def allocate(self, avoid_conflicts=True):
p = PanelMaker()
panels = p.form_panels(self.adjudicators, len(self.debates))
assert len(self.debates) <= len(panels)
self.debates.sort(key=lambda d: self.get_debate_energy(d), reverse=True)
panels.sort(key=lambda p: p.get_energy(), reverse=True)
self.pairings = list(zip(self.debates, panels))
if avoid_conflicts:
for i, (debate, panel) in enumerate(self.pairings):
if panel.conflicts(debate):
j = self.search_swap(i, list(range(i, 0, -1)))
if j is None:
j = self.search_swap(i, list(range(i+1, len(panels))))
from adjallocation.allocation import AdjudicatorAllocation
allocation = []
for debate, panel in self.pairings:
a = AdjudicatorAllocation(debate)
a.chair = panel[0]
a.panel = panel[1:]
allocation.append(a)
return allocation
def allocate(self, avoid_conflicts=True):
p = PanelMaker()
panels = p.form_panels(self.adjudicators, len(self.debates))
assert len(self.debates) <= len(panels)
self.debates.sort(key=lambda d: self.get_debate_energy(d),
reverse=True)
panels.sort(key=lambda p: p.get_energy(), reverse=True)
self.pairings = list(zip(self.debates, panels))
if avoid_conflicts:
for i, (debate, panel) in enumerate(self.pairings):
if panel.conflicts(debate):
j = self.search_swap(i, list(range(i, 0, -1)))
if j is None:
j = self.search_swap(i, list(range(i + 1,
len(panels))))
from adjallocation.allocation import AdjudicatorAllocation
allocation = []
for debate, panel in self.pairings:
a = AdjudicatorAllocation(debate)
a.chair = panel[0]
a.panel = panel[1:]
allocation.append(a)
return allocation
