def get_airspaces(routes):
for routename,coords,altspec in routes:
sig=getsig(coords,altspec)
if (routename,sig) in predef:
#pobj=None
#for sroutename,ssig in predef:
# if routename==sroutename:
pobj=(routename,sig)
width_nm,floor,ceiling,coordstr=predef[pobj]
rawcoords=re.findall(ur"(\d{6}N)\s*(\d{7}E)",coordstr)
coords=[mapper.latlon2merc(mapper.from_str(mapper.parse_coords(lats,lons)),13) for lats,lons in rawcoords]
width=float(mapper.approx_scale(coords[0],13,1.25*width_nm))
try:
outline=get_outline(coords,width)
except Exception:
uprint(u"Trouble parsing %s"%(routename,))
raise
yield dict(name=routename,
floor=floor,
ceiling=ceiling,
freqs=[],
type="RNAV",
points=[mapper.to_str(mapper.merc2latlon(x,13)) for x in outline])
else:
uprint("Need to have predefine for route %s, with md5: %s"%(routename,sig))
uprint("Altitude, and points")
raise Exception('Missing predef for route. Use: ("%s","%s") : ( 10,"FL 65","FL 95","""\n\n """),'%(routename,sig))
def clean_up_polygon(poss):
print "Clean poly:",poss
def tov(merc):
return Vertex(int(merc[0]),int(merc[1]))
def fromv(v):
return (v.get_x(),v.get_y())
vertices=[]
last=None
for pos in poss:
#print pos
if pos==last: continue
last=pos
vertices.append(tov(mapper.latlon2merc(mapper.from_str(pos),13)))
poly=Polygon(vvector(vertices))
#print "calling tidy-up"
shape=tidy_up_polygon(poly)
ret=[]
for poly in shape.get_polys():
#print "Got poly"
vs=poly.get_vertices()
out=[]
for v in vs:
out.append(mapper.to_str(mapper.merc2latlon(fromv(v),13)))
ret.append(out)
return ret
def clean_up_polygon(poss):
print "Clean poly:", poss
def tov(merc):
return Vertex(int(merc[0]), int(merc[1]))
def fromv(v):
return (v.get_x(), v.get_y())
vertices = []
last = None
for pos in poss:
#print pos
if pos == last: continue
last = pos
vertices.append(tov(mapper.latlon2merc(mapper.from_str(pos), 13)))
poly = Polygon(vvector(vertices))
#print "calling tidy-up"
shape = tidy_up_polygon(poly)
ret = []
for poly in shape.get_polys():
#print "Got poly"
vs = poly.get_vertices()
out = []
for v in vs:
out.append(mapper.to_str(mapper.merc2latlon(fromv(v), 13)))
ret.append(out)
return ret
def get_latlon_outline(latlonseq,width_nm):
print "Width nm:",width_nm
mercseq=[mapper.latlon2merc(mapper.from_str(ll),13) for ll in latlonseq]
width=float(mapper.approx_scale(mercseq[0],13,width_nm))
mercout=get_merc_outline(mercseq,width)
points=[mapper.to_str(mapper.merc2latlon(x,13)) for x in mercout]
return points
def get_low_sun_near_route(rts):
l=len(rts)
out=[]
dt=None
for idx,rt in enumerate(rts):
if rt.dt==None: continue
#print "ord:",rt.a.ordering
tottime=rt.dt-rt.startdt
merca=rt.subposa
mercb=rt.subposb
curtime=timedelta(0)
real_heading=rt.tt+rt.wca
while True:
if curtime>=tottime:
break
f=divide(curtime,tottime)
fi=1.0-f
merc=(fi*merca[0]+f*mercb[0],fi*merca[1]+f*mercb[1])
latlon=mapper.merc2latlon(merc,13)
when=rt.startdt+curtime
ele,azi=sun_position_in_sky(when,latlon[0],latlon[1])
#print "Sun position: ele=%s, azi=%s, heading=%s"%(ele,azi,real_heading)
if (ele>-0.5 and ele<25):
off=(azi-real_heading)
if abs(off)<25:
dirclock=int(round(off/15.0))
if dirclock<=0:
dirclock+=12
out.append(dict(
name="Low Sun Warning (Direction: %d o'clock, %.0f deg above horizon. Blinding?)"%(
dirclock,max(0,ele)),
pos=mapper.to_str(latlon),
elev="",
elevf=0,
dist=0,
bearing=azi,
closestalt=None,
kind='lowsun',
dist_from_a=mapper.bearing_and_distance(mapper.from_str(rt.a.pos),latlon)[1],
dist_from_b=mapper.bearing_and_distance(mapper.from_str(rt.b.pos),latlon)[1],
dir_from_a=describe_dir(rt.tt),
dir_from_b=describe_dir((rt.tt+180.0)%360.0),
a=rt.a,
b=rt.b,
id=rt.a.id))
print "Generated sun warning:",out[-1]
break
curtime+=timedelta(minutes=2)
return out
def get_airspaces(routes):
for routename, coords, altspec in routes:
sig = getsig(coords, altspec)
if (routename, sig) in predef:
#pobj=None
#for sroutename,ssig in predef:
# if routename==sroutename:
pobj = (routename, sig)
width_nm, floor, ceiling, coordstr = predef[pobj]
rawcoords = re.findall(ur"(\d{6}N)\s*(\d{7}E)", coordstr)
coords = [
mapper.latlon2merc(
mapper.from_str(mapper.parse_coords(lats, lons)),
13) for lats, lons in rawcoords
]
width = float(
mapper.approx_scale(coords[0], 13, 1.25 * width_nm))
try:
outline = get_outline(coords, width)
except Exception:
uprint(u"Trouble parsing %s" % (routename, ))
raise
yield dict(name=routename,
floor=floor,
ceiling=ceiling,
freqs=[],
type="RNAV",
points=[
mapper.to_str(mapper.merc2latlon(x, 13))
for x in outline
])
else:
uprint(
"Need to have predefine for route %s, with md5: %s" %
(routename, sig))
uprint("Altitude, and points")
raise Exception(
'Missing predef for route. Use: ("%s","%s") : ( 10,"FL 65","FL 95","""\n\n """),'
% (routename, sig))
def parse_airfields():
out = []
for item in csv.reader(open("fplan/extract/denmark.airfields.csv")):
print item
icao, empty, ICAO, name, d1, d2, pos, elev, owner, phone, d4, d5, webside = item
if not pos[-1] in ['E', 'W']:
pos = pos + "E"
print "ICAO:", icao
assert icao.upper() == ICAO
name = coding(name)
lat, lon = mapper.from_str(mapper.parsecoord(pos))
nasaelev = get_terrain_elev((lat, lon))
if elev == '':
elev = nasaelev
if nasaelev != 9999:
assert abs(float(elev) - nasaelev) < 100
ad = dict(icao=ICAO,
name=name,
pos=mapper.to_str((lat, lon)),
date="2010-01-01T00:00:00Z",
elev=int(elev))
out.append(ad)
return out
def parse_airfields():
out=[]
for item in csv.reader(open("fplan/extract/denmark.airfields.csv")):
print item
icao,empty,ICAO,name,d1,d2,pos,elev,owner,phone,d4,d5,webside=item
if not pos[-1] in ['E','W']:
pos=pos+"E"
print "ICAO:",icao
assert icao.upper()==ICAO
name=coding(name)
lat,lon=mapper.from_str(mapper.parsecoord(pos))
nasaelev=get_terrain_elev((lat,lon))
if elev=='':
elev=nasaelev
if nasaelev!=9999:
assert abs(float(elev)-nasaelev)<100
ad=dict(
icao=ICAO,
name=name,
pos=mapper.to_str((lat,lon)),
date="2010-01-01T00:00:00Z",
elev=int(elev))
out.append(ad)
return out
def getmap(self):
#print "DAta:",request.params
data=json.loads(request.params['data'])
ad=data['ad']
perf=data['perf']
what=data['what']
#print "Perf:",perf
imgsize=300
im=cairo.ImageSurface(cairo.FORMAT_RGB24,imgsize,imgsize)
ctx=cairo.Context(im)
def getpos(xd):
return xd.get('usable_pos',xd['pos'])
if not 'physical' in ad:
rwy=ad['runways'][0]
hdg=float(rwy["rwyhdg"])
hdgrad=(hdg/(180.0/math.pi))
runway_length=float(rwy["runway_length"])
threshold=float(rwy["threshold"])
posA=mapper.latlon2merc((59,18),20)
meter=mapper.approx_scale(posA, 20, 1/1852.0)
rwylen=meter*runway_length
delta=(math.sin(hdgrad)*rwylen,-math.cos(hdgrad)*rwylen)
print "Delta:",delta
posB=(posA[0]+delta[0],posA[1]+delta[1])
latlonA=mapper.to_str(mapper.merc2latlon(posA,20))
