ai-series-part-39
ai-series-part-40
| ai-series-part-39 | ai-series-part-40 | |
|---|---|---|
| 1 | 1 | |
| 5 | 7 | |
| - | - | |
| 0.0 | 1.8 | |
| about 2 years ago | almost 2 years ago | |
| ShaderLab | ShaderLab | |
| MIT License | MIT License |
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ai-series-part-39
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Learn how to transition your NavMeshAgent AI into a Ragdoll state on death with AI Series Part 39!
As always, the full project for this video is available on GitHub!
ai-series-part-40
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This week is the 40th installment of the AI Series where you can learn how the Jobs System may be able to significantly improve the performance of things like Line of Sight checks, or similar operations where you have many instances of a Prefab with MonoBehaviours checking stuff in Update()!
As always, all code from this video is available on GitHub!
What are some alternatives?
ai-series-part-29 - Learn how to make NavMeshAgents find valid cover spots from another target object.
KinetixAIDemos - A sample Unity Project used to test Kinetix AI Features
ai-series-part-38 - Learn how to create your very own Companion AI! In this tutorial video you will learn how to create a companion that follows the player when the player moves, rotates around the player when idle, and attacks nearby Attackable GameObjects when they come within range!
line-renderer-collider - Learn how to dynamically generate a collider that aligns to your Line Renderer regardless of shape or size of your Line Renderer
ragdolls - Learn about the ragdoll ceration workflow, a script to toggle between an Animator and Ragdoll, and some optimization ideas for having ragdolls in your game.
raycasting-explained - In this tutorial repository I aim to make it really clear how each of the Ray, Sphere, Box, and Capsule casts work, look, behave, and how you can use each one of them to achieve your "casting" goals!
ai-series-part-41 - In this Unity tutorial, learn how to make your AI throw accurate projectiles at stationary or moving targets given only a maximum allowable throw
ai-series-part-43 - Learn how to find the OffMeshLinks (high level component: NavMeshLink) that a NavMeshAgent will take on their current path
projectile-trajectory - Learn how to use a Line Renderer and a basic kinematic equation to show the trajectory of any projectile! We're using a grenade in this case, but it can be applied to cannon balls, bullets affected by gravity, throwing a banana, or any other projectile!