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pypsatopo.py
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#!/usr/bin/env python3
__project__ = "PyPSATopo"
__version__ = "0.10.0"
__description__ = "PyPSATopo is a tool that allows generating the topographical representation of any arbitrary PyPSA-based network"
__license__ = "BSD 3-Clause"
__author__ = "Energy Systems Group at Aarhus University (Denmark)"
__contact__ = "[email protected]"
__status__ = "Development"
# import necessary modules
from collections import deque
import os
import sys
import re
import argparse
import datetime
import subprocess
import colorsys
import pypsa
import pandas
# declare (public) global variables (these may be overwritten by the caller to adjust/personalize the topographical representation of the PyPSA-based network)
DOT_REPRESENTATION = {"BUS": " \"%s (bus)\" [label = <<font color = \"%s\">%s</font>>, tooltip = \"Bus: %s\nCarrier: %s\nUnit: %s\nGenerators: %d\nLoads: %d\nStores: %d\nIncoming links: %d\nOutgoing links: %d\nLines: %d\n\nPower time series: %s MW\", shape = \"underline\", width = %.2f, height = 0.30, style = \"setlinewidth(%.2f)\", color = \"%s\"]",
"MISSING_BUS": " \"%s (bus)\" [label = <<font color = \"%s\">%s</font>>, tooltip = \"Bus: %s (missing)\nGenerators: %d\nLoads: %d\nStores: %d\nIncoming links: %d\nOutgoing links: %d\nLines: %d\n\nPower time series: N/A MW\", shape = \"underline\", width = %.2f, height = 0.30, style = \"setlinewidth(%.2f), dashed\", color = \"%s\"]",
"GENERATOR": " \"%s (generator)\" [label = <<font color = \"%s\">%s</font>>, tooltip = \"Generator: %s\nBus: %s\nCarrier: %s\nExtendable nominal power: %s\nNominal power: %.2f MW\nPower set: %s MW\nEfficiency: %.2f\nCapital cost: %.2f currency/MW\nMarginal cost: %s currency/MWh\n\nOptimised nominal power: %.2f MW\nPower time series: %s MW\", shape = \"circle\", width = %.2f, style = \"setlinewidth(%.2f)\", color = \"%s\"] \"%s (generator)\" -> \"%s (bus)\" [style = \"setlinewidth(%.2f)\", color = \"%s\", arrowhead = \"none\"]",
"LOAD": " \"%s (load)\" [label = <<font color = \"%s\">%s</font>>, tooltip = \"Load: %s\nBus: %s\nCarrier: %s\nPower set: %s MW\", shape = \"invtriangle\", width = %.2f, height = %.2f, style = \"setlinewidth(%.2f)\", color = \"%s\"] \"%s (bus)\" -> \"%s (load)\" [style = \"setlinewidth(%.2f)\", color = \"%s\", arrowhead = \"none\"]",
"STORE": " \"%s (store)\" [label = <<font color = \"%s\">%s</font>>, tooltip = \"Store: %s\nBus: %s\nCarrier: %s\nExtendable nominal energy: %s\nNominal energy: %.2f MWh\nPower set: %s MW\nCyclic energy: %s\nCapital cost: %.2f currency/MW\nMarginal cost: %s currency/MWh\n\nOptimised nominal energy: %.2f MWh\nEnergy time series: %s MWh\nPower time series: %s MW\", shape = \"box\", width = %.2f, style = \"setlinewidth(%.2f)\", color = \"%s\"] \"%s (bus)\" -> \"%s (store)\" [style = \"setlinewidth(%.2f)\", color = \"%s\", arrowhead = \"%s\", arrowtail = \"%s\", arrowsize = %.2f, dir = \"both\"]",
"LINK": " \"%s (bus)\" -> \"%s (bus)\" [label = <<font color = \"%s\">%s</font>>, tooltip = \"Link: %s\nFrom: %s\nTo: %s\nCarrier: %s\nExtendable nominal power: %s\nNominal power: %.2f MW\nEfficiency: %.2f\nCapital cost: %.2f currency/MW\nMarginal cost: %s currency/MWh\n\nOptimised nominal power: %.2f MW\nPower time series (%s): %s MW\nPower time series (%s): %s MW\", style = \"setlinewidth(%.2f)\", color = \"%s\", arrowhead = \"%s\", arrowsize = %.2f]",
"BROKEN_LINK": " \"%s (bus)\" -> \"%s (bus)\" [label = <<font color = \"%s\">%s</font>>, tooltip = \"Link: %s\nFrom: %s\nTo: %s\nCarrier: %s\nExtendable nominal power: %s\nNominal power: %.2f MW\nEfficiency: %.2f\nCapital cost: %.2f currency/MW\nMarginal cost: %s currency/MWh\n\nOptimised nominal power: 0.00 MW\nPower time series (%s): N/A MW\nPower time series (%s): N/A MW\", style = \"setlinewidth(%.2f), dashed\", color = \"%s\", arrowhead = \"%s\", arrowsize = %.2f]",
"BIDIRECTIONAL_LINK": " \"%s (bus)\" -> \"%s (bus)\" [label = <<font color = \"%s\">%s</font>>, tooltip = \"Bidirectional link: %s\nFrom: %s\nTo: %s\nCarrier: %s\nExtendable nominal power: %s\nNominal power: %.2f MW\nEfficiency: 1.00\nCapital cost: %.2f currency/MW\nMarginal cost: %s currency/MWh\n\nOptimised nominal power: %.2f MW\nPower time series (p0): %s MW\nPower time series (p1): %s MW\", style = \"setlinewidth(%.2f)\", color = \"%s\", arrowhead = \"%s\", arrowtail = \"%s\", arrowsize = %.2f, dir = \"both\"]",
"BROKEN_BIDIRECTIONAL_LINK": " \"%s (bus)\" -> \"%s (bus)\" [label = <<font color = \"%s\">%s</font>>, tooltip = \"Bidirectional link: %s\nFrom: %s\nTo: %s\nCarrier: %s\nExtendable nominal power: %s\nNominal power: %.2f MW\nEfficiency: 1.00\nCapital cost: %.2f currency/MW\nMarginal cost: %s currency/MWh\n\nOptimised nominal power: 0.00 MW\nPower time series (p0): N/A MW\nPower time series (p1): N/A MW\", style = \"setlinewidth(%.2f), dashed\", color = \"%s\", arrowhead = \"%s\", arrowtail = \"%s\", arrowsize = %.2f, dir = \"both\"]",
"MULTI_LINK_POINT": " \"%s (multi-link)\" [label = <<font color = \"%s\">%s</font>>, tooltip = \"Multi-link: %s\nFrom: %s (bus0)\n%s\nCarrier: %s\nExtendable nominal energy: %s\nNominal power: %.2f MW\nCapital cost: %.2f currency/MW\nMarginal cost: %s currency/MWh\n\nOptimised nominal power: %.2f MW\nPower time series (p0): %s MW\", shape = \"point\", width = %.2f, color = \"%s\"]",
"MULTI_LINK_TRUNK": " \"%s (bus)\" -> \"%s (multi-link)\" [label = <<font color = \"%s\">%s</font>>, tooltip = \"Multi-link: %s\nFrom: %s (bus0)\n%s\nCarrier: %s\nExtendable nominal power: %s\nNominal power: %.2f MW\nCapital cost: %.2f currency/MW\nMarginal cost: %s currency/MWh\n\nOptimised nominal power: %.2f MW\nPower time series (p0): %s MW\", style = \"setlinewidth(%.2f)\", color = \"%s\", arrowhead = \"none\"]",
"BROKEN_MULTI_LINK_TRUNK": " \"%s (bus)\" -> \"%s (multi-link)\" [label = <<font color = \"%s\">%s</font>>, tooltip = \"Multi-link: %s\nFrom: %s (bus0)\n%s\nCarrier: %s\nExtendable nominal power: %s\nNominal power: %.2f MW\nCapital cost: %.2f currency/MW\nMarginal cost: %s currency/MWh\n\nOptimised nominal power: 0.00 MW\nPower time series (p0): N/A MW\", style = \"setlinewidth(%.2f), dashed\", color = \"%s\", arrowhead = \"none\"]",
"MULTI_LINK_BRANCH": " \"%s\" -> \"%s\" [label = <<font color = \"%s\">%s</font>>, tooltip = \"Multi-link: %s\nFrom: %s\nTo: %s\nCarrier: %s\nExtendable nominal power: %s\nNominal power: %.2f MW\nEfficiency: %.2f\nCapital cost: %.2f currency/MW\nMarginal cost: %s currency/MWh\n\nOptimised nominal power: %.2f MW\nPower time series (%s): %s MW\nPower time series (%s): %s MW\", style = \"setlinewidth(%.2f)\", color = \"%s\", arrowhead = \"%s\", arrowsize = %.2f]",
"BROKEN_MULTI_LINK_BRANCH": " \"%s\" -> \"%s\" [label = <<font color = \"%s\">%s</font>>, tooltip = \"Multi-link: %s\nFrom: %s\nTo: %s\nCarrier: %s\nExtendable nominal power: %s\nNominal power: %.2f MW\nEfficiency: %.2f\nCapital cost: %.2f currency/MW\nMarginal cost: %s currency/MWh\n\nOptimised nominal power: 0.00 MW\nPower time series (%s): %s MW\nPower time series (%s): %s MW\", style = \"setlinewidth(%.2f), dashed\", color = \"%s\", arrowhead = \"%s\", arrowsize = %.2f]",
