Brain-Flak, 345/(pending)

<>((()()){})<> push the amount of iterations to do
(((((((((((((((((((((((((((((((((((()()()){}()){})){}{}){()()()()({}[()])}{})){}{})){}{})()){}{})()){}{})){}{})){}{}){}())){}{})){}{})()){}{})()){}{})){}{})){}{})()){}{})()){}{}) push M
((((((((((((()()()){}){}){})){}{}){()({}[()])}{}){}())){}{})()){}{}) push s
<>{({}[()])<>loop start
(({({})({}[()])}{}) square
(<>))<>{(({})){({}[()])<>}{}}{}<>([{}()]({}))mod
<>}{}<>loop end

Try it online!

This works fine but the diehard tests links are all broken :( so until we get new ones i do not have a final score

This uses the Blum Blum Shub PRNG so it should pass most the cases. The numbers used are large enough no patterns will appear within the 16 MB of test cases

Brain-Flak, 344/(pending)

<>((()()){})<> push the amount of iterations to do for the PRNG
(((((((((((((((((((((((((((((((((((()()()){}()){})){}{}){()()()()({}[()])}{})){}{})){}{})()){}{})()){}{})){}{})){}{}){}())){}{})){}{})()){}{})()){}{})){}{})){}{})()){}{})()){}{}) push M (one of the values for the Blum Blum Shub PRNG
((((((((((((()()()){}){}){})){}{}){()({}[()])}{}){}())){}{})()){}{}) push s see above
<>{({}[()])<>starts the loop
(({({})({}[()])}{}) squares the current number
(<>))<>{(({})){({}[()])<>}{}}{}<>([{}()]({}))mods by M
<>}{}<>loop ends

Try it online!

This works fine but the diehard tests links are all broken :( so until we get new ones i do not have a final score

This uses the Blum Blum Shub PRNG so it should pass most the cases. The numbers used are large enough no patterns will appear within the 16 MB of test cases

Brain-Flak, 345/(pending)

<>((()()){})<> push the amount of iterations to do
(((((((((((((((((((((((((((((((((((()()()){}()){})){}{}){()()()()({}[()])}{})){}{})){}{})()){}{})()){}{})){}{})){}{}){}())){}{})){}{})()){}{})()){}{})){}{})){}{})()){}{})()){}{}) push M
((((((((((((()()()){}){}){})){}{}){()({}[()])}{}){}())){}{})()){}{}) push s
<>{({}[()])<>loop start
(({({})({}[()])}{}) square
(<>))<>{(({})){({}[()])<>}{}}{}<>([{}()]({}))mod
<>}{}<>loop end

Try it online!

This works fine but the diehard tests links are all broken :( so until we get new ones i do not have a final score

Brain-Flak, 345/(pending)

<>((()()){})<> push the amount of iterations to do
(((((((((((((((((((((((((((((((((((()()()){}()){})){}{}){()()()()({}[()])}{})){}{})){}{})()){}{})()){}{})){}{})){}{}){}())){}{})){}{})()){}{})()){}{})){}{})){}{})()){}{})()){}{}) push M
((((((((((((()()()){}){}){})){}{}){()({}[()])}{}){}())){}{})()){}{}) push s
<>{({}[()])<>loop start
(({({})({}[()])}{}) square
(<>))<>{(({})){({}[()])<>}{}}{}<>([{}()]({}))mod
<>}{}<>loop end

Try it online!

This works fine but the diehard tests links are all broken :( so until we get new ones i do not have a final score

This uses the Blum Blum Shub PRNG so it should pass most the cases. The numbers used are large enough no patterns will appear within the 16 MB of test cases

Brain-Flak, 345/(pending)

<>((()()){})<> push the amount of iterations to do
(((((((((((((((((((((((((((((((((((()()()){}()){})){}{}){()()()()({}[()])}{})){}{})){}{})()){}{})()){}{})){}{})){}{}){}())){}{})){}{})()){}{})()){}{})){}{})){}{})()){}{})()){}{}) push M
((((((((((((()()()){}){}){})){}{}){()({}[()])}{}){}())){}{})()){}{}) push s
<>{({}[()])<>loop start
(({({})({}[()])}{}) square
(<>))<>{(({})){({}[()])<>}{}}{}<>([{}()]({}))mod
<>}{}<>loop end

Try it online!

Brain-Flak, 345/(pending)

<>((()()){})<> push the amount of iterations to do
(((((((((((((((((((((((((((((((((((()()()){}()){})){}{}){()()()()({}[()])}{})){}{})){}{})()){}{})()){}{})){}{})){}{}){}())){}{})){}{})()){}{})()){}{})){}{})){}{})()){}{})()){}{}) push M
((((((((((((()()()){}){}){})){}{}){()({}[()])}{}){}())){}{})()){}{}) push s
<>{({}[()])<>loop start
(({({})({}[()])}{}) square
(<>))<>{(({})){({}[()])<>}{}}{}<>([{}()]({}))mod
<>}{}<>loop end

Try it online!

This works fine but the diehard tests links are all broken :( so until we get new ones i do not have a final score