latlonB=mapper.to_str(mapper.merc2latlon(posB,20))
ad['physical']=[
[dict(name=rwy['name'],
usable_pos=latlonA,
pos=latlonA,
threshold=threshold),
dict(name="^"+rwy['name'],
usable_pos=latlonB,
pos=latlonB,
threshold=0)]]
if 'physical' in ad:
def getdist_meter(p1,p2):
brg,dist=mapper.bearing_and_distance(mapper.merc2latlon(p1,20),mapper.merc2latlon(p2,20))
return dist*1852.0
def draw_cmds():
for d in ad['physical']:
yield (mapper.latlon2merc(mapper.from_str(getpos(d[0])),20),
mapper.latlon2merc(mapper.from_str(getpos(d[1])),20),
d[0]['name'],d[1]['name'],d[0]['threshold'],d[1]['threshold'])
def justmercs():
for p1,p2,n1,n2,t1,t2 in draw_cmds():
yield p1
yield p2
bb=bsptree.bb_from_mercs(justmercs())
center=(0.5*(bb.x1+bb.x2),0.5*(bb.y1+bb.y2))
#print "Center:",center
mercradius=max(bb.x2-bb.x1,bb.y2-bb.y1)
scaling=(imgsize/1.3)/mercradius
def topixel(merc):
off=(merc[0]-center[0],merc[1]-center[1])
return (off[0]*scaling+imgsize/2,off[1]*scaling+imgsize/2)
def draw_marker(ctx,p1,p2,thresholdratio,msg,col=(1,0,0)):
ninety=[p2[1]-p1[1],p2[0]-p1[0]]
ninety=[ninety[0],-ninety[1]]
#if ninety[0]<0:
# ninety[0],ninety[1]=-ninety[0],-ninety[1]
#print "ninety:",ninety
p1=topixel(p1)
p2=topixel(p2)
d=[p1[0]+thresholdratio*(p2[0]-p1[0]),
p1[1]+thresholdratio*(p2[1]-p1[1])]
"""
dB=[d[0]+ninety[0],d[1]+ninety[1]]
if dB[0]>0.75*imgsize:
ninety[0],ninety[1]=-ninety[0],-ninety[1]
elif dB[0]<0.25*imgsize:
ninety[0],ninety[1]=-ninety[0],-ninety[1]
elif dB[1]<0.25*imgsize:
ninety[0],ninety[1]=-ninety[0],-ninety[1]
elif dB[1]>0.75*imgsize:
ninety[0],ninety[1]=-ninety[0],-ninety[1]
dB=[d[0]+ninety[0],d[1]+ninety[1]]
"""
ctx.new_path()
ctx.set_source(cairo.SolidPattern(*(col+(1,))))
ctx.arc(d[0],d[1],6,0,2*math.pi)
ctx.fill()
ctx.new_path()
ctx.move_to(*d)
ctx.save()
ang=math.atan2(ninety[1],ninety[0])*180.0/3.1415
if ang>90 or ang <-90:
ang=(ang+180)%360
angrad=ang*(math.pi/180)
ctx.translate(*d)
ctx.rotate(angrad)
ctx.set_font_size(17);
ext=ctx.text_extents(msg)[:4]
w=ext[2]
cand1=ctx.user_to_device(10+w/2,0)
cand2=ctx.user_to_device(-10-w/2,0)
def edgedist(x):
return min(x[0],x[0]-imgsize,x[1],x[1]-imgsize)
if edgedist(cand1)>edgedist(cand2):
dC=[10,-ext[1]/2]
else:
dC=[-10-w,-ext[1]/2]
#dC=[dB[0],dB[1]]
ctx.move_to(*dC)
ctx.show_text(msg)
ctx.restore()
for p1,p2,n1,n2,t1,t2 in draw_cmds():
print "n1:",n1,"n2:",n2
print "p1:",mapper.merc2latlon(p1,20)
print "p2:",mapper.merc2latlon(p2,20)
pix1=topixel(p1)
pix2=topixel(p2)
ctx.set_source(cairo.SolidPattern(0.5,0.5,0.5,1))
ctx.new_path()
ctx.set_line_width(10)
ctx.move_to(*pix1)
ctx.line_to(*pix2)
ctx.stroke()
for p1,p2,n1,n2,t1,t2 in draw_cmds():
print "Matching",n1,n2,"to",perf['name']
if n2==perf['name']:
p1,n1,t1,p2,n2,t2=p2,n2,t2,p1,n1,t1
if n1==perf['name']:
runwaylen=getdist_meter(p1,p2)
startratio=perf["start"]/runwaylen
start300ratio=perf["start300"]/runwaylen
startrollratio=perf["start_roll"]/runwaylen
safe_factor=1.43
if 'safe_factor' in perf:
safe_factor=float(perf['safe_factor'])
thresholdratio=t1/runwaylen
landingratio=perf["land"]/runwaylen
landingrollratio=landingratio-perf["landing_roll"]/runwaylen
landingratio*=safe_factor
landingrollratio*=safe_factor
landingratio+=thresholdratio
landingrollratio+=thresholdratio
if what=='start':
draw_marker(ctx,p1,p2,0,"Start",col=(1,0,0))
draw_marker(ctx,p1,p2,startrollratio,"Lättning",col=(1,0.5,0))
draw_marker(ctx,p1,p2,startratio,"tröskelhöjd",col=(1,1,0))
draw_marker(ctx,p1,p2,start300ratio,"300 fot höjd",col=(0,1,0))
if what=='landing':
draw_marker(ctx,p1,p2,thresholdratio,"tröskelhöjd ",col=(1,0,0))
draw_marker(ctx,p1,p2,landingrollratio,"Senaste sättning",col=(1,0.5,0))
draw_marker(ctx,p1,p2,landingratio,"Senaste stopp",(0,1,0))
buf=StringIO.StringIO()
im.write_to_png(buf)
png=buf.getvalue()
response.headers['Content-Type'] = 'image/png'
return png
def osm_airfields_parse():
nameicao = parse_info()
f = open("adnames.txt", "w")
for name, icao in sorted(nameicao, key=lambda x: x[0]):
f.write("%s: %s\n" % (icao.encode('utf8'), name.encode('utf8')))
f.close()
ads = []
hits = 0
misses = []
name2icao = []
for name, icao in nameicao:
name2icao.append((normalize(name), name, icao))
dupecheck = set()
for lon, lat, name in csv.reader(open("fplan/extract/aerodromes.txt")):
name = unicode(name, "utf8")
if not name.strip(): continue
icao = None
n1 = normalize(name)
if frozenset(n1) in dupecheck:
continue
dupecheck.add(frozenset(n1))
lastquality = 0
lastname = None
for n2, iname, iicao in name2icao:
#print repr(n1),"==",repr(n2)
minlen = min(len(n1), len(n2))
if minlen > 2:
minlen = minlen - 1
quality = len(n1.intersection(n2))
if quality >= minlen and quality > lastquality:
if icao != None and icao != iicao:
print "For name:", name, "Previous match:,", icao, "New match:", iicao, "Name:", iname, "last name:", lastname, "quality:", quality, "last:", lastquality, "minlen:", minlen
#assert icao==None
icao = iicao
lastquality = quality
lastname = iname
#print "Ap with name:",name
if icao:
hits += 1
icao = icao
else:
icao = 'ZZZZ'
misses.append(name)
#print "Missed:",name
d = dict(icao=icao,
name=name,
pos=mapper.to_str((float(lat), float(lon))),
elev=int(gte.get_terrain_elev((float(lat), float(lon)))))
if hits % 10 == 0:
print "Hits: %d, Misses: %d, Perc: %.1f" % (
hits, len(misses), 100.0 * (float(hits) /
(float(hits) + len(misses))))
ads.append(d)
print "Misses:"
f = open("missedads.txt", "w")
for miss in sorted(misses):
f.write((miss + " - " + repr(normalize(miss)) + u"\n").encode('utf8'))
f.close()
f = open("foundads.txt", "w")
for norm, name, icao in name2icao:
f.write((name + " - " + repr(norm) + u"\n").encode('utf8'))
f.close()
print "Hits: ", hits
print "Misses: ", len(misses)
return ads
def get_terrain_near_route(rts,vertdist,interval=10):
l=len(rts)
out=[]
for idx,rt in enumerate(rts):
#print "ord:",rt.a.ordering
if rt.dt==None:
continue
merca=rt.subposa
mercb=rt.subposb
minstep=2
stepcount=rt.d/float(minstep)
if stepcount>100:
newstep=rt.d/100.0
if newstep>minstep:
minstep=newstep
if interval<minstep:
interval=minstep
df=rt.d
if df<1e-3:
df=1e-3
along_nm=0.0
#isfirstorlast=(idx==0 or idx==l-1)
while True:
alongf=float(along_nm)/float(df)
end=False
if alongf>1.0:
alongf=1.0
end=True
merc=((1.0-alongf)*merca[0]+(alongf)*mercb[0],
(1.0-alongf)*merca[1]+(alongf)*mercb[1])
alt=(1.0-alongf)*rt.startalt+(alongf)*rt.endalt
latlon=mapper.merc2latlon(merc,13)
elev=get_terrain_elev_in_box_approx(latlon,2*minstep)
dist_from_a=mapper.bearing_and_distance(mapper.from_str(rt.a.pos),latlon)[1]
dist_from_b=rt.d-dist_from_a
if dist_from_b<0: dist_from_b=0
#if isfirstorlast and (along_nm<2.5 or along_nm>d-2.5):
# along_nm+=minstep
# continue
if (alt-elev<vertdist and
not (rt.a.stay and dist_from_a<5) and