"LINE": " \"%s (bus)\" -> \"%s (bus)\" [label = <<font color = \"%s\">%s</font>>, tooltip = \"Line: %s\nBus0: %s\nBus1: %s\nCarrier: %s\nExtendable nominal power: %s\nNominal power: %.2f MVA\nCapital cost: %.2f currency/MVA\n\nOptimised nominal power: %.2f MVA\nPower time series (p0): %s MW\nPower time series (p1): %s MW\", style = \"setlinewidth(%.2f)\", color = \"%s\", arrowhead = \"%s\", arrowtail = \"%s\", arrowsize = %.2f, dir = \"both\"]",
"BROKEN_LINE": " \"%s (bus)\" -> \"%s (bus)\" [label = <<font color = \"%s\">%s</font>>, tooltip = \"Line: %s\nBus0: %s\nBus1: %s\nCarrier: %s\nExtendable nominal power: %s\nNominal power: %.2f MVA\nCapital cost: %.2f currency/MVA\n\nOptimised nominal power: 0.00 MVA\nPower time series (p0): N/A MW\nPower time series (p1): N/A MW\", style = \"setlinewidth(%.2f), dashed\", color = \"%s\", arrowhead = \"%s\", arrowtail = \"%s\", arrowsize = %.2f, dir = \"both\"]"
}
FILE_OUTPUT = "topography.svg"
FILE_FORMAT = "svg" # acceptable values are: "svg", "png", "jpg", "gif" and "ps"
BACKGROUND_COLOR = "transparent"
NETWORK_NAME = "My Network"
RANK_DIRECTION = "TB" # acceptable values are: "TB" (top to bottom), "BT" (bottom to top), "LR" (left to right) and "RL" (right to left)
RANK_SEPARATION = 1.0
NODE_SEPARATION = 1.0
EDGE_STYLE = "polyline" # acceptable values are: "polyline", "curved", "ortho" and "none"
TEXT_FONT = "Courier New"
TEXT_SIZE = 8.0
TEXT_COLOR = "red"
BUS_MINIMUM_WIDTH = 3.3
BUS_THICKNESS = 7.3
BUS_COLOR = "black"
GENERATOR_MINIMUM_WIDTH = 1.1
GENERATOR_THICKNESS = 2.0
GENERATOR_COLOR = "black"
LOAD_MINIMUM_WIDTH = 1.5
LOAD_MINIMUM_HEIGHT = 1.2
LOAD_THICKNESS = 2.0
LOAD_COLOR = "black"
STORE_MINIMUM_WIDTH = 1.4
STORE_THICKNESS = 2.0
STORE_COLOR = "black"
LINK_THICKNESS = 1.5
LINK_COLOR = "black"
LINK_ARROW_SHAPE = "vee" # acceptable values are: "vee", "normal", "onormal", "diamond", "odiamond", "curve" and "none"
LINK_ARROW_SIZE = 1.2
MULTI_LINK_POINT_WIDTH = 0.06
LINE_THICKNESS = 1.5
LINE_COLOR = "black"
LINE_ARROW_SHAPE = "diamond" # acceptable values are: "vee", "normal", "onormal", "diamond", "odiamond", "curve" and "none"
LINE_ARROW_SIZE = 1.2
BROKEN_MISSING_COLOR = "grey60"
FADED_TEXT_COLOR = "#ffb0b0"
FADED_COMPONENT_COLOR = "grey90"
# declare (private) global variables (these should not be overwritten by the caller)
_MISSING_BUS_COUNT = 0
def _format_series(values):
"""
Parameters
----------
values : TYPE
DESCRIPTION.
Returns
-------
result : TYPE
DESCRIPTION.
"""
length = len(values)
if length == 0:
result = "[]"
elif length == 1:
result = "[%.2f]" % values[0]
elif length == 2:
result = "[%.2f, %.2f]" % (values[0], values[1])
elif length == 3:
result = "[%.2f, %.2f, %.2f]" % (values[0], values[1], values[2])
elif length == 4:
result = "[%.2f, %.2f, %.2f, %.2f]" % (values[0], values[1], values[2], values[3])
elif length == 5:
result = "[%.2f, %.2f, %.2f, %.2f, %.2f]" % (values[0], values[1], values[2], values[3], values[4])
else: # length > 5
result = "[%.2f, %.2f, %.2f, %.2f, %.2f, ...]" % (values[0], values[1], values[2], values[3], values[4])
return result
def _replace(text):
"""
Parameters
----------
text : TYPE
DESCRIPTION.
Returns
-------
TYPE
DESCRIPTION.
"""
result = []
for c in text:
if c == ">":
result.append(">")
elif c == "<":
result.append("<")
elif c == "&":
result.append("&")
else:
result.append(c)
return "".join(result)
def _get_components(network, focus, log, log_info, log_warning):
"""
Parameters
----------
network : TYPE
DESCRIPTION.
focus : TYPE
DESCRIPTION.
log : TYPE
DESCRIPTION.
log_info : TYPE
DESCRIPTION.
log_warning : TYPE
DESCRIPTION.
Returns
result : TYPE
-------
DESCRIPTION.
"""
global _MISSING_BUS_COUNT
result = dict()
# get buses from (PyPSA) network
if log or log_info:
print("[INF] Retrieving buses from network...")
buses = network.buses
buses_t = getattr(network, "buses_t", None)
for i in range(len(buses)):
bus = buses.index.values[i]
carrier = buses.carrier[i]
unit = "" if buses.unit[i] == "None" else buses.unit[i]
p_time_series = _format_series(buses_t.p[bus]) if buses_t and bus in buses_t.p else "N/A"
result[bus] = {"generators": list(), "loads": list(), "stores": list(), "links": list(), "multi_link_trunks": list(), "multi_link_branches": list(), "lines": list(), "generators_count": 0, "loads_count": 0, "stores_count": 0, "incoming_links_count": 0, "outgoing_links_count": 0, "lines_count": 0, "missing": False, "selected": False, "carrier": carrier, "unit": unit, "p_time_series": p_time_series}
# get generators from (PyPSA) network
if log or log_info:
print("[INF] Retrieving generators from network...")
generators = network.generators
generators_t = getattr(network, "generators_t", None)
for i in range(len(generators)):
generator = generators.index.values[i]
bus = generators.bus.values[i]
carrier = generators.carrier[i]
p_nom_extendable = "True" if generators.p_nom_extendable[i] else "False"
p_nom = generators.p_nom[i]
p_set = _format_series(generators_t.p_set[generator]) if generators_t and generator in generators_t.p_set else "%.2f" % generators.p_set[i]
efficiency = generators.efficiency[i]
capital_cost = generators.capital_cost[i]
marginal_cost = _format_series(generators_t.marginal_cost[generator]) if generators_t and generator in generators_t.marginal_cost else "%.2f" % generators.marginal_cost[i]
p_nom_opt = generators.p_nom_opt[i]
p_time_series = _format_series(generators_t.p[generator]) if generators_t and generator in generators_t.p else "N/A"
if bus:
if bus in result:
if result[bus]["missing"]:
if log or log_warning:
print("[WAR] Generator '%s' connects to bus '%s' which does not exist..." % (generator, bus))
else:
if log or log_warning:
print("[WAR] Generator '%s' connects to bus '%s' which does not exist..." % (generator, bus))
result[bus] = {"generators": list(), "loads": list(), "stores": list(), "links": list(), "multi_link_trunks": list(), "multi_link_branches": list(), "lines": list(), "generators_count": 0, "loads_count": 0, "stores_count": 0, "incoming_links_count": 0, "outgoing_links_count": 0, "lines_count": 0, "missing": True, "selected": False, "carrier": "", "unit": "", "p_time_series": ""}
else:
if log or log_warning:
print("[WAR] Generator '%s' does not have a bus specified..." % generator)
bus = "bus #%d" % _MISSING_BUS_COUNT
_MISSING_BUS_COUNT += 1
result[bus] = {"generators": list(), "loads": list(), "stores": list(), "links": list(), "multi_link_trunks": list(), "multi_link_branches": list(), "lines": list(), "generators_count": 0, "loads_count": 0, "stores_count": 0, "incoming_links_count": 0, "outgoing_links_count": 0, "lines_count": 0, "missing": True, "selected": False, "carrier": "", "unit": "", "p_time_series": ""}
result[bus]["generators"].append([generator, carrier, p_nom_extendable, p_nom, p_set, efficiency, capital_cost, marginal_cost, p_nom_opt, p_time_series, False])
# get loads from (PyPSA) network
if log or log_info:
print("[INF] Retrieving loads from network...")
