Update README.md

README.md

@@ -4,14 +4,16 @@ A simulation to determine how many co-conspirators are needed on average to dete
 Known Limitations
 -----------------
 1. The simulation only considers a basic lock system with one operator key and one master key. Things like multi-level-masters or multiple shear lines are not supported.
-1. Maximum Adjacent Cut / Minimum Opposite Cut Specifications (MACS / MOCS) are not supported. 
-1. There is no input validation on the variables to KeyTest. Program assumes you provide sane values.
+2. Maximum Adjacent Cut Specifications (MACS) are only supported in basic form: 
+   1. MAC spec must be the same for each pin position
+   2. No support for first/last cut having some min/max value
+3. There is no input validation on the variables to KeyTest. Program assumes you provide sane values.
 
 **No guarantee is made to the accuracy of this calculation. This program is a hypothetical simulation, and not designed to assess any particular brand or model of real world lock/key system. To be used for entertainment purposes only.**
 
 Sample Output
 -------------
-Sample output values (10,000 test runs each):
+Sample output values, no MACs (10,000 test runs each):
 * 6 Pins / 6 Depths / 0 Buffer / Random Masters: 17.013
 * 6 Pins / 6 Depths / 1 Buffer / Random Masters: 10.439
 * 6 Pins / 6 Depths / 1 Buffer / Worst-Case Master: 12.757