def init(Engine,EngineModule,objects):
Engine.log("initial sleep of 20 seconds")
time.sleep(20)
Engine.lightsOff()
#saveload.load(Engine,EngineModule,"xmlscene/test.xml",objects)
saveload.load(Engine,EngineModule,"xmlscene/scene.xml",objects)
objectsNumber = Engine.howManyObjects()
for i in range(0,objectsNumber):
o = Engine.getObject(i)
if o.isGuiShape():
if not o.isFinalShape():
o.hide()
global doneLoadingTime
doneLoadingTime = Engine.getExactTime()
def startMenu():
sg.theme('Purple')
layout = [[sg.Button('Start new game', size=(40, 7))],
[sg.Button('Load save', size=(40, 7))],
[sg.Button('Back', size=(40, 7))]]
start_window = sg.Window('Start menu', layout, size=(600, 355))
while True:
event, values = start_window.read()
if event == sg.WIN_CLOSED or event == 'Back':
break
if event == 'Load save':
#info = (class_respect, teachers, grades, year, situation) or False
info = svld.load()
if info == False:
break
info = gameplay(class_respect=info[0],
teachers=info[1],
grades=info[2],
year=info[3],
loaded_situation=info[4])
if info != None:
gameplay(class_respect=info[0],
teachers=info[1],
grades=info[2],
year=info[3],
loaded_situation=info[4])
break
if event == 'Start new game':
info = gameplay(class_respect=0,
teachers=0,
grades=0,
year=8,
loaded_situation=1)
if info != None:
gameplay(class_respect=info[0],
teachers=info[1],
grades=info[2],
year=info[3],
loaded_situation=info[4])
break
start_window.close()
def load():
global filename
global wavlst
#Still need to decide on an extension!
filename = tkFileDialog.askopenfilename(defaultextension=fextension,\
filetypes=(("Wave Combiner files",fextension),\
("All Files", "*")))
if filename=="":
return
data = saveload.load(filename)
if data:
root.title("Wave Combiner - " + filename)
wavlst = data
comp.set_wave_list(wavlst)
windowlist.clear()
update_list()
comp.draw()
else:
print "Invalid Data!"
def main():
import saveload
ary = saveload.load("test.m4a")
ary = ary.reshape(len(ary)/2,2)[:,0]
spectrums = get_max_spectrums(ary,256)
print spectrums
print " - Regular pixels plot: 2"
if __name__ == "__main__":
if len(sys.argv)!=2:
perror()
sys.exit(1)
else:
if sys.argv[1] not in ['0','1','2']:
perror()
print "Invalid value given: %s" % sys.argv[1]
sys.exit(1)
try:
# Upload data
print 'Loading data...'
data,fxlon,fxlat,time_num=sl.load('data')
except Exception:
print "Error: No data file in the directory. First run a case using case.py."
sys.exit(1)
granules=sort_dates(data)
bounds=[fxlon.min(),fxlon.max(),fxlat.min(),fxlat.max()]
print 'Plotting data...'
