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+problem 1
+# Using flowGate, go ahead and create your own series of gates for either our data or your own for any 
+#cell populations that might interest you. Once done, save the GatingSet, and then successfully reload it.
+# Add another gate, but intentionally misdraw it. Then proceed to visualize, identify and correct it, before saving again.
+#If you do plan to switch over to R for gating long-term, these skillsets will be essential, as you will need to be confident
+# in your ability to adjust your gates as needed.
+
+#problem 2
+#Go ahead and create your own openCyto gate template, extending to whatever cell target population of interest. 
+#Visualize the differences, and ensure that the gates are correctly applied for everyone. Set gate_constaint arguments 
+#as needed until everything is just right.
+#If you do plan to switch over to R for gating long-term, these skillsets will be essential, 
+#as you will need to be confident in your ability to adjust your gates as needed.
+
+#problem 3
+#Re-run your openCyto template, but then add a few additional flowGate on to to extend it further. 
+#Save the gating set, close out of positron, and successfully reload.
+problem1
+jjjj