#!/usr/bin/python # hikify.py # --copyright-- Copyright 2008 (C) Tranzoa, Co. All rights reserved. Warranty: You're free and on your own here. This code is not necessarily up-to-date or of public quality. # --url-- http://www.tranzoa.net/tzpython/ # --email-- pycode is the name to send to. tranzoa.com is the place to send to. # --bodstamps-- # October 25, 2007 bar # October 27, 2007 bar put the source track names in the output tracks # October 28, 2007 bar spin routine out to tz_gps # May 11, 2008 bar handle no tracks found # show_info # process input in way that allows lots of files # May 11, 2008 bar change name from hikes to hikify and put in tzpython dir # May 12, 2008 bar combine # May 13, 2008 bar more combine # May 14, 2008 bar force no_time even if cmd line logic doesn't, if we whack the speeds # May 16, 2008 bar nmea input # May 17, 2008 bar email adr # May 20, 2008 bar map_them # May 31, 2008 bar fix a couple of cmd line error msgs # September 2, 2008 bar spin the include/exclude logic to a routine # September 3, 2008 bar fix a blown-edit typo # September 7, 2008 bar compress runs of __ to one of 'em # --sparsify # September 8, 2008 bar comment # October 26, 2008 bar set split output files' date/time # November 2, 2008 bar note about settings and big_points # start code to do start_point and end_point # November 5, 2008 bar put distance and altitude info in track descriptions # January 25, 2009 bar cachew # put LF after description # move hike count printout over to right if non-zero # February 19, 2009 bar --bike # April 30, 2009 bar fix non-caching logic # November 22, 2009 bar help typo # January 9, 2010 bar cache date-time, file name, input/output crcs, and use date-time/file-name to filter before reading an input file for crc # March 23, 2010 bar forget_file # May 8, 2010 bar allow s on end of --forget_file # June 20, 2010 bar try to put the track in time order if there are name collisions # April 24, 2011 bar --merge # --output # July 11, 2011 bar --join # July 14, 2011 bar mess with --start_point and --end_point but don't test 'em # --snip and --snip_near # August 17, 2011 bar commented-out debug printout # November 29, 2011 bar pyflake cleanup # February 3, 2012 bar snip 'em before doing the splits, etc. so that shortened, snipped tracks are filtered out # --eodstamps-- # # # TODO: # # Default to --first_time or --last_time (I seem to use --first_time, though the latter seems better) # # Loses the first, uphill track in split Poo Poo point (_01) hike if the hike is passed through again. (sparsified) # # Sparsify is too aggressive. Strips significant number of points from tracks already sparsified. # # Option to set the output file's name, as a last resort before using the track name, the geoname of the first/furthest-away/both points. # # Test the include/exclude/filter-value options i've not used (all but --exclude_near) # # Use labels or whatever to combine tracks that are same place in same split files. # Get t.name in to combined tracks. # # output gpx file(s) # update a .ini file with gpx file info for thumbnail_htm.py use # one track per file allowed if .ini files can't have sub-sections (i forget) # [file_name] # date_time= # md5= # found=(not) date/time # # north= # south= # east= # west= # high= # low= # start_time= # end_time= # tags= word word ... # and/or put this stuff at the top of the gpx file in custom fields # # import sys import os import tz_gps import latlon import tz_parse_time help_str = """ Extract hike tracks from .gpx or .nmea track files. python hikify.py (options) ambiguous_input_files.gpx_nmea output_file_name.gpx_kml_kmz_nmea Options: --strip_spaces Strip leading spaces in XML type output files to make them smaller. --show_info Print extra debugging information. --split Output each track to separate files using labels and etc. (numbered _0000...