ARTEC Scanner AM3E 1.06 Driver

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ARTEC Scanner AM3E 1.06 Driver

We want to be able to scale the objects to different sizes and orient them differently. The fbnctions ARTEC Scanner AM3E 1.06 for modifying objects such as translation, rotation, and scaling are called geometric transformations. Why do we care about transformations? Usually we define our shapes in a coordinate system convenient to us.

Using transformation equations enables us to easily modify object locations in the world coordinate system. In addition, if we transform our objects and play back the CG images fast enough, our eyes will be tricked to believe we are seeing motion.

This principle is used extensively in animation, and we shall look into it in detail in Chapter 7. When we study 3D models, we will also see ARTEC Scanner AM3E 1.06 we can use transformations to define hierarchical objects and to "transform" the camera position. This chapter introduces ARTEC Scanner AM3E 1.06 basic 2D transformations used in CG: These transformations are essential ingredients of all graphics applications.

In this chapter you will learn the following concepts: Vectors and matrices 2D Transformations: This math will form the basis for the transformation equations we shall see later in this chapter.

## Principles of Computer Graphics. Teo/y and Practice Using OpenGL and - PDF

We discuss the math involved as applied to a 2D space. The principles are easily extended to 3D by simply adding a third axes, namely, the z- axis.

Vectors A vector is a quantity that has both direction and length. In CG, a vector represents a directed line segment with a start point its tail ARTEC Scanner AM3E 1.06 an end point the head, shown typically as an arrow pointed along the direction of the vector. The length of the line is the length of the vector. A directional line A 2D vector that [;I has a length of x units along the x-axis and y units along the y-axis is denoted as It is valuable to think ARTEC Scanner AM3E 1.06 a vector as a displacement from one point to another.

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ARTEC Scanner AM3E 1.06 two points P 1,-1 and Q 3,-2 ARTEC Scanner AM3E 1.06 I, as shown in Figure 2. What this means is that to get from P to Q, we shift right along the x-axis by two units and down the y-axis by one unit. Interestingly, any point P1 with coordinates x,y corresponds to the vector VPI, with its head at x,y and tail at 0,O as shown in Figure 2.

That is, there is a one-to-one correspondence between a vector, with its tail at the origin, and a 38 [;i point on the plane. This means that we can also represent the point P x,y by the vector Often, the ma of transformation equations uses the vector representation of points in this manner, so do not let this usage confuse you.

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Operations with Vectors Vectors support some fundamental operations: Vectors can be added by performing componentwise addition. Adding two vectors Multiplying a vector by a numbers results in a vector whose length has been scaled by s. For this reason, the number s is ARTEC Scanner AM3E 1.06 referred to as a scalar.

If s is negative, then this results in a vector whose direction is flipped as well. The magnitude of a vector is the distance from the tail to the head of the vector.

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It is represented as IVI and is equal to. This process is called normalizing a vector.

The resultant vector is called a unit vector. Interestingly, a unit vector along the x-axis is quite simply the vector Fig. A Unit Vector and a unit vector along the the y axis is The Dot Product The dot product of two vectors is a scalar quantity. The ARTEC Scanner AM3E 1.06 product is used to solve a number of important geometric problems in graphics.

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The dot product is written as V1. V2 and is calculated as 40 You can find many of these vector functions coded in a utility include file provided by us called utils. Matrices A matrix is an array of numbers.

The number of rows m and columns n ARTEC Scanner AM3E 1.06 the array defines the cardinality of the matrix m x n. In reality, a vector is simply a matrix with one column or a one-dimensional matrix. We saw how displays are just a matrix of pixels.