def draw_powerline(self, figure, observation, line_id, line_name,
connected, line_value, line_unit, or_bus, pos_or_x,
pos_or_y, ex_bus, pos_ex_x, pos_ex_y):
color_scheme = self.line_color_scheme
capacity = observation.rho[line_id]
color = color_scheme[int(capacity * float(len(color_scheme) - 1))]
if capacity == 0.0:
color = "black"
line_style = dict(dash=None if connected else "dash", color=color)
if line_value is not None:
line_text = pltu.format_value_unit(line_value, line_unit)
trace1 = self._draw_powerline_txt(line_name, pos_or_x, pos_or_y,
pos_ex_x, pos_ex_y, line_text)
figure.add_trace(trace1)
trace2 = self._draw_powerline_line(line_name, pos_or_x, pos_or_y,
pos_ex_x, pos_ex_y, line_style)
figure.add_trace(trace2)
dir_x, dir_y = pltu.norm_from_points(pos_or_x, pos_or_y, pos_ex_x,
pos_ex_y)
trace3 = self._draw_powerline_bus(pos_or_x, pos_or_y, dir_x, dir_y,
or_bus, line_name, self._or_prefix)
trace4 = self._draw_powerline_bus(pos_ex_x, pos_ex_y, -dir_x, -dir_y,
ex_bus, line_name, self._ex_prefix)
figure.add_trace(trace3)
figure.add_trace(trace4)
watt_sign = observation.p_or[line_id]
trace5 = self._draw_powerline_arrow(pos_or_x, pos_or_y, pos_ex_x,
pos_ex_y, watt_sign, line_name,
color)
figure.add_trace(trace5)
def draw_powerline(self, figure, observation, line_id, line_name,
connected, line_value, line_unit, or_bus, pos_or_x,
pos_or_y, ex_bus, pos_ex_x, pos_ex_y):
rho = observation.rho[line_id]
n_colors = len(self._line_color_scheme) - 1
color_idx = max(0, min(n_colors, int(rho * n_colors)))
color = self._line_color_scheme[
color_idx] if connected and rho > 0.0 else "black"
line_style = "-" if connected else "--"
self._draw_powerline_line(pos_or_x, pos_or_y, pos_ex_x, pos_ex_y,
color, line_style)
if line_value is not None:
txt = pltu.format_value_unit(line_value, line_unit)
self._draw_powerline_txt(pos_or_x, pos_or_y, pos_ex_x, pos_ex_y,
txt)
or_dir_x, or_dir_y = pltu.norm_from_points(pos_or_x, pos_or_y,
pos_ex_x, pos_ex_y)
self._draw_powerline_bus(pos_or_x, pos_or_y, or_dir_x, or_dir_y,
or_bus)
ex_dir_x, ex_dir_y = pltu.norm_from_points(pos_ex_x, pos_ex_y,
pos_or_x, pos_or_y)
self._draw_powerline_bus(pos_ex_x, pos_ex_y, ex_dir_x, ex_dir_y,
ex_bus)
watt_value = observation.p_or[line_id]
if rho > 0.0 and watt_value != 0.0:
self._draw_powerline_arrow(pos_or_x, pos_or_y, pos_ex_x, pos_ex_y,
color, watt_value)
def draw_gen(self, figure, observation,
gen_id, gen_name, gen_bus,
gen_value, gen_unit,
pos_x, pos_y,
sub_x, sub_y):
dir_x, dir_y = pltu.norm_from_points(sub_x, sub_y, pos_x, pos_y)
nd_x, nd_y = pltu.norm_from_points(sub_x, sub_y, pos_x, pos_y)
gen_text = ""
if gen_value is not None:
txt_x = pos_x + nd_x * (self._gen_radius / 2)
txt_y = pos_y + nd_y * (self._gen_radius / 2)
text_pos = self._textpos_from_dir(dir_x, dir_y)
gen_text = gen_name + "<br>"
gen_text += pltu.format_value_unit(gen_value, gen_unit)
if self.show_gen_txt:
trace1 = self._draw_gen_txt(gen_name,
txt_x, txt_y,
gen_text, text_pos)
figure.add_trace(trace1)
trace2 = self._draw_gen_line(pos_x, pos_y, sub_x, sub_y)
figure.add_trace(trace2)
trace3 = self._draw_gen_circle(pos_x, pos_y, gen_name, gen_text)
figure.add_trace(trace3)
trace4 = self._draw_gen_bus(sub_x, sub_y, dir_x, dir_y, gen_bus, gen_name)
