Physics Design Component

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• Using the same code and structures that launch the ball in the game, we deploy them to shoot models / obstacles etc into the play zone during the creation and editing of the maps.

• Spraying objects with physics speeds up the process
• improves speed of design layout process
• improves layouts with more dynamic combinations that a human might create with bias.

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Example

Rough Unit :

• Physics Design Collision Shape : Cylinder
• Cylinder flies abnormally in space, never flips, always lands right way up ( constrict Y )
• Physics material : 0,0,0 ( no bounce or slide when hits surface )
• Cylinder instantiates grass shader or object in this space.
• Cylinder is clickable and can be scaled and re positioned.
• Cylinder only exists in the editor side.
• Cylinders push away from each others centre points if they within half size of each other.

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Example Boulder Unit :

• Physics Design Collision Shape : spherical
• sphere flies with no constrictions
• Random range scale is fired.
• Physics material : 0.5 , 0.5 , 0.5 ( bounce, slide and roll when hits surface )
• sphere instantiates boulder in this space.
• sphere is clickable and can be scaled and re positioned.
• sphere only exists in the editor side.
• sphere push away from each others centre points if they within half size of each other.

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Blocks on the land can affect the physics as well if you want to apply these.

Example physics material concepts

• Sand slows down the ball
• Gravel has no effect on slowing down the ball

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Player Shot distance

How far can a player shoot compared to say the block size. How many shots before it is boring for the player.