def process_parcel(parcel):
global parcel_set, z, node_set, submarket, esubmarket, isr, parcelfees, costdiscount
global NOZONINGCNT, NOBUILDTYPES
global building_sqft
###################
# CAUTION: unfortunately, there's more scenario-specific stuff
# that has to wait until the parcel is identified
if parcel_set['tpp_id'][parcel] == -1: costdiscount = 0.0
###################
debugoutput = ''
current_year = SimulationState().get_current_time()
pid = parcel_set['parcel_id'][parcel]
county_id = parcel_set['county_id'][parcel]
taz = parcel_set['zone_id'][parcel]
node_id = parcel_set['node_id'][parcel]
existing_sqft = building_sqft[parcel]
existing_price = building_price[parcel]
if existing_sqft < 0: existing_sqft = 0
if existing_price < 0: existing_price = 0
if DEBUG: print "parcel_id is %d" % pid
if DEBUG > 0: print "node_id is %d" % node_id
shape_area = parcel_set['shape_area'][parcel]
v = float(shape_area)*10.7639
#set_value(excel,sp,"Bldg Form","C28",v)
try: zoning = z.get_zoning(pid)
except:
#print "Can't find zoning for parcel: %d, skipping" % pid
return
btypes = z.get_building_types(pid)
if not zoning:
#print "NO ZONING FOR PARCEL"
NOZONINGCNT += 1
return
if not btypes:
#print "NO BUILDING TYPES FOR PARCEL"
NOBUILDTYPES += 1
return
if v < 800:
#print "PARCEL SIZE IS TOO SMALL"
return
if DEBUG > 0: print "Parcel size is %f" % v
far = z.get_attr(zoning,'max_far', 100)
height = int(z.get_attr(zoning,'max_height', 1000))
max_dua = int(z.get_attr(zoning,'max_dua', 100))
max_dua = min(max_dua,30)
if DEBUG: print far, height, max_dua
if far == 100 and height == 1000: far,height = .75,10
bform = BForm(pid,v,far,height,max_dua,county_id,taz,isr,parcelfees,existing_sqft,existing_price)
if DEBUG > 0: print "ZONING BTYPES:", btypes
# right now we can't have MF-CONDO (type 5)
devmdl_btypes = []
if 1 in btypes: devmdl_btypes+=[1,2]
if 2 in btypes or 3 in btypes:
devmdl_btypes+=[3,5] # MF to MF-rental and MF-condo
if 4 in btypes: devmdl_btypes.append(7) # office to office
#if 5 in btypes: continue # hotel
#if 6 in btypes: continue # schools
if 7 in btypes or 8 in btypes: # light industrial and warehouse to warehouse
devmdl_btypes.append(13)
if 9 in btypes: devmdl_btypes.append(12) # heavy industrial to manufacturing
if 10 in btypes: devmdl_btypes.append(10) # strip mall to auto
if 11 in btypes: devmdl_btypes.append(11) # big box to big box
if 12 in btypes: devmdl_btypes+=[4,6] # residential-focused to MXD-MF and MXD-condo
if 13 in btypes: devmdl_btypes.append(9) # retail focused to neighborhood retail
if 14 in btypes: devmdl_btypes.append(7) # employment-focused to MXD-office
btypes = devmdl_btypes
#print btypes
idx_node_parcel = numpy.where(node_set['node_id']==node_id)[0]
if DEBUG > 0: print "DEVMDL BTYPES:", btypes
maxnpv, maxbuilding = 0, -1
## number of units and sqft_per_unit by number of bedrooms (1, 2, 3, 4)
units = zeros(4, dtype='i4')
sqft_per_unit = zeros(4, dtype='i4')
for btype in btypes:
if DEBUG > 0: print "building type = %s" % btype