# Plot pixels
if sys.argv[1] is '0':
m = Basemap(projection='merc',llcrnrlat=bounds[2], urcrnrlat=bounds[3], llcrnrlon=bounds[0], urcrnrlon=bounds[1])
kmld = []
for idx, g in enumerate(granules):
raster_png_data,corner_coords = basemap_scatter_mercator(g[1],bounds,m)
bounds = (corner_coords[0][0],corner_coords[1][0],corner_coords[0][1],corner_coords[2][1])
def main():
import saveload
ary = saveload.load("test.m4a")
ary = ary.reshape(len(ary) / 2, 2)[:, 0]
spectrums = get_max_spectrums(ary, 256)
print spectrums
def keyPressed(Engine,EngineModule,key,selection,objects):
pass
if key == EngineModule.Keys.K_C:
print("create objects")
if len(selection.get()) == 1:
if selection.get()[0].isActor():
o = selection.get()[0]
numShapes = o.howManyPhysicShapes()
size = EngineModule.Vec3(10,10,10)
size = EngineModule.Vec3(1,1,1)
method=""
firstShape = o.getShapeByIndex(0)
if Engine.isKeyDown(EngineModule.Keys.K_1):
shape = o.addBox(size)
method = "addBox"
if Engine.isKeyDown(EngineModule.Keys.K_2):
shape = o.addCapsule(size)
method = "addCapsule"
if Engine.isKeyDown(EngineModule.Keys.K_3):
shape = o.addSphere(size)
method = "addSphere"
colour = EngineModule.Vec3(1,1,1)
alpha = 1
if firstShape.hasColour():
colour = firstShape.getColour()
alpha = firstShape.getAlpha()
shape.setColour(colour.x,colour.y,colour.z,alpha)
shape.setName(str(numShapes+1))
selection.clear()
selection.add(shape)
text = method + "(Engine,EngineModule"
text += ",bodyName='" + o.getName() + "'"
text += ",shapeName='" + shape.getName() + "'"
text += ",size=EngineModule.Vec3(" + str(size) + ")"
text += ",r=" + str(colour.x)
text += ",g=" + str(colour.y)
text += ",b=" + str(colour.z)
text += ",a=" + str(alpha)
text += ")"
helpers.storeOperation(text)
else:
if (Engine.isKeyDown(EngineModule.Keys.K_1)
or Engine.isKeyDown(EngineModule.Keys.K_2)
or Engine.isKeyDown(EngineModule.Keys.K_3) ):
size = EngineModule.Vec3(10,10,10)
#size = EngineModule.Vec3(15,5,1)
if Engine.isKeyDown(EngineModule.Keys.K_0):
o = Engine.createStaticActor()
else:
o = Engine.createDynamicActor()
if Engine.isKeyDown(EngineModule.Keys.K_1):
shape = o.addBox(size)
elif Engine.isKeyDown(EngineModule.Keys.K_2):
shape = o.addCapsule(size)
elif Engine.isKeyDown(EngineModule.Keys.K_3):
shape = o.addSphere(size)
shape.setMaterialName(Engine.getDefaultShadedMaterialName())
shape.setName("1")
o.setPosition(EngineModule.Vec3(0,150,0))
if Engine.isKeyDown(EngineModule.Keys.K_4):
print("create spacecage")
create.createSpaceCage(Engine,EngineModule,EngineModule.Vec3(
100,200,300))
# 200,200,200))
elif Engine.isKeyDown(EngineModule.Keys.K_6):
print("create ragdoll")
char = ragdoll.createHumanBodyParts(Engine,
EngineModule,size=5,
pos=EngineModule.Vec3(0,150,0),
base=False)
ragdoll.createHumanJoints(Engine,EngineModule,char)
ragdoll.createLimits(Engine,EngineModule,char,45)
ragdoll.createLimitsHuman(Engine,EngineModule,char)
elif Engine.isKeyDown(EngineModule.Keys.K_8):
print("set camera pos")
Engine.setCameraPosition(
EngineModule.Vec3(
#-39.260421753,51.768470764,-253.214447021
-37.964317322,51.912330627,-246.827178955
