The Study of Microevolution Using Agent-Based Modeling
Abstract The Matrix of Oganisms

Meiosis Code
void Organism::meiosis(Nucleotide *gamete) 
{ int x, genect, chromct, crossover; 
  Nucleotide * chromo = new Nucleotide[GENES * GENE_LENGTH], 
  *chromo2 = new Nucleotide[GENES * GENE_LENGTH]; 
  Nucleotide * gene = new Nucleotide[GENE_LENGTH], 
   *gene2 = new Nucleotide[GENE_LENGTH]; 
   
  for(chromct = 0; chromct < CHROMOSOMES; chromct++) 
  { 
    for(genect = 0; genect < GENES; genect++) 
    { 
       crossover = rand() % RATE_MAX; 
       (crossover < CROSSOVER_RATE) ? crossover = 1 : crossover = 0; 
       for(x = 0; x < GENE_LENGTH; x++) 
       { 
         if(crossover) 
	 { 
	    gene[x] = dad[chromct*GENES*GENE_LENGTH + genect*GENE_LENGTH + x]; 
	    gene2[x] = mom[chromct*GENES*GENE_LENGTH + genect*GENE_LENGTH + x];
	 } 
	 else { 
	   gene[x] = mom[chromct*GENES*GENE_LENGTH + genect * GENE_LENGTH + x];
	   gene2[x] = dad[chromct*GENES*GENE_LENGTH + genect*GENE_LENGTH + x]; 
	 } 
	 chromo[genect * GENE_LENGTH + x] = gene[x]; 
	 chromo2[genect * GENE_LENGTH + x] = gene2[x]; 
       } 
     } 
      crossover = rand() % 2; 
      for(x = 0; x < GENES * GENE_LENGTH; x++) 
      { 
         if(crossover) 
	    gamete[(chromct-1)*GENES*GENE_LENGTH+genect*GENE_LENGTH+x]=chromo[x]; 
	 else gamete[(chromct - 1)*GENES*GENE_LENGTH+genect*GENE_LENGTH+x]=chromo2[x]; } 
      } 
       delete chromo; delete chromo2; delete gene; delete gene2; 
      }

Agent Class
    class Organism 
    { 
       public: Organism(); O
       rganism(int ident, int row2, int col2); 
       Organism(Nucleotide* mDNA,Nucleotide* dDNA, int ident, bool malefemale, 
         int row2, int col2); 
       ~Organism(); 
          void printGenome(); 
	  void meiosis(Nucleotide* gamete); 
	  Organism* reproduce(Organism* mate, int ident, int r, int c); 
	  int Interact(Organism* neighbors, int nlen); 
	  void ChangePos(int row2, int col2); 
	  int GeneValue(bool parent, int chromnum, int gennum); 
	  int Row(); 
	  int Col(); 
	  int PIN(); 
	  bool Gender(); 
	  private: void randSpawn(Nucleotide* DNA, int size); 
	     Nucleotide *mom, *dad; int ID, row, col; bool male; };

Graphs of Attributes Over Time, Yet to Be Collected