Explain the lofting method in maya, Computer Graphics

Assignment Help:

QUESTION 1:

a) Draw a Bezier curve showing the following components

i. hull
ii. curve CV
iii. span
iv. start and end point

b) Maya provides highly effective tools for all three types of modeling - polygons, nurbs and subdivisions. Explain, giving suitable examples when would you use each of the above methods.

c) Briefly explain, with the help of suitable diagrams, the function of the following
tools in Maya.
i. The Add Divisions Tool
ii. The Split Polygon Tool

d) Briefly explain the lofting method in Maya. Give a diagram, whereby four curves are lofted.

QUESTION 2:

a) i) Explain with the help of appropriate diagrams how a profile curve and a path curve are used to create an extruded surface in Maya.

ii) Give a few examples of items that could be made using extruded surface.

b) Look at the diagram shown below ( Figure Qu 2(b) ). Explain briefly how this can be done using Maya.

                            1811_11.png

                                              Figure Qu 2(b)

c) Which tool would you use in Maya to modify the sphere as shown in the diagram below ( Figure Qu 2(c) )

d) Which tool is generally used to add details to a face? You can add bumps and depressions to your surface as well as create regions of extra detail. Explain how you use the tool. Illustrate your answer with an appropriate diagram.

e) Explain what is a lattice. Where are lattices especially useful? Give an appropriate diagram to illustrate your answer.

                          458_12.png

                                          Figure Qu 2(c)


QUESTION 3:

a) Briefly expain the basic features of the following shader types in Maya
i. Lambert
ii. Phong
iii. Layered

b) Explain the following terms:
i. Incandescence
ii. Translucence

c) Briefly explain the following animation types:
i. Keyframe Animation
ii. Dynamic or Effects Animation

iii. Path Animation
iv. Motion Capture

QUESTION 4:

a) Fully explain how you will use NURBS to create a human torso as shown in the Figure Qu 4 (a). Illustrate your answer with appropriate diagrams.

                            2049_13.png

                                             Figure Qu 4 (a)

b) What is a skeleton in CG Animation?

c) Differentiate between Inverse Kinematics (IK) and Forward Kinematics(FK)


Related Discussions:- Explain the lofting method in maya

Important points about the diffuse reflection, Important Points About the D...

Important Points About the Diffuse Reflection An extremely rough surface appears uniformly bright from each viewing direction Q the intensity of reflected light is identical i

Differentiate images and graphics, Question 1 Discuss the general properti...

Question 1 Discuss the general properties of analog signal Question 2 Differentiate images and graphics Question 3 Explain the video compression standard H.263

Area subdivision method-obscures the continuing two surface, Assume here ar...

Assume here are three polygon surfaces P,Q, R along with vertices specified by as: P: P1(1,1,1), P2(4,5,2), P3(5,2,5) And as Q: Q1(2,2,0.5), Q2(3,3,1.75), Q3(6,1,0.5) R: R1(0.5,

Principal vanishing point write respect to y-axis, Principal vanishing poin...

Principal vanishing point write respect to y-axis By the 2nd Row of the matrix as in Equation, the principal vanishing point w.r.t y-axis will as: (0, 5/√2, 0, 1/√2) in hom

List of 3-d animation software, List of 3-D Animation Software Here is ...

List of 3-D Animation Software Here is a short list of several 3-D animation software are - Softimage ( Microsoft) -  Alias/Wavefront ( SGI) -  3D studia MAX (Autodesk

What do you understood by the term graphic primitives, 1. What do you unde...

1. What do you understood by the term graphic primitives? Ans. Graphic primitives are the basic graphic objects that can be united in any number and method to produce a new i

Exceptional cases - orthographic projection, Exceptional cases - Orthograph...

Exceptional cases - Orthographic Projection 1)   We have an Orthographic projection, if f=0, then cot (β) =0 that is β=90 0 . 2)   β =cot-1 (1)=450 and this Oblique projec

3-dimentional, expalin 3-dimentional display methods

expalin 3-dimentional display methods

Simulating accelerations - computer animation, Simulating Accelerations - C...

Simulating Accelerations - Computer Animation In previous block, we have seen the dominance and function of mathematics in computer graphics and now, we will undertake the invo

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd