tn_soturon_sjis.dvi

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きみかずみやまる
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1 3D A Graduation Thesis of College of Engineering, Chubu University Evaluation of Usability in Movement Operation for 3D Object Tetsushi Nakagawa

3 Zoo Zoo Zoo Processing Processing Processing Cube D D iii

4 29 31 iv

5 Zoo Zoo Processing Processing Java Processing Cube D D D D v

7 Zoo Zoo ( ) 3D 2 3 Zoo 4 Cube 5 6 1

9 2 [4] : 3

10 [4] 2.2: 4

11 label label

12 2 orientation 1,..,, WebToy Zoo.,, Zoo 3 6

13 3 Zoo 3.1 Zoo Zoo Web Zoo Zoo 3.2 Zoo (1) (2) 3D 7

14 3 Zoo D Web F BOY 3.1: Zoo 3.2: Zoo 8

15 4 Processing 3D Cube Cube Processing 4.1 Processing Processing Java Applet 4.2 Processing Processing Processing., Java. 4.1 Proce55ing.. 9

16 4 Processing :. :. :. :. :. :Java. ( Java html ) 4.1: Processing Processing, 3. Basic Mode :. Standard Mode :,. 10

17 4.2. Processing Advanced Mode : JAVA. Basic Mode, Standard Mode. DBN Standard Mode Processing.. Basic Mode, Standard Mode, 4.2. //Basic Mode sample //Standard Mode sample size(200, 200); background(255); nostroke(); color inside = color(143, 149, 229); color middle = color(90, 102, 242); color outside = color(12, 17, 76); fill(inside); ellipse(0, 0, 200, 200); fill(middle); ellipse(0, 0, 100, 100); fill(outside); ellipse(0, 0, 55, 55); void setup() { size(200, 200); nobackground(); refresh(); } void refresh(){ fill(251, 182, 218); nostroke(); rect(0, 0, width, height); } void loop() { stroke(255, 0, 0); if(mousepressed && pmousex!= 0 && pmousey!= 0) { line(mousex,mousey,pmousex,pmousey); } Java Processing. Processing Java import,. Processing Java., Processing. 11

18 4 Processing 4.2: Processing 4.3: Java 4.4: Processing 12

19 4.2. Processing //programmed by JAVA //object.java import java.applet.applet; import java.awt.*; import java.lang.object; public class objects extends Applet{ public void init(){ createimage(150,100); setbackground(color.gray); } public void paint(graphics g){ int line_x[] = {12,120,125}; int line_y[] = {50,15,60}; g.setcolor(color.white); g.fillrect(10,10,60,60); g.setcolor(color.black); g.drawrect(10,10,60,60); g.setcolor(color.white); g.filloval(80,10,60,60); g.setcolor(color.black); g.drawoval(80,10,60,60); g.setcolor(color.white); g.fillpolygon(line_x, line_y, 3); g.setcolor(color.black); g.drawpolygon(line_x, line_y, 3); } } //programmed by Processing size(150,100); rect(10,10,60,60); ellipse(80,10,60,60); triangle(12,50, 120,15, 125,60); 13

20 4 Processing 4.3 Cube Processing Cube Cube 3D : Cube 14

21 5 3D PC D : 2D 5.1 2D 3D 3D

22 5 3D 5.2: 3D 3D Cube 5.3 3D 5.3: 3D ( 5.4 ) 16

23 : : ( 5.6 )

24 5 3D 5.6: 18

25 6 6.1., 5.,,,,,,,,,. 19

26 6,.,,,.,.,.,.,..,,., 1000,,., 10.,.,,.,,,,,.,.,,. 20

27 Cube a b a b c c 6.1 a b 6.1: 21

28 6 3 c : 4 c

29 : 6.4: D 3D 3D (a)(b)

30 6 6.5: D t 1% (a) (b) 3D 3D 3D 3D 5 3D

31 : 5 3D 25

33 7 3D 3D Cube 3D 3 3D 3D 27

35 29

37 [1] URL: [2] Jakob Nielsen,,,2002 [3] J.C.Miller,,,2000 [4],,,1971 [5] Processing URL: [6],,,

39 3D ( )

sotu.dvi

sotu.dvi 2004 3 A Graduation Thesis of College of Engineering, Chubu University A Proposal of Programming Evironment of Visualization for Graphic Designer Ayako Takabatake 1 1 2 3 2.1... 3 2.2 4... 4 2.2.1...