diff --git a/geomagio/temperature/TEMPParser.py b/geomagio/temperature/TEMPParser.py
deleted file mode 100644
index 2e66a87ecdd808011c668b47c61393d6cfa77a81..0000000000000000000000000000000000000000
--- a/geomagio/temperature/TEMPParser.py
+++ /dev/null
@@ -1,115 +0,0 @@
-"""Parsing methods for the temp/volt Format."""
-
-
-import numpy
-
-# values that represent missing data points in TEMP
-NINES = numpy.int('9999999')
-NINES_RAW = numpy.int('99999990')
-NINES_DEG = numpy.int('9999')
-
-
-class TEMPParser(object):
- """TEMP parser.
-
- Attributes
- ----------
- header : dict
- parsed TEMP header.
- channels : array
- parsed channel names.
- times : array
- parsed timeseries times.
- data : dict
- keys are channel names (order listed in ``self.channels``).
- values are ``numpy.array`` of timeseries values, array values are
- ``numpy.nan`` when values are missing.
- """
-
- def __init__(self):
- """Create a new TEMP parser."""
- # header fields
- self.header = {}
- # array of channel names
- self.channels = []
- # timestamps of data (datetime.datetime)
- self.times = []
- # dictionary of data (channel : numpy.array<float64>)
- self.data = {}
- # temporary storage for data being parsed
- self._parsedata = None
-
- def parse(self, data):
- """Parse a string containing TEMP formatted data.
-
- Parameters
- ----------
- data : str
- temp/volt formatted file contents.
- """
- self._set_channels()
-
- parsing_header = True
- lines = data.splitlines()
- for line in lines:
- if parsing_header:
- self._parse_header(line)
- parsing_header = False
- else:
- self._parse_data(line)
- self._post_process()
-
- def _parse_header(self, line):
- """Parse header line.
-
- Adds value to ``self.header``.
- """
- self.header['header'] = line
- self.header['station'] = line[0:3]
- self.header['year'] = line[5:9]
- self.header['yearday'] = line[11:14]
- self.header['date'] = line[16:25]
-
- return
-
- def _parse_data(self, line):
- """Parse one data point in the timeseries.
-
- Adds time to ``self.times``.
- Adds channel values to ``self.data``.
- """
- t, d1, d2, d3, d4 = self._parsedata
-
- t.append(line[0:4])
- d1.append(int(line[5:13]))
- d2.append(int(line[14:22]))
- d3.append(int(line[23:31]))
- d4.append(int(line[32:40]))
-
- def _post_process(self):
- """Post processing after data is parsed.
-
- Converts data to numpy arrays.
- Replaces empty values with ``numpy.nan``.
- """
- self.times = self._parsedata[0]
-
- for channel, data in zip(self.channels, self._parsedata[1:]):
- data = numpy.array(data, dtype=numpy.float64)
- # filter empty values
- data[data == NINES] = numpy.nan
- data = numpy.divide(data, 100)
- self.data[channel] = data
-
- self._parsedata = None
-
- def _set_channels(self):
- """Adds channel names to ``self.channels``.
- Creates empty values arrays in ``self.data``.
- """
- self.channels.append('H')
- self.channels.append('E')
- self.channels.append('Z')
- self.channels.append('F')
-
- self._parsedata = ([], [], [], [], [])
diff --git a/geomagio/vbf/VBFParser.py b/geomagio/vbf/VBFParser.py
deleted file mode 100644
index a2954478c49d5b02cbfe9974fdd6b728aade476c..0000000000000000000000000000000000000000
--- a/geomagio/vbf/VBFParser.py
+++ /dev/null
@@ -1,115 +0,0 @@
-"""Parsing methods for the VBF Format."""
-
-
-import numpy
-
-# values that represent missing data points in VBF
-NINES = numpy.int('9999999')
-NINES_RAW = numpy.int('99999990')
-NINES_DEG = numpy.int('9999')
-
-
-class VBFParser(object):
- """VBF parser.
-
- Attributes
- ----------
- header : dict
- parsed VBF header.
- channels : array
- parsed channel names.
- times : array
- parsed timeseries times.
- data : dict
- keys are channel names (order listed in ``self.channels``).
- values are ``numpy.array`` of timeseries values, array values are
- ``numpy.nan`` when values are missing.
- """
-
- def __init__(self):
- """Create a new VBF parser."""
- # header fields
- self.header = {}
- # array of channel names
- self.channels = []
- # timestamps of data (datetime.datetime)
- self.times = []
- # dictionary of data (channel : numpy.array<float64>)
- self.data = {}
- # temporary storage for data being parsed
- self._parsedata = None
-
- def parse(self, data):
- """Parse a string containing VBF formatted data.
-
- Parameters
- ----------
- data : str
- VBF formatted file contents.
- """
- self._set_channels()
-
- parsing_header = True
- lines = data.splitlines()
- for line in lines:
- if parsing_header:
- self._parse_header(line)
- parsing_header = False
- else:
- self._parse_data(line)
- self._post_process()
-
- def _parse_header(self, line):
- """Parse header line.
-
- Adds value to ``self.header``.
- """
- self.header['header'] = line
- self.header['station'] = line[0:3]
- self.header['year'] = line[5:9]
- self.header['yearday'] = line[11:14]
- self.header['date'] = line[16:25]
-
- return
-
- def _parse_data(self, line):
- """Parse one data point in the timeseries.
-
- Adds time to ``self.times``.
- Adds channel values to ``self.data``.
- """
- t, d1, d2, d3, d4 = self._parsedata
-
- t.append(line[0:4])
- d1.append(int(line[5:13]))
- d2.append(int(line[14:22]))
- d3.append(int(line[23:31]))
- d4.append(int(line[32:40]))
-
- def _post_process(self):
- """Post processing after data is parsed.
-
- Converts data to numpy arrays.
- Replaces empty values with ``numpy.nan``.
- """
- self.times = self._parsedata[0]
-
- for channel, data in zip(self.channels, self._parsedata[1:]):
- data = numpy.array(data, dtype=numpy.float64)
- # filter empty values
- data[data == NINES] = numpy.nan
- data = numpy.divide(data, 100)
- self.data[channel] = data
-
- self._parsedata = None
-
- def _set_channels(self):
- """Adds channel names to ``self.channels``.
- Creates empty values arrays in ``self.data``.
- """
- self.channels.append('H')
- self.channels.append('E')
- self.channels.append('Z')
- self.channels.append('F')
-
- self._parsedata = ([], [], [], [], [])