class Price(models.NodeModel):
_topic = u'energy'
_parent = u'Amount'
_description = u''
_status = models.IntegerProperty(null=True,
help_text=u'',
verbose_name=u'status')
_author = models.IntArrayProperty(
null=True,
help_text=u'People that edited this entity.',
verbose_name=u'author')
currency = models.StringProperty(
null=True,
help_text=
u'The currency of the amount, using its 3-letter ISO-4217 code, e.g. USD, EUR, GBP etc.',
verbose_name=u'Currency')
year = models.DateTimeProperty(null=True,
help_text=u'',
verbose_name=u'Year')
source = models.URLProperty(
null=True,
help_text=
u'The URL (starting with http://) to your source. If the source is a book, enter the URL to the book at Google Books or Amazon.',
verbose_name=u'Source')
units = models.StringProperty(null=True,
help_text=u'The value of the amount.',
verbose_name=u'Value')
class Meta:
pass
class EnergyProduct(models.NodeModel):
_topic = u'energy'
_description = u'An energy Product represents the concrete emanation of an energy Project. It can be a mass-produced device or a power plant.'
_status = models.IntegerProperty(null=True,
help_text=u'',
verbose_name=u'status')
_author = models.IntArrayProperty(
null=True,
help_text=u'People that edited this entity.',
verbose_name=u'author')
power_generation_per_unit_in_watt = models.IntegerProperty(
null=True,
help_text=
u'The amount of energy, in watts, that can be generated by each unit of the product.',
verbose_name=u'Power generation per unit (in watts)')
households_served = models.StringProperty(
null=True,
help_text=
u'The number of households that can use the product. E.g. an oven is for 1 household, a lamp is for 0.25 households, a power plant is for (power / average household consumption in the region) households. Leave blank if you\'re unsure.',
verbose_name=u'Households served')
source = models.URLProperty(
null=True,
help_text=
u'The URL (starting with http://) to your source. If the source is a book, enter the URL to the book at Google Books or Amazon.',
verbose_name=u'Source')
name = models.StringProperty(null=True, help_text=u'')
image = models.URLProperty(
null=True,
help_text=u'The URL (starting with http://) where the image is hosted.',
verbose_name=u'Image URL')
distribution = models.Relationship(
"Distribution",
null=True,
rel_type='energy_product_has_distribution+',
help_text=
u'A Distribution represents the batch sales or gift of a product. Companies often communicate in terms of "in year X, Y units of Product Z were sold/distributed in Country A".',
verbose_name=u'Distribution')
operator = models.Relationship(
"Organization",
null=True,
rel_type='energy_product_has_operator+',
help_text=
u'Products, especially large ones such as power plants, have an Operator, usually a company.',
verbose_name=u'Operator')
price = models.Relationship(
"Price",
null=True,
rel_type='energy_product_has_price+',
help_text=
u'The price (use only digits, i.e. 8.99) of the Product at the date considered.',
verbose_name=u'Price')
class Meta:
verbose_name = u'Energy product'
verbose_name_plural = u'Energy products'
def __unicode__(self):
return self.name or u"Unkown"
class FieldSource(models.NodeModel):
# binding to entity
individual = models.IntegerProperty()
# actual source value
reference = models.StringProperty()
field = models.StringProperty()
class Meta:
verbose_name = u'Source'
verbose_name_plural = u'Sources'
def __unicode__(self):
return self.reference or "Unkown"
class FundraisingRound(models.NodeModel):
_topic = u'energy'
_parent = u'Amount'
_description = u''
_status = models.IntegerProperty(null=True,
help_text=u'',
verbose_name=u'status')
_author = models.IntArrayProperty(
null=True,
help_text=u'People that edited this entity.',
verbose_name=u'author')
currency = models.StringProperty(
null=True,
help_text=
u'The currency of the amount, using its 3-letter ISO-4217 code, e.g. USD, EUR, GBP etc.',
verbose_name=u'Currency')
raise_type = models.StringProperty(
null=True,
help_text=
u'Type of the transaction, e.g. equity contribution (cash), preproject expenses, loan.',
verbose_name=u'Type of transaction')
year = models.DateTimeProperty(null=True,
help_text=u'',
verbose_name=u'Year')
source = models.URLProperty(
null=True,
help_text=
u'The URL (starting with http://) to your source. If the source is a book, enter the URL to the book at Google Books or Amazon.',
verbose_name=u'Source')
units = models.IntegerProperty(null=True,
help_text=u'The value of the amount.',
verbose_name=u'Value')
payer = models.Relationship(
"Organization",
null=True,
rel_type='fundraising_round_has_payer+',
help_text=
u'The Organization that actually pays the amount or contributes the asset considered.',
verbose_name=u'Payer')
personal_payer = models.Relationship(
"Person",
null=True,
rel_type='fundraising_round_has_personal_payer+',
help_text=
u'The Person that contributes the amount or the asset considered.',
verbose_name=u'Physical payer')
class Meta:
pass
class Commentary(models.NodeModel):
_topic = u'energy'
_description = u''
_status = models.IntegerProperty(null=True,
help_text=u'',
verbose_name=u'status')
_author = models.IntArrayProperty(
null=True,
help_text=u'People that edited this entity.',
verbose_name=u'author')
year = models.DateTimeProperty(null=True,
help_text=u'',
verbose_name=u'Year')
article_url = models.URLProperty(
null=True, help_text=u'The URL (starting with http://) of the link.')
