For more information on my game, please visit my first diary post, where I describe in more details the game we are working on.
For this week’s blog post I would like to discuss the incorporation of the same visual element in different places to intensify the aesthetic side of the game.
So, according to the narrative that we try to create, energy is everything in our game world. All living creatures consist of the same energy: the trees, the avatar, the enemies. This was the main reason for us to make the health of the avatar its ammunition. And it was during this week that I suggested using the same sprite for pick-ups and projectiles. Also, for something else, which we might not get to in the production process.
So here is a sketch of how I imagined this. To the left, we have a sketch of an energy flux players can get from smashing crystals while playing. And in the middle, I tried to sketch a projectile that would use the same sprite as the base. We will have to make it more projectile-like, but I hope you get the idea. The last picture is more narrative heavy and has to do with the ending for our little game. You can read details on the sketch itself. It again
incorporates the energy flux sprite. What is the point of all of this? To enhance the filling, that everything in this world consists of the same matter.
Another theoretical step towards improving the aesthetic experience of the player is to make the avatars glow as she has more or less energy and when she picks more energy drops. I hope, that these elements will tie together nicely into a visual feast that I so desperately want our game to become.


Our project is a shoot ‘em up game. The theme of game revolves around a world of stone “trees” that have a structure of a geode; stone on the outside and a crystal hollow core. All of the creatures of the world live inside of these “trees”. And the energy of the world is in the crystals. In this game the avatar Betulla, a mix of a spider and a humanoid, climbs the inside of the tree trunk in search of places that are concentrations of energy.