figure.add_trace(trace4)
def draw_storage(self, figure, observation, load_id, load_name, load_bus,
load_value, load_unit, pos_x, pos_y, sub_x, sub_y):
self.xlim[0] = min(self.xlim[0], pos_x - self._load_radius)
self.xlim[1] = max(self.xlim[1], pos_x + self._load_radius)
self.ylim[0] = min(self.ylim[0], pos_y - self._load_radius)
self.ylim[1] = max(self.ylim[1], pos_y + self._load_radius)
self._draw_storage_line(
pos_x, pos_y, sub_x,
sub_y) # line from the storage to the substation
self._draw_storage_circle(pos_x, pos_y) # storage element
load_txt = ""
if self._storage_name:
load_txt += "\"{}\":\n".format(load_name)
if self._storage_id:
load_txt += "id: {}\n".format(load_id)
if load_value is not None:
load_txt += pltu.format_value_unit(load_value, load_unit)
if load_txt:
self._draw_load_txt(pos_x, pos_y, sub_x, sub_y, load_txt)
if self._display_load_name:
self._draw_load_name(pos_x, pos_y, str(load_id))
load_dir_x, load_dir_y = pltu.norm_from_points(sub_x, sub_y, pos_x,
pos_y)
self._draw_storage_bus(sub_x, sub_y, load_dir_x, load_dir_y, load_bus)
def update_gen(self, figure, observation, gen_id, gen_name, gen_bus,
gen_value, gen_unit, pos_x, pos_y, sub_x, sub_y):
if gen_value is not None:
gen_text = gen_name + "<br>"
gen_text += pltu.format_value_unit(gen_value, gen_unit)
figure.update_traces(text=gen_text, selector=dict(name=gen_name))
gen_marker = dict(color=self._line_bus_colors[gen_bus])
gen_select_name = self._gen_prefix + self._bus_prefix + gen_name
figure.update_traces(marker=gen_marker,
selector=dict(name=gen_select_name))
def update_load(self, figure, observation, load_id, load_name, load_bus,
load_value, load_unit, pos_x, pos_y, sub_x, sub_y):
if load_value is not None:
load_text = load_name + "<br>"
load_text += pltu.format_value_unit(load_value, load_unit)
figure.update_traces(text=load_text, selector=dict(name=load_name))
load_marker = dict(color=self._line_bus_colors[load_bus])
load_select_name = self._load_prefix + self._bus_prefix + load_name
figure.update_traces(marker=load_marker,
selector=dict(name=load_select_name))
def draw_gen(self, figure, observation, gen_id, gen_name, gen_bus,
gen_value, gen_unit, pos_x, pos_y, sub_x, sub_y):
self.xlim[0] = min(self.xlim[0], pos_x)
self.xlim[1] = max(self.xlim[1], pos_x)
self.ylim[0] = min(self.ylim[0], pos_y)
self.ylim[1] = max(self.ylim[1], pos_y)
self._draw_gen_line(pos_x, pos_y, sub_x, sub_y)
self._draw_gen_circle(pos_x, pos_y)
if gen_value is not None:
gen_txt = gen_name + ":\n"
gen_txt += pltu.format_value_unit(gen_value, gen_unit)
self._draw_gen_txt(pos_x, pos_y, sub_x, sub_y, gen_txt)
self._draw_gen_name(pos_x, pos_y, str(gen_id))
gen_dir_x, gen_dir_y = pltu.norm_from_points(sub_x, sub_y, pos_x,
pos_y)
self._draw_gen_bus(sub_x, sub_y, gen_dir_x, gen_dir_y, gen_bus)
def draw_load(self, figure, observation, load_id, load_name, load_bus,
load_value, load_unit, pos_x, pos_y, sub_x, sub_y):
self.xlim[0] = min(self.xlim[0], pos_x)
self.xlim[1] = max(self.xlim[1], pos_x)
self.ylim[0] = min(self.ylim[0], pos_y)
self.ylim[1] = max(self.ylim[1], pos_y)
self._draw_load_line(pos_x, pos_y, sub_x, sub_y)
self._draw_load_circle(pos_x, pos_y)
if load_value is not None:
load_txt = load_name + ":\n"