title = models.StringProperty(
null=True,
help_text=u'Title of the article or report of this commentary.',
verbose_name=u'Title')
author = models.Relationship(
"Person",
null=True,
rel_type='commentary_has_author+',
help_text=u'The author or authors of the document.',
verbose_name=u'Author')
class Meta:
pass
class ChoiceDelete(models.NodeModel):
poll = models.Relationship(PollDelete,
rel_type=neo4django.Incoming.OWNS,
single=True,
related_name='choices')
choice = models.StringProperty()
votes = models.IntegerProperty()
class AnotherOrigin1(models.NodeModel):
name = models.StringProperty()
references = models.Relationship(
AnotherReference1,
rel_type=neo4django.Outgoing.REFERS_TO,
related_name='origin',
related_single=True)
class Spam(models.NodeModel):
VERY_DELICIOUS, NOT_DELICIOUS = 'v', 'n'
DELICIOUSNESS_CHOICES = (
('n', 'not'),
('v', 'very'),
)
deliciousness = models.StringProperty(max_length=1,
choices=DELICIOUSNESS_CHOICES)
on_top_of = models.Relationship('Knight',
related_name="spams",
rel_type=neo4django.Outgoing.GOES_WITH)
class Country(models.NodeModel):
_description = u''
_status = models.IntegerProperty(null=True,
help_text=u'',
verbose_name=u'status')
_author = models.IntArrayProperty(
null=True,
help_text=u'People that edited this entity.',
verbose_name=u'author')
name = models.StringProperty(null=True, help_text=u'')
isoa3 = models.StringProperty(
null=True,
help_text=
u'The 3-letter ISO code for the country or territory (e.g. FRA for France, DEU for Germany etc.)',
verbose_name=u'ISO alpha-3 code')
class Meta:
verbose_name = u'Country'
verbose_name_plural = u'Countries'
def __unicode__(self):
return self.name or u"Unkown"
class Distribution(models.NodeModel):
_topic = u'energy'
_parent = u'Amount'
_description = u''
_status = models.IntegerProperty(null=True,
help_text=u'',
verbose_name=u'status')
_author = models.IntArrayProperty(
null=True,
help_text=u'People that edited this entity.',
verbose_name=u'author')
sold = models.StringProperty(
null=True,
help_text=u'The type of distribution can be donated, sold, loaned.',
verbose_name=u'Type of distribution')
year = models.DateTimeProperty(null=True,
help_text=u'',
verbose_name=u'Year')
source = models.URLProperty(
null=True,
help_text=
u'The URL (starting with http://) to your source. If the source is a book, enter the URL to the book at Google Books or Amazon.',
verbose_name=u'Source')
units = models.IntegerProperty(null=True,
help_text=u'The value of the amount.',
verbose_name=u'Value')
activity_in_country = models.Relationship(
Country,
null=True,
rel_type='distribution_has_activity_in_country+',
help_text=
u'The list of countries or territories the entity is active in. ',
verbose_name=u'Active in countries')
class Meta:
pass
class LetterN(models.NodeModel):
name = models.StringProperty()
follows = models.Relationship(LetterM, rel_type='follows')
class CountingChoice(models.NodeModel):
poll = models.Relationship(CountingPoll,
rel_type=neo4django.Incoming.OWNS,
single=True,
related_name='choices')
choice = models.StringProperty()
class Student(models.NodeModel):
name = models.StringProperty()
def __str__(self):
return self.name
class Stock(models.NodeModel):
name = models.StringProperty()
ltp = FloatProperty()
class EnergyProject(models.NodeModel):
_topic = u'energy'
_description = u'An energy Project represents an endeavor to reach a particular aim (e.g. improve access to electricity, produce electricity in a certain way, improve energy efficiency, etc.). A project is the child of an Organization and takes its concrete form most often through Products.'
