def setCmdline(self, text):
if self.command_line == text:
return
self.command_line = text
self.cmd, self.args = cmdsplit(self.command_line)
hintline = ''
allhints = node_stacks.get(manager.actnode())
if allhints:
hint = allhints.get(self.cmd.upper())
if hint:
if len(self.args) > 0:
hintargs = hint.split(',')
hintline = ' ' + str.join(',', hintargs[len(self.args):])
else:
hintline = ' ' + hint
self.lineEdit.setHtml('>>' + self.command_line + '<font color="#aaaaaa">' + hintline + '</font>')
def setCmdline(self, text):
if self.command_line == text:
return
self.command_line = text
self.cmd, self.args = cmdsplit(self.command_line)
hintline = ''
allhints = node_stacks.get(manager.actnode())
if allhints:
hint = allhints.get(self.cmd)
if hint:
if len(self.args) > 0:
hintargs = hint.split(',')
hintline = ' ' + str.join(',', hintargs[len(self.args):])
else:
hintline = ' ' + hint
self.lineEdit.setHtml('>>' + self.command_line + '<font color="#aaaaaa">' + hintline + '</font>')
def set_cmdline(self, text):
if self.command_line == text:
return
actdata = bs.net.get_nodedata()
self.command_line = text
self.cmd, self.args = cmdsplit(self.command_line)
hintline = ''
allhints = actdata.stackcmds
if allhints:
hint = allhints.get(self.cmd.upper())
if hint:
if len(self.args) > 0:
hintargs = hint.split(',')
hintline = ' ' + str.join(',', hintargs[len(self.args):])
else:
hintline = ' ' + hint
self.lineEdit.setHtml('>>' + self.command_line + '<font color="#aaaaaa">' + hintline + '</font>')
def set_cmdline(self, text, cursorpos=None):
if self.command_line == text:
return
actdata = bs.net.get_nodedata()
self.command_line = text
self.cmd, self.args = cmdsplit(self.command_line)
self.cmd = self.cmd.upper()
hintline = ''
cmd = actdata.stacksyn.get(self.cmd, self.cmd)
allhints = actdata.stackcmds
if allhints:
hint = allhints.get(cmd)
if hint:
if len(self.args) > 0:
hintargs = hint.split(',')
hintline = ' ' + str.join(',', hintargs[len(self.args):])
else:
hintline = ' ' + hint
self.lineEdit.set_cmdline(self.command_line, hintline, cursorpos)
def set_cmdline(self, text, cursorpos=None):
if self.command_line == text:
return
actdata = bs.net.get_nodedata()
self.command_line = text
self.cmd, self.args = cmdsplit(self.command_line)
self.cmd = self.cmd.upper()
hintline = ''
cmd = actdata.stacksyn.get(self.cmd, self.cmd)
allhints = actdata.stackcmds
if allhints:
hint = allhints.get(cmd)
if hint:
if len(self.args) > 0:
hintargs = hint.split(',')
hintline = ' ' + str.join(',', hintargs[len(self.args):])
else:
hintline = ' ' + hint
self.lineEdit.set_cmdline(self.command_line, hintline, cursorpos)
def radarclick(cmdline, lat, lon, acdata=None, route=None):
"""Process lat,lon as clicked in radar window"""
# Specify which argument can be clicked, and how, in this dictionary
# and when it's the last, also add ENTER
clickcmd = {"": "acid,-",
"ADDWPT": "acid,latlon,-,-,wpinroute,-",
"AFTER": "acid,wpinroute,-",
"AT": "acid,wpinroute,-",
"ALT": "acid,-",
"AREA": "latlon,-,latlon",
"ASAS": "acid,-",
"BOX": "-,latlon,-,latlon",
"CIRCLE": "-,latlon,-,dist",
"CRE": "-,-,latlon,-,hdg,-,-",
"DEFWPT": "-,latlon,-",
"DEL": "acid,-",
"DELWPT": "acid,wpinroute,-",
"DELRTE": "acid,-",
"DEST": "acid,apt",
"DIRECT": "acid,wpinroute",
"DIST": "latlon,-,latlon",
"DUMPRTE": "acid",
"ENG": "acid,-",
"HDG": "acid,hdg",
"LINE": "-,latlon,-,latlon",
"LISTRTE": "acid,-",
"LNAV": "acid,-",
"MOVE": "acid,latlon,-,-,hdg",
"NAVDISP": "acid",
"NOM": "acid",
"ND": "acid",
"ORIG": "acid,apt",
"PAN": "latlon",
"POLY": "-,latlon,...",
"POLYALT": "-,-,-,latlon,...",
"POLYGON": "-,latlon,...",
"POS": "acid",
"SSD": "acid,...",
"SPD": "acid,-",
"TRAIL":"acid,-",
"VNAV": "acid,-",
"VS": "acid,-"
