Happy Glass

Happy Glass is a creative physics puzzle where you draw smart lines to guide water into a sad glass. Each level tests logic, creativity, and fast timing.

How do you think you can play Happy Glass?

You will use your mouse or finger to draw lines directly on the screen. These lines will act as:

• Water paths from the tap to the glass
• Flow barriers: these are fixed points to prevent water from flowing from the starting point to the end point.
• Slides or supports that prevent water from falling into the abyss.

The more optimized your drawing is in guiding the water to the correct level in the glass, the more stars you will receive, up to a maximum of 3 stars.

Game Mechanics

Water follows the laws of physics

The movement of water in Happy Glass

The water in Happy Glass flows according to natural laws, influenced by gravity and terrain. Every line you draw will directly affect the direction and speed of the water. When drawing, you need to find fixed points so that when the water flows into the glass, your drawing won't become unstable, and the amount of water in the glass will be maximized.

Drawing affects the outcome

Remember that once the water starts flowing, the lines usually cannot be edited. Therefore, you should think before you draw to avoid wasting water.

Efficiently guide water into the glass

To complete a level, you need to:

• Draw a reasonable path for the water to flow accurately into the glass
• Avoid letting water spill out or fall into gaps
• Ensure enough water to complete the objective

When the glass is filled, the glass's expression will change to happy, signaling victory. Besides this, you can also play Among Us and Trap the Cat, which are games that require logical thinking.

What challenges will you face?

During Happy Glass gameplay, you will encounter various obstacles such as:

• Walls: these obstruct your drawing. If your drawing touches these walls, it will automatically be cut off. You will not be able to draw any more lines until the end of the level.
• Sloping surface: This will create a slope, and the lines you draw will lack a stable base, easily causing the water to fall into the abyss or be diverted elsewhere, resulting in an insufficient amount of water collected.
• Difficult-to-cross gaps: The gaps will be evenly distributed on both sides. You need to think of a way to fill these gaps without affecting the amount of water flowing into the cup.