loads = network.loads
loads_t = getattr(network, "loads_t", None)
for i in range(len(loads)):
load = loads.index.values[i]
bus = loads.bus.values[i]
carrier = loads.carrier[i]
p_set = _format_series(loads_t.p_set[load]) if loads_t and load in loads_t.p_set else "%.2f" % loads.p_set[i]
if bus:
if bus in result:
if result[bus]["missing"]:
if log or log_warning:
print("[WAR] Load '%s' connects to bus '%s' which does not exist..." % (load, bus))
else:
if log or log_warning:
print("[WAR] Load '%s' connects to bus '%s' which does not exist..." % (load, bus))
result[bus] = {"generators": list(), "loads": list(), "stores": list(), "links": list(), "multi_link_trunks": list(), "multi_link_branches": list(), "lines": list(), "generators_count": 0, "loads_count": 0, "stores_count": 0, "incoming_links_count": 0, "outgoing_links_count": 0, "lines_count": 0, "missing": True, "selected": False, "carrier": "", "unit": "", "p_time_series": ""}
else:
if log or log_warning:
print("[WAR] Load '%s' does not have a bus specified..." % load)
bus = "bus #%d" % _MISSING_BUS_COUNT
_MISSING_BUS_COUNT += 1
result[bus] = {"generators": list(), "loads": list(), "stores": list(), "links": list(), "multi_link_trunks": list(), "multi_link_branches": list(), "lines": list(), "generators_count": 0, "loads_count": 0, "stores_count": 0, "incoming_links_count": 0, "outgoing_links_count": 0, "lines_count": 0, "missing": True, "selected": False, "carrier": "", "unit": "", "p_time_series": ""}
result[bus]["loads"].append([load, carrier, p_set, False])
# get stores from (PyPSA) network
if log or log_info:
print("[INF] Retrieving stores from network...")
stores = network.stores
stores_t = getattr(network, "stores_t", None)
for i in range(len(stores)):
store = stores.index.values[i]
bus = stores.bus.values[i]
carrier = stores.carrier[i]
e_nom_extendable = "True" if stores.e_nom_extendable[i] else "False"
e_nom = stores.e_nom[i]
p_set = _format_series(stores_t.p_set[store]) if stores_t and store in stores_t.p_set else "%.2f" % stores.p_set[i]
e_cyclic = "True" if stores.e_cyclic[i] else "False"
capital_cost = stores.capital_cost[i]
marginal_cost = _format_series(stores_t.marginal_cost[store]) if stores_t and store in stores_t.marginal_cost else "%.2f" % stores.marginal_cost[i]
e_nom_opt = stores.e_nom_opt[i]
e_time_series = _format_series(stores_t.e[store]) if stores_t and store in stores_t.p else "N/A"
p_time_series = _format_series(stores_t.p[store]) if stores_t and store in stores_t.p else "N/A"
if bus:
if bus in result:
if result[bus]["missing"]:
if log or log_warning:
print("[WAR] Store '%s' connects to bus '%s' which does not exist..." % (store, bus))
else:
if log or log_warning:
print("[WAR] Store '%s' connects to bus '%s' which does not exist..." % (store, bus))
result[bus] = {"generators": list(), "loads": list(), "stores": list(), "links": list(), "multi_link_trunks": list(), "multi_link_branches": list(), "lines": list(), "generators_count": 0, "loads_count": 0, "stores_count": 0, "incoming_links_count": 0, "outgoing_links_count": 0, "lines_count": 0, "missing": True, "selected": False, "carrier": "", "unit": "", "p_time_series": ""}
else:
if log or log_warning:
print("[WAR] Store '%s' does not have a bus specified..." % store)
bus = "bus #%d" % _MISSING_BUS_COUNT
_MISSING_BUS_COUNT += 1
result[bus] = {"generators": list(), "loads": list(), "stores": list(), "links": list(), "multi_link_trunks": list(), "multi_link_branches": list(), "lines": list(), "generators_count": 0, "loads_count": 0, "stores_count": 0, "incoming_links_count": 0, "outgoing_links_count": 0, "lines_count": 0, "missing": True, "selected": False, "carrier": "", "unit": "", "p_time_series": ""}
result[bus]["stores"].append([store, carrier, e_nom_extendable, e_nom, p_set, e_cyclic, capital_cost, marginal_cost, e_nom_opt, e_time_series, p_time_series, False])
# get declared buses that links connect to
if log or log_info:
print("[INF] Retrieving links from network...")
links = network.links
links_t = getattr(network, "links_t", None)
bus_regexp = re.compile("^bus[0-9]+$")
declared_buses = list()
for column in links.columns:
if bus_regexp.match(column):
declared_buses.append(column)
# get declared efficiencies that links have
efficiency_regexp = re.compile("^efficiency[0-9]*$")
declared_efficiencies = set()
for column in links.columns:
if efficiency_regexp.match(column):
if column == "efficiency":
declared_efficiencies.add("0")
else:
declared_efficiencies.add(column[10:])
# loop through existing links
for i in range(len(links)):
# get specified buses (from declared buses) that the link connects to as well as efficiency values
link = links.iloc[i]
specified_buses = dict()
for bus in declared_buses:
value = link[bus]
if not pandas.isna(value):
number = bus[3:]
if number == "0":
efficiency = 1.0
elif number == "1":
if "0" in declared_efficiencies:
efficiency = link["efficiency"]
if pandas.isna(efficiency):
efficiency = 1.0
else:
efficiency = 1.0
elif number in declared_efficiencies:
efficiency = link["efficiency%s" % number]
if pandas.isna(efficiency):
efficiency = 1.0
else:
efficiency = 1.0
specified_buses[bus] = [value, efficiency]
# process link
if len(specified_buses) < 3: # mono-link
# process mono-link
link = links.index.values[i]
bus0 = links.bus0[i]
bus1 = links.bus1[i]
carrier = links.carrier[i]
p_nom_extendable = "True" if links.p_nom_extendable[i] else "False"
p_nom = links.p_nom[i]
efficiency = links.efficiency[i]
capital_cost = links.capital_cost[i]
marginal_cost = _format_series(links_t.marginal_cost[link]) if links_t and link in links_t.marginal_cost else "%.2f" % links.marginal_cost[i]
p_nom_opt = links.p_nom_opt[i]
p0_time_series = _format_series(links_t.p0[link]) if links_t and link in links_t.p0 else "N/A"
p1_time_series = _format_series(links_t.p1[link]) if links_t and link in links_t.p1 else "N/A"
bidirectional = (efficiency == 1 and links.marginal_cost[i] == 0 and links.p_min_pu[i] == -1)
if bus0:
if bus0 in result:
if result[bus0]["missing"]:
if log or log_warning:
print("[WAR] Link '%s' connects to bus '%s' (bus0) which does not exist..." % (link, bus0))
missing0 = result[bus0]["missing"]
else:
if log or log_warning:
print("[WAR] Link '%s' connects to bus '%s' (bus0) which does not exist..." % (link, bus0))
result[bus0] = {"generators": list(), "loads": list(), "stores": list(), "links": list(), "multi_link_trunks": list(), "multi_link_branches": list(), "lines": list(), "generators_count": 0, "loads_count": 0, "stores_count": 0, "incoming_links_count": 0, "outgoing_links_count": 0, "lines_count": 0, "missing": True, "selected": False, "carrier": "", "unit": "", "p_time_series": ""}
missing0 = True
else:
if log or log_warning:
print("[WAR] Link '%s' does not have bus0 specified..." % link)
bus0 = "bus #%d" % _MISSING_BUS_COUNT
_MISSING_BUS_COUNT += 1
result[bus0] = {"generators": list(), "loads": list(), "stores": list(), "links": list(), "multi_link_trunks": list(), "multi_link_branches": list(), "lines": list(), "generators_count": 0, "loads_count": 0, "stores_count": 0, "incoming_links_count": 0, "outgoing_links_count": 0, "lines_count": 0, "missing": True, "selected": False, "carrier": "", "unit": "", "p_time_series": ""}
missing0 = True
if bus1:
if bus1 in result:
if result[bus1]["missing"]:
if log or log_warning:
print("[WAR] Link '%s' connects to bus '%s' (bus1) which does not exist..." % (link, bus1))
missing1 = result[bus1]["missing"]
else:
if log or log_warning:
print("[WAR] Link '%s' connects to bus '%s' (bus1) which does not exist..." % (link, bus1))
result[bus1] = {"generators": list(), "loads": list(), "stores": list(), "links": list(), "multi_link_trunks": list(), "multi_link_branches": list(), "lines": list(), "generators_count": 0, "loads_count": 0, "stores_count": 0, "incoming_links_count": 0, "outgoing_links_count": 0, "lines_count": 0, "missing": True, "selected": False, "carrier": "", "unit": "", "p_time_series": ""}
missing1 = True
else:
if log or log_warning:
print("[WAR] Link '%s' does not have bus1 specified..." % link)
