def init_plot(m, start_lon='14 38.717E', start_lat='22 58.783S', color='red'):
lat0, lon0 = mi.pll(start_lat), mi.pll(start_lon)
x0, y0 = m(lon0, lat0)
line, = m.plot([x0], [y0], 'o-', color=color, linewidth=3)
text = ('Press s to stop interaction\\n'
'Press i to restart interaction\\n')
return line
def init_plot(m,start_lon='14 38.717E',start_lat='22 58.783S',color='red'):
lat0,lon0 = mi.pll(start_lat), mi.pll(start_lon)
x0,y0 = m(lon0,lat0)
line, = m.plot([x0],[y0],'o-',color=color,linewidth=3)
text = ('Press s to stop interaction\\n'
'Press i to restart interaction\\n')
return line
def get_sat_tracks(datestr,kml):
"""
Program that goes and fetches the satellite tracks for the day
For the day defined with datestr
kml is the parsed kml structure with pykml
"""
from map_interactive import pll
sat = dict()
# properly format datestr
day = datestr.replace('-','')
for i in range(4):
name = str(kml.Document.Document[i].name).split(':')[1].lstrip(' ')
for j in range(1,kml.Document.Document[i].countchildren()-1):
if str(kml.Document.Document[i].Placemark[j].name).find(day) > 0:
pos_str = str(kml.Document.Document[i].Placemark[j].LineString.coordinates)
post_fl = pos_str.split(' ')
lon,lat = [],[]
for s in post_fl:
try:
x,y = s.split(',')
lon.append(pll(x))
lat.append(pll(y))
except:
pass
try:
sat[name] = (lon,lat)
except UnboundLocalError:
print 'Skipping %s; no points downloaded' %name
return sat
def get_sat_tracks(datestr, kml):
"""
Program that goes and fetches the satellite tracks for the day
For the day defined with datestr
kml is the parsed kml structure with pykml
"""
from map_interactive import pll
sat = dict()
# properly format datestr
day = datestr.replace('-', '')
for i in range(4):
name = str(kml.Document.Document[i].name).split(':')[1].lstrip(' ')
for j in range(1, kml.Document.Document[i].countchildren() - 1):
if str(kml.Document.Document[i].Placemark[j].name).find(day) > 0:
pos_str = str(kml.Document.Document[i].Placemark[j].LineString.
coordinates)
post_fl = pos_str.split(' ')
lon, lat = [], []
for s in post_fl:
try:
x, y = s.split(',')
lon.append(pll(x))
lat.append(pll(y))
except:
pass
try:
sat[name] = (lon, lat)
except UnboundLocalError:
print 'Skipping %s; no points downloaded' % name
return sat
def build_basemap(lower_left=[-20,-30],upper_right=[20,10],ax=None,proj='cyl',profile=None):
"""
First try at a building of the basemap with a 'stere' projection
Must put in the values of the lower left corner and upper right corner (lon and lat)
Defaults to draw 8 meridians and parallels
Modified: Samuel LeBlanc, 2015-09-15, NASA Ames
- added profile keyword that contains the basemap profile dict for plotting the corners
- added programatic determination of basemap parallels and meridians
"""
from map_interactive import pll
if profile:
upper_right = [pll(profile['Lon_range'][1]),pll(profile['Lat_range'][1])]
lower_left = [pll(profile['Lon_range'][0]),pll(profile['Lat_range'][0])]
m = Basemap(projection=proj,lon_0=(upper_right[0]+lower_left[0])/2.0,lat_0=(upper_right[1]+lower_left[1])/2.0,
llcrnrlon=lower_left[0], llcrnrlat=lower_left[1],
urcrnrlon=upper_right[0], urcrnrlat=upper_right[1],resolution='h',ax=ax)
m.artists = []
m.drawcoastlines()
#m.fillcontinents(color='#AAAAAA')
m.drawstates()
m.drawcountries()
round_to_5 = lambda x:(int(x/5)+1)*5
mer = np.arange(round_to_5(lower_left[0]),round_to_5(upper_right[0])+5,5)
par = np.arange(round_to_5(lower_left[1]),round_to_5(upper_right[1])+5,5)
#mer = np.linspace(-15,20,8).astype(int)
#mer = np.linspace(lower_left[0],upper_right[0],8).astype(int)
#par = np.linspace(-25,5,7).astype(int)
#par = np.linspace(lower_left[1],upper_right[1],8).astype(int)
m.artists.append(m.drawmeridians(mer,labels=[0,0,0,1]))
m.artists.append(m.drawparallels(par,labels=[1,0,0,0]))
return m
