From a technical point of view, the most important features used in this game can be summarized as follows:

  • Use Colyseus to implement users’ online gaming capabilities
  • Implement two classic and fast and furious game modes
  • Implement server-side services such as registration, login, leaderboard, storage and retrieval of user data and communication of these services with the client
  • Implement a dynamic structure to update news and change game items from the server side
  • Multilingualism of the game
  • Optimization of performance and final product volume (less than 30 MB)

Ready To PLAY

  • Under Development

AWARDS

  • Maybe in 2022

RELATED PROJECTS

Fiery Road

Fiery Road

fiery-road7fiery-road7
fiery-road5fiery-road5
fiery-road3fiery-road3
fiery-road6fiery-road6
fiery-road1fiery-road1
fiery-road2fiery-road2

Fiery road is a racing game made by Unity game engine.

Fiery road is a crazy racing game that you must Use your excellent driving skills to escape the nuclear wave. Handle your mission with great tactics and avoid the trouble along the journey. Push the limits with your high speed. Beat the high score to set a new record. In this game you must drive carefully to avoid hitting the road or obstacles along the way. 

 

This game has been published on the Android platform (in the Google Play ) in open beta state. Unfortunately, this game is not being developed at the moment and its development has stopped.

From a technical point of view, the most important features used in this game can be summarized as follows:

  • Use Photon to implement users online gaming capabilities
  • Implement offline and online mode (quadruple)
  • Implement server-side services such as registration, login, leader board, storage and retrieval of user data and communication of these services with the client
  • Multilingualism of the game
  • Optimization of performance

Ready To PLAY

AWARDS

RELATED PROJECTS

League Bartar

League Bartar

sc_p0sc_p0
sc_p3sc_p3
sc_p1sc_p1
sc_p2sc_p2
sc_p4sc_p4
sc_p5sc_p5
sc_p6sc_p6

League Bartar is a sports style game made by Unity game engine. In this game, users can choose different teams at the national and club level and compete with each other online in different modes such as one-on-one, friendly games and tournaments.

The game was released under the name PC Futbol Stars in Europe and the United States by the famous publisher IDC / Games on the Android platform (in the Google Play market) and for the personal computer platform (in the Steam and IDC / Games markets). This game was released in other parts of the world under the name of  League Bartar on the Android platform (in two Android markets, Google Play and Cafe Bazaar).

From a technical point of view, the most important features used in this game can be summarized as follows:

  • Implement a deterministic two-dimensional physical engine and not use the Unity non deterministic physical engine
  • Use Photon to implement users’ online gaming capabilities
  • Implement three modes of one-on-one games, friendly matches and dynamic events
  • Implement the game AI matching the decision tree algorithm
  • Use the NGUI plugin to implement the user interface
  • Implement server-side services such as registration, login, leaderboard, storage and retrieval of user data and communication of these services with the client
  • Multilingualism of the game and the use of different football commentators
  • Optimization of performance and final product volume (less than 60 MB)

Ready To PLAY

AWARDS

RELATED PROJECTS




















Saychin

ir.rashin.saychin3ir.rashin.saychin3
ir.rashin.saychin6ir.rashin.saychin6
ir.rashin.saychin2ir.rashin.saychin2
ir.rashin.saychin8ir.rashin.saychin8
ir.rashin.saychin4ir.rashin.saychin4
ir.rashin.saychin9ir.rashin.saychin9
ir.rashin.saychin7ir.rashin.saychin7
ir.rashin.saychin1ir.rashin.saychin1
ir.rashin.saychin5ir.rashin.saychin5

Saychin

Saychin is a puzzle game made by Unity game engine. In this game, a 3D deformed object is suspended in space and light is shone on this object from behind the stage.
The user has to rotate this suspended object by moving his finger in such a way as to create a meaningful shadow on the opposite wall. This game has 8 parts such as, ancient, travel, nature, symbol, Jurassic, sports and nostalgia and has a total of 150 stages.
This game has been released on the Android platform (in Cafe Bazaar).
 

From a technical point of view, the most important features used in this game can be summarized as follows:

  • Implement gameplay and create shadows, without using heavy calculations of light and shadow
  • Implementation of the game update system by Asset Bundle system
  • Use the NGUI plugin to implement the user interface
  • Implement Google Video Ads
  • Implement the in-game item purchase system
  • Multilingualism of the game

Ready To PLAY

AWARDS

RELATED PROJECTS

MorphIn

MophIn

Morphin-0Morphin-0
Morphin-10Morphin-10
Morphin-8Morphin-8
Morphin-6Morphin-6
Morphin-3Morphin-3
Morphin-0Morphin-0

Morphin plugin is written in 3D Studio Max environment and in Maxscript language. This plugin acts as a complement to the Morpher modifier, to speed up the user’s action and eliminate many of the limitations and problems that the user may encounter in the lipsync process of a crowded scene.

The most important features of this plugin are:

  • Remove the Morpher modifier limit on the number of targets a time can indicate (10 targets)
  • Add the necessary tools to make simultaneous changes on multiple targets
  • Add the necessary tools to save a mime (without changing the scene)
  • Add targeting and grouping tools for easier access to the mimic target
  • Ability to filter targets in the DopeSheet window
  • Ability to filter targets in the TrackView window
  • Ability to filter targets in the TrackBar window
  • Display targets video to avoid user confusion in selecting targets

Ready To PLAY

  • Autodesk 3D Studio Max

AWARDS

RELATED PROJECTS

Lava

Lava

Lava-0Lava-0
Lava-4Lava-4
Lava-1Lava-1
Lava-3Lava-3
Lava-2Lava-2

The LAVA plugin is written in 3D Studio Max environment and in Maxscript language. This plugin is used to manage the cameras in a scene and get a preview depending on the plans and sequences.

The most important features of this plugin are:

  • Ability to select and manage all cameras and targets in the scene
  • Select and manage Viewport Layouts
  • Ability to filter camera keys in the DopeSheet window
  • Ability to filter camera keys in the TrackView window
  • Ability to filter camera keys in the TimeLine window
  • Ability to hit the key on the camera and get a preview at different time intervals
Original Scene by Autodesk® 3ds Max® 2013

Ready To PLAY

  • Autodesk 3D Studio Max

AWARDS

RELATED PROJECTS