Digital Tutors Creating Realistic Insect Crowd Simulation | 50E3482D9807CA59C231F673A7BB684127CD1682

Digital Tutors Creating Realistic Insect Crowd Simulation

Name	Digital Tutors - Creating a Realistic Insect Crowd Simulation	DOWNLOAD Copy Link Trouble downloading? see How To
Total Size	1.5 GB
Total Files	25
Hash	50E3482D9807CA59C231F673A7BB684127CD1682

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01. Introduction and project overview.mp4	5.3 MB
02. Moving nParticles across a goal surface.mp4	40.5 MB
03. Restricting the emission area with a ramp.mp4	38.1 MB
04. Using a Noise node to simulate random movement.mp4	24.9 MB
05. Creating a control object for the crowd system.mp4	32.3 MB
06. Adding an emission rate and global speed control.mp4	31.1 MB
07. Building basic geometry instancing for nParticles.mp4	37.3 MB
08. Creating targets for instancing.mp4	33.5 MB
09. Adding instanced geometry to the nParticle system.mp4	52.6 MB
10. Controlling forward alignment.mp4	37.2 MB
11. Aligning instances with the goal surface's normal.mp4	52.3 MB
12. Emitting into a secondary nParticle object.mp4	32.6 MB
13. Adding an Instancer node to the second nParticle object.mp4	41.5 MB
14. Transitioning the aim world up vector to match world space.mp4	62.3 MB
15. Controlling which nParticle object to emit into.mp4	61.3 MB
16. Using a ramp to drive the conditions of particle emission.mp4	37.2 MB
17. Controlling the birth and flight zone ramps.mp4	51.1 MB
18. Adding controlled randomness to our particle emission.mp4	52.8 MB
19. Transferring the crowd system to a new surface.mp4	58.0 MB
20. Finishing the crowd transfer tool.mp4	77.0 MB
21. Applying the crowd system in a shot.mp4	64.2 MB
22. Preventing collisions and caching the simulation.mp4	92.0 MB
23. Rendering the shot.mp4	55.3 MB
24. Compositing the shot.mp4	77.2 MB
Project_Files.rar	353.3 MB
Total files 25