def load_map_labels(filename,skip_lines=0):
"""
Program to load map labels from a text file, csv
with format: Label, lon, lat, style
returns list of dictionary with each key as the label
"""
out = []
with open(filename,'r') as f:
for i in range(skip_lines):
next(f)
for line in f:
sp = line.split(',')
if sp[0].startswith('#'):
continue
out.append({'label':sp[0],'lon':mi.pll(sp[1]),'lat':mi.pll(sp[2]),'marker':sp[3].rstrip('\n')})
return out
def load_map_labels(filename,skip_lines=0):
"""
Program to load map labels from a text file, csv
with format: Label, lon, lat, style
returns list of dictionary with each key as the label
"""
out = []
with open(filename,'r') as f:
for i in range(skip_lines):
next(f)
for line in f:
sp = line.split(',')
if sp[0].startswith('#'):
continue
out.append({'label':sp[0],'lon':mi.pll(sp[1]),'lat':mi.pll(sp[2]),'marker':sp[3].rstrip('\n')})
return out
def Create_interaction(**kwargs):
#fig,ax = plt.subplots()
m = mi.build_basemap()
plt.gca().set_title('line segments')
lat0, lon0 = mi.pll('22 58.783S'), mi.pll('14 38.717E')
x0, y0 = m(lon0, lat0)
line, = m.plot([x0], [y0], 'ro-')
text = ('Press s to stop interaction\\n'
'Press i to restart interaction\\n')
#plt.text(1.0,0.1,text)
wb = ex.dict_position(**kwargs)
lines = mi.LineBuilder(line, m=m, ex=wb)
print 'after line builder'
plt.show()
print 'after show'
plt.gcf().canvas._tkcanvas.master.geometry("900x1000")
print 'after canvas'
g = gui.gui(lines)
g.make_gui()
print 'after gui'
return lines
def Create_interaction(**kwargs):
#fig,ax = plt.subplots()
m = mi.build_basemap()
plt.gca().set_title('line segments')
lat0,lon0 = mi.pll('22 58.783S'), mi.pll('14 38.717E')
x0,y0 = m(lon0,lat0)
line, = m.plot([x0],[y0],'ro-')
text = ('Press s to stop interaction\\n'
'Press i to restart interaction\\n')
#plt.text(1.0,0.1,text)
wb = ex.dict_position(**kwargs)
lines = mi.LineBuilder(line,m=m,ex=wb)
print 'after line builder'
plt.show()
print 'after show'
plt.gcf().canvas._tkcanvas.master.geometry("900x1000")
print 'after canvas'
g = gui.gui(lines)
g.make_gui()
print 'after gui'
return lines
def build_basemap(lower_left=[-20,-30],upper_right=[20,10],ax=None,proj='cyl',profile=None,larger=True):
"""
First try at a building of the basemap with a 'stere' projection
Must put in the values of the lower left corner and upper right corner (lon and lat)
Defaults to draw 8 meridians and parallels
Modified: Samuel LeBlanc, 2015-09-15, NASA Ames
- added profile keyword that contains the basemap profile dict for plotting the corners
- added programatic determination of basemap parallels and meridians
Modified: Samuel LeBlanc, 2016-07-17, Santa Cruz, CA
- added plotting of larger region, which is then resized, to have space to pan and zoom.
"""
from map_interactive import pll
if profile:
upper_right = [pll(profile['Lon_range'][1]),pll(profile['Lat_range'][1])]
lower_left = [pll(profile['Lon_range'][0]),pll(profile['Lat_range'][0])]
if larger:
dp = 30
else:
dp = 0
try:
import cPickle as pickle
m = pickle.load(open('map_{}.pkl'.format(profile['Campaign']),'rb'))
#print 'doing it pickle style'
m.ax = ax
except:
if larger:
dp = 30
else:
dp = 0
m = Basemap(projection=proj,lon_0=(upper_right[0]+lower_left[0])/2.0,lat_0=(upper_right[1]+lower_left[1])/2.0,
llcrnrlon=lower_left[0]-dp, llcrnrlat=lower_left[1]-dp,
urcrnrlon=upper_right[0]+dp, urcrnrlat=upper_right[1]+dp,resolution='i',ax=ax)
m.artists = []
m.drawcoastlines()
#m.fillcontinents(color='#AAAAAA')
m.drawstates()
m.drawcountries()
m.large = True
round_to_5 = lambda x:(int(x/5)+1)*5
round_to_2 = lambda x:(int(x/2)+1)*2
if (upper_right[0]-lower_left[0])<20.0:
mer = np.arange(round_to_2(lower_left[0]-dp),round_to_2(upper_right[0]+dp)+2,2)
difx = 0.2
m.large = False
else:
mer = np.arange(round_to_5(lower_left[0]-dp),round_to_5(upper_right[0]+dp)+5,5)
