def make_KML_average_columns(averages_dict):
kml = KML()
aves = {}
for point, bucket in averages_dict.items():
aves[point] = {"vel": [], "azm": []}
vel = Mean() + point.velocity
azm = Mean() + point.azimuth
for en in ens:
vel += en.velocity
azm += en.azimuth
aves[point]["vel"] = vel
aves[point]["azm"] = azm
f = open("../data/column_averages.xml",'w')
f.write("latitude, longitude, velocity_mean, v_std, v_n, azimuth_mean, a_std, a_n\n")
mkstr = lambda x: ("%s" % x).replace(", ","<br/>").replace("=",": ")
for point, ave in aves.items():
vel = ave["vel"]
azm = ave["azm"]
text = "<h2>Velocity:</h2><p>%s</p>" % mkstr(vel)
text += "<h2>Azimuth:</h2><p>%s</p>" % mkstr(azm)
desc = description_from_text(text)
pt = Placemark(int(azm), point.point, desc)
kml.addPlacemark(pt)
line = list(point.point)
line.append(vel())
line.append(azm())
f.write(",".join(line) + "\n")
f.close()
kml.output("../data/column_averages.kml")
def make_KML_average_columns(averages_dict):
kml = KML()
aves = {}
for point, bucket in averages_dict.items():
aves[point] = {"vel": [], "azm": []}
vel = Mean() + point.velocity
azm = Mean() + point.azimuth
for en in ens:
vel += en.velocity
azm += en.azimuth
aves[point]["vel"] = vel
aves[point]["azm"] = azm
f = open("../data/column_averages.xml", 'w')
f.write(
"latitude, longitude, velocity_mean, v_std, v_n, azimuth_mean, a_std, a_n\n"
)
mkstr = lambda x: ("%s" % x).replace(", ", "<br/>").replace("=", ": ")
for point, ave in aves.items():
vel = ave["vel"]
azm = ave["azm"]
text = "<h2>Velocity:</h2><p>%s</p>" % mkstr(vel)
text += "<h2>Azimuth:</h2><p>%s</p>" % mkstr(azm)
desc = description_from_text(text)
pt = Placemark(int(azm), point.point, desc)
kml.addPlacemark(pt)
line = list(point.point)
line.append(vel())
line.append(azm())
f.write(",".join(line) + "\n")
f.close()
kml.output("../data/column_averages.kml")
def outputData(name, collection, atDepth=None):
kml = KML(name)
file = open("../data/%s.csv" % name.replace(" ", "_"), "w")
file.write(
"number, latitude, longitude, v_mean, v_dev, v_n, v_err, v_min, v_max, a_mean, a_dev, a_n, a_err, a_min, a_max, d_mean, d_dev, d_n, d_err, d_min, d_max\n"
)
for lst in collection.values():
for col in lst:
col.calcAverages()
point = col.point
if atDepth:
velocity, azimuth = col.averageAtDepth(atDepth)
else:
velocity, azimuth = col.velocity, col.azimuth
name = int(degrees(azimuth)) # Cast to a Python int b/c MeanAzimuth has a long string representation
depth = col.depth
style = int(velocity)
if style == 0:
style = "O"
elif (name < 0) or (style < 0):
style = "red-diamond"
name = ""
PL = Placemark(name, point, velocity, azimuth, depth, style)
kml.addPlacemark(PL)
file.write("%i, %f, %f," % (PL.id, point[0], point[1]))
for val in [velocity, azimuth, depth]:
for v in val():
file.write(" %0.3f," % v)
file.write("\n")
# Kludge to zero out the ID number, so that we have a new zero point for each depth.
PL.zero()
kml.output()
file.close()
def outputData(name, collection, atDepth=None):
kml = KML(name)
file = open("../data/%s.csv" % name.replace(" ", "_"), "w")
file.write(
"number, latitude, longitude, v_mean, v_dev, v_n, v_err, v_min, v_max, a_mean, a_dev, a_n, a_err, a_min, a_max, d_mean, d_dev, d_n, d_err, d_min, d_max\n"
)
for lst in collection.values():
for col in lst:
col.calcAverages()
point = col.point
if atDepth:
velocity, azimuth = col.averageAtDepth(atDepth)
else:
velocity, azimuth = col.velocity, col.azimuth
name = int(
degrees(azimuth)
) # Cast to a Python int b/c MeanAzimuth has a long string representation
depth = col.depth
style = int(velocity)
if style == 0: style = "O"
elif ((name < 0) or (style < 0)):
style = "red-diamond"
name = ""
PL = Placemark(name, point, velocity, azimuth, depth, style)
kml.addPlacemark(PL)
file.write("%i, %f, %f," % (PL.id, point[0], point[1]))
for val in [velocity, azimuth, depth]:
for v in val():
file.write(" %0.3f," % v)
file.write("\n")
# Kludge to zero out the ID number, so that we have a new zero point for each depth.
PL.zero()
kml.output()
file.close()
def make_KML_from_ensemble_list(ensemble_list, designator=None):
kml = KML()
for en in ensemble_list:
kml.addPlacemark(make_Placemark(ensemble))
des = str(designator) if designator else ""
kml.output("../data/transects%s.kml" % des)
def make_KML_from_ensemble_list(ensemble_list, designator=None):
kml = KML()
for en in ensemble_list:
kml.addPlacemark(make_Placemark(ensemble))
des = str(designator) if designator else ""
kml.output("../data/transects%s.kml" % des)
