class LUCSettingsEditForm(controlpanel.RegistryEditForm):
schema = ILUCSettings
label = _(u"LUC Settings")
description = _(u"""Configure the LEAM LUC scenario""")
def updateFields(self):
super(LUCSettingsEditForm, self).updateFields()
def updateWidgets(self):
super(LUCSettingsEditForm, self).updateWidgets()
class ILUCSettings(Interface):
"""Setup site configuration for the LUC model"""
# -*- schema definition goes here -*-
scenario_repo = schema.TextLine(
title=_(u"Scenario Repository"),
required=False,
description=_(u"Enter the subversion repository for the LUC model"),
)
scenario_cmd = schema.TextLine(
title=_(u"Scenario Startup Command"),
required=False,
description=_(u"Enter starting command line string"),
default=u"python startup.py -c config.xml",
)
probmap_repo = schema.TextLine(
title=_(u"Driver Set Repository"),
required=False,
description=_(u"Enter the subversion repository for the drivers"),
)
probmap_cmd = schema.TextLine(
title=_(u"Probmap Startup Command"),
required=False,
description=_(u"Enter starting command line string"),
default=u"python startup.py -c config.xml",
)
class IProjection(Interface):
"""A population and employment projection used within the LEAM model"""
# -*- schema definition goes here -*-
projection = schema.Float(
title=_(u"Projection"),
required=True,
description=
_(u"Enter as many population and employment as necssary. Intermediate values will be calculated automatically."
),
)
zone = schema.Object(
title=_(u"Effected Zone"),
required=True,
description=_(u"A GIS layer defining the region of the projection."),
schema=Interface, # specify the interface(s) of the addable types here
)
pop_density = schema.Object(
title=_(u"Population Density"),
required=False,
description=_(u"A GIS layer defining the new population density."),
schema=Interface, # specify the interface(s) of the addable types here
)
emp_density = schema.Object(
title=_(u"Employment Density"),
required=False,
description=_(u"A GIS layer defining the new employment density."),
schema=Interface, # specify the interface(s) of the addable types here
)
redevelopment = schema.Bool(
title=_(u"Redevelopment"),
description=_(u"Select to allow redevelopment."),
)
from leam.luc.config import PROJECTNAME
ProjectionSchema = schemata.ATContentTypeSchema.copy() + atapi.Schema((
# -*- Your Archetypes field definitions here ... -*-
DataGridField( 'projection',
searchable = False,
storage=atapi.AnnotationStorage(),
columns = ('year', 'pop', 'emp'),
allow_reorder = False,
default = [ { 'year': '2010', 'pop': '0', 'emp': '0'},
{ 'year': '2040', 'pop': '0', 'emp': '0'},
],
widget=DataGridWidget(
label=_(u"Projection"),
description=_(u"Enter as many population and employment values as needed. Intermediate values will be calculated automatically."),
columns = {
'year': Column(_(u"Year"), default='2010'),
'pop': Column(_(u"Population"), default='0'),
'emp': Column(_(u"Employment"), default='0'),
}
),
required=True,
),
atapi.ReferenceField( 'zone',
storage=atapi.AnnotationStorage(),
widget=ReferenceBrowserWidget(
label=_(u"Effective Zone"),
description=_(u"Select a subregional map defining the effective modeling zone."),
class IProbmap(Interface):
"""a Land Use Change probability map"""
# -*- schema definition goes here -*-
probview = schema.Object(
title=_(u"Simmap view of the probmap."),
required=False,
description=_(u"A SimMap view visualzing the Probmap."),
schema=Interface, # specify the interface(s) of the addable types here
)
#
probfile = schema.Bytes(
title=_(u"Probmap File"),
required=False,
description=_(u"Precomputed version of the probability map."),
)
#
year = schema.Int(
title=_(u"Effective Year"),
required=True,
description=_(u"First year the probmap will be used."),
)
#
roads = schema.Object(
title=_(u"Additional Roads"),
required=False,
description=_(u"Select a GIS layer that contains any roads not included in the TDM network."),
schema=Interface, # specify the interface(s) of the addable types here
)
#
# transit = schema.Object(
# title=_(u"Transit Networks"),
# required=False,
# description=_(u"Select one or more GIS layers containing regional or local transit networks."),
# schema=Interface, # specify the interface(s) of the addable types here
# )
#
tdm = schema.Object(
title=_(u"Travel Demand Model Transportation Network"),
required=True,
description=_(u"Select a transportation network that has been generated from a travel demand model."),
schema=Interface, # specify the interface(s) of the addable types here
)
trans_w = schema.Int(
title=_(u"Transportation Weight"),
required=False,
description=_(u"Weight of Transportation"),
)
#
nogrowth = schema.Object(
title=_(u"No Growth Maps"),
required=False,
description=_(u"Select one or more GIS layers. These areas will be protected from model development."),
schema=Interface, # specify the interface(s) of the addable types here
)
#
empcenters = schema.Object(
title=_(u"Employment Centers"),
required=True,
description=_(u"Select a GIS layer containing employeers and employmment centers."),
schema=Interface, # specify the interface(s) of the addable types here
)
emp_w = schema.Int(
title=_(u"Employment Weight"),
required=False,
description=_(u"Weight of Employment Centers"),
)
#
popcenters = schema.Object(
title=_(u"City and Population Centers"),
required=True,
description=_(u"Select the GIS layer with city centers."),
schema=Interface, # specify the interface(s) of the addable types here