)
)
Engine.setCameraOrientation(
EngineModule.Quat(
#0.061658185,0.000627403,-0.998036027,0.011049764
0.061658185,0.000627403,-0.998036027,0.011049764
)
)
Engine.setCameraFOV(50)
elif Engine.isKeyDown(EngineModule.Keys.K_7):
#saveload.load(Engine,EngineModule,"xmlscene/ragdoll.xml",objects)
yPos = 0.0
saveload.load(Engine,EngineModule,"xmlscene/ragdoll_1050.xml",objects,
loadingPosition=EngineModule.Vec3(18.637054443,yPos,-93.069076538),
loadingOrientation=EngineModule.Quat().fromAngles(0,180,0) * EngineModule.Quat(0.608761549,0.000000000,0.793353617,0.000000000))
saveload.load(Engine,EngineModule,"xmlscene/ragdoll_950.xml",objects,
loadingPosition=EngineModule.Vec3(0.000000000,yPos,117.283714294),
loadingOrientation=EngineModule.Quat().fromAngles(0,180,0) * EngineModule.Quat(1.000000000,0.000000000,0.000000000,0.000000000))
saveload.load(Engine,EngineModule,"xmlscene/ragdoll_850.xml",objects,
loadingPosition=EngineModule.Vec3(60.000000000,yPos,57.283725739),
loadingOrientation=EngineModule.Quat().fromAngles(0,180,0) * EngineModule.Quat(0.866025507,0.000000000,0.500000119,0.000000000))
saveload.load(Engine,EngineModule,"xmlscene/ragdoll_950.xml",objects,
loadingPosition=EngineModule.Vec3(40.076103210,yPos,-4.459388256),
loadingOrientation=EngineModule.Quat().fromAngles(0,180,0) * EngineModule.Quat(0.999048233,0.000000000,-0.043619387,0.000000000))
"""
saveload.load(Engine,EngineModule,"xmlscene/ragdoll_1050.xml",objects,
loadingPosition=EngineModule.Vec3(-92.474678040,yPos,-33.463573456),
loadingOrientation=EngineModule.Quat().fromAngles(0,180,0) * EngineModule.Quat(0.953717113,0.000000000,-0.300705880,0.000000000))
saveload.load(Engine,EngineModule,"xmlscene/ragdoll_850.xml",objects,
loadingPosition=EngineModule.Vec3(100.000000000,yPos,-42.716278076),
loadingOrientation=EngineModule.Quat().fromAngles(0,180,0) * EngineModule.Quat(0.866025507,0.000000000,0.500000119,0.000000000))
saveload.load(Engine,EngineModule,"xmlscene/ragdoll_950.xml",objects,
loadingPosition=EngineModule.Vec3(-98.567276001,yPos,103.246383667),
loadingOrientation=EngineModule.Quat().fromAngles(0,180,0) * EngineModule.Quat(0.965926170,0.000000000,-0.258819163,0.000000000))
saveload.load(Engine,EngineModule,"xmlscene/ragdoll_850.xml",objects,
loadingPosition=EngineModule.Vec3(-20.000000000,yPos,17.283725739),
loadingOrientation=EngineModule.Quat().fromAngles(0,180,0) * EngineModule.Quat(0.923879683,0.000000000,-0.382683575,0.000000000))
saveload.load(Engine,EngineModule,"xmlscene/ragdoll_1050.xml",objects,
loadingPosition=EngineModule.Vec3(120.000000000,yPos,57.283725739),
loadingOrientation=EngineModule.Quat().fromAngles(0,180,0) * EngineModule.Quat(0.953717053,0.000000000,0.300705850,0.000000000))
saveload.load(Engine,EngineModule,"xmlscene/ragdoll_950.xml",objects,
loadingPosition=EngineModule.Vec3(-150.000000000,yPos,57.283725739),
loadingOrientation=EngineModule.Quat().fromAngles(0,180,0) * EngineModule.Quat(-0.130526334,0.000000000,-0.991445363,0.000000000))
saveload.load(Engine,EngineModule,"xmlscene/ragdoll_1050.xml",objects,