load_txt += pltu.format_value_unit(load_value, load_unit)
self._draw_load_txt(pos_x, pos_y, sub_x, sub_y, load_txt)
self._draw_load_name(pos_x, pos_y, str(load_id))
load_dir_x, load_dir_y = pltu.norm_from_points(sub_x, sub_y, pos_x,
pos_y)
self._draw_load_bus(sub_x, sub_y, load_dir_x, load_dir_y, load_bus)
def draw_powerline(self, figure, observation, line_id, line_name,
connected, line_value, line_unit, or_bus, pos_or_x,
pos_or_y, ex_bus, pos_ex_x, pos_ex_y):
rho = observation.rho[line_id]
n_colors = len(self._line_color_scheme) - 1
hide = False
if np.isfinite(rho):
color_idx = max(0, min(n_colors, int(rho * n_colors)))
else:
color_idx = 0
hide = True
color = "black"
if not hide:
if connected and rho > 0.0:
color = self._line_color_scheme[color_idx]
line_style = "-" if connected else "--"
self._draw_powerline_line(pos_or_x, pos_or_y, pos_ex_x, pos_ex_y,
color, line_style)
# Deal with line text configurations
txt = ""
if self._line_name:
txt += "\"{}\"\n".format(line_name)
if self._line_id:
txt += "id: {}\n".format(str(line_id))
if line_value is not None:
txt += pltu.format_value_unit(line_value, line_unit)
if txt:
self._draw_powerline_txt(pos_or_x, pos_or_y, pos_ex_x,
pos_ex_y, txt)
or_dir_x, or_dir_y = pltu.norm_from_points(pos_or_x, pos_or_y,
pos_ex_x, pos_ex_y)
self._draw_powerline_bus(pos_or_x, pos_or_y, or_dir_x, or_dir_y,
or_bus)
ex_dir_x, ex_dir_y = pltu.norm_from_points(pos_ex_x, pos_ex_y,
pos_or_x, pos_or_y)
self._draw_powerline_bus(pos_ex_x, pos_ex_y, ex_dir_x, ex_dir_y,
ex_bus)
watt_value = observation.p_or[line_id]
if rho > 0.0 and watt_value != 0.0:
self._draw_powerline_arrow(pos_or_x, pos_or_y, pos_ex_x,
pos_ex_y, color, watt_value)
def draw_gen(self, figure, observation, gen_id, gen_name, gen_bus,
gen_value, gen_unit, pos_x, pos_y, sub_x, sub_y):
self.xlim[0] = min(self.xlim[0], pos_x - self._gen_radius)
self.xlim[1] = max(self.xlim[1], pos_x + self._gen_radius)
self.ylim[0] = min(self.ylim[0], pos_y - self._gen_radius)
self.ylim[1] = max(self.ylim[1], pos_y + self._gen_radius)
self._draw_gen_line(pos_x, pos_y, sub_x, sub_y)
self._draw_gen_circle(pos_x, pos_y)
gen_txt = ""
if self._gen_name:
gen_txt += "\"{}\":\n".format(gen_name)
if self._gen_id:
gen_txt += "id: {}\n".format(gen_id)
if gen_value is not None:
gen_txt += pltu.format_value_unit(gen_value, gen_unit)
if gen_txt:
self._draw_gen_txt(pos_x, pos_y, sub_x, sub_y, gen_txt)
self._draw_gen_name(pos_x, pos_y, str(gen_id))
gen_dir_x, gen_dir_y = pltu.norm_from_points(sub_x, sub_y, pos_x,
pos_y)
self._draw_gen_bus(sub_x, sub_y, gen_dir_x, gen_dir_y, gen_bus)
def draw_load(self, figure, observation, load_id, load_name, load_bus,
load_value, load_unit, pos_x, pos_y, sub_x, sub_y):
dir_x, dir_y = pltu.norm_from_points(sub_x, sub_y, pos_x, pos_y)
nd_x, nd_y = pltu.norm_from_points(sub_x, sub_y, pos_x, pos_y)
if load_value is not None:
txt_x = pos_x + nd_x * (self._load_radius / 2)
txt_y = pos_y + nd_y * (self._load_radius / 2)
text_pos = self._textpos_from_dir(dir_x, dir_y)
load_text = load_name + "<br>"
load_text += pltu.format_value_unit(load_value, load_unit)
trace1 = self._draw_load_txt(load_name, txt_x, txt_y, load_text,
text_pos)
figure.add_trace(trace1)
trace2 = self._draw_load_line(pos_x, pos_y, sub_x, sub_y)
