class Phytomer(object):
def __init__(self, phytomerNumber, rank, state, treeInstance, day, month,
year, TT, initiationday, initiationmonth, initiationyear,
initiationTT):
#self.name = "Phytomer_" + repr(phytomerNumber)
self.name = phytomerNumber
self.rank = rank
self.state = state
self.tree = treeInstance
self.appearanceDay = day
self.appearanceMonth = month
self.appearanceYear = year
self.appearanceTT = TT
self.initiationDay = initiationday
self.initiationMonth = initiationmonth
self.initiationYear = initiationyear
self.initiationTT = initiationTT
self.deathday = 0
self.deathmonth = 0
self.deathyear = 0
self.deathTT = 0
self.leaf = Leaf(self)
self.bunch = Bunch(self)
self.internode = Internode(self)
self.demand = 0
self.step_apparition = self.tree.simulation.step
def getName(self):
return self.name
def getLeaf(self):
return self.leaf
def getBunch(self):
return self.bunch
def getRank(self):
return self.rank
def getAppearanceDay(self):
return self.appearanceDay
def getAppearanceMonth(self):
return self.appearanceMonth
def getAppearanceYear(self):
return self.appearanceYear
def getInternode(self):
return self.internode
def getTree(self):
return self.tree
def growth_demand(self, TEff):
#organs = self.ActiveOrgans()
#for o in organs :
# o.growth_demand(TEff)
self.leaf.growth_demand(TEff)
self.internode.growth_demand(TEff)
if self.bunch.statut != 'RECOLTE':
self.bunch.growth_demand(TEff)
# print self.tree.plus_vieille_date
#print self.leaf.demand, self.demand
def growth(self):
#organs = self.ActiveOrgans()
#for o in organs :
# o.growth()
self.leaf.growth()
self.internode.growth()
if self.bunch.statut != 'RECOLTE':
self.bunch.growth()
def ActiveOrgans(self):
if self.state == 'DEAD':
organs_active = [self.internode]
if self.state == 'INACTIVE':
organs_active = [self.leaf, self.bunch]
if self.state == 'ACTIVE':
organs_active = [self.leaf, self.bunch, self.internode]
return (organs_active)
def compute_facteur_age(self):
if (GlobalVariables.INCREASE_TAILLE_REGIMES *
(self.tree.simulation.step + self.step_apparition -
self.tree.date_plus_jeune_feuille) +
GlobalVariables.FACTEUR_AGE_INI) > 1:
self.bunch.facteur_age_regimes = 1
else:
self.bunch.facteur_age_regimes = (
GlobalVariables.INCREASE_TAILLE_REGIMES *
(self.tree.simulation.step + self.step_apparition -
self.tree.date_plus_jeune_feuille) +
GlobalVariables.FACTEUR_AGE_INI)
self.bunch.pot_fruits_number = self.bunch.facteur_age_regimes * GlobalVariables.MEAN_FRUIT_NUMBER_ADULTE