####) --creator name Set the file/tracks creator name to the given name. (default: "Tranzoa, Co.") --first_time Set --split files' date/time to first point's. --last_time Set --split files' date/time to last point's. --cache file_name Read/write cache of previous computations from given file. --recompute Recompute the hikes from files the cache says have hikes. (Do no use cached hikes.) Filtering: --forget_file "regx" Forget from cache and don't do hikes from matching files. --file_since date/time Only input files dated since the given date/time (default: year 1970). --file_before date/time Only input files dated before the given date/time (default: year 2038). --exclude latlon latlon Ignore any hike with a point inside the given NW/SE or NE/SW rectangle. --exclude_near latlon nautical_miles Ignore any hike with a point within the given distance to the given point. --include latlon latlon Only output hikes with a point inside any such given NW/SE or NE/SW rectangle. --include_near latlon nautical_miles Only output hikes with a point near any such given point. --snip latlon latlon Split tracks in to separate tracks at points inside any such given NW/SE or NE/SW rectangle. --snip_near latlon nautical_miles Split tracks in to separate tracks at points near any such given point. Unimplemented: If ouput tracks contain points within 'nautical_miles' of either of these points: --start_point latlon Points before first point near (--ends_distance) this point are stripped from output tracks.. --end_point latlon Points after last point near (--ends_distance) this point are stripped from output tracks.. If only one start_ end_ point is given, both points are that point. If only one of these points is in the output track, the shortest end is clipped. Output Processing: --output file_name Set the output file name (instead of the last name on cmd line). --smooth Smooth the output tracks (default) --rough Do not smooth output tracks. --no_times Strip all times, speeds, durations and heart rates from output. --label latlon latlon label Add label to tracks containing a point inside given NW/SW or NE/SW rectangle. --label_near latlon NMI label Add label to tracks containing a point within given nautical miles from given point. --merge Merge points recorded at same time/place. --combine Merge points so there and back become one track. (implies --smooth and --no_times). --sparsify Take out points that are midway between surrounding points. --join Join tracks whose beginnings and ends match in time and space. (Uses --ends_distance and --max_sleep settings.) Hikify Filter Values (Note: These apply to 'big_points' not to the detailed points.): --bike Use bikify settings. --ends_distance meters End-point resolution detection (--smooth to 1/4 of this value). default: 40 meters --min_distance meters Hike must go at least this far from starting point this far. default: 450 meters --max_jump meters Track cannot have more than this distance between points default: unlimited --min_duration hh:mm:ss Hike must be for at least this long in time. default: 15 minutes --max_sleep hh:mm:ss Track cannot have more than this time between points. default: 3 minutes --max_speed kilometers_per_hour Hike cannot have speeds faster than this. default: 15 kph --cutoff_distance meters Used for low level filtering and for sparsify. default: --ends_distance/4 Any number of --exclude... and --include... options may be given. If any --include... point or rectangle is given, only hikes with at least one point inside any of the --include... areas are output. e.g. python hikify.py --include_near "47.0473, -121.4594" 0.9 --label_near "47.0473, -121.4594" 0.9 "Lost Lake" *.gpx