def __init__(self):
Section.__init__(self)
Coordinate.__init__(self)
"""Text of label is saved in name attribute defined in Coordinate base class."""
## ID label of an anchor node (optional)
self.anchor_name = '' # string
## type of object being metered by the label
self.meter_type = MeterType.NONE
## ID of the object (Node or Link) being metered
self.meter_name = ''
## label font
self.font = ""
## label size
self.size = 10.0
## True to use bold
self.bold = False
## True to use italics
self.italic = False
def __init__(self):
Coordinate.__init__(self)
# self.name, inherited from Coordinate
"""Unique name or number identifying this node"""
# self.x, self.y, inherited from Coordinate
"""Node location for mapping"""
# self.description = ''
"""Optional description of the Node"""
self.tag = ''
"""Optional label used to categorize or classify this Node"""
def __init__(self):
Coordinate.__init__(self)
Section.__init__(self)
# self.name, inherited from Coordinate
"""Unique name or number identifying this node"""
# self.x, self.y, inherited from Coordinate
"""Node location for mapping"""
# self.description = ""
# """Optional description of the Node"""
self.tag = ""
"""Optional label used to categorize or classify the Node"""
self.initial_quality = 0.0
"""concentration for chemicals, hours for water age, or percent for source tracing"""
def __init__(self):
Section.__init__(self)
Coordinate.__init__(self)
"""Text of label is saved in name attribute defined in Coordinate base class."""
## ID label of an anchor node (optional)
self.anchor_name = "" # string
## label font
self.font = ""
## label size
self.size = 10.0
## label bold
self.bold = False
## lable italics
self.italic = False
def __init__(self):
Section.__init__(self)
Coordinate.__init__(self)
self.description = None
"""Optional description of the gage"""
self.tag = None
"""Optional label used to categorize the gage"""
self.rain_format = RainFormat.VOLUME
"""Format in which the rain data are supplied:
INTENSITY, VOLUME, CUMULATIVE (see also self.rain_units)"""
self.rain_interval = 0.0
"""Recording time interval between gage readings in either decimal
hours or hours:minutes format."""
self.snow_catch_factor = 1
"""Factor that corrects gage readings for snowfall"""
self.data_source = RainDataSource.TIMESERIES
"""Source of rainfall data; This can be set to a
TimeSeries or a TimeSeriesFile."""
self.timeseries = core.swmm.timeseries.TimeSeries()
"""time series with rainfall data if Data Source selection was TIMESERIES"""
self.data_file_name = ""
"""Name of external file containing rainfall data"""
self.data_file_station_id = ""
"""Recording gage station number"""
self.data_file_rain_units = RainFileUnits.IN
"""Depth units (IN or MM) for rainfall values in the file"""
def __init__(self):
Section.__init__(self)
Coordinate.__init__(self)
## Optional description of the gage
self.description = ''
## Optional label used to categorize the gage
self.tag = ''
## Format in which the rain data are supplied:
## INTENSITY, VOLUME, CUMULATIVE (see also self.rain_units)
self.rain_format = RainFormat.VOLUME
## Recording time interval between gage readings in either decimal
## hours or hours:minutes format.
self.rain_interval = "1:00"
## Factor that corrects gage readings for snowfall
self.snow_catch_factor = 1.0
## Source of rainfall data; This can be set to a
## TimeSeries or a TimeSeriesFile.
self.data_source = RainDataSource.TIMESERIES
## name of time series with rainfall data if Data Source selection was TIMESERIES
self.timeseries = "None"
## Name of external file containing rainfall data
self.data_file_name = "None"
## Recording gage station number
self.data_file_station_id = "StationID"
## Depth units (IN or MM) for rainfall values in the file
self.data_file_rain_units = RainFileUnits.IN
def __init__(self, x, y, link):
Coordinate.__init__(self, x, y)
self.link = link