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110 lines
3.9 KiB
Python
110 lines
3.9 KiB
Python
#!/usr/bin/python
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import csv
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import re
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#import math
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# dataset generated from CaveRenderer
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# *fix where from=to, convert grads to degrees and print out legs
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# A better conversion would identify caves and put in begin/end pairs
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# Offset Easting by 450k and Northing by 200k to fit with the CUCC standard
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fin = open("Uebersicht_2011.txt")
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fout = open("Uebersicht_2011.svx", "w")
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fout.write("*begin 1626\n")
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rows = list(csv.reader(fin.readlines(), csv.excel_tab))
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assert rows[0] == ['RH\xf6hle', 'RGang', 'RPunkt', 'H\xf6hle', 'Gang', 'Punkt', 'Start', 'Ende', 'L\xe4nge', 'Azimut', 'Neigung', 'Links', 'Rechts', 'Oben', 'Unten', 'Ger\xe4t', 'Richtung', 'Ring', 'Farbe', 'Ebene', 'Datum', 'Vermesser', 'Bezeichnung', 'Material', 'Ma\xdfnahmen', 'Bemerkung', 'Datei/URL', 'Include-Datei', 'RefX', 'RefY', 'RefZ', 'X', 'Y', 'Z']
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headers = ['RHohle', 'RGang', 'RPunkt', 'Hohle', 'Gang', 'Punkt', 'Start', 'End', 'Tape', 'Compass', 'Clino', 'Left', 'Right', 'Up', 'Down', 'Instruments', 'Direction', 'Ring', 'Colour', 'Ebene', 'Date', 'Surveyor', 'Description', 'Material', 'Massnahmen', 'Marking', 'Datei-URL', 'Include-Datei', 'RefX', 'RefY', 'RefZ', 'X', 'Y', 'Z']
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#sfromfixes = set()
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cave=instruments=None
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beginname=None
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for i, row in enumerate(rows[1:]):
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data = dict(zip(headers, row))
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for k in ['RefX', 'RefY', 'RefZ', 'X', 'Y', 'Z', 'Left', 'Right', 'Up', 'Down', 'Tape', 'Compass', 'Clino']:
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data[k] = float(re.sub(",", ".", data[k]))
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assert data["Start"] == '0', (i, data)
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del data["Start"]
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assert data["End"] == '0', (i, data)
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del data["End"]
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assert not data['Include-Datei']
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del data["Include-Datei"]
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assert not data['Datei-URL']
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del data["Datei-URL"]
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prevlinecave=cave
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cave=data['RHohle']
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prevlineinstruments=instruments
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instruments=data["Instruments"]
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if cave != prevlinecave:
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if beginname != None:
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fout.write("*end %s\n" % (beginname))
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beginname = None
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if row != i: #don't start new begin for last line
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fout.write("\n*begin %s\n" % (cave))
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beginname = cave
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#'Geraet/Instruments' column indicates instruments used (360 degrees, 400 grads)
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#1 = azimuth in degrees, slope in degrees
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#2 = azimuth in grads, slope in grads
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#3 = azimuth in grads, slope in degrees
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#4 = azimuth in degrees, slope in grads
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# Better to put data in as-is with appropriate *commands - this will do for now
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if data["Instruments"] in ["2", "3"]:
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bearing = data["Compass"] * 0.9
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else:
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bearing = data["Compass"]
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if data["Instruments"] in ["2", "4"]:
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slope = data["Clino"] * 0.9
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else:
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slope = data["Clino"]
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#vx, vy, vz = data["X"] - data["RefX"], data["Y"] - data["RefY"], data["Z"] - data["RefZ"]
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#tape = math.sqrt(vx*vx + vy*vy + vz*vz)
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#if math.fabs(tape-data["Tape"]) > 0.2:
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# print (i, tape, tape-data["Tape"])
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#compass = (math.degrees(math.atan2(vx, vy))+360) % 360
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#if math.fabs(((compass - data["Compass"] + 180) % 360) - 180) > 0.9:
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# print (i, data["Instruments"], compass, data["Compass"])
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#clino = math.degrees(math.atan2(vz, math.sqrt(vx*vx + vy*vy)))
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#if math.fabs(clino - data["Clino"]) > 4.9:
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# print (i, data["Instruments"], clino, data["Clino"]), (vx,vy,vz)
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#if i < 10: print data
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sfrom = "%s-%s" % (data['RGang'], data['RPunkt'])
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sto = "%s-%s" % (data['Gang'], data['Punkt'])
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if data['Description']:
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fout.write(";%s\n" % data['Description'])
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if sfrom == sto:
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if data['RefX'] == data['X'] and data['RefY'] == data['Y'] and data['RefZ'] == data['Z']:
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fout.write("*fix %s %f %f %f\n" % (sfrom, data['RefX']-450000, data['RefY']-200000, data['RefZ']))
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else:
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print ("Fix 'leg' with non-matching co-ordinates - line i\n")
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else:
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fout.write("%s %s\t%s\t%s\t%s\n" % (sfrom, sto, data['Tape'], bearing, slope))
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# if sfrom not in sfromfixes:
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# fout.write("*fix %s %f %f %f\n" % (sfrom, data['RefX']-450000, data['RefY']-200000, data['RefZ']))
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# sfromfixes.add(sfrom)
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if beginname != None:
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fout.write("*end %s\n" % (beginname))
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fout.write("\n*end 1626\n")
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fout.close()
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