21 Effects of background stimuli by changing speed color matching color stimulus 1100274 2010 3 1
,.,,.,.,.,,,,.,, ( FL10N-EDL). ( 10cm, 2cm),,, 3.,,,, 4., ( MSS206-402W2J), ( SDM496)., 1200r/min,1200r/min 10,120,240,360,480,600,720,840,960,1080,1200, 1200r/min,1320,1440,1560,1680, 15. 4cm 2.,, 3, 3 9, 15,3 CRT( Diamondtron RDI7GR)., i
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Abstract Effects of background stimuli by changing speed color matching color stimulus Takumi Okabayashi Body color is seen on a daily basis, and not always in a quiescent state. For example, vehicle or other animals around the body moves with a variety of colors.no longer be recognized as a clear outline of the object moves fast, the original color and would look to change. At that time, considered to be related to changes in the color of the object also affects the color of the background. So In this paper we focus on the way people see the effects of color and background color of an object moving speed, and rotate the stimulus color, they will improve their speed by changing the color of the body of revolution, including the impact of background color Examined the changes. The experiment was conducted in laboratories outside the block light. fluorescent color evaluation (Toshiba FL10N-EDL) was the lighting.cross-shaped(diameter10cm,blade width2cm) stimulus was presented.blue, red, green 3, using the colors.in the background, blue, red, green and gray-colored construction paper using four.presented stimuli, the motor (Oriental Motor MSS206-402W2J) is rotated using a rotation speed meter display (Oriental Motor SDM496) an indication of the speed control.rotational speed of the stimulus presentation, the results of preliminary experiments that showed that 1200r/min mixture for color and background color is present in stimulation, 1200r/min up 120,240,360,480,600,720,840,960,1080,1200 of 10 separate stages. More 1200r / min later, when 1320,1440,1560,1680 addition to speed and stop, and a total iii
of 15 were tested in stages. The patients presented 4cm from the center of the visual stimuli above 2 degrees and a range of color matching received. Presented stimuli and background color combinations, excluding the combination of the same color, three types of stimuli presented, and three types of background patterns 9, above 15 for rotational speed of each stage, three times the color matching CRT (Mitsubishi Diamondtron RDI7GR) went on. Results of this study was obtained through the process to change the background color and color mixing presented stimuli. This is the case of slow speed, background color change for the small but, as speed becomes faster, was strongly influenced by the background color, saturation was found to be lower with a move in the background. key words xy chromaticity coordinates,mixture colors iv
1 1 1.1................................... 1 1.2................................... 1 2 2 2.1................................... 2 2.2................................... 2 2.3................................... 3 2.3.1................................ 3 2.3.2................................ 3 2.3.3.................................. 4 2.3.4................................. 4 2.4................................... 4 3 6 3.1................................... 6 3.1.1......................... 6 3.1.2............................... 7............................... 8 4 29 4.1............................. 29 4.2.............................. 29 4.3................................. 30 v
5 31 32 33 vi