loadingPosition=EngineModule.Vec3(-80.000000000,yPos,37.283725739),
loadingOrientation=EngineModule.Quat().fromAngles(0,180,0) * EngineModule.Quat(-0.608761787,0.000000000,-0.793353677,0.000000000))
saveload.load(Engine,EngineModule,"xmlscene/ragdoll_850.xml",objects,
loadingPosition=EngineModule.Vec3(-4.641016006,yPos,-40.036834717),
loadingOrientation=EngineModule.Quat().fromAngles(0,180,0) * EngineModule.Quat(0.500000119,0.000000000,-0.866025686,0.000000000))
"""
elif Engine.isKeyDown(EngineModule.Keys.K_5):
pass
createFigure(Engine,EngineModule,objects,EngineModule.Vec3(0,0,0),EngineModule.Quat(),1050)
def keyPressed(Engine,EngineModule,key,selection,objects):
if key == EngineModule.Keys.K_J:
ambient = Engine.getAmbientLight()
factor = helpers.getModifiedVector(Engine,EngineModule,0.05)
ambient = ambient + factor
helpers.vecclamp(ambient)
Engine.setAmbientLight(ambient)
print("set ambient light to: " + str(ambient))
if key == EngineModule.Keys.K_H:
fov = Engine.getCameraFOV()
if Engine.isKeyDown(EngineModule.Keys.K_1):
fov += 2
if Engine.isKeyDown(EngineModule.Keys.K_2):
fov -= 2
if fov < 0:
fov = 0
if fov > 180:
fov = 180
Engine.setCameraFOV(fov)
print("set FieldOfView to: " + str(fov))
if key == EngineModule.Keys.K_G:
gravity = Engine.getGravity()
factor = helpers.getModifiedVector(Engine,EngineModule,0.5)
gravity = gravity + factor
Engine.setGravity(gravity)
print("set gravity to: " + str(gravity))
if key == EngineModule.Keys.K_K:
if Engine.isKeyDown(EngineModule.Keys.K_1):
print("save scene.xml")
saveload.save(Engine,EngineModule,"xmlscene/scene.xml",objects)
print("done")
if Engine.isKeyDown(EngineModule.Keys.K_2):
print("save ragdoll.xml")
saveload.save(Engine,EngineModule,"xmlscene/ragdoll.xml",objects)
print("done")
if Engine.isKeyDown(EngineModule.Keys.K_3):
print("save test.xml")
saveload.save(Engine,EngineModule,"xmlscene/test.xml",objects)
print("done")
if key == EngineModule.Keys.K_L:
if Engine.isKeyDown(EngineModule.Keys.K_1):
print("load scene.xml")
saveload.load(Engine,EngineModule,"../xmlscene/scene.xml",objects)
print("done")
if Engine.isKeyDown(EngineModule.Keys.K_2):
print("load ragdoll.xml")
saveload.load(Engine,EngineModule,"xmlscene/ragdoll.xml",objects)
print("done")
if Engine.isKeyDown(EngineModule.Keys.K_3):
print("load test.xml")
saveload.load(Engine,EngineModule,"xmlscene/test.xml",objects)
print("done")
if key == EngineModule.Keys.K_Z:
print("change material and visibilty")
#if len(selection.get()) == 1:
# o = selection.get()[0]
if (Engine.isKeyDown(EngineModule.Keys.K_1) or
Engine.isKeyDown(EngineModule.Keys.K_2) or
Engine.isKeyDown(EngineModule.Keys.K_3) or
Engine.isKeyDown(EngineModule.Keys.K_4)):
for o in selection.get():
if o and o.isGuiContainer():
shapesNumber = o.howManyShapes()
shapesList = []
for i in range(0,shapesNumber):
shape = o.getShapeByIndex(i)
if Engine.isKeyDown(EngineModule.Keys.K_1):
shape.setCustomMaterial()
elif Engine.isKeyDown(EngineModule.Keys.K_2):
shape.setMaterialName(Engine.getDefaultShadedMaterialName())
elif Engine.isKeyDown(EngineModule.Keys.K_3):
shape.setFinalShape()
