Unity Physics - Add Force

Unity and other modern game engines offer built-in physics support. Unity specifically, empowers you with colliders and rigidbodies. These simulate physics but also give you the ability to manipulate and apply your own forces.
📌 Rigidbody.AddForce applies a force to any dynamic rigidbody.
📌 The ForceMode passed in allows you to control the type of force given.
📌 ForceMode.Force: Add a continuous force to the rigidbody, using its mass. I like using this for mechanics that push or pull over time, and larger (more massive) rigidbodies are harder to push.
📌 ForceMode.Acceleration: Add a continuous acceleration to the rigidbody, ignoring its mass. This is good for mechanics that push or pull rigidbodies of any size at the same rate.
📌 ForceMode.Impulse: Add an instant force impulse to the rigidbody, using its mass. Use this for pushing the character, where a short burst of force occurs, knocking back you back.
📌 ForceMode.VelocityChange: Add an instant velocity change to the rigidbody, ignoring its mass. I personally enjoy using this inside a character's movement controller. It gives you granular control over a character's velocity and movement while still working within the physics system.
📌 Rigidbody.AddForceAtPosition applies a force at a given position. This can make your explosions even more realistic because torque will be applied at the same time. Watch boxes tumble and fly away.
📌 Rigidbody.AddRelativeForce applies a force relative to the rigidbodies rotation. It's important to not confuse the transform rotation with the rigidbody rotation, which may be updated less frequently than the transform rotation.
💬 Did I miss something? Leave a comment down below ⬇️ 

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