def variableCostSum(components, t):
# Name, q, e for each component. If c==0: calc cost from learning curve
var_comp = [(name, q, e) for name, q, c, e, _ in components if c == 0]
# Collections of components modelled usin ELC
lcurveComps = lcurveConf()
costs = []
for name, q, e in var_comp:
colname = lcurveComps[name]
cost_t = collectionCurve(colname, t)
costs.append((cost_t, q))
return sum([c * q for c, q in costs])
def variableCostSum(components,t):
# Name, q, e for each component. If c==0: calc cost from learning curve
var_comp = [ (name,q,e) for name, q, c,e,_ in components if c == 0]
# Collections of components modelled usin ELC
lcurveComps = lcurveConf()
costs = []
for name,q,e in var_comp:
colname = lcurveComps[name]
cost_t = collectionCurve(colname, t)
costs.append((cost_t,q))
return sum([c*q for c,q in costs])
def variableCostList(components, t):
var_comp = [(name, q, e, l) for name, q, c, e, l in components if c == 0]
# Collections of components modelled usin ELC
lcurveComps = lcurveConf()
costs = {}
for name, q, e, l in var_comp:
costs[name] = []
colname = lcurveComps[name]
for n in range(t):
cost_n = collectionCurve(colname, n)
costs[name].append((n, cost_n, q, l))
return costs
def variableCostList(components,t):
var_comp = [ (name,q,e,l) for name, q, c,e,l in components if c == 0]
# Collections of components modelled usin ELC
lcurveComps = lcurveConf()
costs = {}
for name,q,e,l in var_comp:
costs[name] =[]
colname = lcurveComps[name]
for n in range(t):
cost_n = collectionCurve(colname, n)
costs[name].append((n,cost_n,q,l))
return costs
def getCostModelResults(t):
components = readConfig()
curveComponents = lcurveConf()
f_costs = fixedCostSum(components)
m_costs = []
e_costs = []
c_sum = []
# ADD PURCHASE COST
i = 0
init_cost = float(f_costs) + float(variableCostSum(components, 0))
e_cost_sum = 0
m_cost_sum = 0
total_sum = 0
m = maintenenceCost(components, yearsInHours(t))
for i in range(t):
e = energyCost(components, yearsInHours(1), 0.24106)
e_unit_sum = sum([c for name, c in e])
e_cost_sum += e_unit_sum
e_costs.append(e_cost_sum)
# print "Ecost for t="+str(i)
# print e_costs
m_unit_sum = sum([q * c for name, y, h, q, c in m if y == i])
# print "unit m cost sum"
# print m_unit_sum
m_cost_sum += m_unit_sum
m_costs.append(m_cost_sum)
# print "Mcost for t="+str(i)
# print m_costs
if i == 0:
total_sum += e_unit_sum + m_unit_sum + init_cost
c_sum.append(total_sum)
# c_sum.append(e_costs[i] + m_costs[i] + init_cost)
else:
total_sum += e_unit_sum + m_unit_sum
c_sum.append(total_sum)
# c_sum.append(e_costs[i] + m_costs[i])
# print "Csum , ecost , mcost"
# print c_sum,e_costs[i], m_costs[i],init_cost
result = {'Sum': c_sum, 'Energy': e_costs, 'Maintenence': m_costs}
return result
def getCostModelResults(t):
components = readConfig()
curveComponents = lcurveConf()
f_costs = fixedCostSum(components)
m_costs = []
e_costs = []
c_sum = []
# ADD PURCHASE COST
i=0
init_cost = float(f_costs) + float(variableCostSum(components,0))
e_cost_sum = 0
m_cost_sum = 0
total_sum = 0
m = maintenenceCost(components,yearsInHours(t))
for i in range(t):
e = energyCost(components,yearsInHours(1),0.24106)
e_unit_sum = sum([c for name,c in e])
e_cost_sum += e_unit_sum
e_costs.append(e_cost_sum)
# print "Ecost for t="+str(i)
# print e_costs
m_unit_sum = sum([q*c for name,y,h,q,c in m if y==i])
# print "unit m cost sum"
# print m_unit_sum
m_cost_sum += m_unit_sum
m_costs.append(m_cost_sum)
# print "Mcost for t="+str(i)
# print m_costs
if i ==0:
total_sum += e_unit_sum + m_unit_sum + init_cost
c_sum.append(total_sum)
# c_sum.append(e_costs[i] + m_costs[i] + init_cost)
else:
total_sum += e_unit_sum + m_unit_sum
c_sum.append(total_sum)
# c_sum.append(e_costs[i] + m_costs[i])
# print "Csum , ecost , mcost"
# print c_sum,e_costs[i], m_costs[i],init_cost
result = {'Sum':c_sum,'Energy':e_costs,'Maintenence':m_costs}
return result
def maintenenceCost(components, hrs):
m_data = [(name, q, c, l) for name, q, c, e, l in components]
lcurveComps = lcurveConf()
result = []
for name, q, c, l in m_data:
ltmp = l
h = 0
print "-- > " + name + "< --"
print "component length: " + str(len(components))
for h in range(hrs):
if h >= l:
if c == 0:
colname = lcurveComps[name]
c = collectionCurve(colname, hoursInYears(h))
y = hoursInYears(h)
print y
result.append((name, y, h, q, c))
l += ltmp
return result
def maintenenceCost(components,hrs):
m_data = [(name,q,c,l) for name,q,c,e,l in components]
lcurveComps = lcurveConf()
result = []
for name,q,c,l in m_data:
ltmp = l
h=0
print "-- > "+name+"< --"
print "component length: " + str(len(components))
for h in range(hrs):
if h>=l:
if c==0:
colname = lcurveComps[name]
c = collectionCurve(colname,hoursInYears(h))
y = hoursInYears(h)
print y
result.append((name,y,h,q,c))
l += ltmp
return result
