def main():
# Get forecasts and save to DB
def get_forecasts():
data = wfs.wfs().get_all_sources()
dbase = db.db()
dbase.insert_wfs_data(data)
dbase.close_connection()
# Read data from sensors and save to DB
def read_sensors():
data = sensors.sensors().read_all()
dbase = db.db()
dbase.insert_sensor_data(data)
dbase.close_connection()
# Screensaver
scr = Thread(target = pir.screensaver)
scr.daemon = True
scr.start()
##test
##get_forecasts()
##read_sensors()
# get data from forecasts each hour
repeat_get_forecasts = timer.timer(3600, get_forecasts)
repeat_get_forecasts.start()
# get data from sensors each minute
repreat_read_sensors = timer.timer(60, read_sensors)
repreat_read_sensors.start()
# Send sensor data to openweathermap.com
#response = wfs.wfs().send_to_owm()
#print (response)
# Interface
root = gui.Interface()
root.mainloop()
MinorDivisions.value, StartMinorAngle.value, Smooth.state)
if Origin.value == CURSOR:
obj.setLocation(*Blender.Window.GetCursorPos())
if Orientation.value == XZ:
pass
elif Orientation.value == XY:
obj.RotY = pi / 2.0
elif Orientation.value == YZ:
obj.RotX = pi / 2.0
# GUI
interface = gui.Interface()
Create = gui.Button(interface, 'Create', callback=create)
Smooth = gui.Toggle(interface, 'Smooth', True)
# basic settings
MajorRadius = gui.FloatNumber(interface, '', 1.0, 0.00001, 1.0e8)
MinorRadius = gui.FloatNumber(interface, '', 0.25, 0.00001, 1.0e8)
MajorDivisions = gui.IntNumber(interface, '', 32, 3, 1024)
MinorDivisions = gui.IntNumber(interface, '', 16, 3, 1024)
StartMinorAngle = gui.FloatSlider(interface, '', 0, 0, 360)
# extended
StartMajorAngle = gui.FloatSlider(interface, '', 0, 0, 360)
EndMajorAngle = gui.FloatSlider(interface, '', 0, 0, 360)
CapStart = gui.Toggle(interface, 'cap', True, tooltip="Cap start")
VDivisions.value,
Smooth.state
)
if Origin.value == CURSOR:
obj.setLocation( *Blender.Window.GetCursorPos() )
if Orientation.value == XZ:
pass
elif Orientation.value == XY:
obj.RotY = pi/2.0
elif Orientation.value == YZ:
obj.RotX = pi/2.0
interface = gui.Interface('Mesh Sphere $Revision: 1.1.1.1 $')
Radius = gui.FloatNumber(interface, '', 1, 0.001, 1.0e8)
UDivisions = gui.IntNumber(interface, 'U: ', 16, 3, 1024)
VDivisions = gui.IntNumber(interface, 'V: ', 16, 3, 1024)
Smooth = gui.Toggle(interface, 'Smooth', True)
Create = gui.Button(interface, 'Create', callback=create)
Hemisphere = gui.Toggle(interface, 'Hemisphere', False)
Cap = gui.Toggle(interface, 'Cap', True)
CapMethod = gui.MultipleToggle(interface, ['simple', 'symmetrical'], 0)
Percent = gui.FloatSlider(interface, '', 50, 0, 100)
Origin = gui.MultipleToggle(interface, [ ('World center',CENTER), ('3D cursor',CURSOR) ], 0, tooltip="Origin")
Orientation = gui.RadioButtons(interface, [('xz',XZ), ('xy',XY), ('yz',YZ)], XZ, tooltip="Orientation")
if Origin.value == CURSOR:
obj.setLocation( *Blender.Window.GetCursorPos() )
if Orientation.value == XZ:
pass
elif Orientation.value == XY:
obj.RotY = pi/2.0
elif Orientation.value == YZ:
obj.RotX = pi/2.0
###### Make GUI
import gui
interface = gui.Interface('Mesh tube $Revision: 1.1.1.1 $')
### Make widgets
# dimensions
InnerRadius = gui.FloatNumber(interface, '', 1.0, 0.0001, 1.0e8, tooltip='Inner radius')
OuterRadius = gui.FloatNumber(interface, '', 2.0, 0.0001, 1.0e8, tooltip='Outer radius')
Height = gui.FloatNumber(interface, '', 5.0, 0.0001, 1.0e8, tooltip='Height')
# accuracy
InnerDivisions = gui.IntNumber(interface, '', 1, 1, 512, tooltip="Inner divisions")
OuterDivisions = gui.IntNumber(interface, '', 1, 1, 512, tooltip="Outer divisions")
CapDivisions = gui.IntNumber(interface, '', 1, 1, 256, tooltip="Cap divisions")
Segments = gui.IntNumber(interface, '', 32, 3, 1024, tooltip="Segments")
# cut
if Origin.value == CURSOR:
obj.setLocation(*Blender.Window.GetCursorPos())
if Orientation.value == XZ:
pass
elif Orientation.value == XY:
obj.RotY = pi / 2.0
elif Orientation.value == YZ:
obj.RotX = pi / 2.0
###### Make GUI
import gui
interface = gui.Interface('Mesh cylinder $Revision: 1.1.1.1 $')
### Make widgets
# dimensions
Radius = gui.FloatNumber(interface, '', 1.0, 0.0001, 1.0e8, tooltip='Radius')
Height = gui.FloatNumber(interface, '', 3.0, 0.0001, 1.0e8, tooltip='Height')
# accuracy
CapDivisions = gui.IntNumber(interface, '', 1, 1, 256, tooltip="Cap divisions")
OuterDivisions = gui.IntNumber(interface,
'',
1,
1,
256,
tooltip="Outer divisions")
if LiveUpdate.state:
update()
def apply():
global vertex_list, mesh
if mesh:
update()
vertex_list = []
mesh = []
Info.text = 'No mesh selected'
# make interface
interface = gui.Interface('mesh twist $Revision: 1.1.1.1 $')
StartFrom = gui.FloatSlider(interface,
'Start: ',
0.0,
0.0,
100.0,
callback=live_update)
EndAt = gui.FloatSlider(interface,
'End: ',
100.0,
0.0,
100.0,
callback=live_update)
Axis = gui.RadioButtons(interface, [('X', AXIS_X), ('Y', AXIS_Y),
('Z', AXIS_Z)],