i.kmz """ def include_exclude(hikes, includes, excludes) : """ Strip points and tracks from the given hikes as a function of the include and exclude lists. """ delcnt = 0 for ti in xrange(len(hikes) - 1, -1, -1) : t = hikes[ti] if not t.points : del(hikes[ti]) else : # # First, strip all points that should be excluded # for p in t.points : for r in excludes : if r.is_inside(p) : del(hikes[ti]) delcnt += 1 t = None break pass if not t : break pass # # Then, strip any tracks with no points in the 'includes' list (if there are any points in the 'includes' list). # if t and includes : ok = False for p in t.points : for r in includes : if r.is_inside(p) : ok = True break pass pass if not ok : del(hikes[ti]) t = None delcnt += 1 pass pass pass return(delcnt) def snip_tracks(tracks, snips) : """ Break the tracks at the given snip points. Count on --join to put 'em back together again. """ if len(snips) : tracks = tz_gps.make_array_of_tracks(tracks) for ti in xrange(len(tracks)) : t = tracks[ti] si = 0 pi = 0 while pi < len(t.points) : p = t.points[pi] for r in snips : if r.is_inside(p) : tracks.append(tz_gps.a_track(t.points[si:pi], id_num = t.id_num, name = t.name, description = t.description, file_name = t.file_name, color = t.color, opacity = t._opacity)) while pi < len(t.points) : if not r.is_inside(t.points[pi]) : break pi += 1 si = pi break pass pi += 1 tracks[ti].points = t.points[si:pi] tracks = tz_gps.make_array_of_tracks(tracks) # zap any empty tracks return(tracks) def clip_at_start_end_point(tracks, distance, start_point = None, end_point = None) : start_point = start_point or end_point end_point = end_point or start_point if start_point and end_point : tracks = tz_gps.make_array_of_tracks(tracks) for t in tracks : si = 0 for pi in xrange(len(t.points)) : if t.points[pi].flat_distance_from(start_point) < distance : while pi < len(t.points) : if t.points[pi].flat_distance_from(start_point) >= distance : break pi += 1 si = pi - 1 break pass ei = len(t.points) for pi in xrange(len(t.points) - 1, -1, -1) : if t.points[pi].flat_distance_from(end_point) < distance : while pi >= 0 : if t.points[pi].flat_distance_from(end_point) >= distance : break pi -= 1 ei = pi + 1 break pass if si or (ei < len(t.points)) : # # Things to handle !!!! # Only one point is found (clip the shorter end of the hike) # There are points, but no real hike points, between si and ei (clip the shorter of len(t.points)-si (from the tail) or ei (from the beginning)) # After clipping, the hike becomes too short, too brief, or doesn't get far enough away from the starting point (whack the hike) # if si < ei : t.points = t.points[si:ei] pass pass tracks = tz_gps.make_array_of_tracks(tracks) return(tracks) class a_cache_item(object) : def __init__(me, fn, crc = 0, hikes = None) : me.fn = os.path.splitext(os.path.basename(fn))[0] me.fwhen = os.path.getmtime(fn) me.fsize = os.path.getsize(fn) me.crc = None me.hikes = hikes or None # None is unknown. [] means there are no hikes in this input file def forget(me) : me.hikes = None def clear(me) : me.hikes = [] def append(me, hike) : if hike : me.hikes = me.hikes or [] me.hikes.append(hike) pass def __str__(me) : return("%s %d %d 0x%08x %s" % ( me.fn, int(me.fwhen), me.fsize, me.crc or 0, ((me.hikes == None) and "Unk") or str(len(me.hikes)) ) ) pass # a_cache_item def is_in_regx_list(ra, fn) : for r in ra : if re.search(r, fn) : return(True) pass return(False) def _chk_tracks(trks) : trks.sort(lambda a, b : cmp(a.file_name, b.file_name)) for ti in range(len(trks)) : try : a_cache_item(trks[ti].file_name) except OSError : print "--------------------------------------------------------------" print " " + trks[ti - 1].file_name print " ... No file name here..." print " " + trks[ti + 1].file_name print "--------------------------------------------------------------" raise pass pass if __name__ == '__main__' : import cPickle import glob import re import replace_file import TZCommandLineAtFile import tzlib del(sys.argv[0]) TZCommandLineAtFile.expand_at_sign_command_line_files(sys.argv) strip_spaces = False settings = tz_gps.a_track_segmenter_settings().hike() ofile_name = None smooth = True sparse = False show_info = False cutoff_distance = None no_times = False merge = False combine = False join_tracks = False excludes = [] includes = [] snips = [] labels = [] split = False map_them = False creator = "Tranzoa, Co." file_time = 0 start_point = None end_point = None recompute = False cache_file_name = None cache = [] forget_files = [] file_before = float(0x7fffFFFF) file_since = float(0) while True : oi = tzlib.array_find(sys.argv, [ "--help", "-h", "-?", "/h", "/H", "/?" ] ) if oi < 0 : break del sys.argv[oi] print help_str sys.exit(254) while True : oi = tzlib.array_find(sys.argv, [ "--strip_spaces" ] ) if oi < 0 : break del sys.argv[oi] strip_spaces = True while True : oi = tzlib.array_find(sys.argv, [ "--output", "-o", ] ) if oi < 0 : break del sys.argv[oi] ofile_name = sys.argv.pop(oi) while True : oi = tzlib.array_find(sys.argv, [ "--no_times" ] ) if oi < 0 : break del sys.argv[oi] no_times = True while True : oi = tzlib.array_find(sys.argv, [ "--split" ] ) if oi < 0 : break del sys.argv[oi] split = True while True : oi = tzlib.array_find(sys.argv, [ "--first_time" ] ) if oi < 0 : break del sys.argv[oi] file_time = 1 while True : oi = tzlib.array_find(sys.argv, [ "--last_time" ] ) if oi < 0 : break del sys.argv[oi] file_time = -1 while True : oi = tzlib.array_find(sys.argv, [ "--cache_file", "--cache", ] ) if oi < 0 : break del sys.argv[oi] cache_file_name = sys.argv.pop(oi) if os.path.isfile(cache_file_name) : fi = open(cache_file_name, "rb") cache += cPickle.load(fi) fi.close(); pass while True : oi = tzlib.array_find(sys.argv, [ "--recompute" ] ) if oi < 0 : break del sys.argv[oi] recompute = True while True : oi = tzlib.array_find(sys.argv, [ "--creator" ] ) if oi < 0 : break del sys.argv[oi] creator = sys.argv.pop(oi) while True : oi = tzlib.array_find(sys.argv, [ "--show_info" ] ) if oi < 0 : break del sys.argv[oi] show_info = True while True : oi = tzlib.array_find(sys.argv, [ "--sparse", "--sparsify", ] ) if oi < 0 : break del sys.argv[oi] sparse = True while True : oi = tzlib.array_find(sys.argv, [ "--bike", "--bikify", "-b", ] ) if oi < 0 : break del sys.argv[oi] settings = tz_gps.a_track_segmenter_settings().bike() while True : oi = tzlib.array_find(sys.argv, [ "--cutoff_distance", "-d"] ) if oi < 0 : break del sys.argv[oi] cutoff_distance = float(sys.argv.pop(oi)) / latlon.metersPerNauticalMile while True : oi = tzlib.array_find(sys.argv, [ "--smooth" ] ) if oi < 0 : break del sys.argv[oi] smooth = True while True : oi = tzlib.array_find(sys.argv, [ "--rough", "-r" ] ) if oi < 0 : break del sys.argv[oi] smooth = False while True : oi = tzlib.array_find(sys.argv, [ "--combine", "-c" ] ) if oi < 0 : break del sys.argv[oi] combine = True smooth = True no_times = True while True : oi = tzlib.array_find(sys.argv, [ "--merge", ] ) if oi < 0 : break del sys.argv[oi] merge = True while True : oi = tzlib.array_find(sys.argv, [ "--join", ] ) if oi < 0 : break del sys.argv[oi] join_tracks = True while True : oi = tzlib.array_find(sys.argv, [ "--map_them", ] ) if oi < 0 : break del sys.argv[oi] combine = True smooth = True no_times = True map_them = True while True : oi = tzlib.array_find(sys.argv, [ "--ends_distance", "-e" ] ) if oi < 0 : break del sys.argv[oi] settings.ends_distance = float(sys.argv.pop(oi)) / latlon.metersPerNauticalMile while True : oi = tzlib.array_find(sys.argv, [ "--min_distance", "-d" ] ) if