if 1: #btype in [1,2,3,4,5,6]: # RESIDENTIAL
zone_id = parcel_set['zone_id'][parcel]
lotsize = node_set['avg_sf_lot_size'][idx_node_parcel][0]
unitsize = node_set['avg_sf_unit_size'][idx_node_parcel][0]
unitsize2 = node_set['avg_mf_unit_size'][idx_node_parcel][0]
unitprice = node_set['avg_sf_unit_price'][idx_node_parcel][0]
unitprice2 = node_set['avg_mf_unit_price'][idx_node_parcel][0]
unitrent = node_set['avg_sf_unit_rent'][idx_node_parcel][0]
unitrent2 = node_set['avg_mf_unit_rent'][idx_node_parcel][0]
of_rent_sqft = node_set['avg_of_sqft_rent'][idx_node_parcel][0]
ret_rent_sqft = node_set['avg_ret_sqft_rent'][idx_node_parcel][0]
ind_rent_sqft = node_set['avg_ind_sqft_rent'][idx_node_parcel][0]
if not unitsize: unitsize = 1111
if unitsize<250: unitsize = 1111
if unitsize>8000: unitsize = 8000
if not unitsize2: unitsize2 = 888
if unitsize2<250: unitsize2 = 888
if unitsize2>6000: unitsize2 = 6000
price_per_sqft_sf = (unitprice*1.0)/unitsize
price_per_sqft_mf = (unitprice2*1.0)/unitsize2
rent_per_sqft_sf = (unitrent*1.0)/unitsize
rent_per_sqft_mf = (unitrent2*1.0)/unitsize2
if numpy.isinf(price_per_sqft_sf): price_per_sqft_sf = 0
if numpy.isinf(price_per_sqft_mf): price_per_sqft_mf = 0
if numpy.isinf(rent_per_sqft_sf): rent_per_sqft_sf = 0
if numpy.isinf(rent_per_sqft_mf): rent_per_sqft_mf = 0
if numpy.isinf(of_rent_sqft): of_rent_sqft = 0
if numpy.isinf(ret_rent_sqft): ret_rent_sqft = 0
if numpy.isinf(ind_rent_sqft): ind_rent_sqft = 0
if of_rent_sqft < 7: of_rent_sqft = 7
if ret_rent_sqft < 7: ret_rent_sqft = 7
if ind_rent_sqft < 7: ind_rent_sqft = 7
#if price_per_sqft_mf > 700: price_per_sqft_mf = 700
#price_per_sqft_mf *= .35
price_per_sqft_mf *= price_shifters['price_per_sqft_mf']
#if price_per_sqft_mf > 1.5 * price_per_sqft_sf:
# price_per_sqft_mf = 1.5 * price_per_sqft_sf
#price_per_sqft_mf = price_per_sqft_sf*.5
if DEBUG > 0: print "price_per_sqft_sf:", price_per_sqft_sf, "price_per_sqft_mf:", price_per_sqft_mf, "rent_per_sqft_sf:", rent_per_sqft_sf, "rent_per_sqft_mf:", rent_per_sqft_mf
if DEBUG > 0: print "of_rent_sqft:", of_rent_sqft, "ret_rent_sqft:", ret_rent_sqft, "ind_rent_sqft:", ind_rent_sqft
#prices = (price_per_sqft_sf*1.2,price_per_sqft_mf,rent_per_sqft_sf,rent_per_sqft_mf*2,of_rent_sqft*1.85,ret_rent_sqft*1.85,ind_rent_sqft*2.5)
prices = (price_per_sqft_sf*1.0*price_shifters['price_per_sqft_sf'],
price_per_sqft_mf*1.0,
rent_per_sqft_sf*1.0*price_shifters['rent_per_sqft_sf'],
rent_per_sqft_mf*1.0*price_shifters['rent_per_sqft_mf'],
of_rent_sqft*price_shifters['of_rent_sqft'],
ret_rent_sqft*price_shifters['ret_rent_sqft'],
ind_rent_sqft*price_shifters['ind_rent_sqft'])
if not lotsize: lotsize = 11111
if lotsize <1000: lotsize = 11111
if lotsize>20000: lotsize=20000
if DEBUG > 0: print "zone:", zone_id, "lotsize:", lotsize, "HS size:", unitsize, "MF size:", unitsize2
bform.set_unit_sizes(lotsize,unitsize,unitsize2)
bform.set_btype(btype)
parking = z.get_parking_requirements(pid, btype)
