Getting started with particle in HOUDINI(entry level course)

Course Curriculum

Chapter 1: Getting Familiar With Popnet

Lecture 1: trailer

Lecture 2: your first journey to popnet

Lecture 3: Using VOP and gravity for popnet

Lecture 4: understanding pop source & pop force setting

Lecture 5: bursting the particles along direction part 1

Lecture 6: bursting the particles along direction part 2

Lecture 7: size of the particle over life

Lecture 8: transparency over life

Lecture 9: creating basic snow effect part 1

Lecture 10: 9 creating basic snow effect part 2

Lecture 11: creating basic snow effect part 3

Lecture 12: inherit incoming attribute from sop level

Lecture 13: physical properties and collision part 1

Lecture 14: physical properties and collision part 2

Lecture 15: physical properties and collision part 3

Chapter 2: Working With Forces In Dopnet

Lecture 1: gravity vs pop force

Lecture 2: pop wind

Lecture 3: Pop axis force

Lecture 4: pop curve force

Lecture 5: pop attract

Lecture 6: pop fan

Lecture 7: pop drag spin

Lecture 8: simple popnet project

Lecture 9: different between velocity and force

Lecture 10: output attribute from DOP

Lecture 11: color based on normal age

Lecture 12: pop group

Lecture 13: pop group based on age

Lecture 14: pop torque

Chapter 3: Getting Familiar with Dopnet by building Essential Projects

Lecture 1: particle dissolve part 1

Lecture 2: particle dissolve part 2

Lecture 3: particle dissolve part 3

Lecture 4: water fountain project part 1

Lecture 5: water fountain project part 2

Lecture 6: rain fall part 1

Lecture 7: rain fall part 2

Lecture 8: particle attached to animated body

Lecture 9: dynamically inherting the chaing points from sop level of group

Lecture 10: pop stream

Lecture 11: simple fireworks projects part 1

Lecture 12: simple fireworks projects part 2

Lecture 13: simple fireworks projects part 3

Lecture 14: simple fireworks projects part 4

Lecture 15: simple fireworks projects part 5

Lecture 16: simple fireworks projects part 6

Lecture 17: simple fireworks projects part 7

Lecture 18: simple fireworks projects part 8

Lecture 19: basic of dr strange portal effect

Chapter 4: Gettin Deeper

Lecture 1: particle collision

Lecture 2: creating ember of particle trail

Lecture 3: emit rbds from particle

Lecture 4: pscale and motion blur

Lecture 5: root growing effect

Lecture 6: sand flown away by wind

Lecture 7: custom velocity field

Lecture 8: water droplets falling down from bottle

Lecture 9: applying material to particle

Lecture 10: flow particle to surface of geometry

Lecture 11: dispersion effects

Lecture 12: dust particle

Lecture 13: bubble raising

Lecture 14: hit collision part 1

Lecture 15: hit collision part 2

Lecture 16: emit sparks

Lecture 17: basic particle explosion on ground surface

Lecture 18: rainfall and wetmap part 1

Lecture 19: rainfall and wetmap part 2

Lecture 20: rainfall and wetmap part 3

Chapter 5: POP grain

Lecture 1: concept with pop grain part 1

Lecture 2: concept with pop grain part 2

Lecture 3: fill glass with pop grain

Lecture 4: getting deeper into pop grain

Lecture 5: important grain project

Lecture 6: creating snow and wersand with pop grain

Lecture 7: fixing the problem

Lecture 8: crag hit wet sand

Chapter 6: Pop Fluid

Lecture 1: pop fluid

Chapter 7: Misc (Bonus lesson)

Lecture 1: attribute transfer

Lecture 2: solver node

Lecture 3: displace with color

Lecture 4: displace and solver

Lecture 5: partcle – solver – attribute transfer

Lecture 6: velocity and deformation based on color