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Military: In order to enter the military, one has to go by various training. Depending upon whether you want to be in the army, navy or the marines, you may be working along with equipment worth hundreds of thousands or even millions of dollars. The military needs to be sure you identify, how to use this equipment before they in fact let you use it. Training in simulators in place of on the battleground is proving to be a much safer and cheaper approach. Here we take the air force, for illustration: one has to learn how to fly a fighter jet.
Using computer animations in flight simulation is a very helpful tool. By using animation a programmer can replicate real time flying. Through creating a camera showing the view by the cockpit window, a pilot could fly by either virtual worlds or real animated places along with all the natural disasters and difficulties which could happen, if flying a real plane.
In this virtual world, the pilot would witness the common distractions that a real pilot would, for illustration: transport buses drive along the runway, and other planes take off and land. The programmer can place any kind of weather condition or scenario in the animation.
Homogeneous Coordinate Systems - 2-d and 3-d transformations Suppose P(x,y) be any point in 2-D Euclidean (Cartesian) system. In HC System, we add a third coordinate to a poin
about photoshop
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Interactive Computer Animation Interactive Computer Animation that is interactively utilized by users for example: games. Sprite animation is interactive and utilized broadly
Transformation for parallel projection Parallel projections is also termed as Orthographic projection, are projections into one of the coordinate planes as x = 0, y = 0 or z
Mathematical description of an Oblique projection onto xy-plane In order to expand the transformation for the oblique projection, identify the Figure. This figure explains a
Trivial acceptance case of cohen sutherland line clippings Case 1: it is Trivial acceptance case whether the UDLR bit codes of the end points P, Q of a provided line is 0000
Define transformation. Explain all basic transformation
Question 1 How does GIS differ from traditional Maps? Explain Question 2 Explain vector data model with examples Question 3 What is spatial analysis? explain
Steps uses in the Cohen Sutherland Line Clipping Algorithm are: Figure: Steps for Cohen Sutherland Line Clipping STEP 1: Input: x L , x R , y T , y B
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