bform.set_parking(parking)
#if 1: print btype
pjurisdiction = parcel_set['jurisdiction_id'][parcel]
pschooldistrict = parcel_set['schooldistrict'][parcel]
ptransit = parcel_set['within_half_mile_transit'][parcel]
from numpy import logical_and, where
sub_idx = where(logical_and(submarket['schooldistrict'] == pschooldistrict,
submarket['within_half_mile_transit'] == ptransit)
)[0]
submarket_info = {}
for attr in submarket.get_known_attribute_names():
submarket_info[attr] = submarket[attr][sub_idx]
esub_idx = where(logical_and(esubmarket['jurisdiction_id'] == pjurisdiction,
esubmarket['within_half_mile_transit'] == ptransit)
)[0]
esubmarket_info = {}
for attr in esubmarket.get_known_attribute_names():
esubmarket_info[attr] = esubmarket[attr][esub_idx]
submarket_pool = submarkets.setup_dataset_pool(opus=False,btype=btype,submarket_info=submarket_info,esubmarket_info=esubmarket_info)
X, npv = devmdl_optimize.optimize(bform,prices,costdiscount,
submarket_pool)
if DEBUG: print X, npv
bformdbg = (county_id,far,height,max_dua,bform.sf_builtarea(),bform.sfunitsizes,bform.mf_builtarea(),bform.mfunitsizes,bform.num_units,bform.nonres_sqft,bform.buildable_area)
pfeesstr = ''
if parcelfees: pfeesstr = parcelfees.get(pid)
otherdbg = (isr,pfeesstr,existing_sqft,existing_price,lotsize,unitsize,unitsize2,string.join([str(x) for x in bform.sales_absorption],'|'),string.join([str(x) for x in bform.rent_absorption],'|'),string.join([str(x) for x in bform.leases_absorption],'|'),string.join([str(x) for x in bform.sales_vacancy_rates],'|'),string.join([str(x) for x in bform.vacancy_rates],'|'))
debugoutput += string.join([str(x) for x in [pid,btype,npv,bform.actualfees]+list(prices)+list(bformdbg)+list(otherdbg)]
,sep=',')+'\n'
#if npv == -1: return # error code
if npv > maxnpv:
maxnpv = npv
nonres_sqft = bform.nonres_sqft
sqft = nonres_sqft # add residential below
if btype in [1,2,3,4,5,6]: # RESIDENTIAL
if btype in [1,2]:
res_sqft = bform.sf_builtarea()
sqft_per_unit = bform.sfunitsizes
else:
res_sqft = bform.mf_builtarea()
sqft_per_unit = bform.mfunitsizes
sqft += res_sqft
res_units = sum(bform.num_units)
else:
res_sqft = 0
res_units = 0
stories = sqft / bform.buildable_area
#this is to be recoded tenure: 1 - rent, 2 - own from 0 - own, 1 - rent
tenure = 0
if btype in [3,4]: tenure = 1
year_built = current_year
stories = math.ceil(stories)
sqft = math.floor(sqft)
res_sqft = math.floor(res_sqft)
nonres_sqft = math.floor(nonres_sqft)
res_units = math.ceil(res_units) # these are partial units, but usually very close to one
# it's not mixed if the nonres gets optimized out
if btype == 12 and nonres_sqft == 0: btype = 3
building = (pid, county_id, btype, stories, sqft, res_sqft, nonres_sqft, tenure, year_built, res_units, npv, bform.actualfees)
maxbuilding = building
units = bform.num_units
return maxbuilding, (units, sqft_per_unit), debugoutput
def process_parcel(parcel):
global parcel_set, z, node_set, zone_set, submarket, esubmarket, isr, parcelfees, costdiscount, i
