03 (Des.), Wr Basics of Computer Graphics.

Computer graphics are audio representations of data.

Computer graphics are visual representations of data.

Computer graphics are sets of all the data displayed on a monitor

Computer graphics is a representation of data.

Computer graphics can be made only

on a computer. 

The work with computer graphics cannot be started from the artist's sketch.

Computer graphics can be made not only

on a computer.

The work with computer graphics has no connection with human's work.

Computer graphics is always a series of images. 

Computer graphics is always a single image.

Computer graphics should be a series of images.

Computer graphics is not only a single image, but also a series of images.

Computer graphics are used for movie making, video

game and computer program development,

They are not used for scientific modelling, and design for

catalogs 

Computer graphics shouldn't be used for scientific modelling, and design for

catalogs 

Computer graphics are not used for movie making, video

game and computer program development.

3D computer graphics was forbidden 10 years ago.

Computer graphics can be 2D or 3D

Nowadays computer graphics mustn't be 2D.

We won't have 4D computer graphics in the future.

2D computer graphics are usually split into: vector graphics and raster graphics.

3D computer graphics are usually split into: vector graphics and raster graphics.

Vector graphics can be divided into: 2D and 3D graphics.

Raster graphics can be divided into: 2D and 3D graphics.

Vector graphics use a type of digital image composed of pixels.

Raster graphics use lines, shapes, and text.

Vector graphics use lines, shapes but not a text.

Vector graphics use lines, shapes, and text.

filmmaking, program development, scientific modeling

filming, overwork the programs, scientific modulation,

filmmaking, software development, scientific modeling

filmmaking, program overview, scientific modeling

Starting from an artist's sketch, computer graphics can be developed into a complex 3D model.

Consisting of a series of images, animation creates the illusion of motion on the screen.

Using for scientific modeling, computer-generated charts help researchers visualize complex data sets more effectively.

Used in scientific modeling, computer graphics helps researchers visualize data.

Requiring human input, computer graphics remains a result of computer interaction.

Representing images as mathematical formulas, vector graphics can be resized without any loss of quality.

Divided into pixels, a bitmap image requires more memory to store high-resolution details.

Developed in the early 1960s, the first computer graphics systems were very primitive compared to modern ones.

Consisting of hundreds of frames, a 3D animation sequence takes a long time to render.

Integrating cameras and sensors, modern security systems provide real-time monitoring of large areas.

Creating by talented programmers, specialized software allows artists to turn sketches into digital masterpieces.

Aiming to simulate reality, scientific modeling uses 3D graphics to test complex engineering theories.