figure.add_trace(trace2)
trace3 = self._draw_load_circle(pos_x, pos_y, load_name)
figure.add_trace(trace3)
trace4 = self._draw_load_bus(sub_x, sub_y, dir_x, dir_y, load_bus,
load_name)
figure.add_trace(trace4)
def draw_gen(self, figure, observation, gen_id, gen_name, gen_bus,
gen_value, gen_unit, pos_x, pos_y, sub_x, sub_y):
self.xlim[0] = min(self.xlim[0], pos_x - self._gen_radius)
self.xlim[1] = max(self.xlim[1], pos_x + self._gen_radius)
self.ylim[0] = min(self.ylim[0], pos_y - self._gen_radius)
self.ylim[1] = max(self.ylim[1], pos_y + self._gen_radius)
hide = False
if isinstance(self._gen_edge_color, str):
# case where the color of the generator is a string (same color for all generators)
gen_color = self._gen_edge_color
else:
my_val = observation.prod_p[gen_id]
n_colors = len(self._gen_edge_color) - 1
if np.isfinite(my_val):
color_idx = max(0, min(n_colors, int(my_val * n_colors)))
else:
color_idx = 0
hide = True
gen_color = self._gen_edge_color[color_idx]
if not hide:
self._draw_gen_line(pos_x, pos_y, sub_x, sub_y)
self._draw_gen_circle(pos_x, pos_y, gen_color)
gen_txt = ""
if self._gen_name:
gen_txt += "\"{}\":\n".format(gen_name)
if self._gen_id:
gen_txt += "id: {}\n".format(gen_id)
if gen_value is not None and self._display_gen_value:
gen_txt += pltu.format_value_unit(gen_value, gen_unit)
if gen_txt:
self._draw_gen_txt(pos_x, pos_y, sub_x, sub_y, gen_txt)
if self._display_gen_name:
self._draw_gen_name(pos_x, pos_y, str(gen_id))
gen_dir_x, gen_dir_y = pltu.norm_from_points(
sub_x, sub_y, pos_x, pos_y)
self._draw_gen_bus(sub_x, sub_y, gen_dir_x, gen_dir_y, gen_bus)
def update_powerline(self, figure, observation, line_id, line_name,
connected, line_value, line_unit, or_bus, pos_or_x,
pos_or_y, ex_bus, pos_ex_x, pos_ex_y):
color_scheme = self.line_color_scheme
capacity = min(observation.rho[line_id], 1.0)
color_idx = int(capacity * (len(color_scheme) - 1))
color = color_scheme[color_idx]
if capacity == 0.0:
color = "black"
if line_value is not None:
line_text = pltu.format_value_unit(line_value, line_unit)
figure.update_traces(text=line_text, selector=dict(name=line_name))
line_style = dict(dash=None if connected else "dash", color=color)
figure.update_traces(line=line_style,
selector=dict(name=self._line_prefix + line_name))
or_bus = or_bus if or_bus > 0 else 0
ex_bus = ex_bus if ex_bus > 0 else 0
or_marker = dict(color=self._line_bus_colors[or_bus])
ex_marker = dict(color=self._line_bus_colors[ex_bus])
or_select_name = self._line_prefix + self._bus_prefix + self._or_prefix + line_name
ex_select_name = self._line_prefix + self._bus_prefix + self._ex_prefix + line_name
figure.update_traces(marker=or_marker,
selector=dict(name=or_select_name))
figure.update_traces(marker=ex_marker,
selector=dict(name=ex_select_name))
arrow_select_name = self._line_prefix + self._arrow_prefix + line_name
watt_value = observation.p_or[line_id]
dx, dy = pltu.norm_from_points(pos_or_x, pos_or_y, pos_ex_x, pos_ex_y)
arrow_sym = self._plotly_tri_from_line_dir_and_sign(dx, dy, watt_value)
arrow_display = True if capacity > 0.0 else False
arrow_marker = dict(color=color, symbol=arrow_sym)
figure.update_traces(marker=arrow_marker,
visible=arrow_display,
selector=dict(name=arrow_select_name))
