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--- 2016:groups:g4:start [2016/01/10 12:53] – group4
+++ 2016:groups:g4:start [2024/01/09 18:45] (current) – external edit 127.0.0.1
@@ Line 25: / Line 25: @@
    *The authors make no conclusions about which plant species is being mimicked. How would the dynamics of this system change if there were more than one plant species serving as model?
    *Is it possible for orchid mantis to maintain higher population densities than their flower model? If so, what mechanisms would allow this surprising outcome?
+===== Proposed Model =====
+Our model is in this {{:2016:groups:g4:model.pdf|}} pdf file.
 ===== For Testing the Model =====
+If you are in windows download you can just download unzip and run this file:
+   *{{:2016:groups:g4:group4_model.rar|}}
 For testing our model during the presentation you can copy and paste this python source code and run it for an interactive model simulator.
 If it doesn't work for you follow this instructions:
@@ Line 47: / Line 54: @@
   *In another operating system you should find how to install pip and then follow the instructions above.
-<code python>
+<file python model.py>
 #!/bin/python
@@ Line 274: / Line 281: @@
         self.sc1.setData(s1x, s1y)
         self.sc2.setData(s2x, s2y)
-        # axis = self.fpa_plt.getPlotItem().getAxis('bottom')
-        # x = [(i * 5, '{0:.2}'.format((4 * a * self.d1 * self.d2) / (self.k1 * self.k2))) for i, a in
-        #      enumerate(values[::5])]
-        # axis.setTicks([x])
-        # axis.setLabel('4*alpha*d1*d2 / k1*k2')
     def upd(self, *args):
@@ Line 413: / Line 415: @@
-</code>
+</file>
 ===== References =====