elif Engine.isKeyDown(EngineModule.Keys.K_4):
shape.setNonFinalShape()
elif o and o.isGuiShape():
if Engine.isKeyDown(EngineModule.Keys.K_1):
o.setCustomMaterial()
elif Engine.isKeyDown(EngineModule.Keys.K_2):
o.setMaterialName(Engine.getDefaultShadedMaterialName())
elif Engine.isKeyDown(EngineModule.Keys.K_3):
o.setFinalShape()
elif Engine.isKeyDown(EngineModule.Keys.K_4):
o.setNonFinalShape()
if Engine.isKeyDown(EngineModule.Keys.K_5) or Engine.isKeyDown(EngineModule.Keys.K_6):
if Engine.isKeyDown(EngineModule.Keys.K_5):
objectsNumber = Engine.howManyObjects()
for i in range(0,objectsNumber):
o = Engine.getObject(i)
if o.isGuiShape():
if not o.isFinalShape():
o.hide()
elif Engine.isKeyDown(EngineModule.Keys.K_6):
objectsNumber = Engine.howManyObjects()
for i in range(0,objectsNumber):
o = Engine.getObject(i)
if o.isGuiShape():
o.show()
if key == EngineModule.Keys.K_N:
if Engine.isKeyDown(EngineModule.Keys.K_1):
if Engine.isKeyDown(EngineModule.Keys.K_EQUALS):
Engine.setTimingFactor(Engine.getTimingFactor() * 0.5)
print("set timingfactor: " +str(Engine.getTimingFactor()))
else:
Engine.setTimingFactor(Engine.getTimingFactor() * 0.9)
print("set timingfactor: " +str(Engine.getTimingFactor()))
if Engine.isKeyDown(EngineModule.Keys.K_2):
if Engine.isKeyDown(EngineModule.Keys.K_EQUALS):
Engine.setTimingFactor(Engine.getTimingFactor() * 2.0)
print("set timingfactor: " +str(Engine.getTimingFactor()))
else:
Engine.setTimingFactor(Engine.getTimingFactor() * 1.1)
print("set timingfactor: " +str(Engine.getTimingFactor()))
if key == EngineModule.Keys.K_I:
print("fps: " + str(float(1000.0 / Engine.getTimeDifference())))
for o in selection.get():
print("object: " + str(o))
print(" name: " + str(o.getName()))
print(" uuid: " + str(o.readUuid()))
if o.isActor():
print(" position: " + str(o.getPosition()))
print(" size: " + str(o.getSize()))
print(" orientation: " + str(o.getOrientation().toAngles()))
print(" mass: " + str(o.getMass()))
if o.isJoint():
print(" yLimit: " + str(o.isJoint().getYLimit()))
print(" zLimit: " + str(o.isJoint().getZLimit()))
print(" anchor 1: " + str(o.isJoint().getAnchor1()))
print(" anchor 2: " + str(o.isJoint().getAnchor2()))
print(" anchor 1 orien: " + str(o.isJoint().getAnchor1Orientation().toAngles()))
print(" anchor 2 orien: " + str(o.isJoint().getAnchor2Orientation().toAngles()))
print(" motorOn: " + str(o.isJoint().isMotorOn()))
print(" motor target: " + str(o.isJoint().getMotorTarget().toAngles()))
body,joint = bodyjoint.getBodyJoint(selection.get())
if ((body and joint) and bodyjoint.isBodyJointConnected(body,joint)):
pass
jointPos = bodyjoint.getBodyJointAnchorSizePos(body,joint)
print("body joint size pos: " + str(jointPos))
def load(self, event):
saveload.load(self.manager)
import numpy as np
import saveload as sl
import JPSSD as J
data,fxlon,fxlat=sl.load('data')
U,L,T=sl.load('result')
xx=fxlon
yy=fxlat
zz=U
J.plot_3D(xx,yy,zz)
zz=L
J.plot_3D(xx,yy,zz)
zz=T
J.plot_3D(xx,yy,zz)
import matplotlib.pyplot as pl
import numpy as np
import pandas as pd
import saveload as sl
