Completed K-Complexity

cog.py

@@ -0,0 +1,49 @@
+from utils import Element, KComplexity
+import primitive_fucntions as pf
+
+a = Element("a", 1, "red")
+b = Element("b", 2, "blue")
+c = Element("c", 3, "green")
+d = Element("d", 4, "yellow")
+
+Elements = {a, b, c, d}
+
+def cog_1(E):
+    pf.sample(E)
+    among_us = []
+    pf.add(a, among_us)
+    pf.add(pf.sample(E), among_us)
+    pf.remove(b, among_us)
+
+kc = KComplexity()
+cog_1(Elements)
+print(kc.get_k_complexity())
+#print(kc.get_prim_counts())
+
+'''
+element_set = {a,b,c,d}
+S = ElementSet(element_set)
+kc = KComplexity()
+cf.iterate(S)
+print(kc.get_cog_name() + ' k-complexity: ', kc.get_k_complexity())
+print(kc.get_cog_name() + ' primitive count: ', kc.get_prim_counts())
+print('Total K-complexity: ', kc.get_total_k_complexity())
+print('Total primitive counts: ', kc.get_total_prim_counts())
+
+kc.plot_prim_counts()
+kc.plot_total_prim_counts()
+kc.plot_cog_vs_prim()
+
+element_set = {a,b,c,d}
+S = ElementSet(element_set)
+cf.palindrome(S)
+print(kc.get_cog_name() + ' k-complexity: ', kc.get_k_complexity())
+print(kc.get_cog_name() + ' primitive count: ', kc.get_prim_counts())
+print('Total K-complexity: ', kc.get_total_k_complexity())
+print('Total primitive counts: ', kc.get_total_prim_counts())
+
+
+kc.plot_prim_counts()
+kc.plot_total_prim_counts()
+kc.plot_cog_vs_prim()
+'''