Titlebook: Computer Graphics in Biology; Robert Ransom,Raymond J. Matela Book 1986 Robert Ransom and Raymond J. Matela 1986 Area.Factor.algorithms.bi

淺灘

Graphics Software,ing, editing and running simple programs on at least one type of computer, be it a simple home micro or a two million pound IBM mainframe). The dialogue between user and computer takes place using text input from a keyboard: the computer prompts the user for input, and the input determines the compu

duplicate

Two-dimensional Graphics,f intellectual activity has gone into the investigation of forms of representation and methods of transformation. In this chapter we will discuss some of the more fundamental concepts involved in two-dimensional spatial manipulations.

DUCE

Three-dimensional Graphics,onal objects in three-dimensional space. This chapter is primarily concerned with the transformations which are applicable to these objects. While most of the information that we discussed in Chapter 4 is relevant to the three-dimensional case, there are substantial differences. These differences ar

Diuretic

Erythropoietin

Graphical Representation of Biological Data,l now turn to consider specific biological applications of computer graphics. The present chapter deals with aspects of simple data manipulation, while Chapters 8 to 11 are concerned with areas of specific applications.

Chagrin

外表讀作

輕浮思想

MAIM

Simulation and Animation,me of these techniques involve the most straightforward kinds of movement of graphic data: transformations like rotation, scaling, and translation. You have seen for example in Chapter 10 that application of rotations in real-time can give a dynamic picture of the structure of molecules. The present

有斑點(diǎn)

is to equate the terms that are synonyms and to differentiate between those that are not. In addition, an attempt has been made to include older terms and eponyms together with their newer counterparts.978-1-4684-0052-6978-1-4684-0050-2