global NOZONINGCNT, NOBUILDTYPES
global building_sqft
debugoutput = ''
current_year = SimulationState().get_current_time()
pid = parcel_set['parcel_id'][parcel]
county_id = parcel_set['county_id'][parcel]
taz = parcel_set['zone_id'][parcel]
if NODES:
node_id = parcel_set['node_id'][parcel]
zoning_id = parcel_set['zoning_id'][parcel]
existing_sqft = building_sqft[parcel]
existing_price = building_price[parcel]
if existing_sqft < 0: existing_sqft = 0
if existing_price < 0: existing_price = 0
if DEBUG: print "parcel_id is %d" % pid
shape_area = parcel_set['parcel_sqft'][parcel]
v = float(shape_area) #*10.7639
if URBANVISION:
#try: zoning = z.get_zoning(pid)
try: zoning = zoning_id
except:
return
if zoning < 1:
return
btypes = z.get_building_types(zoning)
if not zoning:
NOZONINGCNT += 1
return
if not btypes:
NOBUILDTYPES += 1
return
if v < 800:
return
if DEBUG > 0: print "Parcel size is %f" % v
####################### Not having max far , max height, max dua
far = z.get_far(pid)
# height = int(z.get_attr(zoning,'max_height', 1000))
# max_dua = int(z.get_attr(zoning,'max_dua', 100))
# max_dua = min(max_dua,50)
#far = 2
height = 400
max_dua = 100
if DEBUG: print far, height, max_dua
if far == 100 and height == 1000: far,height = .75,10
bform = BForm(pid,v,far,height,max_dua,county_id,taz,isr,parcelfees,existing_sqft,existing_price)
else:
print "Need to flesh out the case where zoning data is entirely in cache"
#bform = BForm(pid,v,far,height,max_dua,county_id,taz,isr,parcelfees,existing_sqft,existing_price)
################################################!!!!!!!!! Need to clarify the developer model's building typology
if DEBUG > 0: print "ZONING BTYPES:", btypes
devmdl_btypes = []
if 20 in btypes: devmdl_btypes+=[1,2] ##sf detached
if 24 in btypes or 3 in btypes or 2 in btypes: ##sf attached and multifamily
devmdl_btypes+=[3,5] # MF to MF-rental and MF-condo
if 5 in btypes: devmdl_btypes.append(7) # office to office
if 22 in btypes: # warehouse to warehouse
devmdl_btypes.append(13)
if 9 in btypes: devmdl_btypes.append(12) #industrial to manufacturing
if 18 in btypes: devmdl_btypes+=[10,11,9] #retail to retail
if 11 in btypes: devmdl_btypes+=[4,6] # mixed to MXD-MF and MXD-condo
btypes = devmdl_btypes
#print btypes
if NODES:
idx_node_parcel = numpy.where(node_set['node_id']==node_id)[0]
else:
idx_zone_parcel = numpy.where(zone_set['zone_id']==taz)[0]
if DEBUG > 0: print "DEVMDL BTYPES:", btypes
npv = 0
maxnpv, maxbuilding = 0, -1
## number of units and sqft_per_unit by number of bedrooms (1, 2, 3, 4)
units = zeros(4, dtype='i4')
sqft_per_unit = zeros(4, dtype='i4')
for btype in btypes:
if DEBUG > 0: print "building type = %s" % btype
if 1: #btype in [1,2,3,4,5,6]: # RESIDENTIAL
if NODES:
zone_id = parcel_set['zone_id'][parcel]
lotsize = node_set['avg_sf_lot_size'][idx_node_parcel][0]
unitsize = node_set['avg_sf_unit_size'][idx_node_parcel][0]
unitsize2 = node_set['avg_mf_unit_size'][idx_node_parcel][0]
