added link in README

README.md

@@ -69,7 +69,7 @@ A simulation consists of a starting number of specimen (usually 100), and the nu
 
 In the case of draws, a second game was played betweeen the specimen with sides switched. If the second game also tied, then both specimen were added back into the population (in order to play other specimen during the same round). A round of games ended when either the population was less than 20% of the inital population (top of the elimination bracket), or all specimen in the population equally tied games with one another.
 
-The number of rounds tested varied between 5 and 20 (with a population of 50 to 100). For each round completed, a printout of a tabulated statistics summary was displayed. A sample output is found in 'sample_sim_out.txt'. The satistics included were the number of black and white wins between sets of speciemen, a tie and then a respective win, and 2-game ties. Over the course of rounds, it was shown shown that better weighted set of specimen advanced among these rounds, since the number of ties increased over the course of several subsequent rounds.
+The number of rounds tested varied between 5 and 20 (with a population of 50 to 100). For each round completed, a printout of a tabulated statistics summary was displayed. A sample output is found in `sample_sim_out.txt`. The satistics included were the number of black and white wins between sets of speciemen, a tie and then a respective win, and 2-game ties. Over the course of rounds, it was shown shown that better weighted set of specimen advanced among these rounds, since the number of ties increased over the course of several subsequent rounds.
 
 The longest simulation performed was roughly ~40 minutes, with population=100 and rounds=20.