ColoringWidget-sol-file-format.txt

HEIDI'S COLORING WIDGET SOL FILE FORMAT

Eudian Order: Little Eudian

HEADER 1 (Lenght: 6)
2 Bytes = 00 BF (Magic Byte)
4 Bytes = File Lenght (unint32) (Header 2 + Body)

HEADER 2 (Lenght: 38)
4 Bytes = Letters TCOS
8 Bytes = 00 04 00 00 00 00 00 0E
14 Bytes = String "ColoringWidget"
5 Bytes = 00 00 00 03 09
4 Bytes = String "grid"
1 Byte = 06
2 Bytes = Something about Color Number Lenght

BODY (Lenght: Variable)
121 *
{
x Bytes = Color Decimal Value // 0 - 16777215
}
Separated with Comas / 2C
Body end with Null / 00

==============================================
GRID'S TWO (OR THREE) BYTES

0 < code < 128 = Result + 1
128 < code < 2048 = Result + 2
2048< code < 65536 = Result + 3
code > 65536 = Result + 4

. ‡G = 135 + 71 = 206
2 * 121 = 242
-121 * 

By changing the color blue shade, the unknows bytes remain the same. This is linked to Color Decimal Number Lenght!
The Script for [All Dark Blue Pixel Sheet] shows the result of 300

If added a black pixel as the first case, . ‡G(87,47) turn into . ‡C (87,43)
If added a white pixel as the first case, . ‡G(87,47) turn into . ‡Q (87,53)

.ƒc (83,63) for all Black (0)
.‘. (91,01) for all White (16777215)
Space of 3438 / D6E or [E / 15 et 62 / 98]

More the color Value of the first pixel is high, more the last bit goes higher. Same for the other way. It is a number, but what?
From Black to White: 87 51 to 87 43 (8)

For all Blue (804)
First Pixel 1513 > ‡O
804 > ‡G

For All Black (0)
First Pixel 4194304 > ƒo (83 6F)
0 > ƒc (83 63)
===============================================
COLOR DECIMAL VALUE

The Flash App reads pixels from left to right, top to bottom.

Color Decimal Value is calculated as follow:
(R * 256 * 256) + (G * 256 ) + B

The Decimal Value is between 0(Black) and 16777215(White)

To calculate the RGB Value from the Color Decimal Value:
R = DecColor // 256 // 256 % 256
G = DecColor // 256 % 256
B = DecColor % 256