}
# Default values, when nothing is found to be added based on click
todisplay = "" # Result of click is added here
tostack = "" # If it is the last argument we will pass whole line to the stack
# The pygame version has access to the complete traffic object. This gets
# passed to radarclick in the QtGL version.
if acdata is None:
acdata = bs.traf
# Split command line into command and arguments, pass traf ids to check for
# switched acid and command
cmd, args = cmdsplit(cmdline, acdata.id)
numargs = len(args)
# -------- Process click --------
# Double click on aircraft = POS command
if numargs == 0 and acdata.id.count(cmd) > 0:
todisplay = "\n" # Clear the current command
tostack = "POS " + cmd # And send a pos command to the stack
# Insert: nearest aircraft id
else:
# Check for synonyms (dictionary is imported from stack)
if cmd in cmdsynon:
cmd = cmdsynon[cmd]
# Try to find command in clickcmd dictionary
try:
lookup = clickcmd[cmd]
except KeyError:
# When command was not found in dictionary:
# do nothing, return empty strings
return "", ""
# For valid value, insert relevant dat on edit line
if lookup:
if len(cmdline) > 0 and (cmdline[-1] != " " and cmdline[-1]!=","):
todisplay = " "
# Determine argument click type
clickargs = lookup.lower().split(",")
totargs = len(clickargs)
curarg = numargs
# Exception case: if the last item of the clickargs list is "..."
# then the one-but-last can be repeatedly added
# (e.g. for the definition of a polygon)
if clickargs[-1] == "...":
totargs = 999
curarg = min(curarg, len(clickargs) - 2)
if curarg < totargs:
clicktype = clickargs[curarg]
if clicktype == "acid":
idx = findnearest(lat, lon, acdata.lat, acdata.lon)
if idx >= 0:
todisplay += acdata.id[idx] + " "
elif clicktype == "latlon":
todisplay += str(round(lat, 6)) + "," + str(round(lon, 6)) + " "
elif clicktype == "dist":
latref, lonref = float(args[1]), float(args[2])
todisplay += str(round(geo.kwikdist(latref, lonref, lat, lon), 6))
elif clicktype == "apt":
idx = findnearest(lat, lon, bs.navdb.aptlat, bs.navdb.aptlon)
if idx >= 0:
todisplay += bs.navdb.aptid[idx] + " "
elif clicktype == "wpinroute": # Find nearest waypoint in route
if acdata.id.count(args[0]) > 0:
itraf = acdata.id.index(args[0])
synerr = False
reflat = acdata.lat[itraf]
reflon = acdata.lon[itraf]
# The pygame version can get the route directly from traf
# otherwise the route is passed to this function
if route is None:
route = acdata.ap.route[itraf]
if len(route.wplat) > 0:
iwp = findnearest(lat, lon,
array(route.wplat),
array(route.wplon))
if iwp >= 0:
todisplay += route.wpname[iwp]+" "
else:
synerr = True
elif clicktype == "hdg":
# Read start position from command line
if cmd == "CRE":
try:
reflat = float(args[2])
reflon = float(args[3])
synerr = False
except:
synerr = True
elif cmd == "MOVE":
try:
reflat = float(args[1])
reflon = float(args[2])
synerr = False
except:
synerr = True
else:
if acdata.id.count(args[0]) > 0:
idx = acdata.id.index(args[0])
reflat = acdata.lat[idx]
reflon = acdata.lon[idx]
synerr = False
else:
synerr = True
if not synerr:
dy = lat - reflat
dx = (lon - reflon) * cos(radians(reflat))
hdg = degrees(atan2(dx, dy)) % 360.
todisplay += str(int(hdg)) + " "
# Is it the last argument? (then we will insert ENTER as well)
if curarg + 1 >= totargs:
tostack = cmdline + todisplay
todisplay = todisplay + '\n'
return tostack, todisplay