bus1 = "bus #%d" % _MISSING_BUS_COUNT
_MISSING_BUS_COUNT += 1
result[bus1] = {"generators": list(), "loads": list(), "stores": list(), "links": list(), "multi_link_trunks": list(), "multi_link_branches": list(), "lines": list(), "generators_count": 0, "loads_count": 0, "stores_count": 0, "incoming_links_count": 0, "outgoing_links_count": 0, "lines_count": 0, "missing": True, "selected": False, "carrier": "", "unit": "", "p_time_series": ""}
missing1 = True
result[bus0]["links"].append([link, bus1, carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, p_nom_opt, p0_time_series, p1_time_series, bidirectional, True, missing0 or missing1, False])
if focus:
result[bus1]["links"].append([link, bus0, carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, p_nom_opt, p0_time_series, p1_time_series, bidirectional, False, missing0 or missing1, False])
else: # multi-link
# check that buses that the link connects to exist
missing = 0
for key, value in specified_buses.items():
bus_value, bus_efficiency = value
if bus_value:
if bus_value in result:
if result[bus_value]["missing"]:
if log or log_warning:
print("[WAR] Link '%s' connects to bus '%s' (%s) which does not exist..." % (links.index.values[i], bus_value, key))
if key != "bus0":
missing += 1
else:
if log or log_warning:
print("[WAR] Link '%s' connects to bus '%s' (%s) which does not exist..." % (links.index.values[i], bus_value, key))
result[bus_value] = {"generators": list(), "loads": list(), "stores": list(), "links": list(), "multi_link_trunks": list(), "multi_link_branches": list(), "lines": list(), "generators_count": 0, "loads_count": 0, "stores_count": 0, "incoming_links_count": 0, "outgoing_links_count": 0, "lines_count": 0, "missing": True, "selected": False, "carrier": "", "unit": "", "p_time_series": ""}
if key != "bus0":
missing += 1
else:
if log or log_warning:
print("[WAR] Link '%s' does not have %s specified..." % (links.index.values[i], key))
bus_value = "bus #%d" % _MISSING_BUS_COUNT
_MISSING_BUS_COUNT += 1
result[bus_value] = {"generators": list(), "loads": list(), "stores": list(), "links": list(), "multi_link_trunks": list(), "multi_link_branches": list(), "lines": list(), "generators_count": 0, "loads_count": 0, "stores_count": 0, "incoming_links_count": 0, "outgoing_links_count": 0, "lines_count": 0, "missing": True, "selected": False, "carrier": "", "unit": "", "p_time_series": ""}
value[0] = bus_value
if key != "bus0":
missing += 1
# process multi-link
link = links.index.values[i]
carrier = links.carrier[i]
p_nom_extendable = "True" if links.p_nom_extendable[i] else "False"
p_nom = links.p_nom[i]
p_nom_opt = links.p_nom_opt[i]
p0_time_series = _format_series(links_t.p0[link]) if links_t and link in links_t.p0 else "N/A"
bus0_value, bus0_efficiency = specified_buses["bus0"]
index = len(result[bus0_value]["multi_link_trunks"])
bus_to = []
for key, value in specified_buses.items():
bus_value, bus_efficiency = value
if key != "bus0":
bus_to.append("To: %s (%s)" % (bus_value, key))
px = "p%s" % key[3:]
px_time_series = _format_series(links_t[px][link]) if links_t and px in links_t and link in links_t[px] else "N/A"
result[bus0_value]["multi_link_branches"].append([link, bus_value, key, carrier, p_nom_extendable, p_nom, bus_efficiency, capital_cost, marginal_cost, p_nom_opt, p0_time_series, px, px_time_series, index, True, False])
if focus:
result[bus_value]["multi_link_branches"].append([link, bus0_value, key, carrier, p_nom_extendable, p_nom, bus_efficiency, capital_cost, marginal_cost, p_nom_opt, p0_time_series, px, px_time_series, index, False, False])
result[bus0_value]["multi_link_trunks"].append([link, bus_to, carrier, p_nom_extendable, p_nom, capital_cost, marginal_cost, p_nom_opt, p0_time_series, len(specified_buses) - 1, missing, False])
# get lines from (PyPSA) network
if log or log_info:
print("[INF] Retrieving lines from network...")
lines = network.lines
lines_t = getattr(network, "lines_t", None)
for i in range(len(lines)):
line = lines.index.values[i]
bus0 = lines.bus0.values[i]
bus1 = lines.bus1.values[i]
carrier = lines.carrier[i]
s_nom_extendable = "True" if lines.s_nom_extendable[i] else "False"
s_nom = lines.s_nom[i]
capital_cost = lines.capital_cost[i]
s_nom_opt = lines.s_nom_opt[i]
p0_time_series = _format_series(lines_t.p0[line]) if lines_t and line in lines_t.p0 else "N/A"
p1_time_series = _format_series(lines_t.p1[line]) if lines_t and line in lines_t.p1 else "N/A"
if bus0:
if bus0 in result:
if result[bus0]["missing"]:
if log or log_warning:
print("[WAR] Line '%s' connects to bus '%s' (bus0) which does not exist..." % (line, bus0))
missing0 = result[bus0]["missing"]
else:
if log or log_warning:
print("[WAR] Line '%s' connects to bus '%s' (bus0) which does not exist..." % (line, bus0))
result[bus0] = {"generators": list(), "loads": list(), "stores": list(), "links": list(), "multi_link_trunks": list(), "multi_link_branches": list(), "lines": list(), "generators_count": 0, "loads_count": 0, "stores_count": 0, "incoming_links_count": 0, "outgoing_links_count": 0, "lines_count": 0, "missing": True, "selected": False, "carrier": "", "unit": "", "p_time_series": ""}
missing0 = True
else:
if log or log_warning:
print("[WAR] Line '%s' does not have bus0 specified..." % line)
bus0 = "bus #%d" % _MISSING_BUS_COUNT
_MISSING_BUS_COUNT += 1
result[bus0] = {"generators": list(), "loads": list(), "stores": list(), "links": list(), "multi_link_trunks": list(), "multi_link_branches": list(), "lines": list(), "generators_count": 0, "loads_count": 0, "stores_count": 0, "incoming_links_count": 0, "outgoing_links_count": 0, "lines_count": 0, "missing": True, "selected": False, "carrier": "", "unit": "", "p_time_series": ""}
missing0 = True
if bus1:
if bus1 in result:
if result[bus1]["missing"]:
if log or log_warning:
print("[WAR] Line '%s' connects to bus '%s' (bus1) which does not exist..." % (line, bus1))
missing1 = result[bus1]["missing"]
else:
if log or log_warning:
print("[WAR] Line '%s' connects to bus '%s' (bus1) which does not exist..." % (line, bus1))
result[bus1] = {"generators": list(), "loads": list(), "stores": list(), "links": list(), "multi_link_trunks": list(), "multi_link_branches": list(), "lines": list(), "generators_count": 0, "loads_count": 0, "stores_count": 0, "incoming_links_count": 0, "outgoing_links_count": 0, "lines_count": 0, "missing": True, "selected": False, "carrier": "", "unit": "", "p_time_series": ""}
missing1 = True
else:
if log or log_warning:
print("[WAR] Line '%s' does not have bus1 specified..." % line)
bus1 = "bus #%d" % _MISSING_BUS_COUNT
_MISSING_BUS_COUNT += 1
result[bus1] = {"generators": list(), "loads": list(), "stores": list(), "links": list(), "multi_link_trunks": list(), "multi_link_branches": list(), "lines": list(), "generators_count": 0, "loads_count": 0, "stores_count": 0, "incoming_links_count": 0, "outgoing_links_count": 0, "lines_count": 0, "missing": True, "selected": False, "carrier": "", "unit": "", "p_time_series": ""}
missing1 = True
result[bus0]["lines"].append([line, bus1, carrier, s_nom_extendable, s_nom, capital_cost, s_nom_opt, p0_time_series, p1_time_series, True, missing0 or missing1, False])
if focus:
result[bus1]["lines"].append([line, bus0, carrier, s_nom_extendable, s_nom, capital_cost, s_nom_opt, p0_time_series, p1_time_series, False, missing0 or missing1, False])
return result
def _process_components(buses, bus_filter, generator_filter, load_filter, store_filter, link_filter, line_filter, carrier_filter, negative_efficiency, broken_missing, carrier_color, context):
"""
Parameters
----------
buses : TYPE
DESCRIPTION.
bus_filter : TYPE
DESCRIPTION.
generator_filter : TYPE
DESCRIPTION.
load_filter : TYPE
DESCRIPTION.
store_filter : TYPE
DESCRIPTION.
link_filter : TYPE
DESCRIPTION.
line_filter : TYPE
DESCRIPTION.
carrier_filter : TYPE
DESCRIPTION.
negative_efficiency : TYPE
DESCRIPTION.
broken_missing : TYPE
DESCRIPTION.
carrier_color : TYPE
DESCRIPTION.
context : TYPE
DESCRIPTION.
Returns
-------
carriers : TYPE
DESCRIPTION.
