def sys_dispatch(self,
x_ticks='date',
rational='techs',
fig_format='png',
unit='',
style='default',
date_format='%d/%m/%y , %H:%M',
title_font=15,
figsize=(8, 6),
xtick_rotate=70,
average='hourly',
sp_techs=None,
sp_nodes=None,
directory='my_graphs'):
from calliope_graph.units import unit_check
from calliope_graph.units import u_conv
from calliope_graph.graphs import sys_disp
if unit == '':
unit = self.m_unit
else:
unit == unit
unit = unit_check(unit)
conversion = u_conv(self.m_unit, unit)
sys_disp(rational, fig_format, unit, conversion, style, date_format,
title_font, self.production, self.imports, self.exports,
figsize, self.demand, self.colors, self.names, xtick_rotate,
average, sp_techs, sp_nodes, directory, x_ticks)
def ins_cap_plot(self,
kind='table',
fig_format='png',
unit='',
style='default',
title_font=15,
table_font=15,
figsize=(8, 6),
directory='my_graphs',
v_round=0,
cap_f=False):
from calliope_graph.units import unit_check
from calliope_graph.units import u_conv
from calliope_graph.graphs import tab_install
if unit == '':
unit = self.m_unit
else:
unit == unit
unit = unit_check(unit)
conversion = u_conv(self.m_unit, unit)
tab_install(figsize, self.install_capacity, self.colors, self.names,
self.nodes, table_font, title_font, directory, conversion,
style, v_round, fig_format, kind, unit)
def __init__(self, model, ex_path, unit):
from calliope_graph.version import __version__
from calliope_graph.matrixmaker import input_read
from calliope_graph.matrixmaker import prod_matrix
from calliope_graph.matrixmaker import imp_exp
from calliope_graph.matrixmaker import dem_matrix
from calliope_graph.matrixmaker import install_cap
from calliope_graph.matrixmaker import cap_fac
from calliope_graph.matrixmaker import levelized_cost
from calliope_graph.units import unit_check
self.model = model
self.m_unit = unit_check(unit)
ex_inp = input_read(ex_path)
self.co_techs = ex_inp[0]
self.carrier = ex_inp[1]
self.nodes = ex_inp[2]
self.pr_techs = ex_inp[3]
self.colors = ex_inp[4]
self.names = ex_inp[5]
self.tr_tech = ex_inp[6]
self.start = ex_inp[7]
self.end = ex_inp[8]
self.RES_ind = ex_inp[9]
self.production = prod_matrix(model, self.pr_techs, self.nodes,
self.carrier)
self.imports, self.exports = imp_exp(model, self.nodes,
self.production, self.tr_tech,
self.carrier)
self.demand = dem_matrix(model, self.co_techs, self.carrier,
self.nodes)
self.install_capacity = install_cap(model, self.nodes, self.pr_techs)
self.cap_factor = cap_fac(model, self.pr_techs, self.nodes,
self.carrier, self.production)
self.TLC = levelized_cost(model)