not ((rt.b.stay or idx==l-1) and dist_from_b<5) ):
#print "idx",idx,"ord:",rt.a.ordering
#print "Terrain warning: ",dict(a=rt.a.waypoint,b=rt.b.waypoint,kind=rt.legpart,startalt=rt.startalt,endalt=rt.endalt,along=alongf,end=end)
out.append(dict(
name="Terrain warning",
pos=mapper.to_str(latlon),
elev="%.0f"%(elev,),
elevf=elev,
dist=0,
bearing=0,
closestalt=alt,
kind='terrain',
dist_from_a=dist_from_a,
dir_from_a=describe_dir(rt.tt),
dist_from_b=dist_from_b,
dir_from_b=describe_dir((rt.tt+180.0)%360.0),
a=rt.a,
b=rt.b,
id=rt.a.id))
along_nm+=interval
else:
along_nm+=minstep
if end:
break
return out
if type(name) == str:
name = unicode(name, "utf8")
mercf = mapper.latlon2merc((lat, lon), 13)
for a in origads:
merca = mapper.latlon2merc(mapper.from_str(a["pos"]), 13)
dist = math.sqrt((merca[0] - mercf[0]) ** 2 + (merca[1] - mercf[1]) ** 2)
if dist < 120:
found = a
break
if found:
found["flygkartan_id"] = flygkartan_id
else:
d = dict(
icao="ZZZZ",
name=name,
pos=mapper.to_str((lat, lon)),
elev=int(get_terrain_elev((lat, lon))),
flygkartan_id=flygkartan_id,
)
if filtericao(d):
ads.append(d)
minor_ad_charts = extra_airfields.minor_ad_charts
for ad in ads:
if ad["name"].count(u"Långtora"):
ad["pos"] = mapper.to_str(mapper.from_aviation_format("5944.83N01708.20E"))
if ad["name"] in minor_ad_charts:
charturl = minor_ad_charts[ad["name"]]
arp = ad["pos"]
borders=[[mapper.latlon2merc(mapper.from_str(x),13) for x in points] for points in context]
else:
borders=get_borders(context)
print "start,end",start,end
part1,idx1,pos1=find_closest(borders,start)
part2,idx2,pos2=find_closest(borders,end)
print "Found",pos1,pos2
if part1!=part2: raise Exception("Start and endpoint are not on same island!")
part=part1
print "from,to",idx1,idx2
if idx1==idx2:
return [start,end]
res1,dist1=circle(borders[part],pos1,idx1,idx2,pos2,-1)
res2,dist2=circle(borders[part],pos1,idx1,idx2,pos2,1)
if dist1<dist2:
if longwayround:
ret=res2
else:
ret=res1
else:
if longwayround:
ret=res1
else:
ret=res2
return [start]+ret+[end]
if __name__=='__main__':
fa=follow_along("sweden",(59.0,11.4),(61.0,12.5))
print " - ".join(mapper.to_str(pos) for pos in fa)
def getmap(self):
#print "DAta:",request.params
data = json.loads(request.params['data'])
ad = data['ad']
perf = data['perf']
what = data['what']
#print "Perf:",perf
imgsize = 300
im = cairo.ImageSurface(cairo.FORMAT_RGB24, imgsize, imgsize)
ctx = cairo.Context(im)
def getpos(xd):
return xd.get('usable_pos', xd['pos'])
if not 'physical' in ad:
rwy = ad['runways'][0]
hdg = float(rwy["rwyhdg"])
hdgrad = (hdg / (180.0 / math.pi))
runway_length = float(rwy["runway_length"])
threshold = float(rwy["threshold"])
posA = mapper.latlon2merc((59, 18), 20)
meter = mapper.approx_scale(posA, 20, 1 / 1852.0)
rwylen = meter * runway_length
delta = (math.sin(hdgrad) * rwylen, -math.cos(hdgrad) * rwylen)
print "Delta:", delta
posB = (posA[0] + delta[0], posA[1] + delta[1])
latlonA = mapper.to_str(mapper.merc2latlon(posA, 20))
latlonB = mapper.to_str(mapper.merc2latlon(posB, 20))
ad['physical'] = [[
dict(name=rwy['name'],
usable_pos=latlonA,
pos=latlonA,
threshold=threshold),
dict(name="^" + rwy['name'],
usable_pos=latlonB,
pos=latlonB,
threshold=0)
]]
if 'physical' in ad:
def getdist_meter(p1, p2):
brg, dist = mapper.bearing_and_distance(
mapper.merc2latlon(p1, 20), mapper.merc2latlon(p2, 20))
return dist * 1852.0
def draw_cmds():
for d in ad['physical']:
yield (mapper.latlon2merc(mapper.from_str(getpos(d[0])),
20),
mapper.latlon2merc(mapper.from_str(getpos(d[1])),
20), d[0]['name'], d[1]['name'],
d[0]['threshold'], d[1]['threshold'])
def justmercs():
for p1, p2, n1, n2, t1, t2 in draw_cmds():
yield p1
yield p2
bb = bsptree.bb_from_mercs(justmercs())
center = (0.5 * (bb.x1 + bb.x2), 0.5 * (bb.y1 + bb.y2))
#print "Center:",center
mercradius = max(bb.x2 - bb.x1, bb.y2 - bb.y1)
scaling = (imgsize / 1.3) / mercradius
def topixel(merc):
off = (merc[0] - center[0], merc[1] - center[1])
return (off[0] * scaling + imgsize / 2,
off[1] * scaling + imgsize / 2)
def draw_marker(ctx, p1, p2, thresholdratio, msg, col=(1, 0, 0)):
ninety = [p2[1] - p1[1], p2[0] - p1[0]]
ninety = [ninety[0], -ninety[1]]
#if ninety[0]<0:
# ninety[0],ninety[1]=-ninety[0],-ninety[1]
#print "ninety:",ninety
p1 = topixel(p1)
p2 = topixel(p2)
d = [
p1[0] + thresholdratio * (p2[0] - p1[0]),
p1[1] + thresholdratio * (p2[1] - p1[1])
]
"""
dB=[d[0]+ninety[0],d[1]+ninety[1]]
if dB[0]>0.75*imgsize:
ninety[0],ninety[1]=-ninety[0],-ninety[1]
elif dB[0]<0.25*imgsize:
ninety[0],ninety[1]=-ninety[0],-ninety[1]
elif dB[1]<0.25*imgsize:
ninety[0],ninety[1]=-ninety[0],-ninety[1]
elif dB[1]>0.75*imgsize:
ninety[0],ninety[1]=-ninety[0],-ninety[1]
dB=[d[0]+ninety[0],d[1]+ninety[1]]
"""
ctx.new_path()
ctx.set_source(cairo.SolidPattern(*(col + (1, ))))
ctx.arc(d[0], d[1], 6, 0, 2 * math.pi)
ctx.fill()
ctx.new_path()
ctx.move_to(*d)
ctx.save()
ang = math.atan2(ninety[1], ninety[0]) * 180.0 / 3.1415
if ang > 90 or ang < -90:
ang = (ang + 180) % 360
angrad = ang * (math.pi / 180)
ctx.translate(*d)
ctx.rotate(angrad)
ctx.set_font_size(17)
ext = ctx.text_extents(msg)[:4]
w = ext[2]
cand1 = ctx.user_to_device(10 + w / 2, 0)
cand2 = ctx.user_to_device(-10 - w / 2, 0)
def edgedist(x):
return min(x[0], x[0] - imgsize, x[1], x[1] - imgsize)
if edgedist(cand1) > edgedist(cand2):
dC = [10, -ext[1] / 2]
else:
dC = [-10 - w, -ext[1] / 2]
#dC=[dB[0],dB[1]]
ctx.move_to(*dC)
ctx.show_text(msg)
ctx.restore()
for p1, p2, n1, n2, t1, t2 in draw_cmds():
print "n1:", n1, "n2:", n2
print "p1:", mapper.merc2latlon(p1, 20)
print "p2:", mapper.merc2latlon(p2, 20)
pix1 = topixel(p1)
pix2 = topixel(p2)
ctx.set_source(cairo.SolidPattern(0.5, 0.5, 0.5, 1))
ctx.new_path()
ctx.set_line_width(10)
ctx.move_to(*pix1)
ctx.line_to(*pix2)
ctx.stroke()
for p1, p2, n1, n2, t1, t2 in draw_cmds():
print "Matching", n1, n2, "to", perf['name']
if n2 == perf['name']:
p1, n1, t1, p2, n2, t2 = p2, n2, t2, p1, n1, t1
if n1 == perf['name']:
runwaylen = getdist_meter(p1, p2)
startratio = perf["start"] / runwaylen
start300ratio = perf["start300"] / runwaylen
startrollratio = perf["start_roll"] / runwaylen
safe_factor = 1.43
if 'safe_factor' in perf:
safe_factor = float(perf['safe_factor'])
thresholdratio = t1 / runwaylen
landingratio = perf["land"] / runwaylen
landingrollratio = landingratio - perf[
"landing_roll"] / runwaylen
landingratio *= safe_factor
landingrollratio *= safe_factor
landingratio += thresholdratio
landingrollratio += thresholdratio
if what == 'start':
draw_marker(ctx, p1, p2, 0, "Start", col=(1, 0, 0))
draw_marker(ctx,
p1,
p2,
startrollratio,
"Lättning",
col=(1, 0.5, 0))
draw_marker(ctx,
p1,
p2,
startratio,
"tröskelhöjd",
col=(1, 1, 0))
