Changeset 1312 for framspy/FramsticksLib.py

Timestamp:

07/05/24 02:08:57 (10 months ago)

Author:

Maciej Komosinski

Message:

Cosmetic

File:

• framspy/FramsticksLib.py (modified) (1 diff)

framspy/FramsticksLib.py

@@ -36 +36 @@
         DETERMINISTIC: bool = False  # set to True to have the same results in each run
 
-        GENOTYPE_INVALID = "/*invalid*/"  # this is how genotype invalidity is represented in Framsticks (Geno.format is 'invalid'). Mutation and crossover operators return such a genotype if they were unable to perform their operation (information about the cause is stored in the Geno.info field - see GenMan.cpp)
-        GENOTYPE_INVALID_OFFSPRING_SUBSTITUTE_ORIGINAL = True  # if True, when mutation or crossover is unable to perform their operation for the provided genotype(s), return the original genotype (and print a warning). If this happens extremely rarely, it may be ignored - but if not, you need to identify the reason (e.g., particular genotypes that cause the problem), fix it or change the logic of your algorithm. A more strict approach is to keep this field False - then you must always check if GENOTYPE_INVALID was returned by mutate() or crossOver(), and handle this situation properly (e.g., choose different parent(s) for mutate() or crossOver() and repeat until you get a valid offspring).
+        GENOTYPE_INVALID: str = "/*invalid*/"  # this is how genotype invalidity is represented in Framsticks (Geno.format is 'invalid'). Mutation and crossover operators return such a genotype if they were unable to perform their operation (information about the cause is stored in the Geno.info field - see GenMan.cpp)
+        GENOTYPE_INVALID_OFFSPRING_SUBSTITUTE_ORIGINAL: bool = True  # if True, when mutation or crossover is unable to perform their operation for the provided genotype(s), return the original genotype (and print a warning). If this happens extremely rarely, it may be ignored - but if not, you need to identify the reason (e.g., particular genotypes that cause the problem), fix it or change the logic of your algorithm. A more strict approach is to keep this field False - then you must always check if GENOTYPE_INVALID was returned by mutate() or crossOver(), and handle this situation properly (e.g., choose different parent(s) for mutate() or crossOver() and repeat until you get a valid offspring).
 
         EVALUATION_SETTINGS_FILE = [  # all files MUST be compatible with the standard-eval expdef. The order they are loaded in is important!