It has come to my understanding that most don't know about the genetics of how growing
CannabiSL Plants work.
So I decided to research the possibilities of how to make large plants or small plants.
What i discovered is this, "BASIC MATH" so all stoner's need not worry just grab a calculator and try it out yourselves.
Here is a brief example of how to make lighting requirements, Lets say you have 2 plants, one plant has outdoor lighting and the other has indoor,
outdoor being 2 and indoor being 0 ,
just add 2+0=2 now divide by 2 plants = 1 indoor/outdoor (eg: 2+0=2 then 2/2=1)
For larger plants just breed a large plant with another large plant for example.
Lets say your plant is 3m tall and the other 4m tall, breeding these 2 plants will result in a smaller plant, (eg: 3+4=7 then 2/7=3.5)
Now take the Offspring Plant 3.5 tall and breed it to another large plant, lets say 4m tall, (eg: 3.5+4=7.5 then 7.5/2=3.75)
As you can see it is getting taller with each additional breeding, the equation will work with width and in reverse if you want small plants.
This equation will also work with Potency. Of course this is just a rough calculation, not an exact science but the numbers are really close.
I hope everyone finds this helpful and if you have any questions feel free to ask me.
Regards, AriochKaos Resident
Here is an example of what I have figured out how the parents Gen numbers work and stand for.
Reading from up to down converted left to right
Foliage: Purple Haze Bright (0.5)
Potency: Very High (4.281)
Growth Rate: Medium (2.688% per cycle)
Lighting: Indoor/Outdoor
Size: Giant
Height: 1.815 meters
Width: 1.622 meters
Parents Genotypes:
Mom: Purple Haze, 4, 2, 2, 1.71, 0.02, 2
Dad: Nebula 420 X Nebula 420, 4.562500, 1.375000, 1, 0.885870, 1.000000, 0.903495
Parents Genotypes Breakdown
Foliage, Potency, Growth Rate, Lighting, Width, Bright, Height
Mom: Purple Haze, ------------ 4, 2, 2, 1.71, 0.02, 2
Dad: Nebula 420 X Nebula 420, 4.5625, 1.3750, 1, 0.88587, 1.00, 0.903495
Excellent post, Arioch! Here are a few random notes...
ReplyDelete(1) The numeric values are labeled in plants' hovertext with words like "fast" or "very high" or "indoor/outdoor". The numeric values are stored as what programmers call "floats," which means decimal point numbers. Obviously, the word labels are discrete points (i.e., 1, 2, 3, 4). When the scripts have to apply the word labels, the decimal numbers are rounded up or down.
This means that a "fast" growing plant may have a numeric growth rate ranging from 2.5 to 3.49. So there can be a 1 point difference in what two different "fast" plants will pass on to their offspring. (As a side note, add +1 to the growth rate number to get the percent growth per cycle.)
(2) Foliage is inherited a bit differently. For a first generation cross -- say Purple Haze mom X Big Bud dad -- the offspring have an 80% chance of getting the mom's Purple Haze foliage, and a 20% chance of the dad's Big Bud foliage. For subsequent generations, the odds are 64% for the mom's displayed foliage, 16% for the mom's "hidden" foliage, 16% for the dad's displayed foliage, and 4% for the dad's hidden foliage.
Confused? Good! :)