unitprice = node_set['avg_sf_unit_price'][idx_node_parcel][0]
unitprice2 = node_set['avg_mf_unit_price'][idx_node_parcel][0]
unitrent = node_set['avg_sf_unit_rent'][idx_node_parcel][0]
unitrent2 = node_set['avg_mf_unit_rent'][idx_node_parcel][0]
of_rent_sqft = node_set['avg_of_sqft_rent'][idx_node_parcel][0]
ret_rent_sqft = node_set['avg_ret_sqft_rent'][idx_node_parcel][0]
ind_rent_sqft = node_set['avg_ind_sqft_rent'][idx_node_parcel][0]
else:
print "Need to flesh this section out with zonal variables"
if not unitsize: unitsize = 1111
if unitsize<250: unitsize = 1111
if unitsize>8000: unitsize = 8000
if not unitsize2: unitsize2 = 888
if unitsize2<250: unitsize2 = 888
if unitsize2>6000: unitsize2 = 6000
price_per_sqft_sf = (unitprice*1.0)/unitsize
price_per_sqft_mf = (unitprice2*1.0)/unitsize2
rent_per_sqft_sf = (unitrent*1.0)/unitsize
rent_per_sqft_mf = (unitrent2*1.0)/unitsize2
if numpy.isinf(price_per_sqft_sf): price_per_sqft_sf = 0
if numpy.isinf(price_per_sqft_mf): price_per_sqft_mf = 0
if numpy.isinf(rent_per_sqft_sf): rent_per_sqft_sf = 0
if numpy.isinf(rent_per_sqft_mf): rent_per_sqft_mf = 0
if numpy.isinf(of_rent_sqft): of_rent_sqft = 0
if numpy.isinf(ret_rent_sqft): ret_rent_sqft = 0
if numpy.isinf(ind_rent_sqft): ind_rent_sqft = 0
if of_rent_sqft < 7: of_rent_sqft = 7
if ret_rent_sqft < 7: ret_rent_sqft = 7
if ind_rent_sqft < 7: ind_rent_sqft = 7
#if price_per_sqft_mf > 700: price_per_sqft_mf = 700
#price_per_sqft_mf *= .35
price_per_sqft_mf *= price_shifters['price_per_sqft_mf']
#if price_per_sqft_mf > 1.5 * price_per_sqft_sf:
# price_per_sqft_mf = 1.5 * price_per_sqft_sf
#price_per_sqft_mf = price_per_sqft_sf*.5
if DEBUG > 0: print "price_per_sqft_sf:", price_per_sqft_sf, "price_per_sqft_mf:", price_per_sqft_mf, "rent_per_sqft_sf:", rent_per_sqft_sf, "rent_per_sqft_mf:", rent_per_sqft_mf
if DEBUG > 0: print "of_rent_sqft:", of_rent_sqft, "ret_rent_sqft:", ret_rent_sqft, "ind_rent_sqft:", ind_rent_sqft
#prices = (price_per_sqft_sf*1.2,price_per_sqft_mf,rent_per_sqft_sf,rent_per_sqft_mf*2,of_rent_sqft*1.85,ret_rent_sqft*1.85,ind_rent_sqft*2.5)
prices = (price_per_sqft_sf*1.0*price_shifters['price_per_sqft_sf'],
price_per_sqft_mf*1.0,
rent_per_sqft_sf*1.0*price_shifters['rent_per_sqft_sf'],
rent_per_sqft_mf*1.0*price_shifters['rent_per_sqft_mf'],
of_rent_sqft*price_shifters['of_rent_sqft'],
ret_rent_sqft*price_shifters['ret_rent_sqft'],
ind_rent_sqft*price_shifters['ind_rent_sqft'])
if not lotsize: lotsize = 11111
if lotsize <1000: lotsize = 11111
if lotsize>20000: lotsize=20000
if DEBUG > 0: print "zone:", zone_id, "lotsize:", lotsize, "HS size:", unitsize, "MF size:", unitsize2
bform.set_unit_sizes(lotsize,unitsize,unitsize2)
bform.set_btype(btype)
#parking = z.get_parking_requirements(pid, btype)
parking = None
bform.set_parking(parking) ############add parking info for DRCOG!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
#if 1: print btype
#pjurisdiction = parcel_set['jurisdiction_id'][parcel]