draw_marker(ctx,
p1,
p2,
start300ratio,
"300 fot höjd",
col=(0, 1, 0))
if what == 'landing':
draw_marker(ctx,
p1,
p2,
thresholdratio,
"tröskelhöjd ",
col=(1, 0, 0))
draw_marker(ctx,
p1,
p2,
landingrollratio,
"Senaste sättning",
col=(1, 0.5, 0))
draw_marker(ctx, p1, p2, landingratio, "Senaste stopp",
(0, 1, 0))
buf = StringIO.StringIO()
im.write_to_png(buf)
png = buf.getvalue()
response.headers['Content-Type'] = 'image/png'
return png
def fi_parse_tma():
p=parse.Parser(r"/ais/eaip/pdf/enr/EF_ENR_2_1_EN.pdf",fixuphref,country='fi')
res=[]
atsres=[]
for pagenr in xrange(4,p.get_num_pages()):
parsed,atsparsed=parse_page(p,pagenr)#pagenr)
res.extend(parsed)
atsres.extend(atsparsed)
#break
print "Len ouf out ",len(res)
atsout=[]
for space in atsres:
#print "bef cut:",space['points']
mypolys=[makepoly.poly(space['points'])]
for tmaitem in res:
if tmaitem['type']!='TMA': continue
outmypolys=[]
assert len(mypolys)>=1
for mypoly in list(mypolys):
tmapoly=makepoly.poly(tmaitem['points'])
#print mypoly
#print tmapoly
shape=mypoly.subtract(tmapoly)
newpolys=shape.get_polys()
if len(newpolys)>1:
print "Length is:", len(newpolys)
#print "Cutting"
outmypolys.extend([shapemerge2d.Polygon(x) for x in list(newpolys)])
#assert len(newpolys)==1
if len(outmypolys)>1:
print "outmypolys:",outmypolys
#print "Cut to:",mypoly
mypolys=outmypolys
for mypoly in mypolys:
t=[]
for mx,my in [(v.get_x(),v.get_y()) for v in mypoly.get_vertices()]:
t.append(mapper.to_str(mapper.merc2latlon((mx,my),13)))
#print "Aft cut:",t
newspace=dict(space)
newspace['points']=t
atsout.append(newspace)
if len(mypolys)>1:
print "Space was split into ",len(mypolys),"parts"
res.extend(atsout)
res.append(dict(
name="FINLAND FIR",
icao="EFIN",
floor='GND',
ceiling='-',
freqs=[],
type='FIR',
date=datetime(2011,4,9),
points=mapper.parse_coord_str("""
601130N 0190512E - 601803N 0190756E -
610000N 0191905E - 614000N 0193000E -
631000N 0201000E - 632830N 0204000E -
633700N 0213000E - 644100N 0225500E -
653148N 0240824E -
Along the common X/Y state boundary to 690336N 0203255E -
Along the common X/Y state boundary to 690307N 0285545E -
Along the common X/Y state boundary to 601201N 0271735E -
600800N 0263300E -
595830N 0260642E - 595300N 0255200E -
595430N 0252000E - 595300N 0245100E -
590000N 0210000E - 591524N 0203239E -
593346N 0195859E - 601130N 0190512E
""",context="finland")))
#for pa in res:
# pretty(pa)
return res
else:
borders = get_borders(context)
print "start,end", start, end
part1, idx1, pos1 = find_closest(borders, start)
part2, idx2, pos2 = find_closest(borders, end)
print "Found", pos1, pos2
if part1 != part2:
raise Exception("Start and endpoint are not on same island!")
part = part1
print "from,to", idx1, idx2
if idx1 == idx2:
return [start, end]
res1, dist1 = circle(borders[part], pos1, idx1, idx2, pos2, -1)
res2, dist2 = circle(borders[part], pos1, idx1, idx2, pos2, 1)
if dist1 < dist2:
if longwayround:
ret = res2
else:
ret = res1
else:
if longwayround:
ret = res1
else:
ret = res2
return [start] + ret + [end]
if __name__ == '__main__':
fa = follow_along("sweden", (59.0, 11.4), (61.0, 12.5))
print " - ".join(mapper.to_str(pos) for pos in fa)
def fi_parse_tma():
p = parse.Parser(r"/ais/eaip/pdf/enr/EF_ENR_2_1_EN.pdf",
fixuphref,
country='fi')
res = []
atsres = []
for pagenr in xrange(4, p.get_num_pages()):
parsed, atsparsed = parse_page(p, pagenr) #pagenr)
res.extend(parsed)
atsres.extend(atsparsed)
#break
print "Len ouf out ", len(res)
atsout = []
for space in atsres:
#print "bef cut:",space['points']
mypolys = [makepoly.poly(space['points'])]
for tmaitem in res:
if tmaitem['type'] != 'TMA': continue
outmypolys = []
assert len(mypolys) >= 1
for mypoly in list(mypolys):
tmapoly = makepoly.poly(tmaitem['points'])
#print mypoly
#print tmapoly
shape = mypoly.subtract(tmapoly)
newpolys = shape.get_polys()
if len(newpolys) > 1:
print "Length is:", len(newpolys)
#print "Cutting"
outmypolys.extend(
[shapemerge2d.Polygon(x) for x in list(newpolys)])
#assert len(newpolys)==1
if len(outmypolys) > 1:
print "outmypolys:", outmypolys
#print "Cut to:",mypoly
mypolys = outmypolys
for mypoly in mypolys:
t = []
for mx, my in [(v.get_x(), v.get_y())
for v in mypoly.get_vertices()]:
t.append(mapper.to_str(mapper.merc2latlon((mx, my), 13)))
#print "Aft cut:",t
newspace = dict(space)
newspace['points'] = t
atsout.append(newspace)
if len(mypolys) > 1:
print "Space was split into ", len(mypolys), "parts"
res.extend(atsout)
res.append(
dict(name="FINLAND FIR",
icao="EFIN",
floor='GND',
ceiling='-',
freqs=[],
type='FIR',
date=datetime(2011, 4, 9),
points=mapper.parse_coord_str(
"""
601130N 0190512E - 601803N 0190756E -
610000N 0191905E - 614000N 0193000E -
631000N 0201000E - 632830N 0204000E -
633700N 0213000E - 644100N 0225500E -
653148N 0240824E -
Along the common X/Y state boundary to 690336N 0203255E -
Along the common X/Y state boundary to 690307N 0285545E -
Along the common X/Y state boundary to 601201N 0271735E -
600800N 0263300E -
595830N 0260642E - 595300N 0255200E -
595430N 0252000E - 595300N 0245100E -
590000N 0210000E - 591524N 0203239E -
593346N 0195859E - 601130N 0190512E
""",
context="finland")))
#for pa in res:
# pretty(pa)
return res
def no_obstacles():
out = []
fnames = [
"/home/anders/saker/avl_fplan_world/norway_obst/20120903pkt.shp",
"/home/anders/saker/avl_fplan_world/norway_obst/20120903linpkt.shp",
"/home/anders/saker/avl_fplan_world/norway_obst/20120903lin.shp"
]
for fname in fnames:
r = shapefile.Reader(fname)
utm = Proj(proj='utm', zone=33, ellps='WGS84')
wgs84 = Proj(init='epsg:4326')
untrans = set()
osts = {
unicode('Vindm\xef\xbf\xbdlle', 'utf8'): 'Wind turbine',
u'T\ufffdrn': 'Tower',
u'Mast TELE': 'Mast',
u'Annet': 'Antenna',
u'Heisekran': 'Crane',
u'Tank': 'Tank',
u'Fyr': 'Lighthouse',
u'Bru': 'Bridge',
u'Mast EL': 'Mast',
u'Pipe': 'Chimney',
u'Oljeinstallasjon': 'Oil Platform',
u'Mast/stolpe veilys': 'Mast',
u'Bygning': 'Building',
u'Hoppbakke': 'Ski-jump',
u'Silo': 'Silo',
u'Skiheis': 'Ski lift',
u'Kraftlinespenn': 'Power lines',
u'LuftledningLH': 'Power lines',
u'Gondolheis': 'Ski lift',
u'Taubane': 'Aerial tramway',
u'L\ufffdypestreng': 'Power lines'
}
"""
"Wind turbine",
"Mast",
"Cathedral",
"Pylon",
"Building",
"Platform",
"Chimney",
"Mine hoist",
"Bridge pylon",
"Crane",
"W Tower",
"Church",
"Silo",
"City Hall",
"Gasometer",
"Tower",
"Bridge pylon, 60 per minute"]
"""
columns = [x[0] for x in r.fields]
for rec in r.shapeRecords():
#print "col:",columns
#print "rec:",rec.record
d = dict(zip(columns[1:], rec.record))
def fixname(n):
n = n.strip()
if n == "":
n = "Unknown"
return n
nortype = unicode(d['hindertype'], 'utf8')
engtype = osts.get(nortype, nortype)
if not nortype in osts:
untrans.add(nortype)
base = dict(name=fixname(unicode(d['lfh_navn'], 'utf8')),
height=int(d['hoeydeover'] / 0.3048),
elev=int(d['totalhoeyd'] / 0.3048),
lighting=unicode(d['lyssetting'], 'utf8'),
kind=engtype,
date=datetime(2012, 9, 1))
if base['height'] < 300:
continue
for point in rec.shape.points:
x, y = point
lon, lat = transform(utm, wgs84, x, y)
#print "Input: ",d,x,y,"output:",lat,lon
cur = copy(base)
cur['pos'] = mapper.to_str((lat, lon))
out.append(cur)
#break
print "missing translations", untrans
return out
#encoding=utf8
import fplan.lib.mapper as mapper
import rwy_constructor
minor_ad_charts={
u"Frölunda":"http://www.swflightplanner.se:8080/frolunda.jpg"
}
frolunda=dict(icao="ESVF",
name=u"Frölunda",
pos=mapper.to_str(mapper.from_aviation_format("5927.5N01742.4E")),
runways=rwy_constructor.get_rwys(
[
dict(pos="59.458468, 17.70691",thr="16",usable_pos="59.459198, 17.70644"),
dict(pos="59.45414, 17.71009",thr="34"),
#dict(pos="59.458716, 17.707166",thr="07",usable_pos="59.458505, 17.705782"),
#dict(pos="59.459343, 17.712018",thr="25",usable_pos="59.459343, 17.712018"),
]
),
elev=30)
extra_airfields=[
frolunda,
dict(icao="ZZZZ",
name=u"Finspång",
pos=mapper.to_str(mapper.from_aviation_format("5843.990N01536.171E")),
elev=164),#TODO: Add real elev
dict(icao="ZZZZ",
name=u"Motala/Skärstad",
pos=mapper.to_str(mapper.from_aviation_format("5829.5N01506.2E")),
elev=338),#TODO: Add real elev
def osm_airfields_parse():
nameicao=parse_info()
f=open("adnames.txt","w")
for name,icao in sorted(nameicao,key=lambda x:x[0]):
f.write("%s: %s\n"%(icao.encode('utf8'),name.encode('utf8')))
f.close()
ads=[]
hits=0
misses=[]
name2icao=[]
for name,icao in nameicao:
name2icao.append((normalize(name),name,icao))
dupecheck=set()
for lon,lat,name in csv.reader(open("fplan/extract/aerodromes.txt")):
name=unicode(name,"utf8")
if not name.strip(): continue
icao=None
n1=normalize(name)
if frozenset(n1) in dupecheck:
continue
dupecheck.add(frozenset(n1))
lastquality=0
lastname=None
for n2,iname,iicao in name2icao:
#print repr(n1),"==",repr(n2)
minlen=min(len(n1),len(n2))
if minlen>2:
minlen=minlen-1
quality=len(n1.intersection(n2))
if quality>=minlen and quality>lastquality:
if icao!=None and icao!=iicao:
print "For name:",name,"Previous match:,",icao,"New match:",iicao,"Name:",iname,"last name:",lastname,"quality:",quality,"last:",lastquality,"minlen:",minlen
#assert icao==None
icao=iicao
lastquality=quality
lastname=iname
#print "Ap with name:",name
if icao:
hits+=1
icao=icao
else:
icao='ZZZZ'
misses.append(name)
#print "Missed:",name
d=dict(
icao=icao,
name=name,
pos=mapper.to_str((float(lat),float(lon))),
elev=int(gte.get_terrain_elev((float(lat),float(lon))))
)
if hits%10==0:
print "Hits: %d, Misses: %d, Perc: %.1f"%(hits,len(misses),100.0*(float(hits)/(float(hits)+len(misses))))
ads.append(d)
print "Misses:"
f=open("missedads.txt","w")
for miss in sorted(misses):
f.write((miss+" - "+repr(normalize(miss))+u"\n").encode('utf8'))
f.close()
f=open("foundads.txt","w")
for norm,name,icao in name2icao:
f.write((name+" - "+repr(norm)+u"\n").encode('utf8'))
f.close()
print "Hits: ",hits
print "Misses: ",len(misses)
return ads
def extract_airfields(filtericao=lambda x:True,purge=True):
#print getxml("/AIP/AD/AD 1/ES_AD_1_1_en.pdf")
ads=[]
p=Parser("/AIP/AD/AD 1/ES_AD_1_1_en.pdf")
points=dict()
startpage=None
for pagenr in xrange(p.get_num_pages()):
page=p.parse_page_to_items(pagenr)
if page.count("Aerodrome directory"):
startpage=pagenr
break
if startpage==None:
raise Exception("Couldn't find aerodrome directory in file")
#print "Startpage: %d"%(startpage,)
#nochartf=open("nochart.txt","w")
for pagenr in xrange(startpage,p.get_num_pages()):
row_y=[]
page=p.parse_page_to_items(pagenr)
allines=[x for x in (page.get_lines(page.get_partially_in_rect(0,0,15,100))) if x.strip()]
for item,next in zip(allines,allines[1:]+[""]):
#print "item:",item
m=re.match(ur"^\s*[A-ZÅÄÖ]{3,}(?:/.*)?\b.*",item)
if m:
#print "Candidate, next is:",next
if re.match(r"^\s*[A-Z]{4}\b.*",next):
#print "Matched:",item
#print "y1:",item.y1
row_y.append(item.y1)
for y1,y2 in zip(row_y,row_y[1:]+[100.0]):
#print "Extacting from y-range: %f-%f"%(y1,y2)
items=list(page.get_partially_in_rect(0,y1-0.25,5.0,y2+0.25,ysort=True))
if len(items)>=2:
#print "Extract items",items
ad=dict(name=unicode(items[0].text).strip(),
icao=unicode(items[1].text).strip()
)
#print "Icao:",ad['icao']
assert re.match(r"[A-Z]{4}",ad['icao'])
if not filtericao(ad): continue
if len(items)>=3:
#print "Coord?:",items[2].text
m=re.match(r".*(\d{6}N)\s*(\d{7}E).*",items[2].text)
if m:
lat,lon=m.groups()
ad['pos']=parse_coords(lat,lon)
#print "Items3:",items[3:]
elev=re.findall(r"(\d{1,5})\s*ft"," ".join(t.text for t in items[3:]))
#print "Elev:",elev
assert len(elev)==1
ad['elev']=int(elev[0])
ads.append(ad)
big_ad=set()
for ad in ads:
if not ad.has_key('pos'):
big_ad.add(ad['icao'])
for ad in ads:
icao=ad['icao']
if icao in big_ad:
if icao in ['ESIB','ESNY','ESCM','ESPE']:
continue
try:
p=Parser("/AIP/AD/AD 2/%s/ES_AD_2_%s_6_1_en.pdf"%(icao,icao))
except:
p=Parser("/AIP/AD/AD 2/%s/ES_AD_2_%s_6-1_en.pdf"%(icao,icao))
ad['aipvacurl']=p.get_url()
for pagenr in xrange(p.get_num_pages()):
page=p.parse_page_to_items(pagenr)
"""
for altline in exitlines:
m=re.match(r"(\w+)\s+(\d+N)\s*(\d+E.*)",altline)
if not m: continue
name,lat,lon=m.groups()
try:
coord=parse_coords(lat,lon)
except Exception:
continue
points.append(dict(name=name,pos=coord))
"""
for kind in xrange(2):
if kind==0:
hits=page.get_by_regex(r"H[Oo][Ll][Dd][Ii][Nn][Gg]")
kind="holding point"
if kind==1:
hits=page.get_by_regex(r"[Ee]ntry.*[Ee]xit.*point")
kind="entry/exit point"
if len(hits)==0: continue
for holdingheading in hits:
items=sorted(page.get_partially_in_rect(holdingheading.x1+2.0,holdingheading.y2+0.1,holdingheading.x1+0.5,100),
key=lambda x:x.y1)
items=[x for x in items if not x.text.startswith(" ")]
#print "Holding items:",items
for idx,item in enumerate(items):
print "Holding item",item
y1=item.y1
if idx==len(items)-1:
y2=100
else:
y2=items[idx+1].y1
items2=[x for x in page.get_partially_in_rect(item.x1+1,y1+0.3,item.x1+40,y2-0.1) if x.x1>=item.x1-0.25 and x.y1>=y1-0.05 and x.y1<y2-0.05]
s=(" ".join(page.get_lines(items2))).strip()
print "Holding lines:",repr(page.get_lines(items2))
#if s.startswith("ft Left/3"): #Special case for ESOK
# s,=re.match("ft Left/3.*?([A-Z]{4,}.*)",s).groups()
#m=re.match("ft Left/\d+.*?([A-Z]{4,}.*)",s)
#if m:
# s,=m.groups()
if s.startswith("LjUNG"): #Really strange problem with ESCF
s=s[0]+"J"+s[2:]
if s.lower().startswith("holding"):
sl=s.split(" ",1)
if len(sl)>1:
s=sl[1]
s=s.strip()
if kind=="entry/exit point" and s.startswith("HOLDING"):
