def update(self, entity, id_to_update):
try:
self.__check_instance(entity)
entity.update(self.conn, id_to_update)
self.change_callback()
except Exception as e:
string = f"""Error mientras se eliminaba la entidad {type(entity).__name__} con identificador {entity.id}"""
get_error_dialog_msg(e, string, "Error de actualizacion").exec_()
def append(self, entity):
"""Append to the list."""
try:
self.__check_instance(entity)
entity.insert(self.conn)
self.change_callback()
except Exception as e:
string = f"""Error mientras se agregaba la entidad {type(entity).__name__} con identificador {entity.id}"""
get_error_dialog_msg(e, string, "Error de insertacion").exec_()
def load_graph(self, pruebas):
test1 = []
test2 = []
test3 = []
total = []
dates = [] # X axis
try:
self.model.change_model_list(pruebas)
if len(pruebas) > 0:
self.graph.ax.clear()
self.graph_test_1.ax.clear()
self.graph_test_2.ax.clear()
self.tiempo_total.setText("")
self.tiempo_1.setText("")
self.tiempo_2.setText("")
self.tiempo_3.setText("")
self.graph_test_3.ax.clear()
self.graph_test_total.ax.clear()
for x in range(0, len(pruebas)):
prueba = pruebas[x]
dates.append(prueba.datetime)
test1.append(prueba.laps[0].total_seconds())
test2.append(prueba.laps[1].total_seconds())
test3.append(prueba.laps[2].total_seconds())
total.append(test1[x] + test2[x] + test3[x])
self.graph.line_lap0 = self.graph.ax.plot(date2num(dates), matplotlib.dates.num2date(test1), lw=0.75,
label=self.settings.get_lap_name(0),
color="blue",
marker="o",
markersize=2)
self.graph.line_lap1 = self.graph.ax.plot(date2num(dates), matplotlib.dates.num2date(test2), lw=0.75,
label=self.settings.get_lap_name(1),
color="green",
marker="o",
markersize=2)
self.graph.line_lap2 = self.graph.ax.plot(date2num(dates), matplotlib.dates.num2date(test3),
lw=0.75,
label=self.settings.get_lap_name(2),
color="brown",
marker="o",
markersize=2)
self.graph.line_total = self.graph.ax.plot(date2num(dates), matplotlib.dates.num2date(total), lw=0.75,
label=self.settings.value(self.settings.LAP_TOTAL_NAME),
color="red",
marker="o",
markersize=2)
self.graph.ax.xaxis.set_major_locator(Grafica.autox)
self.graph.ax.xaxis.set_major_formatter(Grafica.formatterx)
self.graph.ax.yaxis.set_major_formatter(Grafica.funcformatter)
self.graph.ax.yaxis.set_label("Tiempo de prueba")
self.graph.ax.xaxis.set_label("Fecha")
self.graph.ax.grid(True)
self.graph.ax.legend(frameon=False)
self.statusChangeSlot.emit(
f"Mostrando {len(test2)} pruebas, entre {dates[0]} y {dates[len(dates) - 1]}", 10)
for tick in self.graph.ax.get_xticklabels():
tick.set_rotation(30)
else:
self.graph.ax.clear()
self.graph_test_1.ax.clear()
self.graph_test_2.ax.clear()
self.graph_test_3.ax.clear()
self.graph_test_total.ax.clear()
self.graph.draw()
try:
test1_lowmid_limit = self.settings.value(self.settings.LAP0_LOWMEDIUM_START).total_seconds()
test2_lowmid_limit = self.settings.value(self.settings.LAP1_LOWMEDIUM_START).total_seconds()
test3_lowmid_limit = self.settings.value(self.settings.LAP2_LOWMEDIUM_START).total_seconds()
test1_midhigh_limit = self.settings.value(self.settings.LAP0_MEDIUMHARD_START).total_seconds()
test2_midhigh_limit = self.settings.value(self.settings.LAP1_MEDIUMHARD_START).total_seconds()
test3_midhigh_limit = self.settings.value(self.settings.LAP2_MEDIUMHARD_START).total_seconds()
test_total_lowmid_limit = test1_lowmid_limit + test2_lowmid_limit + test3_lowmid_limit
test_total_midhigh_limit = test3_midhigh_limit + test2_midhigh_limit + test1_midhigh_limit
self.graph_test_1.ax.plot((0,
len(test1)),
(test1_lowmid_limit, test1_lowmid_limit),
color="orange",
markersize=1)