"""
carriers = dict()
# loop through existing buses
for bus, values0 in buses.items():
# process bus
if (not values0["missing"] or broken_missing) and (not bus_filter or bus_filter.match(bus)):
if carrier_color:
carrier = values0["carrier"]
if carrier and carrier not in carriers:
carriers[carrier] = None
values0["selected"] = True
# process generators (attached to the bus)
generators = values0["generators"]
for values1 in generators:
generator, carrier, p_nom_extendable, p_nom, p_set, efficiency, capital_cost, marginal_cost, p_nom_opt, p_time_series, selected = values1
if values0["selected"] and (not generator_filter or generator_filter.match(generator)) and (not carrier_filter or carrier_filter.match(carrier)):
if carrier_color:
if carrier and carrier not in carriers:
carriers[carrier] = None
values1[-1] = True
buses[bus]["generators_count"] += 1
elif context:
buses[bus]["generators_count"] += 1
# process loads (attached to the bus)
loads = values0["loads"]
for values1 in loads:
load, carrier, p_set, pselected = values1
if values0["selected"] and (not load_filter or load_filter.match(load)) and (not carrier_filter or carrier_filter.match(carrier)):
if carrier_color:
if carrier and carrier not in carriers:
carriers[carrier] = None
values1[-1] = True
buses[bus]["loads_count"] += 1
elif context:
buses[bus]["loads_count"] += 1
# process stores (attached to the bus)
stores = values0["stores"]
for values1 in stores:
store, carrier, e_nom_extendable, e_nom, p_set, e_cyclic, capital_cost, marginal_cost, e_nom_opt, e_time_series, p_time_series, selected = values1
if values0["selected"] and (not store_filter or store_filter.match(store)) and (not carrier_filter or carrier_filter.match(carrier)):
if carrier_color:
if carrier and carrier not in carriers:
carriers[carrier] = None
values1[-1] = True
buses[bus]["stores_count"] += 1
elif context:
buses[bus]["stores_count"] += 1
# process links (attached to the bus)
links = values0["links"]
for values1 in links:
link, bus_to, carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, p_nom_opt, p0_time_series, p1_time_series, bidirectional, direction, missing, selected = values1
if not missing or broken_missing:
if values0["selected"] and (not bus_filter or bus_filter.match(bus_to)) and (not link_filter or link_filter.match(link)) and (not carrier_filter or carrier_filter.match(carrier)):
values1[-1] = True
if values1[-1] or context:
if bidirectional:
buses[bus]["incoming_links_count"] += 1
buses[bus]["outgoing_links_count"] += 1
buses[bus_to]["incoming_links_count"] += 1
buses[bus_to]["outgoing_links_count"] += 1
elif negative_efficiency or efficiency >= 0:
if direction:
buses[bus]["outgoing_links_count"] += 1
buses[bus_to]["incoming_links_count"] += 1
else:
buses[bus]["incoming_links_count"] += 1
buses[bus_to]["outgoing_links_count"] += 1
else:
if direction:
buses[bus]["incoming_links_count"] += 1
buses[bus_to]["outgoing_links_count"] += 1
else:
buses[bus]["outgoing_links_count"] += 1
buses[bus_to]["incoming_links_count"] += 1
# process multi-link trunks (attached to the bus)
multi_link_trunks = values0["multi_link_trunks"]
multi_link_branches = values0["multi_link_branches"]
for values1 in multi_link_trunks:
link_trunk, bus_to, carrier, p_nom_extendable, p_nom, capital_cost, marginal_cost, p_nom_opt, p0_time_series, count, missing, selected = values1
not_missing = count - missing
if not_missing or broken_missing:
if values0["selected"] and (not link_filter or link_filter.match(link_trunk)) and (not carrier_filter or carrier_filter.match(carrier)):
if bus_filter:
for values2 in multi_link_branches:
link_branch, bus_to, bus_value, carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, p_nom_opt, p0_time_series, px, px_time_series, index, direction, selected = values2
if link_trunk == link_branch:
if not values0["missing"] and not buses[bus_to]["missing"] or broken_missing:
if bus_filter.match(bus_to):
values1[-1] = True
break
else:
values1[-1] = True
# process multi-link branches (attached to the bus)
multi_link_branches = values0["multi_link_branches"]
for values1 in multi_link_branches:
link, bus_to, bus_value, carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, p_nom_opt, p0_time_series, px, px_time_series, index, direction, selected = values1
if not values0["missing"] and not buses[bus_to]["missing"] or broken_missing:
if values0["selected"] and (not bus_filter or bus_filter.match(bus_to)) and (not link_filter or link_filter.match(link)) and (not carrier_filter or carrier_filter.match(carrier)):
values1[-1] = True
if values1[-1] or context: # TODO: test logic
if negative_efficiency or efficiency >= 0:
if direction:
buses[bus]["outgoing_links_count"] += 1
buses[bus_to]["incoming_links_count"] += 1
else:
buses[bus]["incoming_links_count"] += 1
buses[bus_to]["outgoing_links_count"] += 1
else:
if direction:
buses[bus]["incoming_links_count"] += 1
buses[bus_to]["outgoing_links_count"] += 1
else:
buses[bus]["outgoing_links_count"] += 1
buses[bus_to]["incoming_links_count"] += 1
# process lines (attached to the bus)
lines = values0["lines"]
for values1 in lines:
line, bus1, carrier, s_nom_extendable, s_nom, capital_cost, s_nom_opt, p0_time_series, p1_time_series, direction, missing, selected = values1
if not missing or broken_missing:
if values0["selected"] and (not bus_filter or bus_filter.match(bus_to)) and (not line_filter or line_filter.match(line)) and (not carrier_filter or carrier_filter.match(carrier)):
if carrier_color:
if carrier and carrier not in carriers:
carriers[carrier] = None
values1[-1] = True
if values1[-1] or context:
buses[bus]["lines_count"] += 1
buses[bus1]["lines_count"] += 1
return carriers
def _represent_components(buses, carriers, negative_efficiency, broken_missing, carrier_color, context, log, log_info, log_warning):
"""
Parameters
----------
buses : TYPE
DESCRIPTION.
carriers : TYPE
DESCRIPTION.
negative_efficiency : TYPE
DESCRIPTION.
broken_missing : TYPE
DESCRIPTION.
carrier_color : TYPE
DESCRIPTION.
context : TYPE
DESCRIPTION.
log : TYPE
DESCRIPTION.
log_info : TYPE
DESCRIPTION.
log_warning : TYPE
DESCRIPTION.
Returns
-------
result : TYPE
DESCRIPTION.