continue #reached HOLDING-part of VAC
#Check for other headings
#Fixup strange formatting of points in some holding items: (whitespace between coord and 'E')
s=re.sub(ur"(\d+)\s*(N)\s*(\d+)\s*(E)",lambda x:"".join(x.groups()),s)
m=re.match(r"([A-Z]{2,}).*?(\d+N)\s*(\d+E).*",s)
if not m:
m=re.match(r".*?(\d+N)\s*(\d+E).*",s)
if not m:
continue
assert m
lat,lon=m.groups()
#skavsta
if icao=="ESKN":
if s.startswith(u"Hold north of T"):
name="NORTH"
elif s.startswith(u"Hold south of B"):
name="SOUTH"
else:
assert 0
#add more specials here
else:
continue
else:
name,lat,lon=m.groups()
try:
coord=parse_coords(lat,lon)
except Exception:
print "Couldn't parse:",lat,lon
continue
#print name,lat,lon,mapper.format_lfv(*mapper.from_str(coord))
if name.count("REMARK") or len(name)<=2:
print "Suspicious name: ",name
#sys.exit(1)
continue
points[icao+' '+name]=dict(name=icao+' '+name,icao=icao,pos=coord,kind=kind)
#for point in points.items():
# print point
#sys.exit(1)
def fixhex11(s):
out=[]
for c in s:
i=ord(c)
if i>=0x20:
out.append(c)
continue
if i in [0x9,0xa,0xd]:
out.append(c)
continue
out.append(' ')
return "".join(out)
for ad in ads:
icao=ad['icao']
if icao in big_ad:
#print "Parsing ",icao
p=Parser("/AIP/AD/AD 2/%s/ES_AD_2_%s_en.pdf"%(icao,icao),loadhook=fixhex11)
ad['aiptexturl']=p.get_url()
firstpage=p.parse_page_to_items(0)
te="\n".join(firstpage.get_all_lines())
#print te
coords=re.findall(r"ARP.*(\d{6}N)\s*(\d{7}E)",te)
if len(coords)>1:
raise Exception("First page of airport info (%s) does not contain exactly ONE set of coordinates"%(icao,))
if len(coords)==0:
print "Couldn't find coords for ",icao
#print "Coords:",coords
ad['pos']=parse_coords(*coords[0])
elev=re.findall(r"Elevation.*?(\d{1,5})\s*ft",te,re.DOTALL)
if len(elev)>1:
raise Exception("First page of airport info (%s) does not contain exactly ONE elevation in ft"%(icao,))
if len(elev)==0:
print "Couldn't find elev for ",icao
ad['elev']=int(elev[0])
freqs=[]
found=False
thrs=[]
#uprint("-------------------------------------")
for pagenr in xrange(p.get_num_pages()):
page=p.parse_page_to_items(pagenr)
#uprint("Looking on page %d"%(pagenr,))
if 0: #opening hours are no longer stored in a separate document for any airports. No need to detect which any more (since none are).
for item in page.get_by_regex(".*OPERATIONAL HOURS.*"):
lines=page.get_lines(page.get_partially_in_rect(0,item.y2+0.1,100,100))
for line in lines:
things=["ATS","Fuelling","Operating"]
if not line.count("AIP SUP"): continue
for thing in things:
if line.count(thing):
ad['aipsup']=True
for item in page.get_by_regex(".*\s*RUNWAY\s*PHYSICAL\s*CHARACTERISTICS\s*.*"):
#uprint("Physical char on page")
lines=page.get_lines(page.get_partially_in_rect(0,item.y2+0.1,100,100))
seen_end_rwy_text=False
for line,nextline in izip(lines,lines[1:]+[None]):
#uprint("MAtching: <%s>"%(line,))
if re.match(ur"AD\s+2.13",line): break
if line.count("Slope of"): break
if line.lower().count("end rwy:"): seen_end_rwy_text=True
if line.lower().count("bgn rwy:"): seen_end_rwy_text=True
m=re.match(ur".*(\d{6}\.\d+)[\s\(\)\*]*(N).*",line)
if not m:continue
m2=re.match(ur".*(\d{6,7}\.\d+)\s*[\s\(\)\*]*(E).*",nextline)
if not m2:continue
latd,n=m.groups()
lond,e=m2.groups()
assert n=="N"
assert e=="E"
lat=latd+n
lon=lond+e
rwytxts=page.get_lines(page.get_partially_in_rect(0,line.y1+0.05,12,nextline.y2-0.05))
uprint("Rwytxts:",rwytxts)
rwy=None
for rwytxt in rwytxts:
#uprint("lat,lon:%s,%s"%(lat,lon))
#uprint("rwytext:",rwytxt)
m=re.match(ur"\s*(\d{2}[LRCM]?)\b.*",rwytxt)
if m:
assert rwy==None
rwy=m.groups()[0]
if rwy==None and seen_end_rwy_text:
continue
print "Cur airport:",icao
already=False
assert rwy!=None
seen_end_rwy_text=False
for thr in thrs:
if thr['thr']==rwy:
raise Exception("Same runway twice on airfield:"+icao)
thrs.append(dict(pos=mapper.parse_coords(lat,lon),thr=rwy))
assert len(thrs)>=2
for pagenr in xrange(0,p.get_num_pages()):
page=p.parse_page_to_items(pagenr)
matches=page.get_by_regex(r".*ATS\s+COMMUNICATION\s+FACILITIES.*")
#print "Matches of ATS COMMUNICATION FACILITIES on page %d: %s"%(pagenr,matches)
if len(matches)>0:
commitem=matches[0]
curname=None
callsign=page.get_by_regex_in_rect(ur"Call\s*sign",0,commitem.y1,100,commitem.y2+8)[0]
for idx,item in enumerate(page.get_lines(page.get_partially_in_rect(callsign.x1-0.5,commitem.y1,100,100),fudge=0.3,order_fudge=15)):
if item.strip()=="":
curname=None
if re.match(".*RADIO\s+NAVIGATION\s+AND\s+LANDING\s+AIDS.*",item):
break
#print "Matching:",item
m=re.match(r"(.*?)\s*(\d{3}\.\d{1,3})\s*MHz.*",item)
#print "MHZ-match:",m
if not m: continue
#print "MHZ-match:",m.groups()
who,sfreq=m.groups()
freq=float(sfreq)
if abs(freq-121.5)<1e-4:
if who.strip():
curname=who
continue #Ignore emergency frequency, it is understood
if not who.strip():
if curname==None: continue
else:
curname=who
freqs.append((curname.strip().rstrip("/"),freq))
for pagenr in xrange(0,p.get_num_pages()):
page=p.parse_page_to_items(pagenr)
matches=page.get_by_regex(r".*ATS\s*AIRSPACE.*")
#print "Matches of ATS_AIRSPACE on page %d: %s"%(pagenr,matches)
if len(matches)>0:
heading=matches[0]
desigitem,=page.get_by_regex("Designation and lateral limits")
vertitem,=page.get_by_regex("Vertical limits")
airspaceclass,=page.get_by_regex("Airspace classification")
lastname=None
subspacelines=dict()
subspacealts=dict()
for idx,item in enumerate(page.get_lines(page.get_partially_in_rect(desigitem.x2+1,desigitem.y1,100,vertitem.y1-1))):
if item.count("ATS airspace not established"):
assert idx==0
break
if item.strip()=="": continue
m=re.match(r"(.*?)(\d{6}N\s+.*)",item)
if m:
name,coords=m.groups()
name=name.strip()
else:
name=item.strip()
coords=None
if name:
lastname=name
if coords:
subspacelines.setdefault(lastname,[]).append(coords)
assert lastname
lastname=None
#print "Spaces:",subspacelines
#print "ICAO",ad['icao']
#altlines=page.get_lines(page.get_partially_in_rect(vertitem.x2+1,vertitem.y1,100,airspaceclass.y1-0.2))
#print "Altlines:",altlines
subspacealts=dict()
subspacekeys=subspacelines.keys()
allaltlines=" ".join(page.get_lines(page.get_partially_in_rect(vertitem.x1+0.5,vertitem.y1+0.5,100,airspaceclass.y1-0.2)))
single_vertlim=False
totalts=list(mapper.parse_all_alts(allaltlines))
#print "totalts:",totalts
if len(totalts)==2:
single_vertlim=True
for subspacename in subspacekeys:
ceil=None
floor=None
subnames=[subspacename]
if subspacename.split(" ")[-1].strip() in ["TIA","TIZ","CTR","CTR/TIZ"]:
subnames.append(subspacename.split(" ")[-1].strip())
#print "Parsing alts for ",subspacename,subnames
try:
for nametry in subnames:
if single_vertlim: #there's only one subspace, parse all of vertical limits field for this single one.
