The Wiki for Tale 7 is in read-only mode and is available for archival and reference purposes only. Please visit the current Tale 11 Wiki in the meantime.
If you have any issues with this Wiki, please post in #wiki-editing on Discord or contact Brad in-game.
Flax Genome Theory
From ATITD7
Jump to navigationJump to search
Theories:
Defaults
A default rate is the amount when the genome length is zero.
- Weed Default is 5 Weeds. GYGYGY and OR are the phenomes to reduce number of weedings. Nile Green has 3 OR and one GYGYGY and 1 weeding. Old Egypt has 3 OR and 2 weedings.
Proofs: Ariella #131 Nile Green(left)/Nile Green(right) cross KORGRGYGYGYGRGY-RYYRGROYYORRK -O Added one extra weed to Nile Green when 1 of the 3 OR was subtracted. Ariella #8 Old Egypt(left)/Nile Green(right) cross KRYYOGYGYORR/GYGYGRGYORYYRGROYYORRK Yielded 2 weedings and 2 Flax. Old T3 theory said (amount of flax or GYGY) - 1. This had 3 OR and 2 GYGY but still 2 weedings not 1 weeding.
- Seed Default is zero.
- Weed and Water Default is zero.
- Flax Default is zero.
- Rotten Flax Default is zero.
Gene Sets
- +1 Seed RO
- -1 Weeding OR - Minimum seems to be 1 Weed (I tried and was scared not to be able to reprocude seeds) - Xerath
- +1 Flax GYGY
- +1 Rotten Flax RRGY
- +1 Water and -1 Weed GYGYGY
- ROY seems to affect sensitivity to pollution, ROY is definitely not needed for flax, but without ROY the flax output seems kinda sensitive to pollution (nitrogen level - I think) (Xerath)
- Nitrogen level of 100 -> Flax Seeds without ROY give flax, Nitrogen level of 120 -> Flax seeds without ROY give no flax, with 1 x ROY give flax
- Nitrogen level of 300 the same
- Nitrogen below 92 has a seperate string to provide resistance, GRO (AGI in T7) is needed for resistance. Thus GROY (T7 - AGIM) is needed to provide complete resistance to varying nitrogen levels. DonQuiHotep 14:09, 23 March 2017 (EST)
Genome Size Theory
Genome size was limited as of Tale 6 verified by talking to teppy - Ariella
Genome size can have one gene removed to decrease the genome size by 1 gene or a gene duplicated at the splint point to increase the genome size by 1 gene. Please see the page on Genetics For Dummies.