tlife derivative (B38/S2-i34q)

[PHPBB12345]

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x = 20, y = 20, rule = B38/S2-i34q
3o6bo5b5o$o4b3o4b2o4b2o$b4o3b4obob3o$2o3bobo2bob2ob3obo$o2bob2obo5b2o$
bob2ob2o3b2o2b4o$bo2bobo2b3ob7o$o4b2ob3o2bobo3bo$ob5o5b2ob4o$2o4b3o7b
2obo$bo2b2ob2o2bo2bobo$bo3b4o2bo6b2o$2ob6ob3o3bob2o$4obob4o2b2o3bo$o2b
obob3o5b3o$5obobo3b3ob2obo$b2obo2bo2b2obo2bo2bo$3o2b3ob3ob3o3bo$o3bobo
bo4b3obobo$2bo2bobobo2bobo4bo!

[Bullet51]

The rule has about 16% more mangoes than the original tlife. Not sure why.

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x = 10, y = 10, rule = B3_S2-i34q
o3bo4bo$2ob5obo$2bo3bo2bo$b2o5bo$o5bo$2o3bo$2o3bob2o$b2o4bo$o4bobobo$
3bobo!

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x = 10, y = 10, rule = B38_S2-i34q
o3bo4bo$2ob5obo$2bo3bo2bo$b2o5bo$o5bo$2o3bo$2o3bob2o$b2o4bo$o4bobobo$
3bobo!

EDIT: and about 40x more beehive at beehives.

[Rhombic]

This is the reason for the abundance of beehive@beehive:

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x = 25, y = 4, rule = B38/S2-i34q
3o18b3o$obo18bobo$4o17b3o$24bo!

vs tlife

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x = 25, y = 4, rule = B3/S2-i34q
3o18b3o$obo18bobo$4o17b3o$24bo!

The traffic light predecessor is a spark in tlife and in this rule too. Only one of the three different mono-substituted traffic light predecessors (B8 condition) evolves identically to tlife:

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x = 4, y = 3, rule = B38/S2-i34q
3o$ob2o$3o!

A di-substituted one gives another beehive@beehive:

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x = 4, y = 4, rule = B38/S2-i34q
bo$4o$bobo$b3o!

Two of the aforementioned predecessors to beehive at beehive in this rule yield a long barge in tlife, which accounts for the abundance of natural long barges in tlife as opposed to normal barges as well as the abundance of beehive at beehive in this rule.

QED.

PS. Accounting for a possible slightly higher abundance of biloaf:

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x = 4, y = 10, rule = B38/S2-i34q
3o$obo$3o4$b3o$bobo$b3o$bo!