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35
hfdl.py
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35
hfdl.py
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class Station:
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def __init__(self, id = 0, name = "", lat = 0, lon = 0, frequencies = []):
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self.id = id
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self.name = name
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self.lat = lat
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self.lon = lon
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self.frequencies = frequencies
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#https://github.com/szpajder/dumphfdl/blob/master/etc/systable.conf
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version = 51
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stations = [
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Station( id = 1, name = "San Francisco, California", lat = 38.384587, lon = -121.759647, frequencies = [ 21934.0, 17919.0, 13276.0, 11327.0, 10081.0, 8927.0, 6559.0, 5508.0 ]),
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Station( id = 2, name = "Molokai, Hawaii", lat = 21.184428, lon = -157.186846, frequencies = [ 21937.0, 17919.0, 13324.0, 13312.0, 13276.0, 11348.0, 11312.0, 10027.0, 8936.0, 8912.0, 6565.0, 5514.0 ]),
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Station( id = 3, name = "Reykjavik, Iceland", lat = 63.847168, lon = -22.455754, frequencies = [ 17985.0, 15025.0, 11184.0, 8977.0, 6712.0, 5720.0, 3900.0 ]),
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Station( id = 4, name = "Riverhead, New York", lat = 40.881922, lon = -72.63762, frequencies = [ 21931.0, 17919.0, 13276.0, 11387.0, 8912.0, 6661.0, 5652.0 ]),
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Station( id = 5, name = "Auckland, New Zealand", lat = -37.015757, lon = 174.809637, frequencies = [ 17916.0, 13351.0, 10084.0, 8921.0, 6535.0, 5583.0 ]),
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Station( id = 6, name = "Hat Yai, Thailand", lat = 6.937536, lon = 100.388451, frequencies = [ 21949.0, 17928.0, 13270.0, 10066.0, 8825.0, 6535.0, 5655.0 ]),
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Station( id = 7, name = "Shannon, Ireland", lat = 52.744089, lon = -8.926752, frequencies = [ 11384.0, 10081.0, 8942.0, 8843.0, 6532.0, 5547.0, 3455.0, 2998.0 ]),
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Station( id = 8, name = "Johannesburg, South Africa", lat = -26.129658, lon = 28.206078, frequencies = [ 21949.0, 17922.0, 13321.0, 11321.0, 8834.0, 5529.0, 4681.0, 3016.0 ]),
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Station( id = 9, name = "Barrow, Alaska", lat = 71.25849, lon = -156.577447, frequencies = [ 21937.0, 21928.0, 17934.0, 17919.0, 11354.0, 10093.0, 10027.0, 8936.0, 8927.0, 6646.0, 5544.0, 5538.0, 5529.0, 4687.0, 4654.0, 3497.0, 3007.0, 2992.0, 2944.0 ]),
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Station( id = 10, name = "Muan, South Korea", lat = 35.032377, lon = 126.238644, frequencies = [ 21931.0, 17958.0, 13342.0, 10060.0, 8939.0, 6619.0, 5502.0, 2941.0 ]),
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Station( id = 11, name = "Albrook, Panama", lat = 9.084681, lon = -79.373969, frequencies = [ 17901.0, 13264.0, 10063.0, 8894.0, 6589.0, 5589.0 ]),
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Station( id = 13, name = "Santa Cruz, Bolivia", lat = -17.671199, lon = -63.157088, frequencies = [ 21997.0, 17916.0, 13315.0, 11318.0, 8957.0, 6628.0, 4660.0 ]),
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Station( id = 14, name = "Krasnoyarsk, Russia", lat = 56.152603, lon = 92.583337, frequencies = [ 21990.0, 17912.0, 13321.0, 10087.0, 8886.0, 6596.0, 5622.0 ]),
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Station( id = 15, name = "Al Muharraq, Bahrain", lat = 26.273854, lon = 50.639859, frequencies = [ 21982.0, 17967.0, 13354.0, 10075.0, 8885.0, 5544.0 ]),
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Station( id = 16, name = "Agana, Guam", lat = 13.488833, lon = 144.828233, frequencies = [ 21928.0, 17919.0, 13312.0, 11306.0, 8927.0, 6652.0, 5451.0 ]),
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Station( id = 17, name = "Canarias, Spain", lat = 27.960945, lon = -15.405608, frequencies = [ 21955.0, 17928.0, 13303.0, 11348.0, 8948.0, 6529.0 ])
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]
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for station in stations:
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name = "HFDL " + station.name.split(', ')[-1]
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modulation = "USB"
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bandwidth = 2700
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for freq in station.frequencies:
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print(int(freq * 1000), ';', name, ';', modulation, ';', bandwidth, '; Untagged')
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45
rfax.py
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45
rfax.py
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tag = "RadioFax"
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class Rfax:
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def __init__(self, khz_arr, callsign, khz_offset = -1.9):
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self.freqs = khz_arr
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self.name = callsign
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self.offset = khz_offset
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rfaxStations = [
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Rfax([3622.5], "JMH"),
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Rfax([7795], "JMH2"),
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Rfax([13988.5], "JMH4"),
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Rfax([3585,5857.5,7433.5,9165,13570], "HLL2"),
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Rfax([4316,8467.5,12745.5,16971,17069.6,22542], "JJC"),
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Rfax([16035,17430], "9VF/252"),
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Rfax([4199.75,8412.5,12629.25,16826.25], "XSQ"),
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Rfax([4228.0,8677.0,17146.4], "CBV"),
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Rfax([4322.0,8696.0], "CBM"),
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Rfax([3253.0,7710.0], "VFF"),
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Rfax([7710.0,3253.0], "VFR"),
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Rfax([4416,6915.1], "VCO"),
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Rfax([4292.0,8456.0], "VFA"),
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Rfax([2054,4298,8459,12412.5], "NOJ"),
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Rfax([4346,8682,12786,17151.2,22527], "NMC"),
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Rfax([4317.9,8503.9,12789.9,17146.4], "NMG"),
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Rfax([4235,6340.5,9110,12750], "NMF"),
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Rfax([2628, 5100,11030,13920,20469], "VMC"),
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Rfax([5755,7535,10555,15615,18060], "VMW"),
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Rfax([3247.4,5807,9459,13550.5,16340.1], "ZKLF"),
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Rfax([9982.5,11090,16135], "KVM70"),
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Rfax([4481, 8105], "SVJ4", khz_offset=0),
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Rfax([5336,6445.5,7908.8], "RBW41"),
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Rfax([10130], "RBW48"),
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Rfax([3855], "DDH3"),
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Rfax([7880], "DDK3"),
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Rfax([13882.5], "DDK6"),
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Rfax([2618.5,4610.0,8040.0,11086.5], "GYA"),
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]
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modulation = "USB"
