Scaling Transformations: A 2D point can be scaled by multiplication of the coordinate values (x,y) by scaling factors Sx and Sy to produce the transformed coordinates (x,y'). Translation Transformations: A 2D point can be translated by adding the coordinate values (x,y) by Translation distances Tx and Ty to produce the transformed coordinates (x,y'). Rotation Transformations: A 2D point can be rotated by repositioning it along a circular path in the xy plane. We specify the rotation angle and the position of the rotation point about which the object is to be rotated. Multiplication of the coordinate values (x,y) by rotation matrix produce the transformed coordinates (x,y'). Now you have to design a program which will provide you with the option that which type of transformation you want to do.

Scaling Transformations: A 2D point can be scaled by multiplication of the coordinate values (x,y) by scaling factors Sx and Sy to produce the transformed coordinates (x,y'). Translation Transformations: A 2D point can be translated by adding the coordinate values (x,y) by Translation distances Tx and Ty to produce the transformed coordinates (x,y'). Rotation Transformations: A 2D point can be rotated by repositioning it along a circular path in the xy plane. We specify the rotation angle and the position of the rotation point about which the object is to be rotated. Multiplication of the coordinate values (x,y) by rotation matrix produce the transformed coordinates (x,y'). Now you have to design a program which will provide you with the option that which type of transformation you want to do.

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter7: Input/output Technology

Section: Chapter Questions

Problem 12VE

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