remove documentation warnings

Author: basvanwesting

src/allele.rs

@@ -54,8 +54,7 @@ impl Allele for Tuple {
 }
 
 /// Special Allele subtrait, used for [crate::genotype::RangeGenotype],
-/// [crate::genotype::MultiRangeGenotype], [crate::genotype::DynamicRangeGenotype] and
-/// [crate::genotype::StaticRangeGenotype]
+/// [crate::genotype::MultiRangeGenotype]
 pub trait RangeAllele:
     Allele
     + Add<Output = Self>

src/fitness.rs

@@ -48,10 +48,9 @@ pub type FitnessPopulation<F> = Population<<<F as Fitness>::Genotype as Genotype
 ///
 /// # User implementation
 ///
-/// You must implement [`calculate_for_chromosome(...) -> Option<FitnessValue>`](Fitness::calculate_for_chromosome)
-/// which calculates the fitness for a single chromosome.
-/// Distributed [Genotype]s have [GenesOwner](crate::chromosome::GenesOwner) chromosomes. These
-/// chromosomes have a `genes` field, which can be read for the calculations.
+/// You must implement [`calculate_for_chromosome(...) ->
+/// Option<FitnessValue>`](Fitness::calculate_for_chromosome) which calculates the fitness for a
+/// single chromosome. Chromosomes have a `genes` field, which can be read for the calculations.
 ///
 /// Fitness uses &mut self for performance because it dominates the runtime. Preparing memory
 /// allocations on initialization and reusing them for each chromosome can really impact

src/lib.rs

@@ -14,7 +14,7 @@
 //! * [Chromosome](crate::chromosome): a chromosome has `genes_size` number of genes
 //! * [Allele](crate::genotype::Allele): alleles are the possible values of the genes
 //! * Gene: a gene is a combination of position in the chromosome and value of the gene (allele)
-//! * [Genes](crate::genotype::Genes): storage trait of the genes for a chromosome, always `Vec<Allele>`
+//! * [Genes](crate::chromosome::Genes): storage trait of the genes for a chromosome, always `Vec<Allele>`
 //! * [Genotype](crate::genotype): Knows how to generate, mutate and crossover chromosomes efficiently
 //! * [Fitness](crate::fitness): knows how to determine the fitness of a chromosome
 //!

src/strategy/evolve.rs

@@ -87,14 +87,14 @@ pub enum EvolveVariant {
 ///
 /// There are optional mutation distance limitations for
 /// [RangeGenotype](crate::genotype::RangeGenotype) and
-/// [MultiRangeGenotype](crate::genotype::MultiRangeGenotype) chromosomes, see [MutationType].
+/// [MultiRangeGenotype](crate::genotype::MultiRangeGenotype) chromosomes, see [crate::genotype::MutationType].
 ///
 /// There are reporting hooks in the loop receiving the [EvolveState], which can by handled by an
 /// [StrategyReporter] (e.g. [EvolveReporterDuration], [EvolveReporterSimple]). But you are encouraged to
 /// roll your own, see [StrategyReporter].
 ///
 /// For [Evolve] the reporting has an additional `on_selection_complete` hook, because
-/// that is a more interesting point in the loop. As the population and cardinality are refreshed
+/// that is a more interesting point in the loop, as the population and cardinality are refreshed
 /// after selection.
 /// The `on_generation_complete` contains all the new mutations, most of which will be immediately
 /// selected out. This gives the false impression of good cardinality while there is actually little.

src/strategy/hill_climb.rs

@@ -57,7 +57,7 @@ pub enum HillClimbVariant {
 ///
 /// There are optional mutation distance limitations for
 /// [RangeGenotype](crate::genotype::RangeGenotype) and
-/// [MultiRangeGenotype](crate::genotype::MultiRangeGenotype) neighbouring chromosomes, see [MutationType].
+/// [MultiRangeGenotype](crate::genotype::MultiRangeGenotype) neighbouring chromosomes, see [crate::genotype::MutationType].
 /// * With MutationType::Scaled
 ///     * Mutation distance only on edges of current scale (e.g. -1 and +1 for -1..-1 scale)
 ///         * Pick random edge for [HillClimbVariant::Stochastic]

src/strategy/permutate.rs

@@ -43,7 +43,7 @@ pub enum PermutateVariant {
 ///
 /// There is a method to permutate
 /// [RangeGenotype](crate::genotype::RangeGenotype) and
-/// [MultiRangeGenotype](crate::genotype::MultiRangeGenotype) chromosomes, see [MutationType].
+/// [MultiRangeGenotype](crate::genotype::MultiRangeGenotype) chromosomes, see [crate::genotype::MutationType].
 /// * With MutationType::Scaled
 ///     * First scale (index = 0) traverses the whole allele_range(s) with the upper bound of the
 ///     first scale as step size.