envigit/operationderatization

"Operation Deratization" is a first-person shooter game with a battle royale theme. Play as a secret agent in a prison where only one can survive and gain freedom. No crosshair, limited ammo, and lootable equipment. Survive against AI opponents and a live audience for rewards.

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Technologies and Tools

Blender	C#	C++	Canva	CSS	Figma
HTML	JavaScript	jQuery	MySQL	PHP	Unity

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operationderatization's Issues

Sometimes Visual effects (VFX) indicating enemies are on fire persist indefinitely, even after leaving the fire source area.

In the game, there is a bug where the visual effects (VFX) indicating that enemies are on fire persist indefinitely, even after they have left the area of the fire source. This issue can lead to confusion and misinterpretation of enemy states by the player, as enemies may appear to be burning when they are not actually in contact with fire.

Steps to Reproduce:

• Engage in combat with enemies that are susceptible to fire damage or effects.
• Inflict fire damage on the enemies using a molotov cocktail.
• Observe that despite the enemies moving away from the fire source, the visual effects indicating they are on fire persist indefinitely.

Expected Behavior: The visual effects indicating that enemies are on fire should only be active while they are in direct contact with the fire source. Once the enemies move away from the fire, the visual effects should dissipate, reflecting their actual state accurately.

Current Behavior: The visual effects indicating that enemies are on fire persist indefinitely even after they have moved away from the fire source. This leads to a discrepancy between the visual representation and the actual state of the enemies, causing potential confusion for the player.

Mechanics like shooting or tracking are accessible during scene loading.

Fullscreen canvas overlay does not scale properly on all resolutions.

Visibility through smoke while zooming with the sniper rifle is too clear.

Opening the equipment selection wheel while transitioning to a cutscene scene causes audio distortion on the cutscene scene (reducing the pitch value of audio mixers).

Images displayed on the projector in the first cutscene extend beyond its boundaries and penetrate through 3D objects.

Walking diagonally results in slightly faster movement than normal.

Using combinations of W+A or W+D makes player walk faster than normal.

AI starts shooting when they already have a target at the moment of drawing the weapon, even during the weapon drawing animation.

Molotov sometimes detects collisions with the player upon throwing and shatters in the air before reaching the player.

Reload times can duplicate when using the inventory wheel, causing extended wait times before shooting.

Bots occasionally attempt to pick up weapons they already have or those carried by other bots or players.

Glass from windows/doors isn't rendered correctly from a distance.

Switching between different grenades using the "4" key may not always function correctly.

The sniper rifle has incorrect position, rotation, and collider placement in the hands of AI.

Audio cuts off upon player death.

During gameplay, when the player dies, the audio in the game is suddenly cut off or interrupted. This issue negatively impacts the player experience as interrupted sounds can lead to disorientation or a decrease in gameplay quality.

Steps to Reproduce

• Start the game and proceed to any sequence where the player can die, such as during combat with enemies.
• Cause the player's death through appropriate actions or situations.
• Notice that the game's audio is suddenly cut off or interrupted instead of smoothly transitioning or playing out.

Expected Behavior: The audio in the game should smoothly transition, even upon the player's death. It should not be interrupted or cut off, ensuring a seamless auditory experience for the player.

Current Behavior: The audio in the game is interrupted or cut off upon the player's death, leading to imperfections in the sound experience.

Multiple flashbang effects do not refresh properly and can cause the player's screen to glitch.

Grass shadows flicker unnaturally on the map.

Addressing the shadow flickering issue with the grass is likely related to Unity's floating-point precision limits. We need to investigate potential solutions or workarounds to mitigate this problem, such as adjusting shadow bias settings, optimizing shadow cascades, or exploring alternative rendering techniques. Additionally, we should consider optimizing the geometry or shader complexity of the grass to minimize the impact on shadow rendering.

Jumping may not execute even when there appears to be enough space.