difx = 1.0
if (upper_right[1]-lower_left[1])<20.0:
par = np.arange(round_to_2(lower_left[1]-dp),round_to_2(upper_right[1]+dp)+2,2)
dify = 0.2
m.large = False
else:
par = np.arange(round_to_5(lower_left[1]-dp),round_to_5(upper_right[1]+dp)+5,5)
dify = 1.0
if ax:
ax.set_xlim(lower_left[0],upper_right[0])
ax.set_ylim(lower_left[1],upper_right[1])
m.artists.append(m.drawmeridians(mer,labels=[0,0,0,1]))
m.artists.append(m.drawparallels(par,labels=[1,0,0,0]))
# move the meridian labels to a proper position
for aa in m.artists[0].keys():
try:
m.artists[0][aa][1][0].set_position((m.artists[0][aa][1][0].get_position()[0],lower_left[1]-difx))
except:
pass
# move the parallels labels to a proper position
for aa in m.artists[1].keys():
try:
m.artists[1][aa][1][0].set_position((lower_left[0]-dify,m.artists[1][aa][1][0].get_position()[1]))
except:
pass
#import pdb; pdb.set_trace()
if ax:
try:
ax.figure.show()
except:
try:
ax.figure.canvas.draw()
except:
pass
return m
def build_basemap(lower_left=[-20, -30],
upper_right=[20, 10],
ax=None,
proj='cyl',
profile=None,
larger=True):
"""
First try at a building of the basemap with a 'stere' projection
Must put in the values of the lower left corner and upper right corner (lon and lat)
Defaults to draw 8 meridians and parallels
Modified: Samuel LeBlanc, 2015-09-15, NASA Ames
- added profile keyword that contains the basemap profile dict for plotting the corners
- added programatic determination of basemap parallels and meridians
Modified: Samuel LeBlanc, 2016-07-17, Santa Cruz, CA
- added plotting of larger region, which is then resized, to have space to pan and zoom.
"""
from map_interactive import pll
if profile:
upper_right = [
pll(profile['Lon_range'][1]),
pll(profile['Lat_range'][1])
]
lower_left = [
pll(profile['Lon_range'][0]),
pll(profile['Lat_range'][0])
]
if larger:
dp = 30
else:
dp = 0
try:
import cPickle as pickle
m = pickle.load(open('map_{}.pkl'.format(profile['Campaign']), 'rb'))
#print 'doing it pickle style'
m.ax = ax
except:
if larger:
dp = 30
else:
dp = 0
m = Basemap(projection=proj,
lon_0=(upper_right[0] + lower_left[0]) / 2.0,
lat_0=(upper_right[1] + lower_left[1]) / 2.0,
llcrnrlon=lower_left[0] - dp,
llcrnrlat=lower_left[1] - dp,
urcrnrlon=upper_right[0] + dp,
urcrnrlat=upper_right[1] + dp,
resolution='i',
ax=ax)
m.artists = []
m.drawcoastlines()
#m.fillcontinents(color='#AAAAAA')
m.drawstates()
m.drawcountries()
m.large = True
round_to_5 = lambda x: (int(x / 5) + 1) * 5
round_to_2 = lambda x: (int(x / 2) + 1) * 2
if (upper_right[0] - lower_left[0]) < 20.0:
mer = np.arange(round_to_2(lower_left[0] - dp),
round_to_2(upper_right[0] + dp) + 2, 2)
difx = 0.2
m.large = False
else:
mer = np.arange(round_to_5(lower_left[0] - dp),
round_to_5(upper_right[0] + dp) + 5, 5)
difx = 1.0
if (upper_right[1] - lower_left[1]) < 20.0:
par = np.arange(round_to_2(lower_left[1] - dp),
round_to_2(upper_right[1] + dp) + 2, 2)
dify = 0.2
m.large = False
else:
par = np.arange(round_to_5(lower_left[1] - dp),
round_to_5(upper_right[1] + dp) + 5, 5)
dify = 1.0
if ax:
ax.set_xlim(lower_left[0], upper_right[0])
ax.set_ylim(lower_left[1], upper_right[1])
m.artists.append(m.drawmeridians(mer, labels=[0, 0, 0, 1]))
m.artists.append(m.drawparallels(par, labels=[1, 0, 0, 0]))
# move the meridian labels to a proper position
for aa in m.artists[0].keys():
try:
m.artists[0][aa][1][0].set_position(
(m.artists[0][aa][1][0].get_position()[0],
lower_left[1] - difx))
except:
pass
# move the parallels labels to a proper position
for aa in m.artists[1].keys():
try:
m.artists[1][aa][1][0].set_position(
(lower_left[0] - dify,
m.artists[1][aa][1][0].get_position()[1]))
except:
pass
#import pdb; pdb.set_trace()
if ax:
try:
ax.figure.show()
except:
try:
ax.figure.canvas.draw()
except:
pass
return m