2.1............................... 3 3.1 J.I: ( ), ( )........................ 9 3.2 J.I: ( ), ( )........................ 9 3.3 J.I: ( ), ( )........................ 10 3.4 J.I: ( ), ( )........................ 10 3.5 J.I: ( ), ( )........................ 11 3.6 J.I: ( ), ( )........................ 11 3.7 J.I: ( ), ( )........................ 12 3.8 J.I: ( ), ( )........................ 12 3.9 J.I: ( ), ( )........................ 13 3.10 T.O: ( ), ( )........................ 14 3.11 T.O: ( ), ( )........................ 14 3.12 T.O: ( ), ( )........................ 15 3.13 T.O: ( ), ( )........................ 15 3.14 T.O: ( ), ( )........................ 16 3.15 T.O: ( ), ( )........................ 16 3.16 T.O: ( ), ( )........................ 17 3.17 T.O: ( ), ( )........................ 17 3.18 T.O: ( ), ( )........................ 18 3.19 S.S: ( ), ( )........................ 19 3.20 S.S: ( ), ( )........................ 19 3.21 S.S: ( ), ( )........................ 20 3.22 S.S: ( ), ( )........................ 20 vii
3.23 S.S: ( ), ( )........................ 21 3.24 S.S: ( ), ( )........................ 21 3.25 S.S: ( ), ( )........................ 22 3.26 S.S: ( ), ( )........................ 22 3.27 S.S: ( ), ( )........................ 23 3.28 K.Y: ( ), ( )........................ 24 3.29 K.Y: ( ), ( )........................ 24 3.30 K.Y: ( ), ( )........................ 25 3.31 K.Y: ( ), ( )........................ 25 3.32 K.Y: ( ), ( )........................ 26 3.33 K.Y: ( ), ( )........................ 26 3.34 K.Y: ( ), ( )........................ 27 3.35 K.Y: ( ), ( )........................ 27 3.36 K.Y: ( ), ( )........................ 28 viii
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2 2.1,., (Hue) (Saturation) (Brightness).,.,,,.,,, photoshop. 2.2,, ( FL10N-EDL)., :150cm :90cm 180cm, CRT ( Diamondtron RDI7GR), ( MSS206-402W2J),. ( SDM496). PC. 2
2.3 57cm. 2.1. 2.1 2.3 2.3.1 ( 10cm, 2cm),,, 3. 4cm 2. HSB. 2.3.2, 1200r/min,1200r/min 10,120,240,360,480,600,720,840,960,1080,1200 3
2.4, 1200r/min,1320,1440,1560,1680, 15. 2.3.3,,,,,.,, 2cm. 2.3.4 4. J.I : 22 T.O : 22 S.S : 22 K.Y : 22, 4,,. 2.4,. 1. 5 2.,5 3. 4. Hue,Saturation,Brightness 5.,. 4
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3,.,CRTCHROMAMETER CS- 200(MINOLTA),3 Lv( ),x,y,.. 3.1 3.1.1 3,.,.,CRTCHROMAMETER CS-200(MINOLTA) (3.1) X 1, Y 1, Z 1, (3.2). X 2, Y 2, Z 2,X 3, Y 3, Z 3. x 1 x 1 L 1 X 1 Y 1 Z 1 x 2 y 2 L 2 X 2 Y 2 Z 2 x 3 y 3 L 3 X 3 Y 3 Z 3 X 1 = x 1 y 1 L 1 Y 1 = L 1 Z 1 = 1 x 1 y 1 y 1 L 1 (3.1) (3.2), X,Y,Z,3,X,Y,Z (3.3) 6
3.1. X AV E = X 1+X 2 +X 3 3 Y AV E = Y 1+Y 2 +Y 3 3 Z AV E = Z 1+Z 2 +Z 3 3 (3.3), X AV E, Y AV E, Z AV E (3.4),x AV E, y AV E, L AV E. x AV E = X AV E X AV E +Y AV E +Z AV E Y AV E X AV E +Y AV E +Z AV E y AV E = (3.4) L AV E = Y AV E 3.1.2,,,.., Lv,x,y. x 1, y 1, L 1, x 2, y 2, L 2.,x 1, y 1, L 1 X 1, Y 1, Z 1 (3.5). x 2, y 2, L 2. X 1 = x 1 y 1 L 1 Y 1 = L 1 Z 1 = 1 x 1 y 1 y 1 L 1 (3.5), X 1, Y 1, Z 1 X 2, Y 2, Z 2 (3.6). X sum = X 1 + X 2 Y sum = Y 1 + Y 2 (3.6) Z sum = Z 1 + Z 2 X sum, Y sum, Z sum (3.7) x sum, y sum, L sum. 7
x sum = X sum X sum +Y sum +Z sum Y sum X sum +Y sum +Z sum y sum = (3.7) L sum = Y sum xy,.,,,,,.,,.,,., 1680r/min,., 1680r/min,. 8
3.1 J.I: ( ), ( ) 3.2 J.I: ( ), ( ) 9
3.3 J.I: ( ), ( ) 3.4 J.I: ( ), ( ) 10
3.5 J.I: ( ), ( ) 3.6 J.I: ( ), ( ) 11
3.7 J.I: ( ), ( ) 3.8 J.I: ( ), ( ) 12
3.9 J.I: ( ), ( ) 13
3.10 T.O: ( ), ( ) 3.11 T.O: ( ), ( ) 14
3.12 T.O: ( ), ( ) 3.13 T.O: ( ), ( ) 15
3.14 T.O: ( ), ( ) 3.15 T.O: ( ), ( ) 16
3.16 T.O: ( ), ( ) 3.17 T.O: ( ), ( ) 17
3.18 T.O: ( ), ( ) 18
3.19 S.S: ( ), ( ) 3.20 S.S: ( ), ( ) 19
3.21 S.S: ( ), ( ) 3.22 S.S: ( ), ( ) 20
3.23 S.S: ( ), ( ) 3.24 S.S: ( ), ( ) 21
3.25 S.S: ( ), ( ) 3.26 S.S: ( ), ( ) 22
3.27 S.S: ( ), ( ) 23
3.28 K.Y: ( ), ( ) 3.29 K.Y: ( ), ( ) 24
3.30 K.Y: ( ), ( ) 3.31 K.Y: ( ), ( ) 25
3.32 K.Y: ( ), ( ) 3.33 K.Y: ( ), ( ) 26
3.34 K.Y: ( ), ( ) 3.35 K.Y: ( ), ( ) 27
3.36 K.Y: ( ), ( ) 28
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[1] 2,p.119 p.123,p.1385 [2] LCD,,p.1 p.25,2005. 33