def main(rts):
pg.setConfigOptions(antialias=True)
app = QtWidgets.QApplication(sys.argv)
# phasor_plot = gui.PhasorPlot(rts, update_freq=30)
grid_plt = GridPlot(rts, update_freq=1)
# ts_plot = gui.TimeSeriesPlot(rts, ['speed', 'angle'], update_freq=30) # , 'speed', 'e_q_t', 'e_d_t', 'e_q_st', 'e_d_st'])
# stats_plot = gui.SimulationStatsPlot(rts, update_freq=30)
# Add Control Widgets
# line_outage_ctrl = gui.LineOutageWidget(rts)
# excitation_ctrl = gui.GenCtrlWidget(rts)
console = PythonConsole()
console.push_local_ns('rts', rts)
console.push_local_ns('grid_plt', grid_plt)
# console.push_local_ns('ts_plot', ts_plot)
# console.push_local_ns('phasor_plot', phasor_plot)
# console.push_local_ns('line_outage_ctrl', line_outage_ctrl)
# console.push_local_ns('excitation_ctrl', excitation_ctrl)
console.show()
console.eval_in_thread()
app.exec_()
return app
def main(rts):
update_freq = 30
pg.setConfigOptions(antialias=True)
app = QtWidgets.QApplication(sys.argv)
phasor_plot = gui.PhasorPlot(rts, update_freq=update_freq)
ts_plot = gui.TimeSeriesPlot(
rts, ['speed', 'angle'], update_freq=update_freq
) # , 'speed', 'e_q_t', 'e_d_t', 'e_q_st', 'e_d_st'])
grid_plot = gui.GridPlot3D(rts,
update_freq=update_freq,
z_ax='abs_pu',
rotating=False) # , use_colors=True)
grid_plot_angle = gui.GridPlot3D(rts,
update_freq=update_freq,
z_ax='angle',
rotating=False) # , use_colors=True)
# stats_plot = gui.SimulationStatsPlot(rts, update_freq=30)
# Add Control Widgets
line_outage_ctrl = gui.LineOutageWidget(rts)
gen_ctrl = gui.GenCtrlWidget(rts)
console = PythonConsole()
console.push_local_ns('rts', rts)
console.push_local_ns('ts_plot', ts_plot)
console.push_local_ns('phasor_plot', phasor_plot)
console.push_local_ns('line_outage_ctrl', line_outage_ctrl)
console.push_local_ns('gen_ctrl', gen_ctrl)
console.show()
console.eval_in_thread()
app.exec_()
return app
def new_consolle(self):
self.a = []
console = PythonConsole()
console.push_local_ns('getData', self.getData)
console.push_local_ns('getCurrent', self.getCurrent)
console.show()
console.eval_executor(gevent.spawn)
def main(rts):
app = QtWidgets.QApplication(sys.argv)
phasor_plot = PhasorPlot(rts, update_freq=25)
ts_plot = TimeSeriesPlotFast(rts, ['angle', 'speed'], update_freq=25) # , 'speed', 'e_q_t', 'e_d_t', 'e_q_st', 'e_d_st'])
stats_plot = SimulationStatsPlot(rts, update_freq=25) # , 'speed', 'e_q_t', 'e_d_t', 'e_q_st', 'e_d_st'])
# Add Control Widgets
line_outage_ctrl = LineOutageWidget(rts)
excitation_ctrl = GenCtrlWidget(rts)
# console = PythonConsole()
console = PythonConsole()
console.push_local_ns('rts', rts)
# console.push_local_ns('ts_plot', ts_plot)
console.push_local_ns('phasor_plot', phasor_plot)
console.push_local_ns('line_outage_ctrl', line_outage_ctrl)
console.push_local_ns('excitation_ctrl', excitation_ctrl)
console.show()
console.eval_in_thread()
app.exec_()
return app
# -*- coding: utf-8 -*-
#/usr/bin/python
import sys
from pyqtconsole.qt.QtWidgets import QApplication
from pyqtconsole.console import PythonConsole
def greet():
print("hello world")
if __name__ == '__main__':
app = QApplication([])
console = PythonConsole()
console.push_local_ns('greet', greet)
console.show()
console.eval_queued()
sys.exit(app.exec_())
import sys from threading import Thread from PyQt5.QtWidgets import QApplication from pyqtconsole.console import PythonConsole app = QApplication([]) console = PythonConsole() console.show() console.eval_in_thread() sys.exit(app.exec_())