df = sl.load('../../data/OJP/OJP_NW_VWC.pkl')
# Get depths:
z = []
for col in df.columns:
print(col)
x = np.mean(
[float(i) for i in col.split('_')[1].split('c')[0].split('to')])
z.append(x)
z = np.array(z)
# Plot
pl.figure(figsize=(12, 5))
for col in df.columns:
pl.plot(df[col])
pl.grid()
pl.ylabel('Volumetric water content')
pl.legend()
pl.savefig('OJP_NW_Timeseries.png', dpi=300)
from utils import *
import numpy as np
import matplotlib.pyplot as plt
import saveload as sl
# Load data
g=sl.load('example')
# Size of the center of the pixels
size=200
# Ground pixels
lons=np.array(g.lon_nofire)
lats=np.array(g.lat_nofire)
color=(0,0.59765625,0)
plt.scatter(lons,lats,size,marker='.',color=color)
# Fire pixels
lons=np.array(g.lon_fire)
lats=np.array(g.lat_fire)
color=(0.59765625,0,0)
plt.scatter(lons,lats,size,marker='.',color=color)
plt.show()
print '>> File %s already created! Skipping all satellite processing <<' % bounds_file
print 'Loading from %s...' % bounds_file
result = loadmat(bounds_file)
# Taking necessary variables from result dictionary
scale = result['time_scale_num'][0]
time_num_granules = result['time_num_granules'][0]
time_num_interval = result['time_num'][0]
lon = np.array(result['fxlon']).astype(float)
lat = np.array(result['fxlat']).astype(float)
if 'ofxlon' in result.keys():
fxlon = result['ofxlon']
fxlat = result['ofxlat']
elif cloud_exists and cloud:
print '>> File %s already created! Skipping all satellite processing <<' % cloud_file
print 'Loading from %s...' % cloud_file
lon, lat, X, y, c, time_num_interval, time_num_granules, scale, fxlon, fxlat = sl.load(
cloud_file)
else:
if satellite_exists:
print '>> File %s already created! Skipping satellite retrieval <<' % satellite_file
print 'Loading from %s...' % satellite_file
data, fxlon, fxlat, time_num = sl.load(satellite_file)
bbox = [fxlon.min(), fxlon.max(), fxlat.min(), fxlat.max()]
else:
argument = sys.argv[1].split(',')
if len(argument) > 1:
print '>> Creating the fire mesh <<'
dlon = .005
dlat = .005
bounds = map(float, argument)
fxlon, fxlat = np.meshgrid(np.arange(bounds[0], bounds[1], dlon),
np.arange(bounds[2], bounds[3], dlat))
time_num = [1376114400.0, 1376546400.0]
scale = [1375898400.0, 1377410400.0]
dst = './patch/wrfout_patch'
X, y, c = process_forecast_wrfout(dst, scale, time_num, plot=plot)
sl.save(dict({'X': X, 'y': y, 'c': c}), 'forecast')
else:
bounds = (-113.85068, -111.89413, 39.677563, 41.156837)
dst = './patch/wrfout_patch'
f = process_forecast_slides_wrfout(dst, bounds, plot=plot)
sl.save(f, 'forecast')
else:
from infrared_perimeters import process_ignitions
from setup import process_detections
dst = 'ideal_test'
plot = False
ideal = sl.load(dst)
kk = 4
data = process_tign_g_slices(ideal['lon'][::kk, ::kk],
ideal['lat'][::kk, ::kk],
ideal['tign_g'][::kk, ::kk],
ideal['bounds'],
ideal['ctime'],
ideal['dx'],
ideal['dy'],
wrfout_file='ideal',
dt_for=ideal['dt'],
plot=plot)
if 'point' in ideal.keys():
p = [[ideal['point'][0]], [ideal['point'][1]], [ideal['point'][2]]]
data.update(process_ignitions(p, ideal['bounds']))
elif 'points' in ideal.keys():