You are required lo develop an Interactive Android application that graphs a CIE.xy chromaticity diagram. displays the gamut of RGB color space and converts between xyz to rgb values

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Tasks: You are required lo develop an Interactive Android application that graphs a CIE.xy chromaticity

diagram. displays the gamut of RGB color space and converts between xyz to rgb values.

Introduction:

The CIE chromaticity diagram is an abstract 2D space where it is possible to map all color gamuts. Given below

are values for the x and y coordinates on the perimeter of the diagram.

x = [0.1756,0.1752,0.1748,0.1745,0.1741,0.1740,0.1738,0.1736,0.1733,0.1730,0.1726,0.1721,0.1714,0.1703,0.1689, 0.1669,0.1644,0.1611,0.1566,0.1510,0.1440,0.1355,0.1241,0.1096,0.0913,0.0687,0.0454,0.0235,0.0082,0.0039,0. 0139,0.0389,0.0743,0.1142,0.1547,0.1929,0.2296,0.2658,0.3016,0.3374,0.3731,0.4087,0.4441,0.4788,0.5125,0.5 448,0.5752,0.6029,0.6270,0.6482,0.6658,0.6801,0.6915,0.7006,0.7079,0.7140,0.7190,0.7230,0.7260,0.7283,0.73 00,0.7311,0.7320,0.7327,0.7334,0.7340,0.7344,0.7346,0.7347,0.7347,0.7347,0.7347,0.7347,0.7347,0.7347,0.734 7,0.7347,0.7347,0.7347,0.7347,0.7347,0.7347,0.7347,0.7347,0.7347,0.7347,0.7347,0.7347,0.7347,0.7347,0.7347 ,0.7347,0.7347,0.7347,0.7347];

 

y = [0.0053,0.0053,0.0052,0.0052,0.0050,0.0050,0.0049,0.0049,0.0048,0.0048,0.0048,0.0048,0.0051,0.0058,0.0069, 0.0086,0.0109,0.0138,0.0177,0.0227,0.0297,0.0399,0.0578,0.0868,0.1327,0.2007,0.2950,0.4127,0.5384,0.6548,0 .7502,0.8120,0.8338,0.8262,0.8059,0.7816,0.7543,0.7243,0.6923,0.6588,0.6245,0.5896,0.5547,0.5202,0.4866,0. 4544,0.4242,0.3965,0.3725,0.3514,0.3340,0.3197,0.3083,0.2993 ,0.2920,0.2859,0.2809,0.2769,0.2740,0.2717,0. 2700,0.2689,0.2680 ,0.2673,0.2666,0.2660,0.2656,0.2654,0.2653,0.2653,0.2653,0.2653,0.2653,0.2653,0.2653,0. 2653,0.2653,0.2653,0.2653,0.2653,0.2653,0.2653,0.2653,0.2653,0.2653,0.2653,0.2653,0.2653,0.2653,0.2653,0.2 653,0.2653,0.2653,0.2653,0.2653];

You can use these values to graph the (‘lE color space, project it onto the x÷y+z—l plane, and trace the

“horseshoe” shape of the diagram onto this plane by connecting the consecutive points defined by these xy values.

You can then put the colors into this diagram using the transformation matrix below to get the gamut of RG13

color space:

r 3.240 —1.537 —0.498 X

g — —0.969 1.876 0.042 y

b 0.056 —0.204 1.057 z

Accordingly, any color specified in rgb values can be converted into its xyz using:

X 0.412 0.358 0.180 r

y = 0.213 0.715 0.072 9

Z 0.019 0.119 0.950 b

Note that the above conversion between xyz and rgb values assumes that each of the value is wïthin

[OE0. 1.0]. i.e. {x.y,z,r,b,g) E 10.0,1.01.

Requirements

The program should be named as ‘ClExy” with a simply GUI to achieve the following functions and

interactions.

a. The application must have an easy to use and reasonably looking GUI

b. Graph the perimeter of CIE-xy chromaicity diagram in an image of size 480 (height) x 300

(width) pixels and display the image. Background of the image has to be set appropriately such

that the perimeter stands out.

c. Generate and display the gamut of R(i13 color space on top of the graphed perimeter of the

CIE-xy chroniaticity diagram

d. Beneath the view of the CIE-xy Chromaticity diagram. provide a conversion between rgb values

and xyz values. i.e. Entering rgb or xyz values, the corresponding xyz or rgb values will be

calculated and displayed.

Debugging and Testing the Application

The application should be using the following settings

Company I)omaln: <your login>.csci366au2o.com

T%hlnlmIIm SDK: API 29: Android 10.0 (Q)

Test the application on the virtual device “Pixel 2 API 29”:

Hai-dware: Phone - Pixel 2, size 5.0”, resolution 1080x1920, density 42Odpi

Systemit Software: Q, API 29, ABI x86, Target Android 10.0 (with Google APIs)

AVD Name: Pixel 2 API 29

 

Attachments:

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