items=[vertitem]
else:
items=page.get_by_regex_in_rect(nametry,vertitem.x2+1,vertitem.y1,100,airspaceclass.y1-0.2)
for item in items:
alts=[]
for line in page.get_lines(page.get_partially_in_rect(item.x1+0.5,item.y1+0.5,100,airspaceclass.y1-0.2)):
#print "Parsing:",line
line=line.replace(nametry,"").lower().strip()
parsed=list(mapper.parse_all_alts(line))
if len(parsed):
alts.append(mapper.altformat(*parsed[0]))
if len(alts)==2: break
if alts:
#print "alts:",alts
ceil,floor=alts
raise StopIteration
except StopIteration:
pass
assert ceil and floor
subspacealts[subspacename]=dict(ceil=ceil,floor=floor)
spaces=[]
for spacename in subspacelines.keys():
altspacename=spacename
#print "Altspacename: %s, subspacesalts: %s"%(altspacename,subspacealts)
space=dict(
name=spacename,
ceil=subspacealts[altspacename]['ceil'],
floor=subspacealts[altspacename]['floor'],
points=parse_coord_str(" ".join(subspacelines[spacename])),
freqs=list(set(freqs))
)
if True:
vs=[]
for p in space['points']:
x,y=mapper.latlon2merc(mapper.from_str(p),13)
vs.append(Vertex(int(x),int(y)))
p=Polygon(vvector(vs))
if p.calc_area()<=30*30:
pass#print space
pass#print "Area:",p.calc_area()
assert p.calc_area()>30*30
#print "Area: %f"%(p.calc_area(),)
spaces.append(space)
#print space
ad['spaces']=spaces
found=True
if found:
break
assert found
ad['runways']=rwy_constructor.get_rwys(thrs)
#Now find any ATS-airspace
chartblobnames=[]
for ad in ads:
icao=ad['icao']
if icao in big_ad:
parse_landing_chart.help_plc(ad,"/AIP/AD/AD 2/%s/ES_AD_2_%s_2-1_en.pdf"%(icao,icao),
icao,ad['pos'],"se",variant="")
parse_landing_chart.help_plc(ad,"/AIP/AD/AD 2/%s/ES_AD_2_%s_6-1_en.pdf"%(icao,icao),
icao,ad['pos'],"se",variant="vac")
parse_landing_chart.help_plc(ad,"/AIP/AD/AD 2/%s/ES_AD_2_%s_2-3_en.pdf"%(icao,icao),
icao,ad['pos'],"se",variant="parking")
#aip_text_documents.help_parse_doc(ad,"/AIP/AD/AD 2/%s/ES_AD_2_%s_6_1_en.pdf"%(icao,icao),
# icao,"se",title="General Information",category="general")
aip_text_documents.help_parse_doc(ad,"/AIP/AD/AD 2/%s/ES_AD_2_%s_en.pdf"%(icao,icao),
icao,"se",title="General Information",category="general")
#if purge:
# parse_landing_chart.purge_old(chartblobnames,country="se")
#sys.exit(1)
for extra in extra_airfields.extra_airfields:
if filtericao(extra):
ads.append(extra)
print
print
for k,v in sorted(points.items()):
print k,v,mapper.format_lfv(*mapper.from_str(v['pos']))
#print "Num points:",len(points)
origads=list(ads)
for flygkartan_id,name,lat,lon,dummy in csv.reader(open("fplan/extract/flygkartan.csv"),delimiter=";"):
found=None
lat=float(lat)
lon=float(lon)
if type(name)==str:
name=unicode(name,'utf8')
mercf=mapper.latlon2merc((lat,lon),13)
for a in origads:
merca=mapper.latlon2merc(mapper.from_str(a['pos']),13)
dist=math.sqrt((merca[0]-mercf[0])**2+(merca[1]-mercf[1])**2)
if dist<120:
found=a
break
if found:
found['flygkartan_id']=flygkartan_id
else:
d=dict(
icao='ZZZZ',
name=name,
pos=mapper.to_str((lat,lon)),
elev=int(get_terrain_elev((lat,lon))),
flygkartan_id=flygkartan_id)
if filtericao(d):
ads.append(d)
minor_ad_charts=extra_airfields.minor_ad_charts
for ad in ads:
if ad['name'].count(u"Långtora"):
ad['pos']=mapper.to_str(mapper.from_aviation_format("5944.83N01708.20E"))
if ad['name'] in minor_ad_charts:
charturl=minor_ad_charts[ad['name']]
arp=ad['pos']
if 'icao' in ad and ad['icao'].upper()!='ZZZZ':
icao=ad['icao'].upper()
else:
icao=ad['fake_icao']
parse_landing_chart.help_plc(ad,charturl,icao,arp,country='raw',variant="landing")
"""
assert icao!=None
lc=parse_landing_chart.parse_landing_chart(
charturl,
icao=icao,
arppos=arp,country="raw")
assert lc
if lc:
ad['adcharturl']=lc['url']
ad['adchart']=lc
"""
#print ads
for ad in ads:
print "%s: %s - %s (%s ft) (%s)"%(ad['icao'],ad['name'],ad['pos'],ad['elev'],ad.get('flygkartan_id','inte i flygkartan'))
for space in ad.get('spaces',[]):
for freq in space.get('freqs',[]):
print " ",freq
#if 'spaces' in ad:
# print " spaces: %s"%(ad['spaces'],)
#if 'aiptext' in ad:
# print "Aip texts:",ad['aiptext']
#else:
# print "No aiptext"
print "Points:"
for point in sorted(points.values(),key=lambda x:x['name']):
print point
f=codecs.open("extract_airfields.regress.txt","w",'utf8')
for ad in ads:
r=repr(ad)
d=md5.md5(r).hexdigest()
f.write("%s - %s - %s\n"%(ad['icao'],ad['name'],d))
f.close()
f=codecs.open("extract_airfields.regress-details.txt","w",'utf8')
for ad in ads:
r=repr(ad)
f.write(u"%s - %s - %s\n"%(ad['icao'],ad['name'],r))
f.close()
return ads,points.values()
def fi_parse_ats_rte(tmapolys=[]):
p = parse.Parser("/ais/eaip/pdf/enr/EF_ENR_3_3_EN.pdf",
lambda x: x,
country='fi')
out = []
for pagenr in xrange(p.get_num_pages()):
page = p.parse_page_to_items(pagenr)
def isol_routes():
cur = None
accum = []
for line in page.get_lines(page.get_all_items()):
uprint("Looking at ", line)
m = re.match(ur"(^[A-Z]{1,2}\d+)\s+\(.*", line)
if m and line.x1 < 25:
if cur:
uprint("Yielding %s: %s because of found name:%s" %
(cur, accum, m.groups()))
yield cur, accum
accum = []
cur, = m.groups()
continue
m = re.match(ur"(\d{6}N)\s*(\d{7}E).*", line)
if m:
accum.append((line.y1, line.y2, " ".join(m.groups())))
if cur:
uprint("Yielding %s: %s because of end of page" % (cur, accum))
yield cur, accum
accum = []
def getsig(coords, altspecs):
poss = []
#print "Coords: <%s>"%(coords,)
for y1, y2, pos in coords:
poss.append(pos)
uprint("poss: <%s>" % (poss, ))
s = "-".join(poss)
s2 = "-".join(altspecs)
return md5.md5(s.encode('utf8') + s2.encode('utf8')).hexdigest()
def low_routes(routes):
for routename, coords in routes:
uprint("Found route: %s, with %s cords" % (routename, coords))
assert len(coords) >= 2
y1 = coords[0][0]
y2 = coords[-1][1]
foundlow = False
altspec = []
for item in page.get_partially_in_rect(0, y1, 100, y2):
uprint("Looking for alt for %s in :" % (routename, ),
item.text)
m = re.match(ur".*FL\s+(\d{2,3})\b(?:\s.*|$)", item.text)
if m:
fl, = m.groups()
uprint("Matched alt:", m.groups())
fli = int(fl, 10)
if fli < 95:
uprint("Foundlow for route %s: %d" %
(routename, fli))
foundlow = True
altspec.append(item.text)
if foundlow:
yield routename, coords, altspec
def get_airspaces(routes):
for routename, coords, altspec in routes:
sig = getsig(coords, altspec)
if (routename, sig) in predef:
#pobj=None
#for sroutename,ssig in predef:
# if routename==sroutename:
pobj = (routename, sig)
width_nm, floor, ceiling, coordstr = predef[pobj]
rawcoords = re.findall(ur"(\d{6}N)\s*(\d{7}E)", coordstr)
coords = [
mapper.latlon2merc(
mapper.from_str(mapper.parse_coords(lats, lons)),
13) for lats, lons in rawcoords
]
width = float(
mapper.approx_scale(coords[0], 13, 1.25 * width_nm))
try:
outline = get_outline(coords, width)
except Exception:
uprint(u"Trouble parsing %s" % (routename, ))
raise
yield dict(name=routename,
floor=floor,
ceiling=ceiling,
freqs=[],
type="RNAV",
points=[
mapper.to_str(mapper.merc2latlon(x, 13))
for x in outline
])
else:
uprint(
"Need to have predefine for route %s, with md5: %s" %
(routename, sig))
uprint("Altitude, and points")
raise Exception(
'Missing predef for route. Use: ("%s","%s") : ( 10,"FL 65","FL 95","""\n\n """),'
% (routename, sig))
i1 = isol_routes()
low1 = low_routes(i1)
out.extend(list(get_airspaces(low1)))
out2 = []
for space in out:
mypoly = makepoly.poly[space['points']]
for tmapoly in tmapolys:
mypoly = shapemerge2d.shape_difference(mypoly, tmapoly)
t = []
for mx, my in [(v.get_x(), v.get_y()) for v in mypoly.get_vertices()]:
t.append(mapper.to_str(mapper.merc2latlon((mx, my), 13)))
space['points'] = t
return out2
def no_obstacles():
out=[]
fnames=["/home/anders/saker/avl_fplan_world/norway_obst/20120903pkt.shp",
"/home/anders/saker/avl_fplan_world/norway_obst/20120903linpkt.shp",
"/home/anders/saker/avl_fplan_world/norway_obst/20120903lin.shp"]
for fname in fnames:
r=shapefile.Reader(fname)
utm = Proj(proj='utm',zone=33,ellps='WGS84')
wgs84 = Proj(init='epsg:4326')
untrans=set()
osts={unicode('Vindm\xef\xbf\xbdlle','utf8'):'Wind turbine',
u'T\ufffdrn':'Tower',
u'Mast TELE':'Mast',
u'Annet':'Antenna',
u'Heisekran':'Crane',
u'Tank':'Tank',
u'Fyr':'Lighthouse',
u'Bru':'Bridge',
u'Mast EL':'Mast',
u'Pipe':'Chimney',
u'Oljeinstallasjon':'Oil Platform',
u'Mast/stolpe veilys':'Mast',
u'Bygning':'Building',
u'Hoppbakke':'Ski-jump',
u'Silo':'Silo',
u'Skiheis':'Ski lift',
u'Kraftlinespenn':'Power lines',
u'LuftledningLH':'Power lines',
u'Gondolheis':'Ski lift',
u'Taubane':'Aerial tramway',
u'L\ufffdypestreng':'Power lines'
}
"""
"Wind turbine",
"Mast",
"Cathedral",
"Pylon",
"Building",
"Platform",
"Chimney",
"Mine hoist",
"Bridge pylon",
"Crane",
"W Tower",
"Church",
"Silo",
"City Hall",
"Gasometer",
"Tower",
"Bridge pylon, 60 per minute"]
"""
columns=[x[0] for x in r.fields]
for rec in r.shapeRecords():
#print "col:",columns
#print "rec:",rec.record
d=dict(zip(columns[1:],rec.record))
def fixname(n):
n=n.strip()
if n=="":
n="Unknown"
return n
nortype=unicode(d['hindertype'],'utf8')
engtype=osts.get(nortype,nortype)
if not nortype in osts:
untrans.add(nortype)
base=dict(
name=fixname(unicode(d['lfh_navn'],'utf8')),
height=int(d['hoeydeover']/0.3048),
elev=int(d['totalhoeyd']/0.3048),
lighting=unicode(d['lyssetting'],'utf8'),
kind=engtype,
date=datetime(2012,9,1))
if base['height']<300:
continue
for point in rec.shape.points:
x,y=point
lon,lat=transform(utm,wgs84,x,y)
#print "Input: ",d,x,y,"output:",lat,lon
cur=copy(base)
cur['pos']=mapper.to_str((lat,lon))
out.append(cur)
#break
print "missing translations",untrans
return out
def fi_parse_ats_rte(tmapolys=[]):
p=parse.Parser("/ais/eaip/pdf/enr/EF_ENR_3_3_EN.pdf",lambda x: x,country='fi')
out=[]
for pagenr in xrange(p.get_num_pages()):
page=p.parse_page_to_items(pagenr)
def isol_routes():
cur=None
accum=[]
for line in page.get_lines(page.get_all_items()):
uprint("Looking at ",line)
m=re.match(ur"(^[A-Z]{1,2}\d+)\s+\(.*",line)
if m and line.x1<25:
if cur:
uprint("Yielding %s: %s because of found name:%s"%(cur,accum,m.groups()))
yield cur,accum
accum=[]
cur,=m.groups()
continue
m=re.match(ur"(\d{6}N)\s*(\d{7}E).*",line)
if m:
accum.append((line.y1,line.y2," ".join(m.groups())))
if cur:
uprint("Yielding %s: %s because of end of page"%(cur,accum))
yield cur,accum
accum=[]
def getsig(coords,altspecs):
poss=[]
#print "Coords: <%s>"%(coords,)
for y1,y2,pos in coords:
poss.append(pos)
uprint("poss: <%s>"%(poss,))
s="-".join(poss)
s2="-".join(altspecs)
return md5.md5(s.encode('utf8')+s2.encode('utf8')).hexdigest()
def low_routes(routes):
for routename,coords in routes:
uprint("Found route: %s, with %s cords"%(routename,coords))
assert len(coords)>=2
y1=coords[0][0]
y2=coords[-1][1]
foundlow=False
altspec=[]
for item in page.get_partially_in_rect(0,y1,100,y2):
uprint("Looking for alt for %s in :"%(routename,),item.text)
m=re.match(ur".*FL\s+(\d{2,3})\b(?:\s.*|$)",item.text)
if m:
fl,=m.groups()
uprint("Matched alt:",m.groups())
fli=int(fl,10)
if fli<95:
uprint("Foundlow for route %s: %d"%(routename,fli))
foundlow=True
altspec.append(item.text)
if foundlow:
yield routename,coords,altspec
def get_airspaces(routes):
for routename,coords,altspec in routes:
sig=getsig(coords,altspec)
if (routename,sig) in predef:
#pobj=None
#for sroutename,ssig in predef:
# if routename==sroutename:
pobj=(routename,sig)
width_nm,floor,ceiling,coordstr=predef[pobj]
rawcoords=re.findall(ur"(\d{6}N)\s*(\d{7}E)",coordstr)
coords=[mapper.latlon2merc(mapper.from_str(mapper.parse_coords(lats,lons)),13) for lats,lons in rawcoords]
width=float(mapper.approx_scale(coords[0],13,1.25*width_nm))
try:
outline=get_outline(coords,width)
except Exception:
uprint(u"Trouble parsing %s"%(routename,))
raise
yield dict(name=routename,
floor=floor,
ceiling=ceiling,
freqs=[],
type="RNAV",
points=[mapper.to_str(mapper.merc2latlon(x,13)) for x in outline])
else:
uprint("Need to have predefine for route %s, with md5: %s"%(routename,sig))
uprint("Altitude, and points")
raise Exception('Missing predef for route. Use: ("%s","%s") : ( 10,"FL 65","FL 95","""\n\n """),'%(routename,sig))
i1=isol_routes()
low1=low_routes(i1)
out.extend(list(get_airspaces(low1)))
out2=[]
for space in out:
mypoly=makepoly.poly[space['points']]
for tmapoly in tmapolys:
mypoly=shapemerge2d.shape_difference(mypoly,tmapoly)
t=[]
for mx,my in [(v.get_x(),v.get_y()) for v in mypoly.get_vertices()]:
t.append(mapper.to_str(mapper.merc2latlon((mx,my),13)))
space['points']=t
return out2