)
pop_w = schema.Int(
title=_(u"Population Weight"),
required=False,
description=_(u"Weight of Population Centers"),
)
#
dem = schema.Object(
title=_(u"Digital Elevation Map"),
required=True,
description=_(u"Select a GIS layer that provides regional elevation."),
schema=Interface, # specify the interface(s) of the addable types here
)
#
landuse = schema.Object(
title=_(u"Initial Land Use Map"),
required=True,
description=_(u"Provide an initial land use map for the scenario. Unused if a Starting Scenario is provided."),
schema=Interface, # specify the interface(s) of the addable types here
)
# -*- Message Factory Imported Here -*-
from leam.luc import lucMessageFactory as _
from leam.luc.interfaces import IProbmap
from leam.luc.config import PROJECTNAME
ProbmapSchema = schemata.ATContentTypeSchema.copy() + atapi.Schema((
# -*- Your Archetypes field definitions here ... -*-
atapi.IntegerField(
'year',
storage=atapi.AnnotationStorage(),
widget=atapi.IntegerWidget(
label=_(u"Effective Year"),
description=_(u"Each driver given below should correspond to this year."),
),
required=True,
default=_(u"2010"),
validators=('isInt'),
),
atapi.ReferenceField(
'tdm',
storage=atapi.AnnotationStorage(),
widget=ReferenceBrowserWidget(
allow_browse=1,
allow_search=1,
startup_directory='/luc/drivers/transportation',
class ILUCScenario(Interface):
"""LEAM Land Use Change (LUC) Scenario"""
#
end_time = schema.Date(
title=_(u"End Time"),
required=False,
description=_(u"When the model completed."),
)
#
start_time = schema.Date(
title=_(u"Start Time"),
required=False,
description=_(u"When the model began execution."),
)
#
runstatus = schema.TextLine(
title=_(u"Run Status"),
required=True,
description=_(u"Provide the current run state of the scenario."),
)
#
growth = schema.Object(
title=_(u"Growth Projections"),
required=False,
description=_(
u"Add one or more growth Projections for this scenario."),
schema=Interface, # specify the interface(s) of the addable types here
)
#
growthmap = schema.Object(
title=_(u"Growth Drivers"),
required=False,
description=_(u"Add one or more driver sets."),
schema=Interface, # specify the interface(s) of the addable types here
)
#
decline = schema.Object(
title=_(u"Decline Projections"),
required=False,
description=
_(u"Identify the study area and population and employment projections."
),
schema=Interface, # specify the interface(s) of the addable types here
)
#
declinemap = schema.Object(
title=_(u"Decline Drivers"),
required=False,
description=_(u"Add one or more driver sets."),
schema=Interface, # specify the interface(s) of the addable types here
)
columns=('year', 'pop', 'emp'),
allow_reorder=False,
default=[
{
'year': '2010',
'pop': '0',
'emp': '0'
},
{
'year': '2040',
'pop': '0',
'emp': '0'
},
],
widget=DataGridWidget(
label=_(u"Projection"),
description=
_(u"Enter as many population and employment values as needed. Intermediate values will be calculated automatically."
),
columns={
'year': Column(_(u"Year"), default='2010'),
'pop': Column(_(u"Population"), default='0'),
'emp': Column(_(u"Employment"), default='0'),
}),
required=True,
),
atapi.ReferenceField(
'zone',
storage=atapi.AnnotationStorage(),
widget=ReferenceBrowserWidget(
label=_(u"Effective Zone"),
# -*- Message Factory Imported Here -*-
from leam.luc import lucMessageFactory as _
from leam.luc.interfaces import IProbmap
from leam.luc.config import PROJECTNAME
ProbmapSchema = schemata.ATContentTypeSchema.copy() + atapi.Schema((
# -*- Your Archetypes field definitions here ... -*-
atapi.IntegerField(
'year',
storage=atapi.AnnotationStorage(),
widget=atapi.IntegerWidget(
label=_(u"Effective Year"),
description=_(u"Each driver given below should correspond to this year."),
),
required=True,
default=_(u"2010"),
validators=('isInt'),
),
atapi.ReferenceField(
'tdm',
storage=atapi.AnnotationStorage(),
widget=ReferenceBrowserWidget(
allow_browse=1,
allow_search=1,
startup_directory='/luc/drivers/transportation',
import logging
log = logging.getLogger(__name__)
LUCScenarioSchema = folder.ATFolderSchema.copy() + atapi.Schema((
# -*- Your Archetypes field definitions here ... -*-
atapi.ReferenceField(
'growth',
storage=atapi.AnnotationStorage(),
widget=ReferenceBrowserWidget(
allow_browse=1,
allow_search=0,
startup_directory='/luc/projections',
label=_(u"Growth Projections"),
description=_(u"Identify one or more growth projection."),
),
required=False,
relationship='lucscenario_growth',
allowed_types=('Projection'),
multiValued=True,
),
atapi.ReferenceField(
'growthmap',
storage=atapi.AnnotationStorage(),
widget=ReferenceBrowserWidget(
allow_browse=1,
allow_search=0,
import json
import logging
log = logging.getLogger(__name__)
LUCScenarioSchema = folder.ATFolderSchema.copy() + atapi.Schema((
# -*- Your Archetypes field definitions here ... -*-
atapi.ReferenceField(
'growth',
storage=atapi.AnnotationStorage(),
widget=ReferenceBrowserWidget(
allow_browse=1,
allow_search=0,
startup_directory='/luc/projections',
label=_(u"Growth Projections"),
description=_(u"Identify one or more growth projection."),
),
required=False,
relationship='lucscenario_growth',
allowed_types=('Projection'),
multiValued=True,
),
atapi.ReferenceField(
'growthmap',
storage=atapi.AnnotationStorage(),
widget=ReferenceBrowserWidget(
allow_browse=1,
allow_search=0,
startup_directory='/luc/drivers',
label=_(u"Growth Drivers"),