self.graph_test_1.ax.plot((0, len(test1)), (test1_midhigh_limit, test1_midhigh_limit),
color="red",
markersize=1)
self.graph_test_2.ax.plot((0, len(test2)), (test2_lowmid_limit, test2_lowmid_limit),
color="orange",
markersize=1)
self.graph_test_2.ax.plot((0, len(test2)), (test2_midhigh_limit, test2_midhigh_limit),
color="red",
markersize=1)
self.graph_test_3.ax.plot((0, len(test3)), (test3_lowmid_limit, test3_lowmid_limit),
color="orange",
markersize=1)
self.graph_test_3.ax.plot((0, len(test3)), (test3_midhigh_limit, test3_midhigh_limit),
color="red",
markersize=1)
self.graph_test_total.ax.plot((0, len(test3)), (test_total_lowmid_limit, test_total_lowmid_limit),
color="orange",
markersize=1)
self.graph_test_total.ax.plot((0, len(test3)), (test_total_midhigh_limit, test_total_midhigh_limit),
color="red",
markersize=1)
for x in range(0, len(dates)):
test_total = test1[x] + test2[x] + test3[x]
if test1[x] < test1_lowmid_limit:
self.graph_test_1.ax.plot(x, test1[x], color="green", marker="o", markersize=2)
elif test1[x] < test1_midhigh_limit:
self.graph_test_1.ax.plot(x, test1[x], color="orange", marker="o", markersize=2)
else:
self.graph_test_1.ax.plot(x, test1[x], color="red", marker="o", markersize=2)
if test2[x] < test2_lowmid_limit:
self.graph_test_2.ax.plot(x, test2[x], color="green", marker="o", markersize=2)
elif test2[x] < test2_midhigh_limit:
self.graph_test_2.ax.plot(x, test2[x], color="orange", marker="o", markersize=2)
else:
self.graph_test_2.ax.plot(x, test2[x], color="red", marker="o", markersize=2)
if test3[x] < test3_lowmid_limit:
self.graph_test_3.ax.plot(x, test3[x], color="green", marker="o", markersize=2)
elif test3[x] < test3_midhigh_limit:
self.graph_test_3.ax.plot(x, test3[x], color="orange", marker="o", markersize=2)
else:
self.graph_test_3.ax.plot(x, test3[x], color="red", marker="o", markersize=2)
if test_total < test_total_lowmid_limit:
self.graph_test_total.ax.plot(x, test3[x], color="green", marker="o", markersize=2)
elif test_total < test_total_midhigh_limit:
self.graph_test_total.ax.plot(x, test_total, color="orange", marker="o", markersize=2)
else:
self.graph_test_total.ax.plot(x, test_total, color="red", marker="o", markersize=2)
self.graph_test_1.ax.yaxis.set_major_formatter(Grafica.funcformatter)
self.graph_test_1.ax.yaxis.set_label("Tiempo de prueba")
self.graph_test_1.ax.grid(True)
#self.graph_test_1.ax.legend(frameon=False)
self.graph_test_2.ax.yaxis.set_major_formatter(Grafica.funcformatter)
self.graph_test_2.ax.yaxis.set_label("Tiempo de prueba")
self.graph_test_2.ax.grid(True)
#self.graph_test_2.ax.legend(frameon=False)
self.graph_test_3.ax.yaxis.set_major_formatter(Grafica.funcformatter)
self.graph_test_3.ax.yaxis.set_label("Tiempo de prueba")
self.graph_test_3.ax.grid(True)
#self.graph_test_3.ax.legend(frameon=False)
self.graph_test_total.ax.yaxis.set_major_formatter(Grafica.funcformatter)
self.graph_test_total.ax.yaxis.set_label("Tiempo de prueba")
self.graph_test_total.ax.grid(True)
self.graph_test_1.draw()
self.graph_test_2.draw()
self.graph_test_3.draw()
self.graph_test_total.draw()
except Exception as e:
string = f"Error en la matrices secundarias. {type(e).__name__} paciente {self.pacient.dni}\n"
string += "Valores:\n"
string += f"{dates}\n"
string += f"{test1}\n"
string += f"{test2}\n"
string += f"{test3}"
get_error_dialog_msg(e, string, "Error de insertacion").exec_()
except Exception as e:
string = f"Error en la matriz {type(e).__name__} paciente {self.pacient.id}\n"
string += "Valores:\n"
string += f"{dates}\n"
string += f"{test1}\n"
string += f"{test2}\n"
string += f"{test3}"
get_error_dialog_msg(e, string, "Error de insertacion").exec_()