def get_input_strings(self):
inputs = ['Name: ' + rp.property_to_string(self, 'name'),
'Duration (hr): ' + rp.float_to_string(self.duration, 2),
'Interval (hr): ' + rp.float_to_string(self.interval, 3),
'Rainfall (in): ' + rp.float_to_string(self.rainfall, 2),
'Distribution: ' + rp.property_to_string(self.distribution, 'name')]
return inputs
def get_input_strings(self):
inputs = [
'Name: ' + rp.property_to_string(self, 'name'),
'Duration (hr): ' + rp.float_to_string(self.duration, 2),
'Interval (hr): ' + rp.float_to_string(self.interval, 3),
'Rainfall (in): ' + rp.float_to_string(self.rainfall, 2),
'Distribution: ' + rp.property_to_string(self.distribution, 'name')
]
return inputs
def get_input_strings(self):
area = self.get_total_area()
cn = self.get_weighted_cn()
inputs = ['Name: ' + rp.property_to_string(self, 'name'),
'Area (ac): ' + rp.float_to_string(area, 3),
'Curve Number: ' + rp.float_to_string(cn, 2),
'Time of Conc (min): ' + rp.float_to_string(self.tc, 2),
'Unit Hydrograph: ' + rp.property_to_string(self.uh, 'name'),
'Peak Factor: ' + rp.property_to_string(self.uh, 'peak_factor')]
return inputs
def get_input_strings(self):
if self.section:
shape_type = rp.property_to_string(self.section.__class__, '__name__')
shape_span = rp.float_to_string(self.section.span, 3)
shape_rise = rp.float_to_string(self.section.rise, 3)
else:
shape_type = 'Undefined'
shape_span = 'Undefined'
shape_rise = 'Undefined'
inputs = ['Name: ' + rp.property_to_string(self, 'name'),
'Shape Type: ' + shape_type,
'Span (in): ' + shape_span,
'Rise (in): ' + shape_rise,
'Orifice Coef.: ' + rp.float_to_string(self.orif_coef, 3),
'Weir. Coef: ' + rp.float_to_string(self.weir_coef, 3),
'Invert: ' + rp.float_to_string(self.invert, 3)]
return inputs
def link_maximums(self):
report = rp.Report()
report.add_blank_line()
report.add_to_columns(['Name', 'Max', 'Max', 'Max', 'Max', 'Max', 'Max'])
report.add_to_columns(['', 'Flow', 'Flow', 'Stage 1', 'Stage 1', 'Stage 2', 'Stage 2'])
report.add_to_columns(['', 'Time', '', 'Time', '', 'Time', ''])
report.add_to_columns(['', '(hr)', '(cfs)', '(hr)', '(ft)', '(hr)', '(ft)'])
report.add_break_line(length=16 * 7)
for link in self.parent.links:
max_flow = max(link.results, key=op.itemgetter(1))[1]
max_flow_time = max(link.results, key=op.itemgetter(1))[0]
max_stage1 = max(link.results, key=op.itemgetter(2))[2]
max_stage1_time = max(link.results, key=op.itemgetter(2))[0]
max_stage2 = max(link.results, key=op.itemgetter(3))[3]
max_stage2_time = max(link.results, key=op.itemgetter(3))[0]
report.add_to_columns([link.name,
rp.float_to_string(max_flow_time, 2),
rp.float_to_string(max_flow, 3),
rp.float_to_string(max_stage1_time, 2),
rp.float_to_string(max_stage1, 3),
rp.float_to_string(max_stage2_time, 2),
rp.float_to_string(max_stage2, 3)])
report.add_blank_line()
report.output()
return
def node_maximums(self):
report = rp.Report()
report.add_blank_line()
report.add_to_columns(['Name', 'Max', 'Max', 'Max', 'Max', 'Max', 'Max'])
report.add_to_columns(['', 'Stage', 'Stage', 'Inflow', 'Inflow', 'Outflow', 'Outflow'])
report.add_to_columns(['', 'Time', '', 'Time', '', 'Time', ''])
report.add_to_columns(['', '(hr)', '(ft)', '(hr)', '(cfs)', '(hr)', '(cfs)'])
report.add_break_line(length=16 * 7)
for node in self.parent.nodes:
max_stage = max(node.results, key=op.itemgetter(1))[1]
max_stage_time = max(node.results, key=op.itemgetter(1))[0]
max_inflow = max(node.results, key=op.itemgetter(2))[2]
max_inflow_time = max(node.results, key=op.itemgetter(2))[0]
max_outflow = max(node.results, key=op.itemgetter(3))[3]
max_outflow_time = max(node.results, key=op.itemgetter(3))[0]
report.add_to_columns([node.name,
rp.float_to_string(max_stage_time, 2),
rp.float_to_string(max_stage, 3),
rp.float_to_string(max_inflow_time, 2),
rp.float_to_string(max_inflow, 3),
rp.float_to_string(max_outflow_time, 2),
rp.float_to_string(max_outflow, 3)])
report.add_blank_line()
report.output()
return
def get_input_strings(self):
if self.section:
shape_type = rp.property_to_string(self.section.__class__, '__name__')
shape_span = rp.float_to_string(self.section.span, 3)
shape_rise = rp.float_to_string(self.section.rise, 3)
else:
shape_type = shape_span = shape_rise = 'Undefined'
inputs = ['Name: ' + rp.property_to_string(self, 'name'),
'Node 1: ' + rp.property_to_string(self.node1, 'name'),
'Node 2: ' + rp.property_to_string(self.node2, 'name'),
'Shape Type: ' + shape_type,
'Span (in): ' + shape_span,
'Rise (in): ' + shape_rise,
'Mannings: ' + rp.float_to_string(self.mannings, 3),
'Length (ft): ' + rp.float_to_string(self.length, 3),
'Invert 1 (ft): ' + rp.float_to_string(self.invert1, 3),
'Invert 2 (ft): ' + rp.float_to_string(self.invert2, 3)]
return inputs
def get_input_strings(self):
if self.section:
shape_type = rp.property_to_string(self.section.__class__,
'__name__')
shape_span = rp.float_to_string(self.section.span, 3)
shape_rise = rp.float_to_string(self.section.rise, 3)
else:
shape_type = shape_span = shape_rise = 'Undefined'
inputs = [
'Name: ' + rp.property_to_string(self, 'name'),
'Node 1: ' + rp.property_to_string(self.node1, 'name'),
'Node 2: ' + rp.property_to_string(self.node2, 'name'),
'Shape Type: ' + shape_type, 'Span (in): ' + shape_span,
'Rise (in): ' + shape_rise,
'Mannings: ' + rp.float_to_string(self.mannings, 3),
'Length (ft): ' + rp.float_to_string(self.length, 3),
'Invert 1 (ft): ' + rp.float_to_string(self.invert1, 3),
'Invert 2 (ft): ' + rp.float_to_string(self.invert2, 3)
]
return inputs
def get_input_strings(self):
inputs = ['Name: ' + rp.property_to_string(self, 'name'),
'Starting Stage (ft): ' + rp.float_to_string(self.start_stage, 3)]
return inputs
def get_input_strings(self):
inputs = [
'Name: ' + rp.property_to_string(self, 'name'),
'Starting Stage (ft): ' + rp.float_to_string(self.start_stage, 3)
]
return inputs
def get_input_strings(self):
inputs = ['Name: ' + rp.property_to_string(self, 'name'),
'Peak Factor: ' + rp.float_to_string(self.peak_factor, 3)]
return inputs
