Seed Number
Last updated
Last updated
A seed inscription's seed number is a decimal representation of a binary string that determines which of the seed artwork's are visible, and how they are styled.
There are significantly more valid seed numbers (10Âŗâ°) than there are stars in the visible universe (10šâļ), providing collectors with a virtually endless canvas for expression.
Put plainly, there are 1,267,650,600,228,229,401,496,703,205,375 possible seed numbers, representing every combination of the SEEDS artwork's hidden layers.
Each number possess its own mathematical, numerological, and esoteric properties.
These properties encode a unique essence; a digital soul.
X.Y:Z
"X" represents the base seed number (Required).
"Y" represents an optional 12-digit mod number preceded by a period (Optional).
"Z" represents an optional 1-digit attunement number preceded by a colon (Optional).
For example, this is a base seed number:
79228200293196200550714064896
79228200293196200550714064896.460000800196:3
If you're curious about how the seed number actually determines the seed artwork's appearance, we require a slightly more technical description.
Seed numbers are decimal representations of a 100-digit binary string where each binary bit functions as a Boolean switch that determines if a given layer is visible or not.
In a binary system, each bit represents a power of 2. Binary is read from right to left, with the rightmost bit representing 2â° , the next bit representing 2š, and so on, with the leftmost bit representing 2âšâš.
As an example, Layer 26 of the SEEDS artwork corresponds to the 26th digit from the right in the 100 digit binary string representing the SEEDS artwork's 100 hidden layers.
This is what that looks like in binary, with a '1' in the 26th place from the right:
Binary: 0000000000000000000000000000000000000000000000000000000000000000000000000010000000000000000000000000
The 26th bit in a binary string represents 2²âĩ, which we convert to a decimal integer.
Conversion to decimal: 2²âĩ = 33,554,432
Therefore, the seed number "33554432" will generate a seed that displays only Layer 26.
If we wish to turn on additional layers, we simply add the layer's corresponding decimal value to the decimal value of the other visible layers' binary bits.
For example, a seed displaying layers 2, 26, 48 and 68 is represented by the following binary string:
Binary: 0000000000000000000000000000000010000000000000000000100000000000000000000010000000000000000000000010
Which can then be converted to decimal integers and summed to produce a seed number:
Conversion to decimal: 2š = 2 2²âĩ = 33,554,432 2â´âˇ = 140,737,488,355,328 2âļ⡠= 147,573,952,589,676,412,928
Sum decimal values: 2 + 33,554,432 + 140,737,488,355,328 + 147,573,952,589,676,412,928
Resulting seed number:
147574093327198322690
SEEDS seed numbers use an extended syntax to encode not just the seed number, but also and :
And this is that seed number with and extensions: