Topic outline

  • Welcome to 3D Animation-2


    • Instructor Name : Arif Ahmed
      Designation : Associate Professor
      Office Address : Room No. 202, MCT Dept. AB, DT-04
      Contact : 01754824376
      Email : arifahmed@daffodilvarsity.edu.bd

    • Course Rationale :

      In 3d Animation it is a big challenge to create Object dynamics and Particle dynamics.Maya and 3ds Max has

      a powerful dynamic simulation engine which helps the animators to create realistic motion.


    • What you will learn from th course 3D Animation-2


    • Course Outcome:

      Able to do:

      • Create projects using Particle Systems, Spray, Supper Spray, Gravity, Wind, Deflector
      • Wave, Ripple, Bomb, Pbomb, Snow, Blizzard, Path follows, Push, Motor
      • A sphere passing through a hole., An apple enters into a bottle.
      • Displace space warps, a ball passing through a bended pipe.
      • Modifier based space warps: Bend, noise, skew, taper, twist and stretch
      • Wave Motion, Few more application of wave motion
      • Noise controller, Windy effect over grass
      • Waveform controller, Particle Dynamics
      • Understanding particle dynamics, Fountain making in 3ds Max
      • Maya particle dynamics, Fluid Dynamics
      • The journey has just begun
      • Maya Particle Tools
      • Dynamic Simulation in maya software
      • Object dynamics, Bouncing ball Animation
      • Instancer in maya, Particle Goal 


    • Click the following button and give your feedback in the Google form


    • Final Exam Fall 2021 3d Animation 2 Sec-A


    • Final Exam Fall 2021 3d Animation 2 Sec-B


  • Course Outline


    • Course Outline :

       CONTENT OF THE COURSE

       

      Week.........

      Syllabus.........................................................................................

      Learning Outcome................................

      Complexity Level

      CLO

      PLO

      Assessment

      1,2

      Particle Systems

      Spray, Supper Spray, Gravity, Wind, Deflector

      Wave, Ripple, Bomb, Pbomb, Snow, Blizzard

      The path follows, Push, Motor

      students will be able to understand the basics of

      particle system

      C1

      1

      1

      Class Project-1

      3,4

      Using FFD (Free Form Deformation)

      A sphere passing through a hole.

      An apple enters into a bottle.

      Displace space warps, a ball passing through a bent pipe.

      Modifier based space warps:

      Bend, noise, skew, taper, twist, and stretch

      Able to animate an effect animation

      C1

      1

      1

      Class Project-2

      5,6

      Wave Motion

      Noise controller

      The windy effect over grass

      Waveform controller

      Able to create animation using controllers

      C2

      1

      1

      Class Project-3

      7,8

      Particle Dynamics

      Understanding particle dynamics

      Fountain making in 3ds Max

      Maya particle dynamics

      Able to create Particle Dynamics

      effects

      C2

      2

      2

      9,10

      Dynamic Simulation in Maya software

      Object dynamics, Bouncing ball Animation

      nstancer in Maya

      Particle Goal

      Collider

      Effect Animation

      Able to create dynamic simulation in Maya software

      C2

      3

      2

      Class Project-4

      11

      Creating an effect animation

      Using object and particle dynamics

      Able to create Complete

      Dynamic simulation project

      C2

      3

      2

      Final exam project

      FINAL EXAM

  • Assesment

    • Assesment :


  • Forum

  • References :

    • Suggested book :

      Physics for Animation 

      Published by : Daffodil Internayional University Press (DIUP)




    • Teaching Strategy: Lecture and Software Demonstration

      Week 1,2,3

      NURBS Modeling basics:

      Non-Uniform Rational B-Splines (NURBS) provide a 3D modeling framework based on geometric primitives and drawn curves.


      You can use NURBS in two ways:


      Construct 3D models from NURBS primitives.

      Primitives are simple 3D objects created in the shape of common geometric forms such as cubes, spheres, cones, and so on. Primitives can be a great starting point for many 3D shapes. You can modify the attributes of NURBS primitives to modify their shape. You can also modify NURBS primitives by trimming away portions of their forms, beveling their edges, or by sculpting them into different shapes using sculpting tools.


      Construct NURBS curves that define the basic outline of the 3D form you want to construct, then use the curves as a basis for constructing NURBS surfaces.

      To find options for constructing and modifying NURBS curves and surfaces:


      You can draw curves by placing control vertices, or edit points. The curve drawing tools are found in the Create menu.

      The options for creating and editing NURBS curves and NURBS surfaces are found in the Modeling menu set.

      You can also find NURBS options on the Curves/Surfaces shelf.


      Course Outcome:
      Able to do NURBS modeling in Maya

      Maya Interface and NURBS Modeling


  • Week 4,5


    • NURBS Cartoon CAR Part-1

    • NURBS Cartoon Car Part-2

  • Week-6,7

    • NURBS Cartoon Car part-3


    • NURBS cartoon Car Part-4


    • NURBS Cartoon Car Part-5


  • Maya Dynamics

    • Kinds of dynamics problems

      Particles

      • Contain a set of points in global space with attributes

      • Affected by dynamic solver

      • Created at either object creation time or by emitters

      • Handle birth and death

      • Support a variety of rendering techniques

      Soft Bodies

      • Geometry with points updated by a particle object

      • Superset of all particle features

      Rigid Bodies

      • Geometry with fixed topology and points

      • Affected by collisions, constraints, and external forces

      Outcome:
      Able to do dynamic simulation in Maya

    • Maya dynamic Simulation Part-1




    • Maya Dynamic Simulation Active Inactive Rigid body


  • Class Assaignment

  • Week-8,9

    • Teaching Strategy: Lecture and Software Demonstration


      Particle systems:


      Particle systems are useful for a variety of animation tasks. Primarily, they're employed when animating a large number of small objects using procedural methods; for instance, creating a snowstorm, a stream of water, or an explosion.


      3ds Max provides two different types of particle systems: event-driven and non-event-driven. The event-driven particle system, Particle Flow, tests particle properties, and, based on the test results, sends them to different events. Each event assigns various attributes and behaviors to the particles while they're in the event. In the non-event-driven systems, particles typically exhibit consistent properties throughout the animation.


      Course Outcome:
      Able to create various particle systems like fountain, rain etc

    • Particle Dynamics Fountain Project Part-1


      Particle Dynamics Fountain Project Part-2


  • Project Submission and Feedback

    Click the following link.Create a folder giving your name and ID then upload your project works.


    • Week10,11

      • Under Water Scene Part-1


      • Under Water Scene Part-2


    • 3D Animation-2 Discussion Forum





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      • Book Appointment


        Book an appointment with Arif Ahmed
        Book an appointment with Arif Ahmed

        • Give your feedback for the month June 2020

          • Week 4,5

            • Maya Particle Dynamics-Omni and Directional Particle

            • Quiz/Feedback


          • Week 6,7

            • Maya particle dynamics-instancer-Insect Animation

          • Particle Dynamics Instancer

          • Particle Dynamics Instancer

          • Final Project fall2020