"""
result = list()
result_buses = list()
result_generators = list()
result_loads = list()
result_stores = list()
result_links = list()
result_multi_link_trunks = list()
result_multi_link_branches = list()
result_lines = list()
# add carrier color table
if carrier_color:
if isinstance(carrier_color, bool) and carrier_color:
hue = 1.0 / (len(carriers) + 1)
i = 0
for key in carriers.keys():
red, green, blue = colorsys.hsv_to_rgb(hue * i, 1.0, 1.0)
carriers[key] = "#%02x%02x%02x" % (int(255 * red), int(255 * green), int(255 * blue))
i += 1
else: # dictionary
carriers = carrier_color
result.append(" // carrier color table")
result.append(" \"Carrier Color Table\" [shape = \"none\" label = <")
result.append(" <table border = \"0\" cellborder = \"1\" cellspacing = \"0\" cellpadding = \"5\">")
result.append(" <tr>")
result.append(" <td width = \"110\" bgcolor = \"grey90\"><font color = \"black\"><b>CARRIER</b></font></td><td width = \"130\" bgcolor = \"grey92\"><font color = \"black\"><b>COLOR</b></font></td>")
result.append(" </tr>")
for key, value in carriers.items():
result.append(" <tr>")
result.append(" <td width = \"110\">%s</td><td width = \"130\" bgcolor = \"%s\"></td>" % (key, value))
result.append(" </tr>")
result.append(" </table>")
result.append(" >];")
result.append("")
# get component DOT representations
bus_representation = DOT_REPRESENTATION["BUS"]
missing_bus_representation = DOT_REPRESENTATION["MISSING_BUS"]
generator_representation = DOT_REPRESENTATION["GENERATOR"]
load_representation = DOT_REPRESENTATION["LOAD"]
store_representation = DOT_REPRESENTATION["STORE"]
link_representation = DOT_REPRESENTATION["LINK"]
broken_link_representation = DOT_REPRESENTATION["BROKEN_LINK"]
bidirectional_link_representation = DOT_REPRESENTATION["BIDIRECTIONAL_LINK"]
broken_bidirectional_link_representation = DOT_REPRESENTATION["BROKEN_BIDIRECTIONAL_LINK"]
multi_link_point_representation = DOT_REPRESENTATION["MULTI_LINK_POINT"]
multi_link_trunk_representation = DOT_REPRESENTATION["MULTI_LINK_TRUNK"]
broken_multi_link_trunk_representation = DOT_REPRESENTATION["BROKEN_MULTI_LINK_TRUNK"]
multi_link_branch_representation = DOT_REPRESENTATION["MULTI_LINK_BRANCH"]
broken_multi_link_branch_representation = DOT_REPRESENTATION["BROKEN_MULTI_LINK_BRANCH"]
line_representation = DOT_REPRESENTATION["LINE"]
broken_line_representation = DOT_REPRESENTATION["BROKEN_LINE"]
# loop through existing buses
for bus, values in buses.items():
# represent bus in DOT
if values["missing"]:
if values["selected"]:
result_buses.append(missing_bus_representation % (bus, TEXT_COLOR, _replace(bus), bus, buses[bus]["generators_count"], buses[bus]["loads_count"], buses[bus]["stores_count"], buses[bus]["incoming_links_count"], buses[bus]["outgoing_links_count"], buses[bus]["lines_count"], BUS_MINIMUM_WIDTH, BUS_THICKNESS, BROKEN_MISSING_COLOR))
elif context and broken_missing:
result_buses.append(missing_bus_representation % (bus, FADED_TEXT_COLOR, _replace(bus), bus, buses[bus]["generators_count"], buses[bus]["loads_count"], buses[bus]["stores_count"], buses[bus]["incoming_links_count"], buses[bus]["outgoing_links_count"], buses[bus]["lines_count"], BUS_MINIMUM_WIDTH, BUS_THICKNESS, FADED_COMPONENT_COLOR))
else:
if values["selected"]:
bus_color = carriers[values["carrier"]] if values["carrier"] in carriers else BUS_COLOR
result_buses.append(bus_representation % (bus, TEXT_COLOR, _replace(bus), bus, values["carrier"], values["unit"], buses[bus]["generators_count"], buses[bus]["loads_count"], buses[bus]["stores_count"], buses[bus]["incoming_links_count"], buses[bus]["outgoing_links_count"], buses[bus]["lines_count"], values["p_time_series"], BUS_MINIMUM_WIDTH, BUS_THICKNESS, bus_color))
elif context:
result_buses.append(bus_representation % (bus, FADED_TEXT_COLOR, _replace(bus), bus, values["carrier"], values["unit"], buses[bus]["generators_count"], buses[bus]["loads_count"], buses[bus]["stores_count"], buses[bus]["incoming_links_count"], buses[bus]["outgoing_links_count"], buses[bus]["lines_count"], values["p_time_series"], BUS_MINIMUM_WIDTH, BUS_THICKNESS, FADED_COMPONENT_COLOR))
# represent generators (attached to the bus) in DOT
generators = values["generators"]
for generator, carrier, p_nom_extendable, p_nom, p_set, efficiency, capital_cost, marginal_cost, p_nom_opt, p_time_series, selected in generators:
if selected:
generator_color = carriers[carrier] if carrier in carriers else GENERATOR_COLOR
result_generators.append(generator_representation % (generator, TEXT_COLOR, _replace(generator), generator, bus, carrier, p_nom_extendable, p_nom, p_set, efficiency, capital_cost, marginal_cost, p_nom_opt, p_time_series, GENERATOR_MINIMUM_WIDTH, GENERATOR_THICKNESS, generator_color, generator, bus, LINK_THICKNESS, generator_color))
elif context and (not values["missing"] or broken_missing):
result_generators.append(generator_representation % (generator, FADED_TEXT_COLOR, _replace(generator), generator, bus, carrier, p_nom_extendable, p_nom, p_set, efficiency, capital_cost, marginal_cost, p_nom_opt, p_time_series, GENERATOR_MINIMUM_WIDTH, GENERATOR_THICKNESS, FADED_COMPONENT_COLOR, generator, bus, LINK_THICKNESS, FADED_COMPONENT_COLOR))
# represent loads (attached to the bus) in DOT
loads = values["loads"]
for load, carrier, p_set, selected in loads:
if selected:
load_color = carriers[carrier] if carrier in carriers else LOAD_COLOR
result_loads.append(load_representation % (load, TEXT_COLOR, _replace(load), load, bus, carrier, p_set, LOAD_MINIMUM_WIDTH, LOAD_MINIMUM_HEIGHT, LOAD_THICKNESS, load_color, bus, load, LINK_THICKNESS, load_color))
elif context and (not values["missing"] or broken_missing):
result_loads.append(load_representation % (load, FADED_TEXT_COLOR, _replace(load), load, bus, carrier, p_set, LOAD_MINIMUM_WIDTH, LOAD_MINIMUM_HEIGHT, LOAD_THICKNESS, FADED_COMPONENT_COLOR, bus, load, LINK_THICKNESS, FADED_COMPONENT_COLOR))
# represent stores (attached to the bus) in DOT
stores = values["stores"]
for store, carrier, e_nom_extendable, e_nom, p_set, e_cyclic, capital_cost, marginal_cost, e_nom_opt, e_time_series, p_time_series, selected in stores:
if selected:
store_color = carriers[carrier] if carrier in carriers else STORE_COLOR
result_stores.append(store_representation % (store, TEXT_COLOR, _replace(store), store, bus, carrier, e_nom_extendable, e_nom, p_set, e_cyclic, capital_cost, marginal_cost, e_nom_opt, e_time_series, p_time_series, STORE_MINIMUM_WIDTH, STORE_THICKNESS, store_color, bus, store, LINK_THICKNESS, store_color, LINK_ARROW_SHAPE, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
elif context and (not values["missing"] or broken_missing):
result_stores.append(store_representation % (store, FADED_TEXT_COLOR, _replace(store), store, bus, carrier, e_nom_extendable, e_nom, p_set, e_cyclic, capital_cost, marginal_cost, e_nom_opt, e_time_series, p_time_series, STORE_MINIMUM_WIDTH, STORE_THICKNESS, FADED_COMPONENT_COLOR, bus, store, LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
# represent links (attached to the bus) in DOT
links = values["links"]
for link, bus_to, carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, p_nom_opt, p0_time_series, p1_time_series, bidirectional, direction, missing, selected in links:
if missing:
if broken_missing:
if selected:
if bidirectional:
if direction: # TODO: check if this "if" makes sense for bidirectional links
result_links.append(broken_bidirectional_link_representation % (bus, bus_to, TEXT_COLOR, _replace(link), "%s (broken)" % link, "%s (bus0)" % bus, "%s (bus1)" % bus_to, carrier, p_nom_extendable, p_nom, capital_cost, marginal_cost, LINK_THICKNESS, BROKEN_MISSING_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
result_links.append(broken_bidirectional_link_representation % (bus_to, bus, TEXT_COLOR, _replace(link), "%s (broken)" % link, "%s (bus0)" % bus_to, "%s (bus1)" % bus, carrier, p_nom_extendable, p_nom, capital_cost, marginal_cost, LINK_THICKNESS, BROKEN_MISSING_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SHAPE, LINK_ARROW_SIZE)) # TODO: check if "p0_time_series" needs to be inverted with "p1_time_series"
elif negative_efficiency or efficiency >= 0:
if direction:
result_links.append(broken_link_representation % (bus, bus_to, TEXT_COLOR, _replace(link), "%s (broken)" % link, "%s (bus0)" % bus, "%s (bus1)" % bus_to, carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, "p0", "p1", LINK_THICKNESS, BROKEN_MISSING_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
result_links.append(broken_link_representation % (bus_to, bus, TEXT_COLOR, _replace(link), "%s (broken)" % link, "%s (bus0)" % bus_to, "%s (bus1)" % bus, carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, LINK_THICKNESS, BROKEN_MISSING_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
if direction:
result_links.append(broken_link_representation % (bus_to, bus, TEXT_COLOR, _replace(link), "%s (broken & inverted)" % link, "%s (bus1)" % bus_to, "%s (bus0)" % bus, carrier, p_nom_extendable, p_nom, -efficiency, capital_cost, marginal_cost, "p1", "p0", LINK_THICKNESS, BROKEN_MISSING_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