#pschooldistrict = parcel_set['schooldistrict'][parcel]
pzone = parcel_set['zone_id'][parcel]
ptransit = parcel_set['within_half_mile_transit'][parcel]
sub_idx = where(logical_and(submarket['zone_id'] == taz,
submarket['within_half_mile_transit'] == ptransit)
)[0]
submarket_info = {}
for attr in submarket.get_known_attribute_names():
submarket_info[attr] = submarket[attr][sub_idx]
esub_idx = where(logical_and(esubmarket['zone_id'] == taz,
esubmarket['within_half_mile_transit'] == ptransit)
)[0]
esubmarket_info = {}
for attr in esubmarket.get_known_attribute_names():
esubmarket_info[attr] = esubmarket[attr][esub_idx]
submarket_pool = submarkets.setup_dataset_pool(opus=False,btype=btype,submarket_info=submarket_info,esubmarket_info=esubmarket_info) ###Look into this
X, npv = devmdl_optimize.optimize(bform,prices,costdiscount,
submarket_pool)
if DEBUG: print X, npv
bformdbg = (county_id,far,height,max_dua,bform.sf_builtarea(),bform.sfunitsizes,bform.mf_builtarea(),bform.mfunitsizes,bform.num_units,bform.nonres_sqft,bform.buildable_area)
pfeesstr = ''
if parcelfees: pfeesstr = parcelfees.get(pid)
otherdbg = (isr,pfeesstr,existing_sqft,existing_price,lotsize,unitsize,unitsize2,string.join([str(x) for x in bform.sales_absorption],'|'),string.join([str(x) for x in bform.rent_absorption],'|'),string.join([str(x) for x in bform.leases_absorption],'|'),string.join([str(x) for x in bform.sales_vacancy_rates],'|'),string.join([str(x) for x in bform.vacancy_rates],'|'))
debugoutput += string.join([str(x) for x in [pid,btype,npv,bform.actualfees]+list(prices)+list(bformdbg)+list(otherdbg)]
,sep=',')+'\n'
#if npv == -1: return # error code
if npv > maxnpv:
maxnpv = npv
nonres_sqft = bform.nonres_sqft
sqft = nonres_sqft # add residential below
if btype in [1,2,3,4,5,6]: # RESIDENTIAL
if btype in [1,2]:
res_sqft = bform.sf_builtarea()
sqft_per_unit = bform.sfunitsizes
else:
res_sqft = bform.mf_builtarea()
sqft_per_unit = bform.mfunitsizes
sqft += res_sqft
res_units = sum(bform.num_units)
else:
res_sqft = 0
res_units = 0
stories = sqft / bform.buildable_area
#this is to be recoded tenure: 1 - rent, 2 - own from 0 - own, 1 - rent
tenure = 0
if btype in [3,4]: tenure = 2
year_built = current_year
stories = math.ceil(stories)
sqft = math.floor(sqft)
res_sqft = math.floor(res_sqft)
nonres_sqft = math.floor(nonres_sqft)
res_units = math.ceil(res_units) # these are partial units, but usually very close to one
# it's not mixed if the nonres gets optimized out
#if btype in [4,6] and nonres_sqft == 0: btype = 3
if btype in [1,2]: btype = 20
if btype in [3,4]: btype = 2
if btype in [5,6]: btype = 3
if btype in [7,8]: btype = 5
if btype in [9,10,11]: btype = 18
if btype == 12: btype = 9
if btype == 13: btype = 22
if btype == 14: btype = 23
building = (pid, county_id, btype, stories, sqft, res_sqft, nonres_sqft, tenure, year_built, res_units, npv, bform.actualfees)
maxbuilding = building
units = bform.num_units
return maxbuilding, (units, sqft_per_unit), debugoutput