oi < 0 : break del sys.argv[oi] settings.min_distance = float(sys.argv.pop(oi)) / latlon.metersPerNauticalMile while True : oi = tzlib.array_find(sys.argv, [ "--max_jump", "-j" ] ) if oi < 0 : break del sys.argv[oi] settings.max_jump = float(sys.argv.pop(oi)) / latlon.metersPerNauticalMile while True : oi = tzlib.array_find(sys.argv, [ "--min_duration", "-t" ] ) if oi < 0 : break del sys.argv[oi] settings.min_duration = tz_parse_time.parse_time_zone(sys.argv.pop(oi)) if settings.min_duration == None : print "I cannot understand the minimum duration!" sys.exit(102) pass while True : oi = tzlib.array_find(sys.argv, [ "--max_sleep", "-z" ] ) if oi < 0 : break del sys.argv[oi] settings.max_sleep = tz_parse_time.parse_time_zone(sys.argv.pop(oi)) if settings.max_sleep == None : print "I cannot understand what the maximum lack-of-points time is!" sys.exit(102) pass while True : oi = tzlib.array_find(sys.argv, [ "--max_speed", "-s" ] ) if oi < 0 : break del sys.argv[oi] settings.max_speed = float(sys.argv.pop(oi)) while True : oi = tzlib.array_find(sys.argv, [ "--exclude" ] ) if oi < 0 : break del sys.argv[oi] s = sys.argv.pop(oi) ( lat, lon ) = latlon.parse_lat_lon(s) if (lat == None) or (lon == None) : print "I cannot understand exclude of %s" % s sys.exit(103) p = tz_gps.a_rectangle(lat, lon) s = sys.argv.pop(oi) ( lat, lon ) = latlon.parse_lat_lon(s) if (lat == None) or (lon == None) : print "I cannot understand exclude lat/lon of %s" % s sys.exit(103) p.include_latlon(lat, lon) excludes.append(p) while True : oi = tzlib.array_find(sys.argv, [ "--include" ] ) if oi < 0 : break del sys.argv[oi] s = sys.argv.pop(oi) ( lat, lon ) = latlon.parse_lat_lon(s) if (lat == None) or (lon == None) : print "I cannot understand include of %s" % s sys.exit(103) p = tz_gps.a_rectangle(lat, lon) s = sys.argv.pop(oi) ( lat, lon ) = latlon.parse_lat_lon(s) if (lat == None) or (lon == None) : print "I cannot understand include lat/lon of %s" % s sys.exit(103) p.include_latlon(lat, lon) includes.append(p) while True : oi = tzlib.array_find(sys.argv, [ "--snip" ] ) if oi < 0 : break del sys.argv[oi] s = sys.argv.pop(oi) ( lat, lon ) = latlon.parse_lat_lon(s) if (lat == None) or (lon == None) : print "I cannot understand snip of %s" % s sys.exit(103) p = tz_gps.a_rectangle(lat, lon) s = sys.argv.pop(oi) ( lat, lon ) = latlon.parse_lat_lon(s) if (lat == None) or (lon == None) : print "I cannot understand snip lat/lon of %s" % s sys.exit(103) p.include_latlon(lat, lon) snips.append(p) while True : oi = tzlib.array_find(sys.argv, [ "--exclude_near", "-x" ] ) if oi < 0 : break del sys.argv[oi] s = sys.argv.pop(oi) ( lat, lon ) = latlon.parse_lat_lon(s) if (lat == None) or (lon == None) : print "I cannot understand exclude_near of %s" % s sys.exit(103) p = tz_gps.a_circle(lat, lon, float(sys.argv.pop(oi))) excludes.append(p) while True : oi = tzlib.array_find(sys.argv, [ "--include_near", "-i" ] ) if oi < 0 : break del sys.argv[oi] s = sys.argv.pop(oi) ( lat, lon ) = latlon.parse_lat_lon(s) if (lat == None) or (lon == None) : print "I cannot understand include_near of %s" % s sys.exit(103) p = tz_gps.a_circle(lat, lon, float(sys.argv.pop(oi))) includes.append(p) while True : oi = tzlib.array_find(sys.argv, [ "--snip_near" ] ) if oi < 0 : break del sys.argv[oi] s = sys.argv.pop(oi) ( lat, lon ) = latlon.parse_lat_lon(s) if (lat == None) or (lon == None) : print "I cannot understand snip_near of %s" % s sys.exit(103) p = tz_gps.a_circle(lat, lon, float(sys.argv.pop(oi))) snips.append(p) while True : oi = tzlib.array_find(sys.argv, [ "--start_point" ] ) if oi < 0 : break del sys.argv[oi] s = sys.argv.pop(oi) ( lat, lon ) = latlon.parse_lat_lon(s) if (lat == None) or (lon == None) : print "I cannot understand start_point of %s" % s sys.exit(103) start_point = tz_gps.a_point(lat = lat, lon = lon) while True : oi = tzlib.array_find(sys.argv, [ "--end_point" ] ) if oi < 0 : break del sys.argv[oi] s = sys.argv.pop(oi) ( lat, lon ) = latlon.parse_lat_lon(s) if (lat == None) or (lon == None) : print "I cannot understand end_point of %s" % s sys.exit(103) end_point = tz_gps.a_point(lat = lat, lon = lon) while True : oi = tzlib.array_find(sys.argv, [ "--label" ] ) if oi < 0 : break del sys.argv[oi] s = sys.argv.pop(oi) ( lat, lon ) = latlon.parse_lat_lon(s) if (lat == None) or (lon == None) : print "I cannot understand label of %s" % s sys.exit(103) p = tz_gps.a_rectangle(lat, lon) s = sys.argv.pop(oi) ( lat, lon ) = latlon.parse_lat_lon(s) if (lat == None) or (lon == None) : print "I cannot understand label lat/lon of %s" % s sys.exit(103) p.include_latlon(lat, lon) p.name = sys.argv.pop(oi).strip() labels.append(p) while True : oi = tzlib.array_find(sys.argv, [ "--label_near", "-l" ] ) if oi < 0 : break del sys.argv[oi] s = sys.argv.pop(oi) ( lat, lon ) = latlon.parse_lat_lon(s) if (lat == None) or (lon == None) : print "I cannot understand label_near of %s" % s sys.exit(103) p = tz_gps.a_circle(lat, lon, float(sys.argv.pop(oi))) p.name = sys.argv.pop(oi).strip() labels.append(p) while True : oi = tzlib.array_find(sys.argv, [ "--file_since" ] ) if oi < 0 : break del sys.argv[oi] file_since = tz_parse_time.parse_time(sys.argv.pop(oi)) if file_since == None : print "I cannot understand the file_since!" sys.exit(102) pass while True : oi = tzlib.array_find(sys.argv, [ "--file_before" ] ) if oi < 0 : break del sys.argv[oi] file_before = tz_parse_time.parse_time(sys.argv.pop(oi)) if file_before == None : print "I cannot understand the file_before!" sys.exit(102) pass while True : oi = tzlib.array_find(sys.argv, [ "--forget_file", "--forget-file", "--forgetfile", "--forget_files", "--forget-files", "--forgetfiles", "--forget", ] ) if oi < 0 : break del sys.argv[oi] forget_files.append(sys.argv.pop(oi)) c_by_file_name = {} for c in cache : if not is_in_regx_list(forget_files, c.fn) : c_by_file_name[c.fn] = c pass c_by_crc = {} for c in cache : if not is_in_regx_list(forget_files, c.fn) : c_by_crc[c.crc] = c pass if cutoff_distance == None : cutoff_distance = 5.0 / latlon.metersPerNauticalMile # (the original sparsify value - which we emulate by dividing cutoff_distance by two below) cutoff_distance = settings.ends_distance / 4.0 labels.sort(lambda a, b : cmp(a.name, b.name)) settings.max_jump = min(settings.max_jump or settings.min_distance, settings.ends_distance * 10.0) if not len(sys.argv) : print "Must have input .gpx/.nmea file(s)%s!" % (((not ofile_name) and " and output file") or "") sys.exit(101) if not ofile_name : ofile_name = sys.argv.pop(-1) odir = os.path.dirname(ofile_name) if odir and (not os.path.isdir(odir)) : os.makedirs(odir) fnames = {} while len(sys.argv) : fn = sys.argv.pop(0) fns = glob.glob(fn) if not fns : print "Found no file named %s!" % ( fn ) sys.exit(101) for fn in fns : if not is_in_regx_list(forget_files, fn) : fnames[fn] = True pass pass if not len(fnames) : print >>sys.stderr, "Found no input files!" sys.exit(101) if os.path.splitext(ofile_name)[1].lower() == '.nmea' : if no_times or (combine and smooth) : print "I cannot write NMEA files with no date/times!" sys.exit(109) pass delcnt = 0 tracks = [] chikes = [] fnames = [ fn for fn in fnames.keys() if file_since <= os.path.getmtime(fn) <= file_before ] fnames.sort() print "%u files." % len(fnames) for fn in fnames : c = a_cache_item(fn) if cache_file_name : c = c_by_file_name.get(c.fn, c) if c.crc == None : crc = tzlib.blkcrc32(0xffffFFFF, tzlib.read_whole_binary_file(fn)) c = c_by_crc.get(crc, c) c.crc = crc c.fsize = os.path.getsize(fn) c.fwhen = os.path.getmtime(fn) elif (os.path.getsize(fn) != c.fsize) or (os.path.getmtime(fn) != c.fwhen) : crc = tzlib.blkcrc32(0xffffFFFF, tzlib.read_whole_binary_file(fn)) if crc != c.crc : # print " %s CRC mismatch. Re-computing hikes." % fn c.forget() # input file has changed so forget what the cache knew about hikes else : # print " %s CRC match. Using cache: %s." % ( fn, ((c.hikes == None) and "Unk") or str(len(c.hikes)) ) pass c.crc = crc c.fsize = os.path.getsize(fn) c.fwhen = os.path.getmtime(fn) else : # print " %s date/size match. Using cache: %s." % ( fn, ((c.hikes == None) and "Unk") or str(len(c.hikes)) ) pass pass c_by_file_name[c.fn] = c if cache_file_name and (c.hikes != None) and (not len(c.hikes)) : s = "File: %s" % fn s += (" " * max(0, 70 - len(s))) + " cache-skipping." print s elif cache_file_name and (c.hikes != None) and (not recompute) : chikes += c.hikes s = "File: %s" % fn s += (" " * max(0, 70 - len(s))) + " %u hike%s cached." % ( len(c.hikes), tzlib.s_except_1(c.hikes) ) print s _chk_tracks(c.hikes) else : trks = tz_gps.tracks_from_file(fn) for t in trks : t.file_name = fn # override any super-duper logic that picks up the original file name from the data ('cause that original name may be from some file somewhere else. Or it may be wrong.) if not trks : print "No tracks in %s!" % fn c.clear() # just in case of what? duped files? yep. But, the cache doesn't like files with the same base name. else : _chk_tracks(trks) trks = tz_gps.sorted_tracks_by_when(trks) _chk_tracks(trks) trks = tz_gps.remove_duplicate_tracks(trks) _chk_tracks(trks) hikes = snip_tracks(trks, snips) hikes = tz_gps.extract_track_segments(hikes, settings, show_info = show_info) _chk_tracks(hikes) hikes = clip_at_start_end_point(hikes, settings.ends_distance, start_point, end_point) _chk_tracks(hikes) # print "@@@@", len(hikes), [ "from " + str(h.points[0]) + " to " + str(h.points[-1]) for h in hikes ] delcnt += include_exclude(hikes, includes, excludes) _chk_tracks(hikes) tracks += hikes s = "File: %s %u track%s" % ( fn, len(trks), tzlib.s_except_1(trks) ) if hikes : s += (" " * max(0, 70 - len(s))) + " %u hike%s" % ( len(hikes), tzlib.s_except_1(hikes) ) s += "." print s pass pass chikes = tz_gps.remove_duplicate_tracks(chikes) cnt = len(tracks) tracks = tz_gps.remove_duplicate_tracks(tracks) delcnt += (cnt - len(tracks)) _chk_tracks(tracks + chikes) if delcnt : print "Excluded %u track%s." % ( delcnt, tzlib.s_except_1(delcnt) ) if not tracks and not chikes : print "No tracks remaining." else : if tracks : cnt = tz_gps.count_points_in_tracks(tracks) print "Processing %u point%s to %u track%s..." % ( cnt, tzlib.s_except_1(cnt), len(tracks), tzlib.s_except_1(tracks) ) if join_tracks : fnd = True while fnd : fnd = False bwhens = [ ( t.points[ 0], ti ) for ti, t in enumerate(tracks) ] ewhens = [ ( t.points[-1], ti ) for ti, t in enumerate(tracks) ] for ep, eti in ewhens : for bp, bti in bwhens : if eti != bti : td = bp.when - ep.when if (td >= 0) and (td < settings.max_sleep) and (ep.flat_distance_from(bp) < settings.ends_distance) : fnd = True tracks[eti].append_track(tracks[bti]) del(tracks[bti]) break pass pass if fnd : break pass pass pass if merge : tracks.sort(lambda a, b : cmp(a.when, b.when)) ti = 0 while ti < len(tracks) - 1 : tti = ti + 1 when = tracks[ti].points[-1].when while tti < len(tracks) : if when < tracks[tti].when : # run tti past all tracks that start before the end of this track, ti break tti += 1 if tti > ti + 1 : pa = tz_gps.merge_tracks_to_points(tracks[ti : tti]) if len(pa) : trk = tz_gps.a_track(pa, id_num = tracks[ti].id_num, name = tracks[ti].name, description = tracks[ti].description, file_name = tracks[ti].file_name, color = tracks[ti].color, opacity = tracks[ti]._opacity) tracks[ti:tti] = [ trk ] pass