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- # --- L-System Parser/Mutator --- Lj Lapre ----------------------------------
- #
- # Monopodial skeleton
- #
- # Here is how to read the formulas on page 56 into
- # lparser syntax. The values can be input from page 57,
- # the strings colapsed and used.
- #
- # A = F[ &( a0 ) '( r2 ) !( wr ) BL ] >( c ) '( r1 ) !( wr ) A
- # B = F[ -( a2 ) '( r2 ) !( wr ) $CL ] '( r1 ) !( wr ) C
- # C = F[ +( a2 ) '( r2 ) !( wr ) $BL ] '( r1 ) !( wr ) B
- #
- # Tree example b
- #
- # A=F[&'(.9)!BL]>(137)'(.9)!A
- # B=F[-'(.9)!$CL]'(.9)!C
- # C=F[+'(.9)!$BL]'(.9)!B
- #
- # Tree example c
- #
- # A=F[&'(.8)!BL]>(137)'!(.9)A
- # B=F[-'(.8)!(.9)$CL]'!(.9)C
- # C=F[+'(.8)!(.9)$BL]'!(.9)B
- #
- 10
- 45
- 15
- #
- FFAL
- #
- A=F[&'(.8)!BL]>(137)'!(.9)A
- B=F[-'(.8)!(.9)$CL]'!(.9)C
- C=F[+'(.8)!(.9)$BL]'!(.9)B
- #
- L=~cc{+(30)f(2)-(120)f(2)-(120)f(2)}
- @
-
-