def vector_DataType(name, *args, **kwd_args):
data_types = [
manager.DataType(d + "_" + name, *args, **kwd_args)
for d in ['x', 'y', 'z']
]
data_types.append(manager.PacketSpec(name, *data_types))
return data_types
import manager
import gui
import plot
import time
def vector_DataType(name, *args, **kwd_args):
data_types = [
manager.DataType(d + "_" + name, *args, **kwd_args)
for d in ['x', 'y', 'z']
]
data_types.append(manager.PacketSpec(name, *data_types))
return data_types
dts =\
[manager.DataType('run_time', int, units="ms", show=False, export_csv=False),
manager.DataType('force', float, units="Newtons", export_csv=True),
manager.DataType('inlet_temperature', float, units="deg C", export_csv=True),
manager.DataType('outlet_temperature', float, units="deg C", export_csv=True)] +\
vector_DataType('acceleration', float, units="Gs", export_csv=True) +\
[manager.DataType('status', str, show=False),
manager.DataType('fuel_control', int, show=False),
manager.DataType('oxy_control', int, show=False),
manager.DataType('fuel_safety', bool, show=False),
manager.DataType('oxy_safety', bool, show=False)]
plots = [
plot.Plot('time', 'force', width=3, show_x_label=False),
plot.Plot('time', ['inlet_temperature', 'outlet_temperature'],
"coolant temperature",
width=3,
show_x_label=False),
manager.DataType(d + "_" + name, *args, **kwd_args)
for d in ['x', 'y', 'z']
]
data_types.append(manager.PacketSpec(name, *data_types))
return data_types
def vector_Plot(x, y, name=None, *args, **kwd_args):
if name == None:
name = y.replace("_", " ")
return plot.Plot(x, [d + "_" + y for d in ['x', 'y', 'z']], *args,
**kwd_args)
dts = ([
manager.DataType('temperature', float, units='deg C'),
manager.DataType('missed_deadlines', int)
] + vector_DataType('magnetometer', float) + # TODO: units
vector_DataType('gyro', float) + # TODO: units
vector_DataType('euler_angle', float, units='degrees') +
vector_DataType('acceleration', float, units='m/sec^2'))
plots = [ #plot.Plot('time', 'temperature'),
vector_Plot('time', 'magnetometer'),
vector_Plot('time', 'gyro'),
vector_Plot('time', 'euler_angle'),
vector_Plot('time', 'acceleration')
]
dispatcher = manager.Dispatcher(*dts)
manager = manager.DataManager(dispatcher)
root = Tk()
app = gui.Application(dispatcher,
#!/usr/bin/env python3
from tkinter import *
import manager
import gui
if __name__ == '__main__':
dt1 = manager.DataType('test1', int)
dt2 = manager.DataType('test2', float, units="foo")
dt3 = manager.DataType('test3', str, False)
dt4 = manager.DataType('test4', float)
dt5 = manager.DataType('test5', str, False)
dt6 = manager.DataType('test6', float)
dt7 = manager.DataType('test7', int)
dt8 = manager.DataType('test8', float)
dispatcher = manager.Dispatcher(dt1, dt2, dt3, dt4, dt5, dt6, dt7, dt8)
manager = manager.DataManager(dispatcher)
root = Tk()
app = gui.Application(dispatcher, manager, master=root)
app.mainloop()
#!/usr/bin/env python3
import sys
sys.path.append("src")
from tkinter import *
import manager
import gui
import plot
dts = [
manager.DataType('pressure_in', float, units='psi'),
manager.DataType('pressure_out', float, units='psi'),
manager.DataType('pressure_drop', float, units='psi'),
manager.DataType('angle', int, units='degrees')
]
plots = [
plot.Plot('time', ['pressure_in', 'pressure_out', 'pressure_drop']),
plot.Plot('time', 'angle')
]
#plot.Plot('pressure', 'angle')]
dispatcher = manager.Dispatcher(*dts)
manager = manager.DataManager(dispatcher)
root = Tk()
app = gui.Application(dispatcher,
manager,
plots,
master=root,
serial_console_height=10,
default_baud=115200)