ti += 1 pass if combine : tracks = tz_gps.combine_near_points_in_tracks(tracks, settings.ends_distance / 4.0, map_them, show_info) if map_them : no_times = True if smooth : ncnt = tz_gps.count_points_in_tracks(tracks) spp = 2.0 if ncnt : spp = max(spp, float(cnt) / float(ncnt)) tracks = tz_gps.set_equal_durations_in_tracks(tracks, spp) tracks = tz_gps.smooth_tracks(tracks) no_times = True # since we've whacked the times, we may as well whack 'em good pass elif smooth : tracks = tz_gps.make_big_points(tracks, cutoff_distance) _chk_tracks(tracks) tracks = tz_gps.smooth_tracks(tracks) _chk_tracks(tracks) if no_times : if os.path.splitext(ofile_name)[1].lower() == '.nmea' : print "I cannot write NMEA files with no date/times!" sys.exit(109) tracks = tz_gps.set_no_whens_in_tracks(tracks) # must be done after smoothing, as smoothing uses 'when' values for interpolation _chk_tracks(tracks) for t in tracks : nms = [] for r in labels : for p in t.points : if r.is_inside(p) : nms.append(r) break pass pass if nms : t.name = " and ".join( [ p.name for p in nms ] ) pass stracks = tz_gps.remove_redundant_points_from_tracks(tracks, cutoff_distance / 2.0) _chk_tracks(stracks) for t in stracks : t.description = re.sub(r"\n?Distance: [^\n]+\nAltitude: [^\n]+\nAltitude: .*?meters", "", t.description or "") t.description += "\n" d = tz_gps.points_flat_distance(t.points) t.description += "Distance: %.2f miles : %.2f kilometers" % ( d * latlon.milesPerNauticalMile, d * latlon.metersPerNauticalMile / 1000.0 ) ainfo = tz_gps.points_altitude_info(t.points) if ainfo : t.description += "\nAltitude: low:%5u high:%5u (%5u) loss:%4u gain:%4u feet" % ( int(round(ainfo.lowest * latlon.feetPerMeter)), int(round(ainfo.highest * latlon.feetPerMeter)), int(round((ainfo.highest - ainfo.lowest) * latlon.feetPerMeter)), int(round(ainfo.lost * latlon.feetPerMeter)), int(round(ainfo.gained * latlon.feetPerMeter)) ) t.description += "\nAltitude: low:%5u high:%5u (%5u) loss:%4u gain:%4u meters" % ( int(round(ainfo.lowest )), int(round(ainfo.highest )), int(round((ainfo.highest - ainfo.lowest) )), int(round(ainfo.lost )), int(round(ainfo.gained )) ) t.description += "\n" t.description += "Source: %s\n" % t.file_name if sparse : tracks = stracks pass tracks += chikes cnt = tz_gps.count_points_in_tracks(tracks) print "Writing %u point%s to %u track%s..." % ( cnt, tzlib.s_except_1(cnt), len(tracks), tzlib.s_except_1(tracks) ) if not split : tz_gps.write_gps_file(ofile_name, "hikify.py", creator, [], tracks, strip_spaces) else : tracks.sort(lambda a, b : cmp(a.when, b.when)) ofns = {} for t in tracks : ( fn, ext ) = os.path.splitext(ofile_name) fn += "_" + tzlib.file_name_able((t.name or "").replace(" ", "_")) # add the track name to the file name fn = re.sub(r"_+", "_", fn) ( pth, fn ) = os.path.split(fn) fn = fn.strip("_") fn = os.path.join(pth, fn) ofns[fn] = ofns.get(fn, 0) + 1 if fn : fn += "_" fn = replace_file.find_available_N_file_name(fn + replace_file.NNNNN + ext, replace_file.NNNNN, 10, True) tz_gps.write_gps_file(fn, "hikify.py", creator, [], [ t ], strip_spaces) if file_time : p = t.points[0] if file_time < 1 : p = t.points[-1] if p.when : os.utime(fn, ( os.path.getatime(fn), int(t.points[0].when) ) ) # set the file date/time to that of the 1st point pass pass pass pass _chk_tracks(tracks) if cache_file_name : for c in c_by_file_name.values() : c.clear() for t in tracks : c_by_file_name[a_cache_item(t.file_name).fn].append(t) # note: the files that were merged in to this one will be cache-skipped in the future pass if cache_file_name : cache = c_by_file_name.values() tfn = cache_file_name + ".tmp" fo = open(tfn, "wb") cPickle.dump(cache, fo) fo.close() replace_file.replace_file(cache_file_name, tfn, cache_file_name + ".bak") pass # # # eof