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.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Related questions

Q: Consider a room with world coordinate system U-V-W as shown. Two cameras are mounted in the room,…

A: Answer is given below .

Q: uadrilateral and apply composite transformations, that is Scale and translate the object before…

A: It is defined as Open Graphics Library that is a software interface to graphics hardware. OpenGL is…

Q: If a pixel consists of 7 bits, then what is the maximum number of different colors that can be…

A: The problem is based on finding the maximum number of colors that can be represented by the help of…

Q: Convert the following C code to MIPS: // MATH230 // MIPS Branches Project #include #include int…

A: The given code is written in C and its MIPS assembly equivalent performs the following…

Q: rk ro Number of pixels 850 r1 1003 806 r2 r3 r4 |676 429 r5 248 r6 38 r7 46

A: The question asks to perform histogram equalization on the given data.

Q: With MATLAB, using two 3D vectors you have created with x and y names, calculate the angle between…

Q: Make a plot of a planar a 3-link arm, with each link drawn as an individual line. The arm links…

A: function [link_vectors,... joint_angles,... link_colors,...…

Q: The mirror symmetry about the X axis of a 2D figure centered at the origin involves changing the…

A: As the transformation is about the X axis, the X coordinate will stay unchanged and the sign of Y…

Q: Choose one of the following tools in the program GIMP: desaturate, clone, rotate, increase contrast,…

A: GIMP: GIMP is Image Manipulation Program of GNU It provides the designers, photo editor, various…

Q: Is It Possible to Define Light's Physical Attributes? Having to do with the study of computer…

A: Light is integral to our visual experience, and considerate its physical attribute is critical for…

Q: In MatLab can you code the following; Data Visualization and Plotting: MATLAB is powerful for…

A: Below is an in-depth guide on how to use MATLAB for data visualization and plotting, including…

Q: greyscale image to a two-bit image (i.e. only using black, dark grey, light grey and white), while…

A: Q. Describe an algorithm for converting a greyscale image to a two-bit image (i.e. only using…

Q: Lighting Calculations Let p be a point in the OCS, n be the point's surface normal in the OCS, lues…

A: Lighting calculations are an essential aspect of computer graphics and are used to simulate the…

Concept explainers

Rendering

Graphical designing is a popular sector that focuses on creating realistic images. Rendering is the process of creating the final outlook of an image to create a design.

Question

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.
Like the following,
Enter your choice:
1. Translation
2. Scaling
3. Rotation
4. Exit
After providing the choice you have to enter the number of edges of a polygon and then you have to input the
coordinates of
each vertex. Like the following,
Enter your choice: 3
Enter the no. of edges:-4
Enter the co-ordinates of vertex 1:- 30 30
Enter the co-ordinates of vertex 2:- 30 90
Enter the co-ordinates of vertex 3:- 90 90
Enter the co-ordinates of vertex 4:- 90 30
Enter the degree: 90
Enter the Mood: 1 for clockwise, 2 for anticlockwise
After that you have to draw two polygons, one is the original polygon with supplied vertices and another is the
transformed one.

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

BEGIN

VIEW

ANSWER - CODE IN PYTHON

VIEW

OUTPUT

VIEW

Step by step

Solved in 3 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, computer-science and related others by exploring similar questions and additional content below.

Similar questions

Write the bresenham's line algorithm for two cases moving right to left in computer graphics
Determining the Strike Location: As shown in Figure 1 below, the asteroid will follow the path of an ellipse described by the following equation (distance in units of km): (x- 25,000)? 25,000? = 1 20,000? The Earth's center is located at the left focus of the ellipse (x = 10,000 km, y = 0 km), and the Earth has a radius of 6,371 km. Astrophysicists at NASA have already determined the optimal time to launch the rocket. In the plane of Figure 1, the rocket platform at the time of launch will be located at (x = 13,186 km, y = 5,517.4 km). The rocket can only shoot straight up from the surface of the Earth, meaning it must follow a linear path with the following equation: у %3D1.7321х —17,321 You must use the Newton-Raphson method to determine the (x, y) location at which the rocket will strike the asteroid (that is, the intersection between the elliptical path of the asteroid and the linear path of the rocket). Then find the distance from the rocket platform to the location of the strike.…
Matlab program Write a program to plot a 3d circle inside a box you can assume radius, center by your own
Suppose that by entering an image file and using the following code in matlab, the filtered image is obtained: 1 2 3 4 5 6 7 8 9 200 400 600 800 1000 1200 X = double (imread ('apple.tiff')); figure (1); image (X); colormap (gray (256)); axis image; title ('Imagen- Original'); h = [-2-1 0 1 2]; Y1 filter 2 (h,X); h = h'; Y filter 2 (h, Y1); figure (2) imagesc (Y); colormap (gray (256)); axis image; title ('Imagen- Filtrada ¹); Imagen Original 200 400 600 800 1000 1200 1400 1600 1800 200 400 600 800 1000 1200 200 Imagen Filtrada 600 800 1000 1200 1400 1600 1800 Modify the code in such a way that, through the filtered image file, the original image can be obtained.
The Koch snowflake is a fractal shape. At level 0, the shape is an equilateral triangle. At level 1, each line segment is split into four equal parts, producing an equilateral bump in the middle of each segment. Figure 7-15 shows these shapes at levels 0, 1, and 2. . Python Turtie Graphics O0. Python Turtle Graphics O0. Python Turtie Graphics Figure 7-15 First three levels of a Koch snowflake Figure 7-15 First three levels of a Koch snowflake At the top level, the script uses a function drawFractalLine to draw three fractal lines. Each line is specified by a given distance, direction (angle), and level: • The initial angles are 0, -12O, and 120 degrees. • The initial distance can be any size, such as 200 pixels. • If the level is O, then the turtle moves the given distance in the given direction. Otherwise, the function draws four fractal lines with % of the given distance, angles that produce the given effect, and the given level minus 1. The function drawFractalLine is recursive.…
How to use API methods to write a polygon transformation?