result_links.append(broken_link_representation % (bus, bus_to, TEXT_COLOR, _replace(link), "%s (broken & inverted)" % link, "%s (bus0)" % bus, "%s (bus1)" % bus_to, carrier, p_nom_extendable, p_nom, -efficiency, capital_cost, marginal_cost, LINK_THICKNESS, BROKEN_MISSING_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
elif context:
if bidirectional:
if direction: # TODO: check if this "if" makes sense for bidirectional links
result_links.append(broken_bidirectional_link_representation % (bus, bus_to, FADED_TEXT_COLOR, _replace(link), "%s (broken)" % link, "%s (bus0)" % bus, "%s (bus1)" % bus_to, carrier, p_nom_extendable, p_nom, capital_cost, marginal_cost, LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
result_links.append(broken_bidirectional_link_representation % (bus_to, bus, FADED_TEXT_COLOR, _replace(link), "%s (broken)" % link, "%s (bus0)" % bus_to, "%s (bus1)" % bus, carrier, p_nom_extendable, p_nom, capital_cost, marginal_cost, LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
elif negative_efficiency or efficiency >= 0:
if direction:
result_links.append(broken_link_representation % (bus, bus_to, FADED_TEXT_COLOR, _replace(link), "%s (broken)" % link, "%s (bus0)" % bus, "%s (bus1)" % bus_to, carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, "p0", "p1", LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
result_links.append(broken_link_representation % (bus_to, bus, FADED_TEXT_COLOR, _replace(link), "%s (broken)" % link, "%s (bus0)" % bus_to, "%s (bus1)" % bus, carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
if direction:
result_links.append(broken_link_representation % (bus_to, bus, FADED_TEXT_COLOR, _replace(link), "%s (broken & inverted)" % link, "%s (bus1)" % bus_to, "%s (bus0)" % bus, carrier, p_nom_extendable, p_nom, -efficiency, capital_cost, marginal_cost, "p1", "p0", LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
result_links.append(broken_link_representation % (bus, bus_to, FADED_TEXT_COLOR, _replace(link), "%s (broken & inverted)" % link, "%s (bus0)" % bus, "%s (bus1)" % bus_to, carrier, p_nom_extendable, p_nom, -efficiency, capital_cost, marginal_cost, LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
if selected:
if bidirectional:
if direction: # TODO: check if this "if" makes sense for bidirectional links
result_links.append(bidirectional_link_representation % (bus, bus_to, TEXT_COLOR, _replace(link), link, "%s (bus0)" % bus, "%s (bus1)" % bus_to, carrier, p_nom_extendable, p_nom, capital_cost, marginal_cost, p_nom_opt, p0_time_series, p1_time_series, LINK_THICKNESS, LINK_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
result_links.append(bidirectional_link_representation % (bus_to, bus, TEXT_COLOR, _replace(link), link, "%s (bus0)" % bus_to, "%s (bus1)" % bus, carrier, p_nom_extendable, p_nom, capital_cost, marginal_cost, p_nom_opt, p0_time_series, p1_time_series, LINK_THICKNESS, LINK_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
elif negative_efficiency or efficiency >= 0:
if direction:
result_links.append(link_representation % (bus, bus_to, TEXT_COLOR, _replace(link), link, "%s (bus0)" % bus, "%s (bus1)" % bus_to, carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, p_nom_opt, "p0", p0_time_series, "p1", p1_time_series, LINK_THICKNESS, LINK_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
result_links.append(link_representation % (bus_to, bus, TEXT_COLOR, _replace(link), link, "%s (bus0)" % bus_to, "%s (bus1)" % bus, carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, p_nom_opt, "p0", p0_time_series, "p1", p1_time_series, LINK_THICKNESS, LINK_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
if direction:
result_links.append(link_representation % (bus_to, bus, TEXT_COLOR, _replace(link), "%s (inverted)" % link, "%s (bus1)" % bus_to, "%s (bus0)" % bus, carrier, p_nom_extendable, p_nom, -efficiency, capital_cost, marginal_cost, p_nom_opt, "p1", p1_time_series, "p0", p0_time_series, LINK_THICKNESS, LINK_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
result_links.append(link_representation % (bus, bus_to, TEXT_COLOR, _replace(link), "%s (inverted)" % link, "%s (bus1)" % bus, "%s (bus0)" % bus_to, carrier, p_nom_extendable, p_nom, -efficiency, capital_cost, marginal_cost, p_nom_opt, "p1", p1_time_series, "p0", p0_time_series, LINK_THICKNESS, LINK_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
elif context:
if bidirectional:
if direction: # TODO: check if this "if" makes sense for bidirectional links
result_links.append(bidirectional_link_representation % (bus, bus_to, FADED_TEXT_COLOR, _replace(link), link, "%s (bus0)" % bus, "%s (bus1)" % bus_to, carrier, p_nom_extendable, p_nom, capital_cost, marginal_cost, p_nom_opt, p0_time_series, p1_time_series, LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
result_links.append(bidirectional_link_representation % (bus_to, bus, FADED_TEXT_COLOR, _replace(link), link, "%s (bus0)" % bus_to, "%s (bus1)" % bus, carrier, p_nom_extendable, p_nom, capital_cost, marginal_cost, p_nom_opt, p0_time_series, p1_time_series, LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
elif negative_efficiency or efficiency >= 0:
if direction:
result_links.append(link_representation % (bus, bus_to, FADED_TEXT_COLOR, _replace(link), link, "%s (bus0)" % bus, "%s (bus1)" % bus_to, carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, p_nom_opt, "p0", p0_time_series, "p1", p1_time_series, LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
result_links.append(link_representation % (bus_to, bus, FADED_TEXT_COLOR, _replace(link), link, "%s (bus0)" % bus_to, "%s (bus1)" % bus, carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, p_nom_opt, "p0", p0_time_series, "p1", p1_time_series, LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
if direction:
result_links.append(link_representation % (bus_to, bus, FADED_TEXT_COLOR, _replace(link), "%s (inverted)" % link, "%s (bus1)" % bus_to, "%s (bus0)" % bus, carrier, p_nom_extendable, p_nom, -efficiency, capital_cost, marginal_cost, p_nom_opt, "p1", p1_time_series, "p0", p0_time_series, LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
result_links.append(link_representation % (bus, bus_to, FADED_TEXT_COLOR, _replace(link), "%s (inverted)" % link, "%s (bus1)" % bus, "%s (bus0)" % bus_to, carrier, p_nom_extendable, p_nom, -efficiency, capital_cost, marginal_cost, p_nom_opt, p0_time_series, p1_time_series, LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
# represent multi-link trunks (attached to the bus) in DOT
multi_link_trunks = values["multi_link_trunks"]
for link, bus_to, carrier, p_nom_extendable, p_nom, capital_cost, marginal_cost, p_nom_opt, p0_time_series, count, missing, selected in multi_link_trunks:
not_missing = count - missing
#bus_to = "1 bus (%d missing)" % missing if not_missing == 1 else "%d buses (%d missing)" % (not_missing, missing)
if not_missing == 0:
if broken_missing:
bus_to = "\n".join(bus_to)
if selected:
result_multi_link_trunks.append(multi_link_point_representation % (link, TEXT_COLOR, _replace(link), "%s (broken)" % link, bus, bus_to, carrier, p_nom_extendable, p_nom, capital_cost, marginal_cost, p_nom_opt, p0_time_series, MULTI_LINK_POINT_WIDTH, BROKEN_MISSING_COLOR))
result_multi_link_trunks.append(broken_multi_link_trunk_representation % (bus, link, TEXT_COLOR, _replace(link), link, bus, bus_to, carrier, p_nom_extendable, p_nom, capital_cost, marginal_cost, LINK_THICKNESS, BROKEN_MISSING_COLOR))
elif context:
result_multi_link_trunks.append(multi_link_point_representation % (link, FADED_TEXT_COLOR, _replace(link), "%s (broken)" % link, bus, bus_to, carrier, p_nom_extendable, p_nom, capital_cost, marginal_cost, p_nom_opt, p0_time_series, MULTI_LINK_POINT_WIDTH, FADED_COMPONENT_COLOR))
result_multi_link_trunks.append(broken_multi_link_trunk_representation % (bus, link, FADED_TEXT_COLOR, _replace(link), "%s (broken)" % link, bus, bus_to, carrier, p_nom_extendable, p_nom, capital_cost, marginal_cost, p_nom_opt, LINK_THICKNESS, FADED_COMPONENT_COLOR))
else:
bus_to = "\n".join(bus_to) if broken_missing else "\n".join(bus_to[:not_missing])
if selected:
result_multi_link_trunks.append(multi_link_point_representation % (link, TEXT_COLOR, _replace(link), link, bus, bus_to, carrier, p_nom_extendable, p_nom, capital_cost, marginal_cost, p_nom_opt, p0_time_series, MULTI_LINK_POINT_WIDTH, LINK_COLOR))
result_multi_link_trunks.append(multi_link_trunk_representation % (bus, link, TEXT_COLOR, _replace(link), link, bus, bus_to, carrier, p_nom_extendable, p_nom, capital_cost, marginal_cost, p_nom_opt, p0_time_series, LINK_THICKNESS, LINK_COLOR))
elif context:
result_multi_link_trunks.append(multi_link_point_representation % (link, FADED_TEXT_COLOR, _replace(link), link, bus, bus_to, carrier, p_nom_extendable, p_nom, capital_cost, marginal_cost, p_nom_opt, p0_time_series, MULTI_LINK_POINT_WIDTH, FADED_COMPONENT_COLOR))
