Fast Notes: How to calculate rotational inertia for 2D circle and rectangle (box) shapes. We start creation of the the class to store the rigid body information.

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We start creation of the the class to store the rigid body information. How to calculate rotational inertia for 2D circle and rectangle (box) shapes.

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Code Supplemental #2 - Let's Make a Physics Engine [21b]

Code Supplemental #2 - Let's Make a Physics Engine [21b]

Read more details and related context about Code Supplemental #2 - Let's Make a Physics Engine [21b].

Rotational Inertia - Let's Make a Physics Engine [21]

Rotational Inertia - Let's Make a Physics Engine [21]

How to calculate rotational inertia for 2D circle and rectangle (box) shapes. Source

Code Supplemental #1 - Let's Make a Physics Engine [21a]

Code Supplemental #1 - Let's Make a Physics Engine [21a]

Read more details and related context about Code Supplemental #1 - Let's Make a Physics Engine [21a].

Rigid Bodies Class - Let's Make a Physics Engine [02]

Rigid Bodies Class - Let's Make a Physics Engine [02]

We start creation of the the class to store the rigid body information. Source

Code and Math Corrections - Let's Make a Physics Engine [10]

Code and Math Corrections - Let's Make a Physics Engine [10]

Read more details and related context about Code and Math Corrections - Let's Make a Physics Engine [10].

Boxes and 2D Transformations - Let's Make a Physics Engine [04]

Boxes and 2D Transformations - Let's Make a Physics Engine [04]

Read more details and related context about Boxes and 2D Transformations - Let's Make a Physics Engine [04].

Designing a Physics Engine in 5 minutes

Designing a Physics Engine in 5 minutes

Read more details and related context about Designing a Physics Engine in 5 minutes.