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bandwidth = 2700
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for station in rfaxStations:
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for freq in station.freqs:
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freq = int((freq + station.offset) * 1000)
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print(freq , ';', station.name, ';', modulation, ';', bandwidth, ';', tag)
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31
rptr.py
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31
rptr.py
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#output_tags = False
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#tag = "Untagged"
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output_tags = True
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tag = "RepeaterBook"
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d = []
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f = open('repeaters.csv')
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for line in f.readlines():
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a = line.split('\t')
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d.append([a[0], a[3]])
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lines = len(d)
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print("# Total entries:", lines)
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last = d[0]
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i = 1
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while i < len(d):
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if last[0] == d[i][0]:
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d[i][1] += last[1]
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d.remove(last)
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last = d[i-1]
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else:
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last = d[i]
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i += 1
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print("# Overlapping entries:", lines - len(d))
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if output_tags:
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print(tag, "; #c0c0c0\n")
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for freq, name in d:
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freq = int(float(freq) * 1000000)
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print(freq, ';', name, ";\tNarrow FM ;\t10000 ;\t", tag)
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rptr_inputs.py
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58
rptr_inputs.py
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delimiter = '\t'
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#output_tags = False
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#tag = "Untagged"
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output_tags = True
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output_outputs = True
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output_inputs = True
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tag = "RepeaterBook"
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inputs_tag = "RepeaterBook Inputs"
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d = []
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inputs = []
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f = open('repeaters.csv')
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for line in f.readlines():
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a = line.split(delimiter)
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output = int(float(a[0]) * 1000000)
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# Just assume MHZ. RepeaterBook proximity search 2.0 uses MHZ for all entries
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#value, unit = a[1].strip().split()
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offset = int(float(a[1].strip().split()[0]) * 1000000)
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name = a[3] if a[3].strip() != '' else "NOCALL "
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d.append([output, name])
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inputs.append([output+offset, name])
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lines = len(d)
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print("# Total entries:", lines)
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def srt_fn(element):
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return element[0]
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inputs.sort(key=srt_fn)
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def remove_dupes(d):
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last = d[0]
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i = 1
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while i < len(d):
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if last[0] == d[i][0]:
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if not last[1].strip() in d[i][1].split():
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d[i][1] += last[1]
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d.remove(last)
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else:
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i += 1
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last = d[i-1]
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remove_dupes(d)
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remove_dupes(inputs)
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print("# Overlapping outputs:", lines - len(d))
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print("# Overlapping inputs:", lines - len(inputs))
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if output_tags:
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print(tag, "; #c0c0c0")
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print(inputs_tag, "; #c0c0c0")
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print("")
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if output_outputs:
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for freq, name in d:
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print(freq, ';', name, ";\tNarrow FM ;\t10000 ;\t", tag)
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if output_inputs:
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for freq, name in inputs:
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print(freq, ';', name+"input", ";\tNarrow FM ;\t10000 ;\t", inputs_tag)
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volmet.py
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19
volmet.py
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volmetStations = [
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([3485, 6604, 10051, 13270 ], "United States/Canada"),
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([6754, 15034 ], "Canada"),
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([3413, 5505, 8957, 13264 ], "Western Europe"),
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([5450, 11253 ], "Central Europe"),
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([4742, 11247 ], "Eastern Europe"),
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([2863, 6679, 8828, 13282 ], "Oceania"),
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([2965, 6676, 11387 ], "South Asia/Southeast Asia"),
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([3458, 5673, 8849, 13285 ], "East Asia"),
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]
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tag = "VOLMET"
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bw = 2700
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mod = "USB"
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for freqs, area in volmetStations:
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name = "VOLMET " + area
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for freq in freqs:
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print(int(freq * 1000), ';', name, ';', mod, ';', bw, ';', tag)
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