Determine the transformation matrix for the reflection, Computer Graphics

Determine the transformation matrix for the reflection about the line y = x.

Solution: The transformation for mirror reflection regarding to the line y = x, comprises the subsequent three basic transformations.

2217_Determine the Transformation Matrix for the Reflection 1.png

1)   Rotate the line L via 45o in clockwise rotation,

2)   Perform the needed Reflection about the x-axis.

3)   Rotate back the line L via -45o that is,

2196_Determine the Transformation Matrix for the Reflection 2.png

Posted Date: 4/3/2013 5:52:00 AM | Location : United States







Related Discussions:- Determine the transformation matrix for the reflection, Assignment Help, Ask Question on Determine the transformation matrix for the reflection, Get Answer, Expert's Help, Determine the transformation matrix for the reflection Discussions

Write discussion on Determine the transformation matrix for the reflection
Your posts are moderated
Related Questions
Scan Conversion of Line with the slope (0 Currently the pixel positions beside the line path are determined through sampling at Unit x intervals that is, starting from the fi

QUESTION a) Explain with the help of a diagram, how a thermal inkjet printer works. b) Briefly explain the term density range. c) Distinguish between scaling and resampli



Polygon Clipping - Raster Graphics and Clipping After considerate the idea of line clipping and its algorithms, we can currently extend the idea of line clipping to polygon cl

Explain about the Computer animation Computer animation is the art of creating moving images by computer software and hardware. For 3D animation, objects are designed on a

Ambient Reflection-Polygon Rendering & Ray Tracing Methods When we go for the examiner of light effects, so surroundings play a significant role and it is assumed as there

side-effect of scan-conversion

Types of Touch panels 1) Electrical TSS: Wire grid or the other conductive coating is utilized to specify a voltage drop at the point touched point from that the position ma

1. If you perform a x-direction shear transformation and then a y-direction shear transformation, will the result be the same as the one which is obtained when it is simultaneous s