_status = models.IntegerProperty(null=True,
help_text=u'',
verbose_name=u'status')
_author = models.IntArrayProperty(
null=True,
help_text=u'People that edited this entity.',
verbose_name=u'author')
source = models.URLProperty(
null=True,
help_text=
u'The URL (starting with http://) to your source. If the source is a book, enter the URL to the book at Google Books or Amazon.',
verbose_name=u'Source')
twitter_handle = models.StringProperty(
null=True,
help_text=u'The Twitter name of the entity (without the @)',
verbose_name=u'Twitter handle')
ended = models.DateTimeProperty(
null=True,
help_text=u'The date when the project or organization ended.',
verbose_name=u'End date')
started = models.DateTimeProperty(
null=True,
help_text=
u'Date when the project was started. Can be anterior to the date when the parent organization was created.',
verbose_name=u'Start date')
comment = models.StringProperty(
null=True,
help_text=
u'Enter a short comment to the entity you are reporting on (max. 500 characters).',
verbose_name=u'Comment')
image = models.URLProperty(
null=True,
help_text=u'The URL (starting with http://) where the image is hosted.',
verbose_name=u'Image URL')
name = models.StringProperty(null=True, help_text=u'')
product = models.Relationship(
"EnergyProduct",
null=True,
rel_type='energy_project_has_product+',
help_text=
u'A Product represents the concrete emanation of an energy Project. It can be a mass-produced device or a power plant.'
)
partner = models.Relationship(
"Organization",
null=True,
related_name="partner_projects ",
rel_type='energy_project_has_partner+',
help_text=
u'An entity can have Partners, i.e. Organizations that help without making a financial contribution (if financial or substancial help is involved, use Fundraising Round instead).'
)
commentary = models.Relationship(
"Commentary",
null=True,
rel_type='energy_project_has_commentary+',
help_text=
u'A Commentary is an article, a blog post or a report that assesses the quality of the Project.'
)
activity_in_country = models.Relationship(
Country,
null=True,
rel_type='energy_project_has_activity_in_country+',
help_text=
u'The list of countries or territories the entity is active in. ')
owner = models.Relationship("Organization",
null=True,
rel_type='energy_project_has_owner+',
help_text=u'The formal Owner of the entity.')
class Meta:
verbose_name = u'Energy project'
verbose_name_plural = u'Energy projects'
def __unicode__(self):
return self.name or u"Unkown"
class PollIdx(models.NodeModel):
question = models.StringProperty()
def __unicode__(self):
return self.question
class IndexedParent(models.NodeModel):
name = models.StringProperty(indexed=True)
class Order(models.NodeModel):
trader = models.Relationship(User, rel_type='owns', related_name='orders')
_type = models.StringProperty(max_length=4)
quantity = models.IntegerProperty()
amount = FloatProperty()
class Stalker(models.NodeModel):
name = models.StringProperty()
person = models.Relationship(Person,
rel_type=neo4django.Outgoing.POINTS_TO,
single=True,
related_single=True)
class User(models.NodeModel):
username = models.StringProperty()
email = models.EmailProperty()
fund_balance = FloatProperty()
class CountingPoll(models.NodeModel):
question = models.StringProperty()
class EmployedPerson(Person):
job_title = models.StringProperty(indexed=True)
class PollDelete(models.NodeModel):
question = models.StringProperty()
class Person(models.NodeModel):
name = models.StringProperty()
age = models.IntegerProperty()
friends = models.Relationship('self', rel_type='friends_with')
class LetterL(models.NodeModel):
name = models.StringProperty()
class Doppelganger(models.NodeModel):
name = models.StringProperty()
original = models.Relationship(Person,
rel_type=neo4django.Outgoing.MIMICS,
single=True)
class Topic(models.NodeModel):
value = models.StringProperty()
class NameOwner(models.NodeModel):
name = models.StringProperty()
confidantes = models.Relationship(Person, neo4django.Outgoing.KNOWS)
class Origin2(models.NodeModel):
name = models.StringProperty()
class DatedPaper(models.NodeModel):
name = models.StringProperty()
date = models.DateProperty()
datetime = models.DateTimeProperty()