Documentation updates

docs/src/cell.md

@@ -41,5 +41,7 @@ Description: The Cell object represents a biological cell within a simulation. I
 
 - Array getStats(): returns this Cell's statistics as an Array in appropriate units
 
+- Genome *getGenome(): returns a reference to _cellGenome
+
 ## Non-Member Functions
 None

docs/src/genome.md

@@ -9,9 +9,29 @@ Inherited by: none
 Description: the Genome is a class that contains and manages the Cell's Genes
 
 ### Properties
+- cell_membrane_chance (float[]): the range of values (0 to 100) within which a CellMembraneGene will be created in GenerateRandomGene()
+- flagella_chance (float[]): the range of values (0 to 100) within which a FlagellaGene will be created in GenerateRandomGene()
+- mitochondria_chance (float[]): the range of values (0 to 100) within which a MitochondriaGene will be created in GenerateRandomGene()
+- nucleus_chance (float[]): the range of values (0 to 100) within which a NucleusGene will be created in GenerateRandomGene()
+- ribosome_chance (float[]): the range of values (0 to 100) within which a RibosomesGene will be created in GenerateRandomGene()
 - genes (Vector\<Gene *\>): a list of references to Genes managed by this Genome
 
 ### Methods
+- void setCellMembraneChance(float min, float max): sets cell_membrane_chance to the given values
+- float *getCellMembraneChance() const: returns a reference to cell_membrane_chance
+
+- void setFlagellaChance(float min, float max): sets flagella_chance to the given values
+- float *getFlagellaChance() const: returns a reference to flagella_chance
+
+- void setMitochondriaChance(float min, float max): sets mitochondria_chance to the given values
+- float *getMitochondriaChance() const: returns a reference to mitochondria_chance
+
+- void setNucleusChance(float min, float max): sets nucleus_chance to the given values
+- float *getNucleusChance() const: returns a reference to nucleus_chance
+
+- void setRibosomeChance(float min, float max): sets ribosome_chance to the given values
+- float *getRibosomeChance() const: returns a reference to ribosome_chance
+
 - Vector<CellStructure *> expressGenes(): iterates through genes and creates the list of modified CellStructures defined by it
 
 - void addGene(Gene *newGene): appends the given Gene reference to genes
@@ -22,5 +42,7 @@ Description: the Genome is a class that contains and manages the Cell's Genes
 - Gene *getGene(int index): returns the Gene reference at the given index of genes
 - int getSize(): returns the length of genes
 
+- Gene *GenerateRandomGene(): creates a random Gene based on the chance properties
+
 ## Non-Member Functions
 None