Ramping deck analysis

analyzer/models.py

@@ -1,6 +1,6 @@
 import re
 from django.db import models
-from mtgweb.lib.mtg import mtg
+from mtgweb.lib.mtg import mtg, analyze
 
 # Create your models here.
 class CardType(models.Model):
@@ -87,6 +87,28 @@ class Deck(models.Model):
             else:
                 curve[cost] += included.count
         return curve
+    def ramp(self, type=None):
+        ramp = {}
+        deck_size = sum([i.count for i in self.included_set.all()])
+        lands = sum([i.count for i in self.included_set.all() if 'land' in i.card.type.name.split(' ')])
+        if type:
+            cards = [i for i in self.included_set.all() if type in i.card.type.name.split(' ')]
+        else:
+            cards = [i for i in self.included_set.all() if 'land' not in i.card.type.name.split(' ')]
+        card_count = sum([i.count for i in cards])
+        card_costs = sum([i.count * mtg.ManaCost(i.card.cost).converted() for i in cards])
+        max_cost = max([mtg.ManaCost(i.card.cost).converted() for i in cards])
+        avg_cost = card_costs / float(card_count)
+        avg_cost = int(round(avg_cost))
+        turns = [] 
+        for turn in range(avg_cost, max_cost + 1):
+            castable = sum([i.count for i in cards if mtg.ManaCost(i.card.cost).converted() <= turn])
+            p_land = 1 -  analyze.draw_probability(lands, deck_size, avg_cost, turn)
+            p_spell = 1 - analyze.draw_probability(castable, deck_size, 1, turn, avg_cost)
+            probability = 1 - p_land - p_spell
+            turns.append({'turn': turn, 'probability': probability * 100})
+        return turns
+
 class Included(models.Model):
     card = models.ForeignKey(Card)
     deck = models.ForeignKey(Deck)

decks/views.py

@@ -34,6 +34,20 @@ def detail(request, id):
     symbol_chart.add_data(symbols.values())
     symbol_chart.set_pie_labels([mtg.Mana.types[m] for m in symbols.keys()])
     symbol_chart.set_colours([colors[m] for m in symbols.keys()])
+
+    ramp_data = deck.ramp()
+    min_range = min([t['probability'] for t in ramp_data]) // 5 * 5
+    ramp_chart = SimpleLineChart(250, 100, y_range=[min_range, 100])
+    ramp_chart.fill_solid(SimpleLineChart.BACKGROUND, 'FFFFFF00')
+    ramp_chart.add_data([t['probability'] for t in ramp_data])
+    labels_left = range(min_range, 100, (100 - min_range) // 5)
+    labels_left[0] = ''
+    ramp_chart.set_axis_labels(Axis.LEFT, labels_left)
+    ramp_chart.set_axis_labels(Axis.BOTTOM, ['Turn {0}'.format(t['turn']) for t in ramp_data])
+    for i in range(len(ramp_data)):
+        p = ramp_data[i]['probability']
+        ramp_chart.add_marker(0, i, 'd', '000000', 5)
+        #ramp_chart.add_marker(0, i, 't{0}%'.format(round(p)), '000000', 10)
     
     curve = deck.mana_curve()
     for i in range(max(curve.keys()) + 1):

lib/mtg

@@ -1 +1 @@
-Subproject commit d5206fc6df410836b0b24d1e8d9eae34e4a1ea65
+Subproject commit 9b5f01ab8b5701e1e3222ab6a29f728f82fbc0cb