result_multi_link_trunks.append(multi_link_trunk_representation % (bus, link, FADED_TEXT_COLOR, _replace(link), link, bus, bus_to, carrier, p_nom_extendable, p_nom, capital_cost, marginal_cost, p_nom_opt, p0_time_series, LINK_THICKNESS, FADED_COMPONENT_COLOR))
# process multi-link branches (attached to the bus)
# TODO: test this logic
multi_link_branches = values["multi_link_branches"]
for link, bus_to, bus_value, carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, p_nom_opt, p0_time_series, px, px_time_series, index, direction, selected in multi_link_branches:
if values["missing"] or buses[bus_to]["missing"]:
if broken_missing:
if selected:
if negative_efficiency or efficiency >= 0:
#if direction:
if True:
result_multi_link_branches.append(broken_multi_link_branch_representation % ("%s (multi-link)" % link, "%s (bus)" % bus_to, TEXT_COLOR, _replace(link), "%s (broken)" % link, "%s (bus0)" % bus, "%s (%s)" % (bus_to, bus_value), carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, "p0", p0_time_series, px, "N/A", LINK_THICKNESS, BROKEN_MISSING_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
#else:
# result_multi_link_branches.append(broken_multi_link_branch_representation % ("%s (bus)" % bus_to, "%s (multi-link)" % link, TEXT_COLOR, _replace(link), "%s (broken)" % link, "%s (bus0)" % bus, "%s (%s)" % (bus_to, bus_value), carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, "p0", p0_time_series, px, "N/A", LINK_THICKNESS, BROKEN_MISSING_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
#if direction:
if True:
result_multi_link_branches.append(broken_multi_link_branch_representation % ("%s (bus)" % bus_to, "%s (multi-link)" % link, TEXT_COLOR, _replace(link), "%s (broken & inverted)" % link, "%s (%s)" % (bus_to, bus_value), "%s (bus0)" % bus, carrier, p_nom_extendable, p_nom, -efficiency, capital_cost, marginal_cost, px, "N/A", "p0", p0_time_series, LINK_THICKNESS, BROKEN_MISSING_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
#else:
# result_multi_link_branches.append(broken_multi_link_branch_representation % ("%s (multi-link)" % link, "%s (bus)" % bus_to, TEXT_COLOR, _replace(link), "%s (broken & inverted)" % link, "%s (%s)" % (bus_to, bus_value), "%s (bus0)" % bus, carrier, p_nom_extendable, p_nom, -efficiency, capital_cost, marginal_cost, px, "N/A", "p0", p0_time_series, LINK_THICKNESS, BROKEN_MISSING_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
elif context:
if negative_efficiency or efficiency >= 0:
#if direction:
if True:
result_multi_link_branches.append(broken_multi_link_branch_representation % ("%s (multi-link)" % link, "%s (bus)" % bus_to, FADED_TEXT_COLOR, _replace(link), "%s (broken)" % link, "%s (bus0)" % bus, "%s (%s)" % (bus_to, bus_value), carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, "p0", p0_time_series, px, "N/A", LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
#else:
# result_multi_link_branches.append(broken_multi_link_branch_representation % ("%s (bus)" % bus_to, "%s (multi-link)" % link, FADED_TEXT_COLOR, _replace(link), "%s (broken)" % link, "%s (bus0)" % bus, "%s (%s)" % (bus_to, bus_value), carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, "p0", p0_time_series, px, "N/A", LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
#if direction:
if True:
result_multi_link_branches.append(broken_multi_link_branch_representation % ("%s (bus)" % bus_to, "%s (multi-link)" % link, FADED_TEXT_COLOR, _replace(link), "%s (broken & inverted)" % link, "%s (%s)" % (bus_to, bus_value), "%s (bus0)" % bus, carrier, p_nom_extendable, p_nom, -efficiency, capital_cost, marginal_cost, px, "N/A", "p0", p0_time_series, LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
#else:
# result_multi_link_branches.append(broken_multi_link_branch_representation % ("%s (multi-link)" % link, "%s (bus)" % bus_to, FADED_TEXT_COLOR, _replace(link), "%s (broken & inverted)" % link, "%s (%s)" % (bus_to, bus_value), "%s (bus0)" % bus, carrier, p_nom_extendable, p_nom, -efficiency, capital_cost, marginal_cost, px, "N/A", "p0", p0_time_series, LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else: # TODO: ok in terms of the logic in this "else"
if selected:
if negative_efficiency or efficiency >= 0:
if direction:
result_multi_link_branches.append(multi_link_branch_representation % ("%s (multi-link)" % link, "%s (bus)" % bus_to, TEXT_COLOR, _replace(link), link, "%s (bus0)" % bus, "%s (%s)" % (bus_to, bus_value), carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, p_nom_opt, "p0", p0_time_series, px, px_time_series, LINK_THICKNESS, LINK_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
result_multi_link_branches.append(multi_link_branch_representation % ("%s (multi-link)" % link, "%s (bus)" % bus, TEXT_COLOR, _replace(link), link, "%s (bus0)" % bus_to, "%s (%s)" % (bus, bus_value), carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, p_nom_opt, "p0", p0_time_series, px, px_time_series, LINK_THICKNESS, LINK_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
if direction:
result_multi_link_branches.append(multi_link_branch_representation % ("%s (bus)" % bus_to, "%s (multi-link)" % link, TEXT_COLOR, _replace(link), "%s (inverted)" % link, "%s (%s)" % (bus_to, bus_value), "%s (bus0)" % bus, carrier, p_nom_extendable, p_nom, -efficiency, capital_cost, marginal_cost, p_nom_opt, px, px_time_series, "p0", p0_time_series, LINK_THICKNESS, LINK_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
result_multi_link_branches.append(multi_link_branch_representation % ("%s (bus)" % bus, "%s (multi-link)" % link, TEXT_COLOR, _replace(link), "%s (inverted)" % link, "%s (%s)" % (bus, bus_value), "%s (bus0)" % bus_to, carrier, p_nom_extendable, p_nom, -efficiency, capital_cost, marginal_cost, p_nom_opt, px, px_time_series, "p0", p0_time_series, LINK_THICKNESS, LINK_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
elif context:
if negative_efficiency or efficiency >= 0:
if direction:
result_multi_link_branches.append(multi_link_branch_representation % ("%s (multi-link)" % link, "%s (bus)" % bus_to, FADED_TEXT_COLOR, _replace(link), link, "%s (bus0)" % bus, "%s (%s)" % (bus_to, bus_value), carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, p_nom_opt, "p0", p0_time_series, px, px_time_series, LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
result_multi_link_branches.append(multi_link_branch_representation % ("%s (multi-link)" % link, "%s (bus)" % bus, FADED_TEXT_COLOR, _replace(link), link, "%s (bus0)" % bus_to, "%s (%s)" % (bus, bus_value), carrier, p_nom_extendable, p_nom, efficiency, capital_cost, marginal_cost, p_nom_opt, "p0", p0_time_series, px, px_time_series, LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
if direction:
result_multi_link_branches.append(multi_link_branch_representation % ("%s (bus)" % bus_to, "%s (multi-link)" % link, FADED_TEXT_COLOR, _replace(link), "%s (inverted)" % link, "%s (%s)" % (bus_to, bus_value), "%s (bus0)" % bus, carrier, p_nom_extendable, p_nom, -efficiency, capital_cost, marginal_cost, p_nom_opt, px, px_time_series, "p0", p0_time_series, LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
else:
result_multi_link_branches.append(multi_link_branch_representation % ("%s (bus)" % bus, "%s (multi-link)" % link, FADED_TEXT_COLOR, _replace(link), "%s (inverted)" % link, "%s (%s)" % (bus, bus_value), "%s (bus0)" % bus_to, carrier, p_nom_extendable, p_nom, -efficiency, capital_cost, marginal_cost, p_nom_opt, px, px_time_series, "p0", p0_time_series, LINK_THICKNESS, FADED_COMPONENT_COLOR, LINK_ARROW_SHAPE, LINK_ARROW_SIZE))
# represent lines (attached to the bus) in DOT
lines = values["lines"]
for line, bus1, carrier, s_nom_extendable, s_nom, capital_cost, s_nom_opt, p0_time_series, p1_time_series, direction, missing, selected in lines:
if missing:
if broken_missing:
if selected:
if direction:
result_lines.append(broken_line_representation % (bus, bus1, TEXT_COLOR, _replace(line), "%s (broken)" % line, bus, bus1, carrier, s_nom_extendable, s_nom, capital_cost, LINE_THICKNESS, BROKEN_MISSING_COLOR, LINE_ARROW_SHAPE, LINE_ARROW_SHAPE, LINE_ARROW_SIZE))
else:
result_lines.append(broken_line_representation % (bus1, bus, TEXT_COLOR, _replace(line), "%s (broken)" % line, bus1, bus, carrier, s_nom_extendable, s_nom, capital_cost, LINE_THICKNESS, BROKEN_MISSING_COLOR, LINE_ARROW_SHAPE, LINE_ARROW_SHAPE, LINE_ARROW_SIZE))
elif context:
if direction:
result_lines.append(broken_line_representation % (bus, bus1, FADED_TEXT_COLOR, _replace(line), "%s (broken)" % line, bus, bus1, carrier, s_nom_extendable, s_nom, capital_cost, LINE_THICKNESS, FADED_COMPONENT_COLOR, LINE_ARROW_SHAPE, LINE_ARROW_SHAPE, LINE_ARROW_SIZE))
else:
result_lines.append(broken_line_representation % (bus1, bus, FADED_TEXT_COLOR, _replace(line), "%s (broken)" % line, bus1, bus, carrier, s_nom_extendable, s_nom, capital_cost, LINE_THICKNESS, FADED_COMPONENT_COLOR, LINE_ARROW_SHAPE, LINE_ARROW_SHAPE, LINE_ARROW_SIZE))
else: