[python-mpop] 01/02: Imported Upstream version 1.0.0
Antonio Valentino
a_valentino-guest at moszumanska.debian.org
Sat Jul 12 15:08:10 UTC 2014
This is an automated email from the git hooks/post-receive script.
a_valentino-guest pushed a commit to branch master
in repository python-mpop.
commit 79231cbe103fb1368cbff1b0dbae1b9f43ca7368
Author: Antonio Valentino <antonio.valentino at tiscali.it>
Date: Sat Jul 12 11:41:26 2014 +0000
Imported Upstream version 1.0.0
---
.gitignore | 6 +
MANIFEST.in | 7 +
README | 1 +
README.rst | 5 +
doc/Makefile | 89 +
doc/README | 5 +
doc/examples/geo_hrit.py | 91 +
doc/examples/polar_aapp1b.py | 86 +
doc/examples/polar_segments.py | 121 +
doc/source/conf.py | 227 +
doc/source/image.rst | 28 +
doc/source/index.rst | 48 +
doc/source/input.rst | 112 +
doc/source/install.rst | 75 +
doc/source/pp.rst | 155 +
doc/source/quickstart.rst | 296 +
doc/source/saturn.rst | 31 +
etc/aqua.cfg.template | 205 +
etc/areas.def.template | 282 +
etc/electro-ln1.cfg.template | 88 +
etc/eps_avhrrl1b_6.5.xml | 918 +
etc/fengyun3a.cfg.template | 108 +
etc/geo_image.cfg | 2 +
etc/meteosat07.cfg.template | 45 +
etc/meteosat09.cfg.template | 96 +
etc/meteosat10.cfg.template | 96 +
etc/mpop.cfg.template | 11 +
etc/ninjotiff_products.cfg.template | 162 +
etc/noaa19.cfg.template | 56 +
etc/npp.cfg.template | 153 +
etc/regionalmetopa.cfg.template | 60 +
etc/regionalnoaa19.cfg.template | 61 +
etc/terra.cfg.template | 205 +
etc/tsx1.cfg.template | 19 +
etc/world_map.ascii | 374001 +++++++++++++++++++++++++
gpl.txt | 674 +
mpop/__init__.py | 43 +
mpop/channel.py | 347 +
mpop/compositer.py | 73 +
mpop/imageo/__init__.py | 33 +
mpop/imageo/formats/__init__.py | 1 +
mpop/imageo/formats/libtiff.py | 1420 +
mpop/imageo/formats/ninjotiff.py | 954 +
mpop/imageo/formats/ninjotiff_example | 130 +
mpop/imageo/formats/ninjotiff_example.areas | 37 +
mpop/imageo/formats/tiff_h_3_9_2.py | 397 +
mpop/imageo/geo_image.py | 368 +
mpop/imageo/image.py | 1050 +
mpop/imageo/image_processing.py | 54 +
mpop/imageo/logger.py | 40 +
mpop/imageo/palettes.py | 198 +
mpop/imageo/test_geo_image.py | 113 +
mpop/imageo/test_image.py | 752 +
mpop/instruments/__init__.py | 0
mpop/instruments/modis.py | 79 +
mpop/instruments/sarx.py | 79 +
mpop/instruments/seviri.py | 176 +
mpop/instruments/test_seviri.py | 282 +
mpop/instruments/test_visir.py | 360 +
mpop/instruments/viirs.py | 471 +
mpop/instruments/visir.py | 414 +
mpop/logger.py | 38 +
mpop/plugin_base.py | 72 +
mpop/projector.py | 264 +
mpop/satellites/__init__.py | 198 +
mpop/satellites/test_satellites.py | 236 +
mpop/satin/__init__.py | 30 +
mpop/satin/aapp1b.py | 554 +
mpop/satin/ahamap_aapp1b.py | 162 +
mpop/satin/eps1a.py | 359 +
mpop/satin/eps_avhrr.py | 846 +
mpop/satin/eps_avhrrl1b.py | 221 +
mpop/satin/eps_l1b.py | 472 +
mpop/satin/fy3_mersi_aggr1km.py | 162 +
mpop/satin/hdfeos_l1b.py | 721 +
mpop/satin/hrpt.py | 417 +
mpop/satin/logger.py | 39 +
mpop/satin/mipp_xrit.py | 178 +
mpop/satin/mipp_xsar.py | 136 +
mpop/satin/modis_level2.py | 353 +
mpop/satin/msg_hdf.py | 1360 +
mpop/satin/nc_reader.py | 472 +
mpop/satin/nwcsaf_pps.py | 601 +
mpop/satin/odim.py | 44 +
mpop/satin/pps_hdf.py | 226 +
mpop/satin/pps_odim.py | 329 +
mpop/satin/test_mipp.py | 245 +
mpop/satin/test_plugin.py | 41 +
mpop/satin/test_viirs_sdr.py | 67 +
mpop/satin/viirs_sdr.py | 696 +
mpop/satin/xmlformat.py | 226 +
mpop/satout/__init__.py | 30 +
mpop/satout/cfscene.py | 540 +
mpop/satout/netcdf4.py | 260 +
mpop/saturn/__init__.py | 36 +
mpop/saturn/assemble_segments.py | 902 +
mpop/saturn/filelist.py | 124 +
mpop/saturn/filewatcher.py | 167 +
mpop/saturn/gatherer.py | 888 +
mpop/saturn/runner.py | 272 +
mpop/saturn/tasklist.py | 162 +
mpop/saturn/two_line_elements.py | 422 +
mpop/scene.py | 774 +
mpop/test_channel.py | 394 +
mpop/test_projector.py | 344 +
mpop/test_scene.py | 809 +
mpop/utils.py | 166 +
mpop/version.py | 30 +
setup.cfg | 8 +
setup.py | 78 +
test/run.py | 13 +
test/test_doc.py | 5 +
test/test_pp_core.py | 296 +
113 files changed, 402981 insertions(+)
diff --git a/.gitignore b/.gitignore
new file mode 100644
index 0000000..fc6432e
--- /dev/null
+++ b/.gitignore
@@ -0,0 +1,6 @@
+build
+doc/build
+*.so
+*.pyc
+*~
+RELEASE-VERSION
diff --git a/MANIFEST.in b/MANIFEST.in
new file mode 100644
index 0000000..f34e1ee
--- /dev/null
+++ b/MANIFEST.in
@@ -0,0 +1,7 @@
+include doc/Makefile
+include doc/source/*
+include doc/examples/*.py
+include etc/*
+include gpl.txt
+include README.rst
+include MANIFEST.in
diff --git a/README b/README
new file mode 120000
index 0000000..92cacd2
--- /dev/null
+++ b/README
@@ -0,0 +1 @@
+README.rst
\ No newline at end of file
diff --git a/README.rst b/README.rst
new file mode 100644
index 0000000..e56bf13
--- /dev/null
+++ b/README.rst
@@ -0,0 +1,5 @@
+This is the Meteorological Post-Processing Package (MPoP).
+
+A recent build of the documentation is available at
+http://mpop.readthedocs.org/.
+
diff --git a/doc/Makefile b/doc/Makefile
new file mode 100644
index 0000000..eb43bdc
--- /dev/null
+++ b/doc/Makefile
@@ -0,0 +1,89 @@
+# Makefile for Sphinx documentation
+#
+
+# You can set these variables from the command line.
+SPHINXOPTS =
+SPHINXBUILD = sphinx-build
+PAPER =
+BUILDDIR = build
+
+# Internal variables.
+PAPEROPT_a4 = -D latex_paper_size=a4
+PAPEROPT_letter = -D latex_paper_size=letter
+ALLSPHINXOPTS = -d $(BUILDDIR)/doctrees $(PAPEROPT_$(PAPER)) $(SPHINXOPTS) source
+
+.PHONY: help clean html dirhtml pickle json htmlhelp qthelp latex changes linkcheck doctest
+
+help:
+ @echo "Please use \`make <target>' where <target> is one of"
+ @echo " html to make standalone HTML files"
+ @echo " dirhtml to make HTML files named index.html in directories"
+ @echo " pickle to make pickle files"
+ @echo " json to make JSON files"
+ @echo " htmlhelp to make HTML files and a HTML help project"
+ @echo " qthelp to make HTML files and a qthelp project"
+ @echo " latex to make LaTeX files, you can set PAPER=a4 or PAPER=letter"
+ @echo " changes to make an overview of all changed/added/deprecated items"
+ @echo " linkcheck to check all external links for integrity"
+ @echo " doctest to run all doctests embedded in the documentation (if enabled)"
+
+clean:
+ -rm -rf $(BUILDDIR)/*
+
+html:
+ $(SPHINXBUILD) -b html $(ALLSPHINXOPTS) $(BUILDDIR)/html
+ @echo
+ @echo "Build finished. The HTML pages are in $(BUILDDIR)/html."
+
+dirhtml:
+ $(SPHINXBUILD) -b dirhtml $(ALLSPHINXOPTS) $(BUILDDIR)/dirhtml
+ @echo
+ @echo "Build finished. The HTML pages are in $(BUILDDIR)/dirhtml."
+
+pickle:
+ $(SPHINXBUILD) -b pickle $(ALLSPHINXOPTS) $(BUILDDIR)/pickle
+ @echo
+ @echo "Build finished; now you can process the pickle files."
+
+json:
+ $(SPHINXBUILD) -b json $(ALLSPHINXOPTS) $(BUILDDIR)/json
+ @echo
+ @echo "Build finished; now you can process the JSON files."
+
+htmlhelp:
+ $(SPHINXBUILD) -b htmlhelp $(ALLSPHINXOPTS) $(BUILDDIR)/htmlhelp
+ @echo
+ @echo "Build finished; now you can run HTML Help Workshop with the" \
+ ".hhp project file in $(BUILDDIR)/htmlhelp."
+
+qthelp:
+ $(SPHINXBUILD) -b qthelp $(ALLSPHINXOPTS) $(BUILDDIR)/qthelp
+ @echo
+ @echo "Build finished; now you can run "qcollectiongenerator" with the" \
+ ".qhcp project file in $(BUILDDIR)/qthelp, like this:"
+ @echo "# qcollectiongenerator $(BUILDDIR)/qthelp/NWCSAFMSGPP.qhcp"
+ @echo "To view the help file:"
+ @echo "# assistant -collectionFile $(BUILDDIR)/qthelp/NWCSAFMSGPP.qhc"
+
+latex:
+ $(SPHINXBUILD) -b latex $(ALLSPHINXOPTS) $(BUILDDIR)/latex
+ @echo
+ @echo "Build finished; the LaTeX files are in $(BUILDDIR)/latex."
+ @echo "Run \`make all-pdf' or \`make all-ps' in that directory to" \
+ "run these through (pdf)latex."
+
+changes:
+ $(SPHINXBUILD) -b changes $(ALLSPHINXOPTS) $(BUILDDIR)/changes
+ @echo
+ @echo "The overview file is in $(BUILDDIR)/changes."
+
+linkcheck:
+ $(SPHINXBUILD) -b linkcheck $(ALLSPHINXOPTS) $(BUILDDIR)/linkcheck
+ @echo
+ @echo "Link check complete; look for any errors in the above output " \
+ "or in $(BUILDDIR)/linkcheck/output.txt."
+
+doctest:
+ $(SPHINXBUILD) -b doctest $(ALLSPHINXOPTS) $(BUILDDIR)/doctest
+ @echo "Testing of doctests in the sources finished, look at the " \
+ "results in $(BUILDDIR)/doctest/output.txt."
diff --git a/doc/README b/doc/README
new file mode 100644
index 0000000..316bcbd
--- /dev/null
+++ b/doc/README
@@ -0,0 +1,5 @@
+In order to read the documentation, sphinx needs to be installed.
+Then run make.
+
+The examples directory shows different ways of using mpop for production
+purposes.
\ No newline at end of file
diff --git a/doc/examples/geo_hrit.py b/doc/examples/geo_hrit.py
new file mode 100644
index 0000000..6dbff65
--- /dev/null
+++ b/doc/examples/geo_hrit.py
@@ -0,0 +1,91 @@
+#!/usr/bin/env python
+# -*- coding: utf-8 -*-
+
+# Copyright (c) 2011 SMHI
+
+# Author(s):
+
+# Martin Raspaud <martin.raspaud at smhi.se>
+
+# This program is free software: you can redistribute it and/or modify
+# it under the terms of the GNU General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+
+# This program is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU General Public License for more details.
+
+# You should have received a copy of the GNU General Public License
+# along with this program. If not, see <http://www.gnu.org/licenses/>.
+
+"""Minimal script for geostationary production.
+
+
+We take the case of HRIT data from meteosat 9, as send through eumetcast.
+
+- Install mipp, mpop, and pyresample
+- Don't forget to set up the PPP_CONFIG_DIR variable to point to your
+ configuration files.
+- Edit the meteosat09.cfg configuration file (a template is provided in case
+ you don't have one) with your HRIT directory:
+
+ .. code-block:: ini
+
+ [seviri-level1]
+ format = 'xrit/MSG'
+ dir='/data/hrit_in'
+ filename='H-000-MSG?__-MSG?________-%(channel)s-%(segment)s-%Y%m%d%H%M-__'
+ filename_pro='H-000-MSG?__-MSG?________-_________-%(segment)s-%Y%m%d%H%M-__'
+ filename_epi='H-000-MSG?__-MSG?________-_________-%(segment)s-%Y%m%d%H%M-__'
+
+ where `/data/hrit_in` has to be changed to anything that suits your
+ environment.
+
+- Here is an example of a minimal script that has to be called as soon as an
+ MSG slot has arrived (usually, watching the arrival of the epilogue file
+ suffices)
+
+"""
+
+from mpop.satellites import GeostationaryFactory
+
+import sys
+from datetime import datetime
+
+if sys.version_info < (2, 5):
+ import time
+ def strptime(string, fmt=None):
+ """This function is available in the datetime module only
+ from Python >= 2.5.
+ """
+
+ return datetime(*time.strptime(string, fmt)[:6])
+
+else:
+ strptime = datetime.strptime
+
+if __name__ == '__main__':
+ if len(sys.argv) < 2:
+ print "Usage: " + sys.argv[0] + " time_string"
+ sys.exit()
+
+ time_string = sys.argv[1]
+ time_slot = strptime(time_string, "%Y%m%d%H%M")
+ global_data = GeostationaryFactory.create_scene("meteosat", "09",
+ "seviri", time_slot)
+
+ global_data.load()
+
+ areas = ["euro4", "scan2"]
+
+ for area in areas:
+
+ local_data = global_data.project(area)
+
+ img = local_data.image.overview()
+ img.save("overview_" + area + "_" + time_string + ".png")
+
+ img = local_data.image.fog()
+ img.save("fog_" + area + "_" + time_string + ".png")
diff --git a/doc/examples/polar_aapp1b.py b/doc/examples/polar_aapp1b.py
new file mode 100644
index 0000000..7f697e9
--- /dev/null
+++ b/doc/examples/polar_aapp1b.py
@@ -0,0 +1,86 @@
+#!/usr/bin/env python
+# -*- coding: utf-8 -*-
+
+# Copyright (c) 2011 SMHI
+
+# Author(s):
+
+# Martin Raspaud <martin.raspaud at smhi.se>
+
+# This program is free software: you can redistribute it and/or modify
+# it under the terms of the GNU General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+
+# This program is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU General Public License for more details.
+
+# You should have received a copy of the GNU General Public License
+# along with this program. If not, see <http://www.gnu.org/licenses/>.
+
+"""Minimal script for polar data (from aapp level 1b).
+
+We take the case of level 1b data (calibrated and geolocalized) from noaa 19,
+as output from AAPP.
+
+- Install mpop and pyresample
+- Don't forget to set up the PPP_CONFIG_DIR variable to point to your
+ configuration files.
+- Edit the noaa19.cfg configuration file (a template is provided in case
+ you don't have one) with your data directory:
+
+ .. code-block:: ini
+
+ [avhrr-level2]
+ filename = hrpt_%(satellite)s_%Y%m%d_%H%M_%(orbit)s.l1b
+ dir = /data/polar/
+ format = aapp1b
+
+- Here is an example of a minimal script that has to be called as soon as a new
+ swath has arrived
+
+"""
+
+from mpop.satellites import PolarFactory
+
+import sys
+from datetime import datetime
+
+if sys.version_info < (2, 5):
+ import time
+ def strptime(string, fmt=None):
+ """This function is available in the datetime module only
+ from Python >= 2.5.
+ """
+
+ return datetime(*time.strptime(string, fmt)[:6])
+
+else:
+ strptime = datetime.strptime
+
+if __name__ == '__main__':
+ if len(sys.argv) < 3:
+ print "Usage: " + sys.argv[0] + " time_string orbit"
+ sys.exit()
+
+ time_string = sys.argv[1]
+ orbit = sys.argv[2]
+ time_slot = strptime(time_string, "%Y%m%d%H%M")
+ global_data = PolarFactory.create_scene("noaa", "19",
+ "avhrr", time_slot, orbit)
+
+ global_data.load()
+
+ areas = ["euro4", "scan2"]
+
+ for area in areas:
+
+ local_data = global_data.project(area)
+
+ img = local_data.image.overview()
+ img.save("overview_" + area + "_" + time_string + ".png")
+
+ img = local_data.image.cloudtop()
+ img.save("cloudtop_" + area + "_" + time_string + ".png")
diff --git a/doc/examples/polar_segments.py b/doc/examples/polar_segments.py
new file mode 100644
index 0000000..5e39002
--- /dev/null
+++ b/doc/examples/polar_segments.py
@@ -0,0 +1,121 @@
+#!/usr/bin/env python
+# -*- coding: utf-8 -*-
+
+# Copyright (c) 2011 SMHI
+
+# Author(s):
+
+# Martin Raspaud <martin.raspaud at smhi.se>
+
+# This program is free software: you can redistribute it and/or modify
+# it under the terms of the GNU General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+
+# This program is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU General Public License for more details.
+
+# You should have received a copy of the GNU General Public License
+# along with this program. If not, see <http://www.gnu.org/licenses/>.
+
+"""Minimal script for assembling and processing segmented polar data.
+
+We take the case of level 1b data (calibrated and geolocalized) from noaa 19,
+as output from AAPP.
+
+- Install mpop and pyresample
+- Don't forget to set up the PPP_CONFIG_DIR variable to point to your
+ configuration files.
+- Edit the gdsmetop02.cfg configuration file (a template is provided in case
+ you don't have one) with your data directory:
+
+ .. code-block:: ini
+
+ [avhrr-granules]
+ type=eps_avhrr
+ granularity=60
+ full_scan_period=0.1667
+ scan_width=2048
+ dir=/data/prod/satellit/ears/avhrr
+ filename=AVHR_xxx_1B_M02_%Y%m%d%H%M*
+
+
+- Here is a minimal script that monitors a directory and builds composites:
+"""
+import sys
+from datetime import timedelta, datetime
+import glob
+import os
+import time
+
+from mpop.saturn.gatherer import Granule, Gatherer
+
+
+def get_files_newer_than(directory, time_stamp):
+ """Get the list of files from the *directory* which are newer than a given
+ *time_stamp*.
+ """
+ filelist = glob.glob(os.path.join(directory, "*"))
+ return [filename for filename in filelist
+ if datetime.fromtimestamp(os.stat(filename)[8]) > time_stamp]
+
+
+if __name__ == '__main__':
+ if len(sys.argv) < 3:
+ print "Usage: " + sys.argv[0] + " directory wait_for_more"
+ sys.exit()
+
+ directory = sys.argv[1]
+ # if we wait for files in the directory forever or not
+ wait_for_more = eval(sys.argv[2])
+
+ areas = ["euro4", "scan2"]
+
+ gatherer = None
+
+ time_stamp = datetime(1970, 1, 1)
+
+ while True:
+
+ # Scanning directory
+
+ new_time_stamp = datetime.now()
+ filenames = get_files_newer_than(directory, time_stamp)
+ time_stamp = new_time_stamp
+
+ # Adding files to the gatherer
+
+ for filename in filenames:
+ granule = Granule(filename)
+ if gatherer is None:
+ gatherer = Gatherer(areas_of_interest=areas,
+ timeliness=timedelta(minutes=150),
+ satname=granule.satname,
+ number=granule.number,
+ variant=granule.variant)
+ gatherer.add(granule)
+
+ # Build finished swath and process them.
+
+ for swath in gatherer.finished_swaths:
+ global_data = swath.concatenate()
+
+ local_data = global_data.project(swath.area)
+
+ time_string = global_data.time_slot.strftime("%Y%m%d%H%M")
+
+ area_id = swath.area.area_id
+
+ img = local_data.image.overview()
+ img.save("overview_" + area_id + "_" + time_string + ".png")
+
+ img = local_data.image.natural()
+ img.save("natural_" + area_id + "_" + time_string + ".png")
+
+ if not wait_for_more:
+ break
+
+ # wait 60 seconds before restarting
+ time.sleep(60)
diff --git a/doc/source/conf.py b/doc/source/conf.py
new file mode 100644
index 0000000..cede447
--- /dev/null
+++ b/doc/source/conf.py
@@ -0,0 +1,227 @@
+# -*- coding: utf-8 -*-
+#
+# NWCSAF/MSG PP documentation build configuration file, created by
+# sphinx-quickstart on Fri Sep 25 16:58:28 2009.
+#
+# This file is execfile()d with the current directory set to its containing dir.
+#
+# Note that not all possible configuration values are present in this
+# autogenerated file.
+#
+# All configuration values have a default; values that are commented out
+# serve to show the default.
+
+import sys, os
+
+# If extensions (or modules to document with autodoc) are in another directory,
+# add these directories to sys.path here. If the directory is relative to the
+# documentation root, use os.path.abspath to make it absolute, like shown here.
+#sys.path.append(os.path.abspath('.'))
+
+
+class Mock(object):
+ def __init__(self, *args, **kwargs):
+ pass
+
+ def __call__(self, *args, **kwargs):
+ return Mock()
+
+ @classmethod
+ def __getattr__(cls, name):
+ if name in ('__file__', '__path__'):
+ return '/dev/null'
+ elif name[0] == name[0].upper():
+ mockType = type(name, (), {})
+ mockType.__module__ = __name__
+ return mockType
+ elif name == "inf":
+ return 0
+ else:
+ return Mock()
+
+MOCK_MODULES = ['Image', 'numpy', 'pyresample']
+for mod_name in MOCK_MODULES:
+ sys.modules[mod_name] = Mock()
+
+
+# -- General configuration -----------------------------------------------------
+
+# Add any Sphinx extension module names here, as strings. They can be extensions
+# coming with Sphinx (named 'sphinx.ext.*') or your custom ones.
+extensions = ['sphinx.ext.autodoc', 'sphinx.ext.intersphinx', 'sphinx.ext.todo', 'sphinx.ext.coverage']
+
+# Add any paths that contain templates here, relative to this directory.
+templates_path = ['_templates']
+
+# The suffix of source filenames.
+source_suffix = '.rst'
+
+# The encoding of source files.
+#source_encoding = 'utf-8'
+
+# The master toctree document.
+master_doc = 'index'
+
+# General information about the project.
+project = u'mpop'
+copyright = u'2009-2013, The pytroll crew'
+
+# The version info for the project you're documenting, acts as replacement for
+# |version| and |release|, also used in various other places throughout the
+# built documents.
+#
+
+import mpop.version as current_version
+
+# The short X.Y version.
+version = ".".join([current_version.__major__, current_version.__minor__])
+# The full version, including alpha/beta/rc tags.
+release = current_version.__version__
+
+# The language for content autogenerated by Sphinx. Refer to documentation
+# for a list of supported languages.
+#language = None
+
+# There are two options for replacing |today|: either, you set today to some
+# non-false value, then it is used:
+#today = ''
+# Else, today_fmt is used as the format for a strftime call.
+#today_fmt = '%B %d, %Y'
+
+# List of documents that shouldn't be included in the build.
+#unused_docs = []
+
+# List of directories, relative to source directory, that shouldn't be searched
+# for source files.
+exclude_trees = []
+
+# The reST default role (used for this markup: `text`) to use for all documents.
+#default_role = None
+
+# If true, '()' will be appended to :func: etc. cross-reference text.
+#add_function_parentheses = True
+
+# If true, the current module name will be prepended to all description
+# unit titles (such as .. function::).
+#add_module_names = True
+
+# If true, sectionauthor and moduleauthor directives will be shown in the
+# output. They are ignored by default.
+#show_authors = False
+
+# The name of the Pygments (syntax highlighting) style to use.
+pygments_style = 'sphinx'
+
+# A list of ignored prefixes for module index sorting.
+#modindex_common_prefix = []
+
+
+# -- Options for HTML output ---------------------------------------------------
+
+# The theme to use for HTML and HTML Help pages. Major themes that come with
+# Sphinx are currently 'default' and 'sphinxdoc'.
+html_theme = 'default'
+
+# Theme options are theme-specific and customize the look and feel of a theme
+# further. For a list of options available for each theme, see the
+# documentation.
+#html_theme_options = {}
+
+# Add any paths that contain custom themes here, relative to this directory.
+#html_theme_path = []
+
+# The name for this set of Sphinx documents. If None, it defaults to
+# "<project> v<release> documentation".
+#html_title = None
+
+# A shorter title for the navigation bar. Default is the same as html_title.
+#html_short_title = None
+
+# The name of an image file (relative to this directory) to place at the top
+# of the sidebar.
+#html_logo = None
+
+# The name of an image file (within the static path) to use as favicon of the
+# docs. This file should be a Windows icon file (.ico) being 16x16 or 32x32
+# pixels large.
+#html_favicon = None
+
+# Add any paths that contain custom static files (such as style sheets) here,
+# relative to this directory. They are copied after the builtin static files,
+# so a file named "default.css" will overwrite the builtin "default.css".
+html_static_path = ['_static']
+
+# If not '', a 'Last updated on:' timestamp is inserted at every page bottom,
+# using the given strftime format.
+#html_last_updated_fmt = '%b %d, %Y'
+
+# If true, SmartyPants will be used to convert quotes and dashes to
+# typographically correct entities.
+#html_use_smartypants = True
+
+# Custom sidebar templates, maps document names to template names.
+#html_sidebars = {}
+
+# Additional templates that should be rendered to pages, maps page names to
+# template names.
+#html_additional_pages = {}
+
+# If false, no module index is generated.
+#html_use_modindex = True
+
+# If false, no index is generated.
+#html_use_index = True
+
+# If true, the index is split into individual pages for each letter.
+#html_split_index = False
+
+# If true, links to the reST sources are added to the pages.
+#html_show_sourcelink = True
+
+# If true, an OpenSearch description file will be output, and all pages will
+# contain a <link> tag referring to it. The value of this option must be the
+# base URL from which the finished HTML is served.
+#html_use_opensearch = ''
+
+# If nonempty, this is the file name suffix for HTML files (e.g. ".xhtml").
+#html_file_suffix = ''
+
+# Output file base name for HTML help builder.
+htmlhelp_basename = 'NWCSAFMSGPPdoc'
+
+
+# -- Options for LaTeX output --------------------------------------------------
+
+# The paper size ('letter' or 'a4').
+#latex_paper_size = 'letter'
+
+# The font size ('10pt', '11pt' or '12pt').
+#latex_font_size = '10pt'
+
+# Grouping the document tree into LaTeX files. List of tuples
+# (source start file, target name, title, author, documentclass [howto/manual]).
+latex_documents = [
+ ('index', 'mpop.tex', u'mpop documentation',
+ u'SMHI', 'manual'),
+]
+
+# The name of an image file (relative to this directory) to place at the top of
+# the title page.
+#latex_logo = None
+
+# For "manual" documents, if this is true, then toplevel headings are parts,
+# not chapters.
+#latex_use_parts = False
+
+# Additional stuff for the LaTeX preamble.
+#latex_preamble = ''
+
+# Documents to append as an appendix to all manuals.
+#latex_appendices = []
+
+# If false, no module index is generated.
+#latex_use_modindex = True
+
+
+# Example configuration for intersphinx: refer to the Python standard library.
+intersphinx_mapping = {'http://docs.python.org/': None}
diff --git a/doc/source/image.rst b/doc/source/image.rst
new file mode 100644
index 0000000..54dfb3f
--- /dev/null
+++ b/doc/source/image.rst
@@ -0,0 +1,28 @@
+.. _geographic-images:
+
+===================
+ Geographic images
+===================
+
+In order to build satellite composites, mpop has to handle images. We could
+have used PIL, but we felt the need to use numpy masked arrays as base for our
+image channels, and we had to handle geographically enriched images. Hence the
+two following modules: :mod:`mpop.imageo.image` to handle simple images, and
+:mod:`mpop.imageo.geo_image`.
+
+Simple images
+=============
+
+.. automodule:: mpop.imageo.image
+ :members:
+ :undoc-members:
+
+Geographically enriched images
+==============================
+
+.. automodule:: mpop.imageo.geo_image
+ :members:
+ :undoc-members:
+
+
+
diff --git a/doc/source/index.rst b/doc/source/index.rst
new file mode 100644
index 0000000..f1e1cbe
--- /dev/null
+++ b/doc/source/index.rst
@@ -0,0 +1,48 @@
+.. NWCSAF/MPoP documentation master file, created by
+ sphinx-quickstart on Fri Sep 25 16:58:28 2009.
+ You can adapt this file completely to your liking, but it should at least
+ contain the root `toctree` directive.
+
+==================================
+ Welcome to MPoP's documentation!
+==================================
+
+The Meteorological Post-Processing package is a python library for generating
+RGB products for meteorological remote sensing. As such it can create RGB
+composites directly from satellite instrument channels, or take advantage of
+precomputed PGEs.
+
+Get to the project_ page, with source and downloads.
+
+It is designed to be easily extendable to support any meteorological satellite
+by the creation of plugins. In the base distribution, we provide support for
+Meteosat 7, 8, 9, MTSAT1R, MTSAT2, GOES 11, GOES 12, GOES 13 through the use of
+mipp_, and Noaa 15, 16, 17, 18, 19, and Metop A through the use of aapp and
+ahamap.
+
+Reprojection of data is also available through the use of pyresample_.
+
+.. _project: http://github.com/mraspaud/mpop
+.. _mipp: http://github.com/loerum/mipp
+.. _pyresample: http://pyresample.googlecode.com
+
+.. toctree::
+ :maxdepth: 2
+
+ install
+ quickstart
+ pp
+ input
+ image
+ saturn
+
+Indices and tables
+==================
+
+* :ref:`genindex`
+* :ref:`modindex`
+* :ref:`search`
+
+
+
+
diff --git a/doc/source/input.rst b/doc/source/input.rst
new file mode 100644
index 0000000..a9ae5f4
--- /dev/null
+++ b/doc/source/input.rst
@@ -0,0 +1,112 @@
+==============================================
+ Input plugins: the :mod:`mpop.satin` package
+==============================================
+
+Available plugins and their requirements
+========================================
+
+mipp_xrit
+---------
+
+Reader for for hrit/lrit formats. Recommends numexpr and pyresample.
+
+.. automodule:: mpop.satin.mipp_xrit
+ :members:
+ :undoc-members:
+
+
+aapp1b
+------
+
+Reader for aapp level 1b format. Requires AHAMAP, recommends pyresample.
+
+.. automodule:: mpop.satin.aapp1b
+ :members:
+ :undoc-members:
+
+
+eps_format
+----------
+Reader for eps level 1b format. Recommends pyresample.
+
+.. automodule:: mpop.satin.eps_format
+ :members:
+ :undoc-members:
+
+
+thin_modis
+----------
+Reader for thinned modis format (as send via Eumetcast). Require pyhdf.
+
+.. automodule:: mpop.satin.hdfeos_l1b
+ :members:
+ :undoc-members:
+
+
+msg_hdf
+-------
+Reader for msg cloud products. Requires pytable and acpg.
+
+.. automodule:: mpop.satin.msg_hdf
+ :members:
+ :undoc-members:
+
+
+pps_hdf
+-------
+Reader for pps cloud products. Requires acpg.
+
+.. automodule:: mpop.satin.pps_hdf
+ :members:
+ :undoc-members:
+
+
+hrpt
+----
+Reader for level 0 hrpt format. Requires AAPP and pynav.
+
+.. automodule:: mpop.satin.hrpt
+ :members:
+ :undoc-members:
+
+
+eps1a
+-----
+Reader for level 1a metop segments. Requires AAPP, kai and eugene.
+
+.. automodule:: mpop.satin.eps1a
+ :members:
+ :undoc-members:
+
+
+Interaction with reader plugins
+===============================
+
+The reader plugin instance used for a specific scene is accessible through a
+scene attribute named after the plugin format. For example, the attribute for
+the *foo* format would be called *foo_reader*.
+
+This way the other methods present in the plugins are available through the
+scene object.
+
+The plugin API
+==============
+
+.. versionchanged:: 0.13.0
+ New plugin API
+
+
+.. automodule:: mpop.plugin_base
+ :members:
+ :undoc-members:
+
+Adding a new plugin
+===================
+
+For now only reader and writer plugins base classes are defined.
+
+To add one of those, just create a new class that subclasses the plugin.
+
+The interface of any reader plugin must include the :meth:`load` method.
+
+Take a look at the existing readers for more insight.
diff --git a/doc/source/install.rst b/doc/source/install.rst
new file mode 100644
index 0000000..c88bc8b
--- /dev/null
+++ b/doc/source/install.rst
@@ -0,0 +1,75 @@
+===========================
+ Installation instructions
+===========================
+
+Getting the files and installing them
+=====================================
+
+First you need to get the files from github::
+
+ cd /path/to/my/source/directory/
+ git clone git://github.com/mraspaud/mpop.git
+
+You can also retreive a tarball from there if you prefer, then run::
+
+ tar zxvf tarball.tar.gz
+
+Then you need to install mpop on you computer::
+
+ cd mpop
+ python setup.py install [--prefix=/my/custom/installation/directory]
+
+You can also install it in develop mode to make it easier to hack::
+
+ python setup.py develop [--prefix=/my/custom/installation/directory]
+
+
+Configuration
+=============
+
+Environment variables
+---------------------
+
+Environment variables which are needed for mpop are the `PYTHONPATH` of course,
+and the `PPP_CONFIG_DIR`, which is the directory where the configuration files
+are to be found. If the latter is not defined, the `etc` directory of the mpop
+installation is used.
+
+Input data directories
+----------------------
+
+The input data directories are setup in the satellite configuration files,
+which can be found in the `PPP_CONFIG_DIR` directory (some template files are
+provided with mpop in the `etc` directory):
+
+.. code-block:: ini
+
+ [seviri-level1]
+ format = 'xrit/MSG'
+ dir='/data/geo_in'
+ filename='H-000-MSG?__-MSG?________-%(channel)s-%(segment)s-%Y%m%d%H%M-__'
+ filename_pro='H-000-MSG?__-MSG?________-_________-%(segment)s-%Y%m%d%H%M-__'
+ filename_epi='H-000-MSG?__-MSG?________-_________-%(segment)s-%Y%m%d%H%M-__'
+
+
+ [seviri-level2]
+ format='mipp'
+
+
+The different levels indicate different steps of the reading. The `level2`
+section gives at least the plugin to read the data with. In some cases, the
+data is first read from another level, as is this case with HRIT/LRIT data when
+we use mipp_: there we use the `level1` section.
+
+The data location is generally dealt in to parts: the directory and the
+filename. There can also be additional filenames depending on the reader
+plugin: here, mipp needs also the filename for prologue and epilogue files.
+
+Note that the section starts with the name of the instrument. This is important
+in the case where several instruments are available for the same satellite.
+Note also that the filename can contain wildcards (`*` and `?`) and optional
+values (here channel, segment, and time markers). It is up to the input plugin
+to handle these constructs if needed.
+
+
+.. _mipp: http://www.github.com/loerum/mipp
diff --git a/doc/source/pp.rst b/doc/source/pp.rst
new file mode 100644
index 0000000..157fa58
--- /dev/null
+++ b/doc/source/pp.rst
@@ -0,0 +1,155 @@
+=======================================
+ Making use of the :mod:`mpop` package
+=======================================
+
+The :mod:`mpop` package is the heart of mpop: here are defined the core classes
+which the user will then need to build satellite composites.
+
+Conventions about satellite names
+=================================
+
+Throughout the document, we will use the following conventions:
+
+- *satellite name* will designate the name of the platform, e.g. "noaa" in
+ satellite "noaa 19"
+
+- *satellite number* will refer to the number of the satellite in the series,
+ e.g. "19" for satellite "noaa 19"
+
+- *variant* will be used to differentiate the same data (from the same
+ satellite and instrument) coming in different flavours. For example, we use
+ variant to distinguish data coming from the satellite metop 02 from direct
+ readout, regional coverage or global coverage.
+
+Creating a scene object
+=======================
+
+Creating a scene object can be done calling the `create_scene` function of a
+factory, (for example :meth:`mpop.satellites.GenericFactory.create_scene`).
+
+The reader is refered to the documentation of the
+:meth:`mpop.scene.SatelliteInstrumentScene` for a description of the input
+arguments.
+
+Such a scene object is roughly a container for :class:`mpop.channel.Channel`
+objects, which hold the actual data and information for each band.
+
+Loading the data
+================
+
+Loading the data is done through the
+:meth:`mpop.scene.SatelliteInstrumentScene.load` method. Calling it effectively
+loads the data from disk into memory, so it can take a while depending on the
+volume of data to load and the performance of the host computer. The channels
+listed as arguments become loaded, and cannot be reloaded: a subsequent call to
+the method will not reload the data from disk.
+
+Re-projecting data
+==================
+
+Once the data is loaded, one might need to re-project the data. The scene
+objects can be projected onto other areas if the pyresample_ software is
+installed, thanks to the :meth:`mpop.scene.SatelliteInstrumentScene.project`
+method. As input, this method takes either a Definition object (see
+pyresample's documentation) or string identificator for the area. In the latter
+case, the referenced region has to be defined in the area file. The name and
+location of this file is defined in the `mpop.cfg` configuration file, itself
+located in the directory pointed by the `PPP_CONFIG_DIR` environment variable.
+
+For more information about the internals of the projection process, take a look
+at the :mod:`mpop.projector` module.
+
+.. _pyresample: http://googlecode.com/p/pyresample
+
+Geo-localisation of the data
+============================
+
+Once the data is loaded, each channel should have an `area` attribute
+containing a pyresample_ area object, if the pyresample_ package is
+available. These area objects should implement the :meth:`get_lonlats` method,
+returning the longitudes and latitudes of the channel data. For more
+information on this matter, the reader is then referred to the documentation_ of
+the aforementioned package.
+
+.. _documentation: http://pyresample.googlecode.com/svn/trunk/docs/build/html/index.html
+
+Image composites
+================
+
+Methods building image composites are distributed in different modules, taking
+advantage of the hierarchical structure offered by OOP.
+
+The image composites common to all visir instruments are defined in the
+:mod:`mpop.instruments.visir` module. Some instrument modules, like
+:mod:`mpop.instruments.avhrr` or :mod:`mpop.instruments.seviri` overload these
+methods to adapt better for the instrument at hand.
+
+For instructions on how to write a new composites, see :ref:`geographic-images`.
+
+
+Adding a new satellite: configuration file
+==========================================
+
+A satellite configuration file looks like the following (here meteosat 7, mviri
+instrument):
+
+.. literalinclude:: ../../../satprod/etc/meteosat07.cfg
+ :language: ini
+ :linenos:
+
+The configuration file must hold a `satellite` section, the list of channels
+for the needed instruments (here `mviri-n` sections), and how to read the
+data in mipp (`mviri-level1`) and how to read it in mpop (`mviri-level2`).
+
+Using this template we can define new satellite and instruments.
+
+Adding a new satellite: python code
+===================================
+
+Another way of adding satellites and instruments to mpop is to write the
+correponding python code.
+
+Here are example of such code:
+
+.. literalinclude:: ../../mpop/instruments/mviri.py
+ :language: python
+ :linenos:
+
+
+The :mod:`mpop` API
+===================
+
+Satellite scenes
+----------------
+
+.. automodule:: mpop.scene
+ :members:
+ :undoc-members:
+
+Instrument channels
+-------------------
+
+.. automodule:: mpop.channel
+ :members:
+ :undoc-members:
+
+The VisIr instrument class
+--------------------------
+
+.. automodule:: mpop.instruments.visir
+ :members:
+ :undoc-members:
+
+Projection facility
+-------------------
+
+.. automodule:: mpop.projector
+ :members:
+ :undoc-members:
+
+Satellite class loader
+----------------------
+
+.. automodule:: mpop.satellites
+ :members:
+ :undoc-members:
diff --git a/doc/source/quickstart.rst b/doc/source/quickstart.rst
new file mode 100644
index 0000000..5c38eec
--- /dev/null
+++ b/doc/source/quickstart.rst
@@ -0,0 +1,296 @@
+============
+ Quickstart
+============
+
+The software uses OOP extensively, to allow higher level metaobject handling.
+
+For this tutorial, we will use the Meteosat plugin and data.
+
+Don’t forget to first source the `profile` file of interest located in the
+source `etc` directory.
+
+First example
+=============
+
+.. versionchanged:: 0.10.0
+ The factory-based loading was added in 0.10.0
+
+
+Ok, let's get it on::
+
+ >>> from mpop.satellites import GeostationaryFactory
+ >>> from mpop.projector import get_area_def
+ >>> import datetime
+ >>> time_slot = datetime.datetime(2009, 10, 8, 14, 30)
+ >>> global_data = GeostationaryFactory.create_scene("meteosat", "09", "seviri", time_slot)
+ >>> europe = get_area_def("EuropeCanary")
+ >>> global_data.load([0.6, 0.8, 10.8], area_extent=europe.area_extent)
+ >>> print global_data
+ 'IR_097: (9.380,9.660,9.940)μm, resolution 3000.40316582m, not loaded'
+ 'IR_016: (1.500,1.640,1.780)μm, resolution 3000.40316582m, not loaded'
+ 'VIS008: (0.740,0.810,0.880)μm, shape (1200, 3000), resolution 3000.40316582m'
+ 'VIS006: (0.560,0.635,0.710)μm, shape (1200, 3000), resolution 3000.40316582m'
+ 'WV_062: (5.350,6.250,7.150)μm, resolution 3000.40316582m, not loaded'
+ 'IR_120: (11.000,12.000,13.000)μm, resolution 3000.40316582m, not loaded'
+ 'WV_073: (6.850,7.350,7.850)μm, resolution 3000.40316582m, not loaded'
+ 'IR_087: (8.300,8.700,9.100)μm, resolution 3000.40316582m, not loaded'
+ 'IR_039: (3.480,3.920,4.360)μm, resolution 3000.40316582m, not loaded'
+ 'HRV: (0.500,0.700,0.900)μm, resolution 1000.13434887m, not loaded'
+ 'IR_134: (12.400,13.400,14.400)μm, resolution 3000.40316582m, not loaded'
+ 'IR_108: (9.800,10.800,11.800)μm, shape (1200, 3000), resolution 3000.40316582m'
+
+
+In this example, we create a scene object for the seviri instrument onboard
+meteosat 9, specifying the time of the snapshot of interest. The time is
+defined as a datetime object.
+
+The next step is loading the data. This is done using mipp, which takes care of
+reading the HRIT data, and slicing the data so that we read just what is
+needed. Calibration is also done with mipp. In order to slice the data, we
+retreive the area we will work on, here set to variable *europe*.
+
+Here we call the :meth:`load` function with a list of the wavelengths of the
+channels we are interested in, and the area extent in satellite projection of
+the area of interest. Each retrieved channel is the closest in terms of central
+wavelength, provided that the required wavelength is within the bounds of the
+channel.
+
+The wavelengths are given in micrometers and have to be given as a floating
+point number (*i.e.*, don't type '1', but '1.0'). Using an integer number
+instead returns a channel based on resolution, while using a string retrieves a
+channels based on its name.
+
+ >>> img = global_data.image.overview()
+ >>> img.save("./myoverview.png")
+ >>>
+
+Once the channels are loaded, we generate an overview RGB composite image, and
+save it as a png image. Instead of :meth:`save`, one could also use
+:meth:`show` if the only purpose is to display the image on screen.
+
+Available composites are listed in the :mod:`mpop.satellites.visir` module
+in the mpop documentation.
+
+We want more !
+==============
+
+In the last example, the composite generation worked because the channels
+needed for the overview (0.6, 0.8, 10.8 μm) were loaded. If we try to generate
+a day natural color composite, which requires also the 1.6um channel, it will
+result in an error::
+
+
+ >>> img = global_data.image.natural()
+ Traceback (most recent call last):
+ ...
+ NotLoadedError: Required channel 1.63 not loaded, aborting.
+
+So it means that we have to load the missing channel first. To do this we could
+enter the channels list to load manually, as we did for the overview, but we
+provide a way to get the list of channels needed by a given method using the
+`prerequisites` method attribute::
+
+ >>> global_data.load(global_data.image.natural.prerequisites, area_extent=europe.area_extent)
+ >>> img = global_data.image.natural()
+ >>>
+
+Now you can save the image::
+
+ >>> img.save("./mynaturalcolors.png")
+ >>>
+
+If you want to combine several prerequisites for channel loading, since
+prerequisites are python sets, you can do::
+
+ >>> global_data.load(global_data.image.overview.prerequisites |
+ ... global_data.image.natural.prerequisites,
+ ... area_extent=europe.area_extent)
+ >>>
+
+and add as many `| global_data.image.mymethod.prerequisites` as needed.
+
+Retrieving channels
+===================
+
+Retrieving channels is dead easy. From the center wavelength::
+
+ >>> print global_data[0.6]
+ 'VIS006: (0.560,0.635,0.710)μm, shape (1200, 3000), resolution 3000.40316582m'
+
+or from the channel name::
+
+ >>> print global_data["VIS006"]
+ 'VIS006: (0.560,0.635,0.710)μm, shape (1200, 3000), resolution 3000.40316582m'
+
+or from the resolution::
+
+ >>> print global_data[3000]
+ 'VIS006: (0.560,0.635,0.710)μm, shape (1200, 3000), resolution 3000.40316582m'
+
+or more than one at the time::
+
+ >>> print global_data[3000, 0.8]
+ 'VIS008: (0.740,0.810,0.880)μm, shape (1200, 3000), resolution 3000.40316582m'
+
+The printed lines consists of the following values:
+
+* First the name is displayed,
+* then the triplet gives the min-, center-, and max-wavelength of the
+ channel,
+* follows the shape of the loaded data, or `None` if the data is not loaded,
+* and finally the theoretical resolution of the channel is shown.
+
+The data of the channel can be retrieved as an numpy (masked) array using the
+data property::
+
+ >>> print global_data[0.6].data
+ [[-- -- -- ..., -- -- --]
+ [-- -- -- ..., -- -- --]
+ [-- -- -- ..., -- -- --]
+ ...,
+ [7.37684259374 8.65549530999 6.58997938374 ..., 0.29507370375 0.1967158025
+ 0.1967158025]
+ [7.18012679124 7.86863209999 6.19654777874 ..., 0.29507370375
+ 0.29507370375 0.29507370375]
+ [5.80311617374 7.57355839624 6.88505308749 ..., 0.29507370375
+ 0.29507370375 0.29507370375]]
+
+Channel arithmetics
+===================
+
+.. versionadded:: 0.10.0
+ Channel arithmetics added.
+
+The common arithmetical operators are supported on channels, so that one can
+run for example::
+
+ >>> cool_channel = (global_data[0.6] - global_data[0.8]) * global_data[10.8]
+
+PGEs
+====
+
+From the satellite data PGEs [#f1]_ are generated by the accompanying program.
+The loading procedure for PGEs is exactly the same as with regular channels::
+
+ >>> global_data.area = "EuropeCanary"
+ >>> global_data.load(["CTTH"])
+ >>>
+
+and they can be retrieved as simply as before::
+
+ >>> print global_data["CTTH"]
+ 'CTTH: shape (1200, 3000), resolution 3000.40316582m'
+
+Making custom composites
+========================
+
+Building custom composites makes use of the :mod:`imageo` module. For example,
+building an overview composite can be done manually with::
+
+ >>> from mpop.imageo.geo_image import GeoImage
+ >>> img = GeoImage((global_data[0.6].data,
+ ... global_data[0.8].data,
+ ... -global_data[10.8].data),
+ ... "EuropeCanary",
+ ... time_slot,
+ ... mode = "RGB")
+ >>> img.enhance(stretch="crude")
+ >>> img.enhance(gamma=1.7)
+
+.. versionadded:: 0.10.0
+ Custom composites module added.
+
+In order to have mpop automatically use the composites you create, it is
+possible to write them in a python module which name has to be specified in the
+`mpop.cfg` configuration file, under the *composites* section::
+
+ [composites]
+ module=smhi_composites
+
+The module has to be importable (i.e. it has to be in the pythonpath).
+Here is an example of such a module::
+
+ def overview(self):
+ """Make an overview RGB image composite.
+ """
+ self.check_channels(0.635, 0.85, 10.8)
+
+ ch1 = self[0.635].check_range()
+ ch2 = self[0.85].check_range()
+ ch3 = -self[10.8].data
+
+ img = geo_image.GeoImage((ch1, ch2, ch3),
+ self.area,
+ self.time_slot,
+ fill_value=(0, 0, 0),
+ mode="RGB")
+
+ img.enhance(stretch = (0.005, 0.005))
+
+ return img
+
+ overview.prerequisites = set([0.6, 0.8, 10.8])
+
+ def hr_visual(self):
+ """Make a High Resolution visual BW image composite from Seviri
+ channel.
+ """
+ self.check_channels("HRV")
+
+ img = geo_image.GeoImage(self["HRV"].data,
+ self.area,
+ self.time_slot,
+ fill_value=0,
+ mode="L")
+ img.enhance(stretch="crude")
+ return img
+
+ hr_visual.prerequisites = set(["HRV"])
+
+ seviri = [overview,
+ hr_visual]
+
+Note the *seviri* variable in the end. This means that the composites it
+contains will be available to all scenes using the Seviri instrument. If we
+replace this by::
+
+ meteosat09seviri = [overview,
+ hr_visual]
+
+then the composites will only be available for the Meteosat 9 satellite scenes.
+
+Projections
+===========
+
+Until now, we have used the channels directly as provided by the satellite,
+that is in satellite projection. Generating composites thus produces views in
+satellite projection, *i.e.* as viewed by the satellite.
+
+Most often however, we will want to project the data onto a specific area so
+that only the area of interest is depicted in the RGB composites.
+
+Here is how we do that::
+
+ >>> local_data = global_data.project("eurol")
+ >>>
+
+Now we have projected data onto the "eurol" area in the `local_data` variable
+and we can operate as before to generate and play with RGB composites::
+
+ >>> img = local_data.image.overview()
+ >>> img.save("./local_overview.tif")
+ >>>
+
+The image is saved here in GeoTiff_ format.
+
+On projected images, one can also add contour overlay with the
+:meth:`imageo.geo_image.add_overlay`.
+
+.. _GeoTiff: http://trac.osgeo.org/geotiff/
+
+
+
+
+.. rubric:: Footnotes
+
+.. [#f1] PGEs in Meteosat : CloudType and CTTH
diff --git a/doc/source/saturn.rst b/doc/source/saturn.rst
new file mode 100644
index 0000000..22e5a8d
--- /dev/null
+++ b/doc/source/saturn.rst
@@ -0,0 +1,31 @@
+==========================
+Tools for batch production
+==========================
+
+Running stuff
+-------------
+
+.. automodule:: mpop.saturn.runner
+ :members:
+ :undoc-members:
+
+Handling tasks
+--------------
+
+.. automodule:: mpop.saturn.tasklist
+ :members:
+ :undoc-members:
+
+Monitoring and processing incoming files
+----------------------------------------
+
+.. automodule:: mpop.saturn.filewatcher
+ :members:
+ :undoc-members:
+
+Earth geometry
+--------------
+
+.. automodule:: mpop.saturn.assemble_segments
+ :members:
+ :undoc-members:
diff --git a/etc/aqua.cfg.template b/etc/aqua.cfg.template
new file mode 100644
index 0000000..d0038ee
--- /dev/null
+++ b/etc/aqua.cfg.template
@@ -0,0 +1,205 @@
+[satellite]
+satname = 'aqua'
+number = ''
+instruments = ('modis',)
+
+[modis-level2]
+format=hdfeos_l1b
+dir=/data/prod/satellit/modis/lvl1
+
+filename250 = MYD02Qkm_A%Y%m%d_%H%M%S_*.hdf
+filename500 = MYD02Hkm_A%Y%m%d_%H%M%S_*.hdf
+filename1000 = MYD021km_A%Y%m%d_%H%M%S_*.hdf
+
+geofile1000 = MYD03_A%Y%m%d_%H%M%S_*.hdf
+
+
+[modis-1]
+name = '1'
+frequency = (0.620, 0.6450, 0.670)
+resolution = 250
+
+[modis-2]
+name = '2'
+frequency = (0.841, 0.8585, 0.876)
+resolution = 250
+
+[modis-3]
+name = '3'
+frequency = (0.459, 0.4690, 0.479)
+resolution = 500
+
+[modis-4]
+name = '4'
+frequency = (0.545, 0.5550, 0.565)
+resolution = 500
+
+[modis-5]
+name = '5'
+frequency = (1.230, 1.2400, 1.250)
+resolution = 500
+
+[modis-6]
+name = '6'
+frequency = (1.628, 1.6400, 1.652)
+resolution = 500
+
+[modis-7]
+name = '7'
+frequency = (2.105, 2.1300, 2.155)
+resolution = 500
+
+[modis-8]
+name = '8'
+frequency = (0.405, 0.4125, 0.420)
+resolution = 1000
+
+[modis-9]
+name = '9'
+frequency = (0.438, 0.4430, 0.448)
+resolution = 1000
+
+[modis-10]
+name = '10'
+frequency = (0.483, 0.4880, 0.493)
+resolution = 1000
+
+[modis-11]
+name = '11'
+frequency = (0.526, 0.5310, 0.536)
+resolution = 1000
+
+[modis-12]
+name = '12'
+frequency = (0.546, 0.5510, 0.556)
+resolution = 1000
+
+[modis-13lo]
+name = '13lo'
+frequency = (0.662, 0.6670, 0.672)
+resolution = 1000
+
+[modis-13hi]
+name = '13hi'
+frequency = (0.662, 0.6670, 0.672)
+resolution = 1000
+
+[modis-14lo]
+name = '14lo'
+frequency = (0.673, 0.6780, 0.683)
+resolution = 1000
+
+[modis-14hi]
+name = '14hi'
+frequency = (0.673, 0.6780, 0.683)
+resolution = 1000
+
+[modis-15]
+name = '15'
+frequency = (0.743, 0.7480, 0.753)
+resolution = 1000
+
+[modis-16]
+name = '16'
+frequency = (0.862, 0.8695, 0.877)
+resolution = 1000
+
+[modis-17]
+name = '17'
+frequency = (0.890, 0.9050, 0.920)
+resolution = 1000
+
+[modis-18]
+name = '18'
+frequency = (0.931, 0.9360, 0.941)
+resolution = 1000
+
+[modis-19]
+name = '19'
+frequency = (0.915, 0.9400, 0.965)
+resolution = 1000
+
+[modis-20]
+name = '20'
+frequency = (3.660, 3.7500, 3.840)
+resolution = 1000
+
+[modis-21]
+name = '21'
+frequency = (3.929, 3.9590, 3.989)
+resolution = 1000
+
+[modis-22]
+name = '22'
+frequency = (3.929, 3.9590, 3.989)
+resolution = 1000
+
+[modis-23]
+name = '23'
+frequency = (4.020, 4.0500, 4.080)
+resolution = 1000
+
+[modis-24]
+name = '24'
+frequency = (4.433, 4.4655, 4.498)
+resolution = 1000
+
+[modis-25]
+name = '25'
+frequency = (4.482, 4.5155, 4.549)
+resolution = 1000
+
+[modis-26]
+name = '26'
+frequency = (1.360, 1.3750, 1.390)
+resolution = 1000
+
+[modis-27]
+name = '27'
+frequency = (6.535, 6.7150, 6.895)
+resolution = 1000
+
+[modis-28]
+name = '28'
+frequency = (7.175, 7.3250, 7.475)
+resolution = 1000
+
+[modis-29]
+name = '29'
+frequency = (8.400, 8.5500, 8.700)
+resolution = 1000
+
+[modis-30]
+name = '30'
+frequency = (9.580, 9.7300, 9.880)
+resolution = 1000
+
+[modis-31]
+name = '31'
+frequency = (10.780, 11.0300, 11.280)
+resolution = 1000
+
+[modis-32]
+name = '32'
+frequency = (11.770, 12.0200, 12.270)
+resolution = 1000
+
+[modis-33]
+name = '33'
+frequency = (13.185, 13.3350, 13.485)
+resolution = 1000
+
+[modis-34]
+name = '34'
+frequency = (13.485, 13.6350, 13.785)
+resolution = 1000
+
+[modis-35]
+name = '35'
+frequency = (13.785, 13.9350, 14.085)
+resolution = 1000
+
+[modis-36]
+name = '36'
+frequency = (14.085, 14.2350, 14.385)
+resolution = 1000
diff --git a/etc/areas.def.template b/etc/areas.def.template
new file mode 100644
index 0000000..192153b
--- /dev/null
+++ b/etc/areas.def.template
@@ -0,0 +1,282 @@
+REGION: afghanistan {
+ NAME: Afghanistan
+ PCS_ID: merc
+ PCS_DEF: proj=merc,lat_ts=35,a=6370997.0,lon_0=67.5,lat_0=35
+ XSIZE: 1600
+ YSIZE: 1600
+ AREA_EXTENT: (-1600000.0, 1600000.0, 1600000.0, 4800000.0)
+};
+
+REGION: EuropeCanary {
+ NAME: Northern globe MSG image 0 degrees
+ PCS_ID: geos0
+ PCS_DEF: proj=geos, lon_0=0.0, a=6378169.00, b=6356583.80, h=35785831.0
+ XSIZE: 3000
+ YSIZE: 1200
+ #AREA_EXTENT: (-4820647.75308, 1967264.34239, 4180561.74437, 5567748.14137)
+ #AREA_EXTENT: (-4820147.6858850112, 1966764.2751930435, 4181061.8115659896, 5567248.074173444)
+ AREA_EXTENT: (-4823148.0890508275, 1969764.6783588605, 4178061.4084001728, 5570248.4773392612)
+};
+
+
+
+REGION: AfHorn {
+ NAME: Eastern globe MSG image 0 degrees
+ PCS_ID: geos0
+ PCS_DEF: proj=geos, lon_0=0.0, a=6378169.00, b=6356583.80, h=35785831.0
+ XSIZE: 1100
+ YSIZE: 1600
+ #AREA_EXTENT: (2266804.5917747435, -1330678.8040398397, 5567248.074173444, 3469966.2612673608)
+ AREA_EXTENT: (2263804.1886089267, -1327678.4008740226, 5564247.6710076267, 3472966.6644331776)
+};
+
+REGION: afhorn {
+ NAME: Africa horn 3km resolution
+ PCS_ID: merc50
+ PCS_DEF: proj=merc,ellps=bessel,lon_0=50.0
+ XSIZE: 1622
+ YSIZE: 1622
+ AREA_EXTENT: (-2432000.0,-1130348.139543,2432000.0,3733651.860457)
+};
+
+REGION: met09globe {
+ NAME: Cropped globe MSG image 0 degrees
+ PCS_ID: geos0
+ PCS_DEF: proj=geos, lon_0=0.0, a=6378169.00, b=6356583.80, h=35785831.0
+ #PCS_DEF: proj=geos, lon_0=0.0, a=6378144.0, b=6356759.0, h=35785831.0, rf=295.49
+ XSIZE: 3620
+ YSIZE: 3620
+ #AREA_EXTENT: (-5430729.7301287707, -5430729.7301287707, 5430729.7301287707, 5430729.7301287707)
+ AREA_EXTENT: (-5432229.9317116784, -5429229.5285458621, 5429229.5285458621, 5432229.9317116784)
+};
+
+REGION: met09globeFull {
+ NAME: Full globe MSG image 0 degrees
+ PCS_ID: geos0
+ PCS_DEF: proj=geos, lon_0=0.0, a=6378169.00, b=6356583.80, h=35785831.0
+ #PCS_DEF: proj=geos, lon_0=0.0, a=6378144.0, b=6356759.0, h=35785831.0, rf=295.49
+ XSIZE: 3712
+ YSIZE: 3712
+ AREA_EXTENT: (-5570248.4773392612, -5567248.074173444, 5567248.074173444, 5570248.4773392612)
+};
+
+REGION: met07globe {
+ NAME: Full globe IODC image 57 degrees
+ PCS_ID: geos57
+ PCS_DEF: proj=geos, lon_0=57.0, a=6378140.00, b=6356755.0, h=35785831.0
+ # PCS_DEF: proj=geos, lon_0=57.0, a=6378169.0, b=6356584.0, h=35785831.0, rf=295.49
+ XSIZE: 2500
+ YSIZE: 2500
+ AREA_EXTENT: (-5621225.237846375, -5621225.237846375, 5621225.237846375, 5621225.237846375)
+};
+
+REGION: germ {
+ NAME: Germany
+ PCS_ID: ps50n1
+ PCS_DEF: proj=stere,ellps=bessel,lat_0=90,lon_0=5,lat_ts=50,a=6378144.0,b=6356759.0
+ XSIZE: 1024
+ YSIZE: 1024
+ AREA_EXTENT: (-155100.436345,-4441495.37946,868899.563655,-3417495.37946)
+};
+
+REGION: euro4 {
+ NAME: Euro 4km area - Europe
+ PCS_ID: ps60n
+ PCS_DEF: proj=stere,ellps=bessel,lat_0=90,lon_0=14,lat_ts=60
+ XSIZE: 1024
+ YSIZE: 1024
+ AREA_EXTENT: (-2717181.7304994687,-5571048.1403121399,1378818.2695005313,-1475048.1403121399)
+};
+
+REGION: MSGHRVN {
+ NAME: High resolution northern quarter globe MSG image 0 degrees
+ PCS_ID: geos0
+ PCS_DEF: proj=geos, lon_0=0.0, a=6378144.0, b=6356759.0, h=35785831.0, rf=295.49
+ XSIZE: 11136
+ YSIZE: 2784
+ AREA_EXTENT: (-5568742.4, 2655354.0, 5568742.4, 5439725.2)
+};
+
+REGION: scan {
+ NAME: Scandinavia
+ PCS_ID: ps60n
+ PCS_DEF: proj=stere,ellps=bessel,lat_0=90,lon_0=14,lat_ts=60
+ XSIZE: 512
+ YSIZE: 512
+ AREA_EXTENT: (-1268854.1266382949, -4150234.8425892727, 779145.8733617051, -2102234.8425892727)
+};
+
+REGION: scan2 {
+ NAME: Scandinavia - 2km area
+ PCS_ID: ps60n
+ PCS_DEF: proj=stere,ellps=bessel,lat_0=90,lon_0=14,lat_ts=60
+ XSIZE: 1024
+ YSIZE: 1024
+ AREA_EXTENT: (-1268854.1266382949, -4150234.8425892727, 779145.8733617051, -2102234.8425892727)
+};
+
+REGION: scan1 {
+ NAME: Scandinavia - 1km area
+ PCS_ID: ps60n
+ PCS_DEF: proj=stere,ellps=bessel,lat_0=90,lon_0=14,lat_ts=60
+ XSIZE: 2048
+ YSIZE: 2088
+ AREA_EXTENT: (-1268854.1266382949, -4150234.8425892727, 779145.8733617051, -2062234.8425892727)
+};
+
+REGION: mesanX {
+ NAME: Mesan-X rotated lon/lat 1.8km
+ PCS_ID: mesan
+ PCS_DEF: proj=ob_tran,o_proj=eqc,o_lat_p=30,o_lon_p=10,lon_0=-10,a=6371000.0
+ XSIZE: 1476
+ YSIZE: 1608
+ AREA_EXTENT: (1067435.7598983962, -1278764.8903419089, 3791765.9965939857, 1690140.6680267097)
+};
+
+REGION: mesanE {
+ NAME: Europe Mesan rotated lon/lat 1.8km
+ PCS_ID: mesan
+ PCS_DEF: proj=ob_tran,o_proj=eqc,o_lat_p=30,o_lon_p=10,lon_0=-10,a=6371000.0
+ XSIZE: 5093
+ YSIZE: 6294
+ AREA_EXTENT: (289083.00056196708, -2957836.6467769896, 5381881.121371055, 3335826.6850212598)
+};
+
+REGION: baws {
+ NAME: BAWS
+ PCS_ID: baws
+ PCS_DEF: proj=aea,ellps=bessel,lon_0=14,lat_1=60,lat_2=60
+ XSIZE: 1400
+ YSIZE: 1400
+ AREA_EXTENT: (-475617, 5324430, 924383, 6724430)
+};
+
+REGION: eurotv {
+ NAME: Europe TV - 6.2x5.0km
+ PCS_ID: eurotv
+ PCS_DEF: proj=stere,ellps=bessel,lat_0=90,lon_0=14,lat_ts=60,a=6378144.0,b=6356759.0
+ XSIZE: 1024
+ YSIZE: 1024
+ AREA_EXTENT: (-3503748.8201907813, -6589593.1340587894, 2842567.6359087573, -1499856.5846593212)
+};
+
+REGION: eurotv4n {
+ NAME: Europe TV4 - 4.1x4.1km
+ PCS_ID: eurotv4n
+ PCS_DEF: proj=stere,ellps=bessel,lat_0=90,lon_0=14,lat_ts=60,a=6378144.0,b=6356759.0
+ XSIZE: 2048
+ YSIZE: 1152
+ AREA_EXTENT: (-5103428.6786669521, -6772478.6005340703, 3293371.3213330479, -2049278.6005340703)
+};
+
+REGION: eurol {
+ NAME: Euro 3.0km area - Europe
+ PCS_ID: ps60wgs84
+ PCS_DEF: proj=stere,ellps=WGS84,lat_0=90,lon_0=0,lat_ts=60
+ XSIZE: 2560
+ YSIZE: 2048
+ AREA_EXTENT: (-3780000.0, -7644000.0, 3900000.0, -1500000.0)
+};
+
+REGION: scanl {
+ NAME: Scandinavia - Large
+ PCS_ID: ps60wgs84
+ PCS_DEF: proj=stere,ellps=WGS84,lat_0=90,lon_0=0,lat_ts=60
+ XSIZE: 2900
+ YSIZE: 2900
+ AREA_EXTENT: (-900000.0, -4500000.0,2000000.0, -1600000.0)
+
+};
+
+REGION: euron1 {
+ NAME: Northern Europe - 1km
+ PCS_ID: ps60wgs84
+ PCS_DEF: proj=stere,ellps=WGS84,lat_0=90,lon_0=0,lat_ts=60
+ XSIZE: 3072
+ YSIZE: 3072
+ AREA_EXTENT: (-1000000.0, -4500000.0, 2072000.0, -1428000.0)
+
+};
+
+REGION: nsea {
+ NAME: North Baltic Sea
+ PCS_ID: merc
+ PCS_DEF: proj=merc,ellps=WGS84,lat_ts=0,lon_0=15
+ XSIZE: 1024
+ YSIZE: 1024
+ AREA_EXTENT: (-322789.07638000086, 7784901.986829306, 1725210.9236199991, 9832901.9868293069)
+};
+
+REGION: ssea {
+ NAME: South Baltic Sea
+ PCS_ID: merc
+ PCS_DEF: proj=merc,ellps=WGS84,lat_ts=0,lon_0=15
+ XSIZE: 1024
+ YSIZE: 1024
+ AREA_EXTENT: (-801407.36204689811, 7003690.6636438016, 1246592.6379531019, 9051690.6636438016)
+};
+
+REGION: euro {
+ NAME: Euro area - Europe
+ PCS_ID: ps60n
+ PCS_DEF: proj=stere,ellps=bessel,lat_0=90,lon_0=14,lat_ts=60
+ XSIZE: 512
+ YSIZE: 512
+ AREA_EXTENT: (-2717181.7304994687,-5571048.1403121399,1378818.2695005313,-1475048.1403121399)
+};
+
+REGION: euro_north {
+ NAME: Europe 3km/pixel
+ PCS_ID: euro_north
+ PCS_DEF: proj=stere,lon_0=8.00,lat_0=50.00,lat_ts=50.00,ellps=WGS84
+ XSIZE: 800
+ YSIZE: 870
+ AREA_EXTENT: (-1370912.16,-909970.17,1029087.84,1700029.83)
+};
+
+REGION: ease_sh {
+ NAME: Antarctic EASE grid
+ PCS_ID: ease_sh
+ PCS_DEF: proj=laea, lat_0=-90, lon_0=0, a=6371228.0, units=m
+ XSIZE: 425
+ YSIZE: 425
+ AREA_EXTENT: (-5326849.0625,-5326849.0625,5326849.0625,5326849.0625)
+};
+
+REGION: ease_nh {
+ NAME: Arctic EASE grid
+ PCS_ID: ease_nh
+ PCS_DEF: proj=laea, lat_0=90, lon_0=0, a=6371228.0, units=m
+ XSIZE: 425
+ YSIZE: 425
+ AREA_EXTENT: (-5326849.0625,-5326849.0625,5326849.0625,5326849.0625)
+};
+
+
+# VIIRS test areas:
+REGION: npp_sample_m {
+ NAME: North America - NPP sample data - M-bands
+ PCS_ID: laeaw12060
+ PCS_DEF: proj=laea,a=6370997.0,lat_0=60.0,lon_0=-120.0
+ XSIZE: 1500
+ YSIZE: 1500
+ AREA_EXTENT: (-1700000, -1400000, 1100000, 1400000)
+};
+
+REGION: npp_sample_i {
+ NAME: North America - NPP sample data - I-bands
+ PCS_ID: laeaw12060
+ PCS_DEF: proj=laea,a=6370997.0,lat_0=60.0,lon_0=-120.0
+ XSIZE: 1200
+ YSIZE: 800
+ AREA_EXTENT: (-200000, 100000, 400000, 500000)
+};
+
+REGION: scan500m {
+ NAME: Scandinavia - 500m area
+ PCS_ID: ps60n
+ PCS_DEF: proj=stere,ellps=bessel,lat_0=90,lon_0=14,lat_ts=60
+ XSIZE: 4096
+ YSIZE: 4176
+ AREA_EXTENT: (-1268854.1266382949, -4150234.8425892727, 779145.8733617051, -2062234.8425892727)
+};
diff --git a/etc/electro-ln1.cfg.template b/etc/electro-ln1.cfg.template
new file mode 100644
index 0000000..7c7e580
--- /dev/null
+++ b/etc/electro-ln1.cfg.template
@@ -0,0 +1,88 @@
+#
+# Level 1.5 configuration file for Electro L N1
+#
+# An item like:
+# name = value
+# is read in python like:
+# try:
+# name = eval(value)
+# except NameError:
+# name = str(value)
+#
+
+[satellite]
+satname = 'electro-l'
+number = 'n1'
+instruments = ('msu-gs',)
+projection = 'geos(+76.0)'
+
+[msu-gs-level2]
+format = 'mipp_xrit'
+
+[msu-gs-level1]
+format = 'mipp/xrit/GOMS'
+#dir = '/usr/local/safnwc/import/SEVIRI_data'
+dir = '/local_disk/data/satellite/electroln1'
+filename = 'H-000-GOMS1_-GOMS1_4_____-%(channel)s_076E-%(segment)s-%Y%m%d%H%M-__'
+filename_pro = 'H-000-GOMS1_-GOMS1_4_____-_________-%(segment)s-%Y%m%d%H%M-__'
+filename_epi = 'H-000-GOMS1_-GOMS1_4_____-_________-%(segment)s-%Y%m%d%H%M-__'
+
+[msu-gs-1]
+name = '00_6'
+frequency = (0.5, 0.57, 0.65)
+resolution = 4000.0
+size = (2784, 2784)
+
+[msu-gs-2]
+name = '00_7'
+frequency = (0.65, 0.72, 0.8)
+resolution = 4000.0
+size = (2784, 2784)
+
+[msu-gs-3]
+name = '00_9'
+frequency = (0.8, 0.86, 0.9)
+resolution = 4000.0
+size = (2784, 2784)
+
+[msu-gs-4]
+name = '03_8'
+frequency = (3.5, 3.75, 4.0)
+resolution = 4000.0
+size = (2784, 2784)
+
+[msu-gs-5]
+name = '06_4'
+frequency = (5.7, 6.35, 7.0)
+resolution = 4000.0
+size = (2784, 2784)
+
+[msu-gs-6]
+name = '08_0'
+frequency = (7.5, 8.0, 8.5)
+resolution = 4000.0
+size = (2784, 2784)
+
+[msu-gs-7]
+name = '08_7'
+frequency = (8.2, 8.7, 9.2)
+resolution = 4000.0
+size = (2784, 2784)
+
+[msu-gs-8]
+name = '09_7'
+frequency = (9.2, 9.7, 10.2)
+resolution = 4000.0
+size = (2784, 2784)
+
+[msu-gs-9]
+name = '10_7'
+frequency = (10.2, 10.7, 11.2)
+resolution = 4000.0
+size = (2784, 2784)
+
+[msu-gs-10]
+name = '11_9'
+frequency = (11.2, 11.7, 12.5)
+resolution = 4000.0
+size = (2784, 2784)
\ No newline at end of file
diff --git a/etc/eps_avhrrl1b_6.5.xml b/etc/eps_avhrrl1b_6.5.xml
new file mode 100644
index 0000000..22b95db
--- /dev/null
+++ b/etc/eps_avhrrl1b_6.5.xml
@@ -0,0 +1,918 @@
+<?xml version="1.0"?>
+<!DOCTYPE format SYSTEM "eps.dtd">
+<?xml-stylesheet type="text/xsl" href="eps.xsl"?>
+
+
+<!--
+ File: eps_avhrrl1b_6.5.xml
+
+ Copyright (c) 2004, 2005 Eumetsat
+
+ This file is part of the EPSXML format specification generated
+ automatically using pfs2xml.
+
+ This XML description is distributed under the GPL license; you can
+ redistribute it and/or modify it under the terms of the GNU General
+ Public License as published by the Free Software Foundation; either
+ version 2 of the License, or (at your option) any later version.
+
+ This XML description is distributed in the hope that it will be
+ useful, but WITHOUT ANY WARRANTY; without even the implied warranty
+ of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+ GNU General Public License for more details.
+
+ You should have received a copy of the GNU General Public License
+ along with the pfs2xml package; if not, write to the Free Software
+ Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
+-->
+
+
+<format>
+
+
+<version-control>
+ <format-version>
+ <major>4</major><minor>0</minor>
+ <baseline>april04</baseline>
+ </format-version>
+ <format-version>
+ <major>5</major><minor>0</minor>
+ <baseline>nov05</baseline>
+ </format-version>
+ <format-version>
+ <major>10</major><minor>0</minor>
+ <baseline>launch</baseline>
+ <baseline>current</baseline>
+ </format-version>
+ <pfs-version>
+ <major>6</major><minor>5</minor>
+ </pfs-version>
+</version-control>
+
+
+<brief-description>EPS AVHRR/3 Level 1B Format</brief-description>
+
+
+<full-description>
+ This AVHRR/3 1B description was generated using the AVHRR/3 PFS Excel document Issue 6 Revision 5 (eps_avhrrl1_6.5_names_masks.xls) and pfs2xml version 3.3
+</full-description>
+
+
+<file-extensions>
+ <glob>AVHR_*1B_*Z*</glob>
+</file-extensions>
+
+
+<parameters>
+ <parameter name="NE" value="2048" description="Number of earth view per scanline for Full data (highest value)"/>
+ <parameter name="NP" value="103" description="Number of navigation points at a sampling rate of 20 for a Full product (highest value)"/>
+</parameters>
+
+
+<geolocation>
+ <name>Geolocation</name>
+ <description>AVHRR Geolocation Coverage (Latitude, Longitude)</description>
+ <latitude>mdr-1b[].EARTH_LOCATIONS[][0]</latitude>
+ <longitude>mdr-1b[].EARTH_LOCATIONS[][1]</longitude>
+</geolocation>
+
+
+<image>
+ <name>Channel 1</name>
+ <description>AVHRR Scene Radiance for Channel 1</description>
+ <source>mdr-1b[].SCENE_RADIANCES[0][]</source>
+ <geolocation>Geolocation</geolocation>
+</image>
+
+
+<image>
+ <name>Channel 2</name>
+ <description>AVHRR Scene Radiance for Channel 2</description>
+ <source>mdr-1b[].SCENE_RADIANCES[1][]</source>
+ <geolocation>Geolocation</geolocation>
+</image>
+
+
+<image>
+ <name>Channel 3a/b</name>
+ <description>AVHRR Scene Radiance for Channel 3a/b</description>
+ <source>mdr-1b[].SCENE_RADIANCES[2][]</source>
+ <geolocation>Geolocation</geolocation>
+</image>
+
+
+<image>
+ <name>Channel 4</name>
+ <description>AVHRR Scene Radiance for Channel 4</description>
+ <source>mdr-1b[].SCENE_RADIANCES[3][]</source>
+ <geolocation>Geolocation</geolocation>
+</image>
+
+
+<image>
+ <name>Channel 5</name>
+ <description>AVHRR Scene Radiance for Channel 5</description>
+ <source>mdr-1b[].SCENE_RADIANCES[4][]</source>
+ <geolocation>Geolocation</geolocation>
+</image>
+
+
+<image>
+ <name>Uniformity Test A</name>
+ <description>AVHRR Cloud Information Uniformity Test A (0=test failed or clear, 1=cloudy)</description>
+ <source>mdr-1b[].CLOUD_INFORMATION[].#Uniformity_test_a</source>
+ <geolocation>Geolocation</geolocation>
+</image>
+
+
+<image>
+ <name>Uniformity Test B</name>
+ <description>AVHRR Cloud Information Uniformity Test A (0 =test failed or cloudy, 1=clear)</description>
+ <source>mdr-1b[].CLOUD_INFORMATION[].#Uniformity_test_b</source>
+ <geolocation>Geolocation</geolocation>
+</image>
+
+
+<image>
+ <name>T3-T5 Test A</name>
+ <description>AVHRR Cloud Information T3-T5 Test A (0=test failed or clear, 1=cloudy)</description>
+ <source>mdr-1b[].CLOUD_INFORMATION[].#T3_T5_test_a</source>
+ <geolocation>Geolocation</geolocation>
+</image>
+
+
+<image>
+ <name>T3-T5 Test B</name>
+ <description>AVHRR Cloud Information T3-T5 Test B (0 =test failed or cloudy, 1=clear)</description>
+ <source>mdr-1b[].CLOUD_INFORMATION[].#T3_T5_test_b</source>
+ <geolocation>Geolocation</geolocation>
+</image>
+
+
+<image>
+ <name>T4-T3 Test A</name>
+ <description>AVHRR Cloud Information T4-T3 Test A (0=test failed or clear, 1=cloudy)</description>
+ <source>mdr-1b[].CLOUD_INFORMATION[].#T4_T3_test_a</source>
+ <geolocation>Geolocation</geolocation>
+</image>
+
+
+<image>
+ <name>T4-T3 Test B</name>
+ <description>AVHRR Cloud Information T4-T3 Test B (0 =test failed or cloudy, 1=clear)</description>
+ <source>mdr-1b[].CLOUD_INFORMATION[].#T4_T3_test_b</source>
+ <geolocation>Geolocation</geolocation>
+</image>
+
+
+<image>
+ <name>T4-T5 Test A</name>
+ <description>AVHRR Cloud Information T4-T5 Test A (0=test failed or clear, 1=cloudy)</description>
+ <source>mdr-1b[].CLOUD_INFORMATION[].#T4_T5_test_a</source>
+ <geolocation>Geolocation</geolocation>
+</image>
+
+
+<image>
+ <name>T4-T5 Test B</name>
+ <description>AVHRR Cloud Information T4-T5 Test B (0 =test failed or cloudy, 1=clear)</description>
+ <source>mdr-1b[].CLOUD_INFORMATION[].#T4_T5_test_b</source>
+ <geolocation>Geolocation</geolocation>
+</image>
+
+
+<image>
+ <name>Albedo Test A</name>
+ <description>AVHRR Cloud Information Albedo Test A (0=test failed or clear, 1=cloudy or snow/ice covered)</description>
+ <source>mdr-1b[].CLOUD_INFORMATION[].#Albedo_test_a</source>
+ <geolocation>Geolocation</geolocation>
+</image>
+
+
+<image>
+ <name>Albedo Test B</name>
+ <description>AVHRR Cloud Information Albedo Test B (0 =test failed or cloudy, 1=clear or snow/ice covered)</description>
+ <source>mdr-1b[].CLOUD_INFORMATION[].#Albedo_test_b</source>
+ <geolocation>Geolocation</geolocation>
+</image>
+
+
+<image>
+ <name>T4 Test A</name>
+ <description>AVHRR Cloud Information T4 Test A (0=test failed or clear, 1=cloudy or snow/ice covered)</description>
+ <source>mdr-1b[].CLOUD_INFORMATION[].#T4_test_a</source>
+ <geolocation>Geolocation</geolocation>
+</image>
+
+
+<image>
+ <name>T4 Test B</name>
+ <description>AVHRR Cloud Information T4 Test B (0 =test failed or cloudy, 1=clear or snow/ice covered)</description>
+ <source>mdr-1b[].CLOUD_INFORMATION[].#T4_test_b</source>
+ <geolocation>Geolocation</geolocation>
+</image>
+
+
+<image>
+ <name>Test Situations</name>
+ <description>AVHRR Cloud Information - number of the test situations (11 different test situations)</description>
+ <source>mdr-1b[].CLOUD_INFORMATION[].#Number_of_the_test_situation</source>
+ <geolocation>Geolocation</geolocation>
+</image>
+
+
+<protocol>eps-product</protocol>
+
+
+<product name="AVHRR-1B" version="Issue 6 Revision 5">
+
+
+
+ <mphr name="mphr" subclass="0" version="2" description="Main Product Header Record ">
+ <delimiter name="Product Details"/>
+ <field name="PRODUCT_NAME" type="string" length="67" description="Complete name of the product"/>
+ <field name="PARENT_PRODUCT_NAME_1" type="string" length="67" description="Name of the parent product from which this product has been produced. For Level 0 products, this field is filled with lower case x's."/>
+ <field name="PARENT_PRODUCT_NAME_2" type="string" length="67" description="Name of the parent product from which this product has been produced. For Level 0 products or products for which this is not appropriate, this field is filled with lower case x's."/>
+ <field name="PARENT_PRODUCT_NAME_3" type="string" length="67" description="Name of the parent product from which this product has been produced. For Level 0 products or products for which this is not appropriate, this field is filled with lower case x's."/>
+ <field name="PARENT_PRODUCT_NAME_4" type="string" length="67" description="Name of the parent product from which this product has been produced. For Level 0 products or products for which this is not appropriate, this field is filled with lower case x's."/>
+ <field name="INSTRUMENT_ID" type="enumerated" length="4" description="Instrument identification">
+ <item value="AMSA" name="AMSU-A"/>
+ <item value="ASCA" name="ASCAT"/>
+ <item value="ATOV" name="ATOVS" description="instruments: AVHRR/3, HIRS/4, AMSU-A, MHS"/>
+ <item value="AVHR" name="AVHRR/3"/>
+ <item value="GOME" name="GOME"/>
+ <item value="GRAS" name="GRAS"/>
+ <item value="HIRS" name="HIRS/4"/>
+ <item value="IASI" name="IASI"/>
+ <item value="MHSx" name="MHS"/>
+ <item value="NOAA" name="All NOAA" description="instruments specific to Level 0 NOAA product"/>
+ <item value="SEMx" name="SEM"/>
+ <item value="ADCS" name="ADCS"/>
+ <item value="SBUV" name="SBUV"/>
+ <item value="xxxx" name="No specific instrument"/>
+ <item value="HKTM" name="VCDU34" description="data specific to Level 0"/>
+ </field>
+ <field name="INSTRUMENT_MODEL" type="enumerated" length="3" description="Instrument Model identification">
+ <item value="0" name="Reserved"/>
+ <item value="1" name="Flight Model 1"/>
+ <item value="2" name="Flight Model 2"/>
+ <item value="3" name="Engineering Model"/>
+ <item value="4" name="Protoflight Model"/>
+ </field>
+ <field name="PRODUCT_TYPE" type="enumerated" length="3" description="Product Type">
+ <item value="ENG" description="IASI engineering data"/>
+ <item value="GAC" description="NOAC Global Area Coverage AVHRR data"/>
+ <item value="SND" description="Sounding Data"/>
+ <item value="SZF" description="ASCAT calibrated s0 data at full resolution"/>
+ <item value="SZO" description="ASCAT calibrated s0 data at operational resolution (50 km)"/>
+ <item value="SZR" description="ASCAT calibrated s0 data at research resolution (25 km)"/>
+ <item value="VER" description="IASI verification data"/>
+ <item value="xxx" description="No specific product type specified"/>
+ <item value="AIP" description="NOAA AIP/SAIP data"/>
+ <item value="TIP" description="NOAA TIP/STIP data"/>
+ <item value="HRP" description="HRPT data"/>
+ <item value="LRP" description="LRPT data"/>
+ </field>
+ <field name="PROCESSING_LEVEL" type="enumerated" length="2" description="Processing Level Identification">
+ <item value="00" name="Level 0"/>
+ <item value="01" name="Level 1"/>
+ <item value="1A" name="Level 1a"/>
+ <item value="1B" name="Level 1b"/>
+ <item value="1C" name="Level 1c"/>
+ <item value="02" name="Level 2"/>
+ <item value="03" name="Level 3"/>
+ <item value="xx" name="No Specific Level"/>
+ </field>
+ <field name="SPACECRAFT_ID" type="enumerated" length="3" description="Spacecraft identification">
+ <item value="xxx" description="No specific spacecraft"/>
+ <item value="M01" description="METOP 01"/>
+ <item value="M02" description="METOP 02"/>
+ <item value="M02" description="METOP 03"/>
+ <item value="N15" description="NOAA-K"/>
+ <item value="N16" description="NOAA-L"/>
+ <item value="N17" description="NOAA-M"/>
+ <item value="N18" description="NOAA-N"/>
+ <item value="N19" description="NOAA-N'"/>
+ </field>
+ <field name="SENSING_START" type="time" length="15" description="UTC Time of start of sensing data in this object (PDU, ROI or Full Product)"/>
+ <field name="SENSING_END" type="time" length="15" description="UTC Time of end of sensing data in this object (PDU, ROI or Full Product)"/>
+ <field name="SENSING_START_THEORETICAL" type="time" length="15" description="Theoretical UTC Time of start of sensing data in the dump from which this object is derived. This data is the predicted start time at the MPF level."/>
+ <field name="SENSING_END_THEORETICAL" type="time" length="15" description="Theoretical UTC Time of end of sensing data in the dump from which this object is derived. This data is the predicted end time at the MPF level."/>
+ <field name="PROCESSING_CENTRE" type="enumerated" length="4" description="Processing Centre Identification">
+ <item value="CGS1" description="First EUMETSAT EPS Core Ground Segment"/>
+ <item value="CGS2" description="Second EUMETSAT EPS Core Ground Segment"/>
+ <item value="CGS3" description="Third EUMETSAT EPS Core Ground Segment"/>
+ <item value="NSSx" description="NOAA/NESDIS"/>
+ <item value="RUSx" description="Reference User Station"/>
+ <item value="DMIx" description="DMI, Copenhagen (GRAS SAF)"/>
+ <item value="DWDx" description="DWD, Offenbach (Climate SAF)"/>
+ <item value="FMIx" description="FMI , Helsinki (Ozone SAF)"/>
+ <item value="IMPx" description="IMP, Lisbon (Land SAF)"/>
+ <item value="INMx" description="INM, Madrid (NCW SAF)"/>
+ <item value="MFxx" description="MF, Lannion (OSI SAF)"/>
+ <item value="UKMO" description="UKMO, Bracknell (NWP SAF)"/>
+ </field>
+ <field name="PROCESSOR_MAJOR_VERSION" type="uinteger" length="5" description="Processing chain major version number"/>
+ <field name="PROCESSOR_MINOR_VERSION" type="uinteger" length="5" description="Processing chain minor version number"/>
+ <field name="FORMAT_MAJOR_VERSION" type="uinteger" length="5" description="Dataset Format Major Version number"/>
+ <field name="FORMAT_MINOR_VERSION" type="uinteger" length="5" description="Dataset Format Minor Version number"/>
+ <field name="PROCESSING_TIME_START" type="time" length="15" description="UTC time of the processing at start of processing for the product"/>
+ <field name="PROCESSING_TIME_END" type="time" length="15" description="UTC time of the processing at end of processing for the product"/>
+ <field name="PROCESSING_MODE" type="enumerated" length="1" description="Identification of the mode of processing">
+ <item value="N" name="Nominal" description="NRT processing"/>
+ <item value="B" name="Backlog Processing"/>
+ <item value="R" name="Reprocessing"/>
+ <item value="V" name="Validation"/>
+ </field>
+ <field name="DISPOSITION_MODE" type="enumerated" length="1" description="Identification of the diposition mode">
+ <item value="T" name="Testing"/>
+ <item value="O" name="Operational"/>
+ <item value="C" name="Commissioning"/>
+ </field>
+ <field name="RECEIVING_GROUND_STATION" type="enumerated" length="3" description="Acquisition Station Identification">
+ <item value="SVL" description="Svalbard"/>
+ <item value="WAL" description="Wallops Island, Virginia"/>
+ <item value="FBK" description="Fairbanks, Alaska"/>
+ <item value="SOC" description="SOCC (NESDIS Satellite Operations Control Centre), Suitland, Maryland"/>
+ <item value="RUS" description="Reference User Station"/>
+ </field>
+ <field name="RECEIVE_TIME_START" type="time" length="15" description="UTC time of the reception at CDA for first Data Item"/>
+ <field name="RECEIVE_TIME_END" type="time" length="15" description="UTC time of the reception at CDA for last Data Item"/>
+ <field name="ORBIT_START" type="uinteger" length="5" description="Start Orbit Number, counted incrementally since launch"/>
+ <field name="ORBIT_END" type="uinteger" length="5" description="Stop Orbit Number"/>
+ <field name="ACTUAL_PRODUCT_SIZE" type="uinteger" length="11" units="bytes" description="Size of the complete product"/>
+ <delimiter name="ASCENDING NODE ORBIT PARAMETERS"/>
+ <field name="STATE_VECTOR_TIME" type="longtime" length="18" units="UTC" description="Epoch time (in UTC) of the orbital elements and the orbit state vector. this corresponds to the time of crossing the ascending node for ORBIT_START"/>
+ <field name="SEMI_MAJOR_AXIS" type="integer" length="11" units="mm" description="Semi major axis of orbit at time of the ascending node crossing."/>
+ <field name="ECCENTRICITY" type="integer" length="11" scaling-factor="10^6" description="Orbit eccentricity at time of the ascending node crossing"/>
+ <field name="INCLINATION" type="integer" length="11" scaling-factor="10^3" units="deg" description="Orbit inclination at time of the ascending node crossing"/>
+ <field name="PERIGEE_ARGUMENT" type="integer" length="11" scaling-factor="10^3" units="deg" description="Argument of perigee at time of the ascending node crossing"/>
+ <field name="RIGHT_ASCENSION" type="integer" length="11" scaling-factor="10^3" units="deg" description="Right ascension at time of the ascending node crossing"/>
+ <field name="MEAN_ANOMALY" type="integer" length="11" scaling-factor="10^3" units="deg" description="Mean anomaly at time of the ascending node crossing"/>
+ <field name="X_POSITION" type="integer" length="11" scaling-factor="10^3" units="m" description="X position of the orbit state vector in the orbit frame at ascending node"/>
+ <field name="Y_POSITION" type="integer" length="11" scaling-factor="10^3" units="m" description="Y position of the orbit state vector in the orbit frame at ascending node"/>
+ <field name="Z_POSITION" type="integer" length="11" scaling-factor="10^3" units="m" description="Z position of the orbit state vector in the orbit frame at ascending node"/>
+ <field name="X_VELOCITY" type="integer" length="11" scaling-factor="10^3" units="m/s" description="X velocity of the orbit state vector in the orbit frame at ascending node"/>
+ <field name="Y_VELOCITY" type="integer" length="11" scaling-factor="10^3" units="m/s" description="Y velocity of the orbit state vector in the orbit frame at ascending node"/>
+ <field name="Z_VELOCITY" type="integer" length="11" scaling-factor="10^3" units="m/s" description="Z velocity of the orbit state vector in the orbit frame at ascending node"/>
+ <field name="EARTH_SUN_DISTANCE_RATIO" type="integer" length="11" description="Earth-Sun distance ratio - ratio of current Eart-Sun distance to Mean Earth-Sun distance"/>
+ <field name="LOCATION_TOLERANCE_RADIAL" type="integer" length="11" units="m" description="Nadir Earth location tolerance radial"/>
+ <field name="LOCATION_TOLERANCE_CROSSTRACK" type="integer" length="11" units="m" description="Nadir Earth location tolerance cross-track"/>
+ <field name="LOCATION_TOLERANCE_ALONGTRACK" type="integer" length="11" units="m" description="Nadir Earth location tolerance along-track"/>
+ <field name="YAW_ERROR" type="integer" length="11" scaling-factor="10^3" units="deg" description="Constant Yaw attitude error"/>
+ <field name="ROLL_ERROR" type="integer" length="11" scaling-factor="10^3" units="deg" description="Constant Roll attitude error"/>
+ <field name="PITCH_ERROR" type="integer" length="11" scaling-factor="10^3" units="deg" description="Constant Pitch attitude error"/>
+ <delimiter name="LOCATION SUMMARY"/>
+ <field name="SUBSAT_LATITUDE_START" type="integer" length="11" scaling-factor="10^3" units="Deg" description="Latitude of sub-satellite point at start of the data set"/>
+ <field name="SUBSAT_LONGITUDE_START" type="integer" length="11" scaling-factor="10^3" units="Deg" description="Longitude of sub-satellite point at start of the data set"/>
+ <field name="SUBSAT_LATITUDE_END" type="integer" length="11" scaling-factor="10^3" units="Deg" description="Latitude of sub-satellite point at end of the data set"/>
+ <field name="SUBSAT_LONGITUDE_END" type="integer" length="11" scaling-factor="10^3" units="Deg" description="Longitude of sub-satellite point at end of the data set"/>
+ <delimiter name="Leap Second Information"/>
+ <field name="LEAP_SECOND" type="integer" length="2" description="Occurence of Leap second within the product. Field is set to -1, 0 or +1 dependent upon occurrence of leap second and direction."/>
+ <field name="LEAP_SECOND_UTC" type="time" length="15" description="UTC time of occurrence of the Leap Second (If no leap second in the product, value is null)"/>
+ <delimiter name="Record counts"/>
+ <field name="TOTAL_RECORDS" type="uinteger" length="6" description="Total count of all records in the product"/>
+ <field name="TOTAL_MPHR" type="uinteger" length="6" description="Total count of all MPHRs in product (should always be 1!)"/>
+ <field name="TOTAL_SPHR" type="uinteger" length="6" description="Total count of all SPHRs in product (should be 0 or 1 only)"/>
+ <field name="TOTAL_IPR" type="uinteger" length="6" description="Total count of all IPRs in the product"/>
+ <field name="TOTAL_GEADR" type="uinteger" length="6" description="Total count of all GEADRs in the product"/>
+ <field name="TOTAL_GIADR" type="uinteger" length="6" description="Total count of all GIADRs in the product"/>
+ <field name="TOTAL_VEADR" type="uinteger" length="6" description="Total count of all VEADRs in the product"/>
+ <field name="TOTAL_VIADR" type="uinteger" length="6" description="Total count of all VIADRs in the product"/>
+ <field name="TOTAL_MDR" type="uinteger" length="6" description="Total count of all MDRs in the product"/>
+ <delimiter name="Record Based Generic Quality Flags"/>
+ <field name="COUNT_DEGRADED_INST_MDR" type="uinteger" length="6" description="Count of MDRs with degradation due to instrument problems"/>
+ <field name="COUNT_DEGRADED_PROC_MDR" type="uinteger" length="6" description="Count of MDRs with degradation due to processing problems"/>
+ <field name="COUNT_DEGRADED_INST_MDR_BLOCKS" type="uinteger" length="6" description="Count of the number of blocks of MDRs degraded due to degraded instrument"/>
+ <field name="COUNT_DEGRADED_PROC_MDR_BLOCKS" type="uinteger" length="6" description="Count of the number of blocks of MDRs degraded due to degraded processing"/>
+ <delimiter name="Time Based Generic Quality Flags"/>
+ <field name="DURATION_OF_PRODUCT" type="uinteger" length="8" units="ms" description="The duration of the product in milliseconds"/>
+ <field name="MILLISECONDS_OF_DATA_PRESENT" type="uinteger" length="8" units="ms" description="The total amount of data present in the product"/>
+ <field name="MILLISECONDS_OF_DATA_MISSING" type="uinteger" length="8" units="ms" description="The total amount of data missing from the prodcut"/>
+ <delimiter name="Regional Product Information"/>
+ <field name="SUBSETTED_PRODUCT" type="boolean" length="1" description="Set when product has been subsetted (e.g. geographically subsetted using a region of interest filter). Implies the presence of one or more UMARF GIADRs in GAD section for product retrieved from UMARF."/>
+ </mphr>
+
+
+
+ <sphr name="sphr" subclass="0" version="3" instrument="AVHRR" description="AVHRR SPHR">
+ <delimiter name="QUALITY"/>
+ <field name="SRC_DATA_QUAL" type="bitfield" length="16" description="Flag to specify which combination of auxiliary data is used for the scenes analysis.">
+ <bit length="6" name="Not_used"/>
+ <bit name="NWP_T2M_CHANGE" description="Availability of NWP T2M is changing during the dump"/>
+ <bit name="NWP_TCWV_CHANGE" description="Availability of NWP TCWV is changing during the dump"/>
+ <bit name="AMSUA_TCWV_CHANGE" description="Availability of AMSU-A TCWV is changing during the dump"/>
+ <bit name="NWP_TCWV_MISSING" description="NWP TCWV is missing"/>
+ <bit name="AMSUA_TCWV_NWP_T2M_MISSING" description="AMSU-A TCWV and NWP T2M are missing"/>
+ <bit name="AMSUA_TCWV_NWP_TCWV_MISSING" description="AMSU-A TCWV and NWP TCWV are missing"/>
+ <bit name="AMSUA_TCWV_MISSING" description="AMSU-A TCWV is missing"/>
+ <bit name="NWP_T2M_MISSING" description="NWP T2M is missing"/>
+ <bit name="NWP_TCWV_NWP_T2M_MISSING" description="NWP TCWV and NWP T2M are missing"/>
+ <bit name="AMSUA_TCWV_NWP_TCWV_NWP_T2M_MISSING" description="AMSU-A TCWV, NWP TCWV, and NWP T2M are missing"/>
+ </field>
+ <delimiter name="VARIABLE_PARAMETERS"/>
+ <field name="EARTH_VIEWS_PER_SCANLINE" type="integer" length="5" description="Number of Earth views per scanline (2048 for Full, 409 for GAC data)"/>
+ <field name="NAV_SAMPLE_RATE" type="integer" length="3" description="Rate of sampling the navigation data (angular relation and earth location). For Full data every 40th or 20th Earth view. For GAC data every 8th or 4th Earth view"/>
+ </sphr>
+
+
+
+ <giadr name="giadr-radiance" subclass="1" version="3" instrument="AVHRR" description="PRT Temperature conversion factors, intercept, slope, and central wavenumber for the band correction for channels 3b, 4, and 5">
+ <delimiter name="RADIANCE_CONVERSION"/>
+ <field name="RAMP_CALIBRATION_COEFFICIENT" type="bitfield" length="16" description="Ramp/Auto Calibration Indicators Bit Field">
+ <bit length="10" name="Not_used"/>
+ <bit name="CH5" description="ramp non-linearity for GAC & Full Resolution ch 5"/>
+ <bit name="CH4" description="ramp non-linearity for GAC and Full Resolution ch4"/>
+ <bit name="CH3B" description="ramp non-linearity for GAC and Full Resolution ch 3b"/>
+ <bit name="CH3A" description="ramp non-linearity for GAC and Full Resolution ch 3a"/>
+ <bit name="CH2" description="ramp non-linearity for GAC and Full Resolution ch 2"/>
+ <bit name="CH1" description="ramp non-linearity for GAC and Full Resolution ch 1"/>
+ </field>
+ <field name="YEAR_RECENT_CALIBRATION" type="uinteger2" units="yr" description="Year of Most Recent Solar Channel Calibration (e.g. 1999)"/>
+ <field name="DAY_RECENT_CALIBRATION" type="uinteger2" units="day" description="Day of Year of Most Recent Solar Channel Calibration (e.g. 365)"/>
+ <field name="PRIMARY_CALIBRATION_ALGORITHM_ID" type="uinteger2" description="Primary Calibration Algorithm ID"/>
+ <field name="PRIMARY_CALIBRATION_ALGORITHM_OPTION" type="bitfield" length="16" description="Primary Calibration Algorithm Selected Options">
+ <bit name="Not_used"/>
+ <bit name="Ch_5_resolution" description="0 = high, 1 = low"/>
+ <bit name="Ch_5_substitution_coefficients" description="0 = no, 1 = yes"/>
+ <bit length="3" name="Not_used"/>
+ <bit name="Ch_4_resolution" description="0 = high, 1 = low"/>
+ <bit name="Ch_4_substitution_coefficients" description="0 = no, 1 = yes"/>
+ <bit length="3" name="Not_used"/>
+ <bit name="Ch_3b_resolution" description="0 = high, 1 = low"/>
+ <bit name="Ch_3b_substitution_coefficients" description="0 = no, 1 = yes"/>
+ <bit length="3" name="Not_used"/>
+ </field>
+ <field name="SECONDARY_CALIBRATION_ALGORITHM_ID" type="uinteger2" description="Secondary Calibration Algorithm ID"/>
+ <field name="SECONDARY_CALIBRATION_ALGORITHM_OPTION" type="bitfield" length="16" description="Secondary Calibration Algorithm Selected Options">
+ <bit name="Not_used"/>
+ <bit name="Ch_5_resolution" description="0 = high, 1 = low"/>
+ <bit name="Ch_5_substitution_coefficients" description="0 = no, 1 = yes"/>
+ <bit length="3" name="Not_used"/>
+ <bit name="Ch_4_resolution" description="0 = high, 1 = low"/>
+ <bit name="Ch_4_substitution_coefficients" description="0 = no, 1 = yes"/>
+ <bit length="3" name="Not_used"/>
+ <bit name="Ch_3b_resolution" description="0 = high, 1 = low"/>
+ <bit name="Ch_3b_substitution_coefficients" description="0 = no, 1 = yes"/>
+ <bit length="3" name="Not_used"/>
+ </field>
+ <field name="IR_TEMPERATURE1_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="K" description="IR Target Temp 1 Conversion Coefficient 1"/>
+ <field name="IR_TEMPERATURE1_COEFFICIENT2" type="integer2" scaling-factor="10^5" units="K/cnt" description="IR Target Temp 1 Conversion Coefficient 2"/>
+ <field name="IR_TEMPERATURE1_COEFFICIENT3" type="integer2" scaling-factor="10^8" units="K/cnt2" description="IR Target Temp 1 Conversion Coefficient 3"/>
+ <field name="IR_TEMPERATURE1_COEFFICIENT4" type="integer2" scaling-factor="10^11" units="K/cnt3" description="IR Target Temp 1 Conversion Coefficient 4"/>
+ <field name="IR_TEMPERATURE1_COEFFICIENT5" type="integer2" scaling-factor="10^14" units="K/cnt4" description="IR Target Temp 1 Conversion Coefficient 5"/>
+ <field name="IR_TEMPERATURE1_COEFFICIENT6" type="integer2" scaling-factor="10^17" units="K/cnt5" description="IR Target Temp 1 Conversion Coefficient 6"/>
+ <field name="IR_TEMPERATURE2_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="K" description="IR Target Temp 2 Conversion Coefficient 1"/>
+ <field name="IR_TEMPERATURE2_COEFFICIENT2" type="integer2" scaling-factor="10^5" units="K/cnt" description="IR Target Temp 2 Conversion Coefficient 2"/>
+ <field name="IR_TEMPERATURE2_COEFFICIENT3" type="integer2" scaling-factor="10^8" units="K/cnt2" description="IR Target Temp 2 Conversion Coefficient 3"/>
+ <field name="IR_TEMPERATURE2_COEFFICIENT4" type="integer2" scaling-factor="10^11" units="K/cnt3" description="IR Target Temp 2 Conversion Coefficient 4"/>
+ <field name="IR_TEMPERATURE2_COEFFICIENT5" type="integer2" scaling-factor="10^14" units="K/cnt4" description="IR Target Temp 2 Conversion Coefficient 5"/>
+ <field name="IR_TEMPERATURE2_COEFFICIENT6" type="integer2" scaling-factor="10^17" units="K/cnt5" description="IR Target Temp 2 Conversion Coefficient 6"/>
+ <field name="IR_TEMPERATURE3_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="K" description="IR Target Temp 3 Conversion Coefficient 1"/>
+ <field name="IR_TEMPERATURE3_COEFFICIENT2" type="integer2" scaling-factor="10^5" units="K/cnt" description="IR Target Temp 3 Conversion Coefficient 2"/>
+ <field name="IR_TEMPERATURE3_COEFFICIENT3" type="integer2" scaling-factor="10^8" units="oK/cnt2" description="IR Target Temp 3 Conversion Coefficient 3"/>
+ <field name="IR_TEMPERATURE3_COEFFICIENT4" type="integer2" scaling-factor="10^11" units="K/cnt3" description="IR Target Temp 3 Conversion Coefficient 4"/>
+ <field name="IR_TEMPERATURE3_COEFFICIENT5" type="integer2" scaling-factor="10^14" units="K/cnt4" description="IR Target Temp 3 Conversion Coefficient 5"/>
+ <field name="IR_TEMPERATURE3_COEFFICIENT6" type="integer2" scaling-factor="10^17" units="K/cnt5" description="IR Target Temp 3 Conversion Coefficient 6"/>
+ <field name="IR_TEMPERATURE4_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="K" description="IR Target Temp 4 Conversion Coefficient 1"/>
+ <field name="IR_TEMPERATURE4_COEFFICIENT2" type="integer2" scaling-factor="10^5" units="K/cnt" description="IR Target Temp 4 Conversion Coefficient 2"/>
+ <field name="IR_TEMPERATURE4_COEFFICIENT3" type="integer2" scaling-factor="10^8" units="K/cnt2" description="IR Target Temp 4 Conversion Coefficient 3"/>
+ <field name="IR_TEMPERATURE4_COEFFICIENT4" type="integer2" scaling-factor="10^11" units="K/cnt3" description="IR Target Temp 4 Conversion Coefficient 4"/>
+ <field name="IR_TEMPERATURE4_COEFFICIENT5" type="integer2" scaling-factor="10^14" units="K/cnt4" description="IR Target Temp 4 Conversion Coefficient 5"/>
+ <field name="IR_TEMPERATURE4_COEFFICIENT6" type="integer2" scaling-factor="10^17" units="K/cnt5" description="IR Target Temp 4 Conversion Coefficient 6"/>
+ <field name="CH1_SOLAR_FILTERED_IRRADIANCE" type="integer2" scaling-factor="10^1" units="W/m2" description="Ch 1 Solar Filtered Irradiance in Wavelength"/>
+ <field name="CH1_EQUIVALENT_FILTER_WIDTH" type="integer2" scaling-factor="10^3" units="mu_m" description="Ch 1 Equivalent Filter Width in Wavelength"/>
+ <field name="CH2_SOLAR_FILTERED_IRRADIANCE" type="integer2" scaling-factor="10^1" units="W/m2" description="Ch 2 Solar Filtered Irradiance in Wavelength"/>
+ <field name="CH2_EQUIVALENT_FILTER_WIDTH" type="integer2" scaling-factor="10^3" units="mu_m" description="Ch 2 Equivalent Filter Width in Wavelength"/>
+ <field name="CH3A_SOLAR_FILTERED_IRRADIANCE" type="integer2" scaling-factor="10^1" units="W/m2" description="Ch 3a Solar Filtered Irradiance in Wavelength"/>
+ <field name="CH3A_EQUIVALENT_FILTER_WIDTH" type="integer2" scaling-factor="10^3" units="mu_m" description="Ch 3a Equivalent Filter Width in Wavelength"/>
+ <field name="CH3B_CENTRAL_WAVENUMBER" type="integer4" scaling-factor="10^2" units="cm-1" description="Ch 3b Central Wavenumber"/>
+ <field name="CH3B_CONSTANT1" type="integer4" scaling-factor="10^5" units="K" description="Ch 3b Constant 1 for band correction"/>
+ <field name="CH3B_CONSTANT2_SLOPE" type="integer4" scaling-factor="10^6" units="K/ K" description="Ch 3b Constant 2 slope for band correction"/>
+ <field name="CH4_CENTRAL_WAVENUMBER" type="integer4" scaling-factor="10^3" units="cm-1" description="Ch 4 Central Wavenumber"/>
+ <field name="CH4_CONSTANT1" type="integer4" scaling-factor="10^5" units="K" description="Ch 4 Constant 1 for band correction"/>
+ <field name="CH4_CONSTANT2_SLOPE" type="integer4" scaling-factor="10^6" units="K/ K" description="Ch 4 Constant 2 slope for band correction"/>
+ <field name="CH5_CENTRAL_WAVENUMBER" type="integer4" scaling-factor="10^3" units="cm-1" description="Ch 5 Central Wavenumber"/>
+ <field name="CH5_CONSTANT1" type="integer4" scaling-factor="10^5" units="K" description="Ch 5 Constant 1 for band correction"/>
+ <field name="CH5_CONSTANT2_SLOPE" type="integer4" scaling-factor="10^6" units="K/ K" description="Ch 5 Constant 2 slope for band correction"/>
+ </giadr>
+
+
+
+ <giadr name="giadr-analog" subclass="2" version="2" instrument="AVHRR" description="Analog to digital conversion coefficients">
+ <delimiter name="A/D_CONVERSION"/>
+ <field name="PATCH_TEMPERATURE_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="K" description="Patch Temperature Conversion Coefficient"/>
+ <field name="PATCH_TEMPERATURE_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="K/cnt" description="Patch Temperature Conversion Coefficient"/>
+ <field name="PATCH_TEMPERATURE_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="K/cnt2" description="Patch Temperature Conversion Coefficient"/>
+ <field name="PATCH_TEMPERATURE_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="K/cnt3" description="Patch Temperature Conversion Coefficient"/>
+ <field name="PATCH_TEMPERATURE_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="K/cnt4" description="Patch Temperature Conversion Coefficient"/>
+ <field name="PATCH_TEMPERATURE_EXTENDED_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="K" description="Patch Temperature Extended Conversion Coefficient"/>
+ <field name="PATCH_TEMPERATURE_EXTENDED_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="K/cnt" description="Patch Temperature Extended Conversion Coefficient"/>
+ <field name="PATCH_TEMPERATURE_EXTENDED_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="K/cnt2" description="Patch Temperature Extended Conversion Coefficient"/>
+ <field name="PATCH_TEMPERATURE_EXTENDED_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="K/cnt3" description="Patch Temperature Extended Conversion Coefficient"/>
+ <field name="PATCH_TEMPERATURE_EXTENDED_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="K/cnt4" description="Patch Temperature Extended Conversion Coefficient"/>
+ <field name="PATCH_POWER_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="mW" description="Patch Power Conversion Coefficient"/>
+ <field name="PATCH_POWER_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="mW/cnt" description="Patch Power Conversion Coefficient"/>
+ <field name="PATCH_POWER_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="mW/cnt2" description="Patch Power Conversion Coefficient"/>
+ <field name="PATCH_POWER_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="mW/cnt3" description="Patch Power Conversion Coefficient"/>
+ <field name="PATCH_POWER_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="mW/cnt4" description="Patch Power Conversion Coefficient"/>
+ <field name="RADIATOR_TEMPERATURE_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="K" description="Radiator Temperature Conversion Coefficient"/>
+ <field name="RADIATOR_TEMPERATURE_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="K/cnt" description="Radiator Temperature Conversion Coefficient"/>
+ <field name="RADIATOR_TEMPERATURE_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="K/cnt2" description="Radiator Temperature Conversion Coefficient"/>
+ <field name="RADIATOR_TEMPERATURE_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="K/cnt3" description="Radiator Temperature Conversion Coefficient"/>
+ <field name="RADIATOR_TEMPERATURE_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="K/cnt4" description="Radiator Temperature Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE1_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="degC" description="Blackbody Temperature 1 Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE1_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="degC/cnt" description="Blackbody Temperature 1 Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE1_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="degC/cnt2" description="Blackbody Temperature 1 Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE1_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="degC/cnt3" description="Blackbody Temperature 1 Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE1_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="degC/cnt4" description="Blackbody Temperature 1 Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE2_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="degC" description="Blackbody Temperature 2 Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE2_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="degC/cnt" description="Blackbody Temperature 2 Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE2_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="degC/cnt2" description="Blackbody Temperature 2 Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE2_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="degC/cnt3" description="Blackbody Temperature 2 Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE2_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="degC/cnt4" description="Blackbody Temperature 2 Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE3_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="degC" description="Blackbody Temperature 3 Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE3_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="degC/cnt" description="Blackbody Temperature 3 Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE3_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="degC/cnt2" description="Blackbody Temperature 3 Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE3_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="degC/cnt3" description="Blackbody Temperature 3 Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE3_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="degC/cnt4" description="Blackbody Temperature 3 Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE4_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="degC" description="Blackbody Temperature 4 Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE4_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="degC/cnt" description="Blackbody Temperature 4 Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE4_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="degC/cnt2" description="Blackbody Temperature 4 Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE4_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="degC/cnt3" description="Blackbody Temperature 4 Conversion Coefficient"/>
+ <field name="BLACKBODY_TEMPERATURE4_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="degC/cnt4" description="Blackbody Temperature 4 Conversion Coefficient"/>
+ <field name="ELECTRONIC_CURRENT_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="mA" description="Electronics Current Conversion Coefficient"/>
+ <field name="ELECTRONIC_CURRENT_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="mA/cnt" description="Electronics Current Conversion Coefficient"/>
+ <field name="ELECTRONIC_CURRENT_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="mA/cnt2" description="Electronics Current Conversion Coefficient"/>
+ <field name="ELECTRONIC_CURRENT_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="mA/cnt3" description="Electronics Current Conversion Coefficient"/>
+ <field name="ELECTRONIC_CURRENT_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="mA/cnt4" description="Electronics Current Conversion Coefficient"/>
+ <field name="MOTOR_CURRENT_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="mA" description="Motor Current Conversion Coefficient"/>
+ <field name="MOTOR_CURRENT_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="mA/cnt" description="Motor Current Conversion Coefficient"/>
+ <field name="MOTOR_CURRENT_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="mA/cnt2" description="Motor Current Conversion Coefficient"/>
+ <field name="MOTOR_CURRENT_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="mA/cnt3" description="Motor Current Conversion Coefficient"/>
+ <field name="MOTOR_CURRENT_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="mA/cnt4" description="Motor Current Conversion Coefficient"/>
+ <field name="EARTH_SHIELD_POSITION_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="V" description="Earth Shield Position Conversion Coefficient"/>
+ <field name="EARTH_SHIELD_POSITION_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="V/cnt" description="Earth Shield Position Conversion Coefficient"/>
+ <field name="EARTH_SHIELD_POSITION_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="V/cnt2" description="Earth Shield Position Conversion Coefficient"/>
+ <field name="EARTH_SHIELD_POSITION_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="V/cnt3" description="Earth Shield Position Conversion Coefficient"/>
+ <field name="EARTH_SHIELD_POSITION_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="V/cnt4" description="Earth Shield Position Conversion Coefficient"/>
+ <field name="ELECTRONIC_TEMPERATURE_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="degC" description="Electronics Temperature Conversion Coefficient"/>
+ <field name="ELECTRONIC_TEMPERATURE_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="degC/cnt" description="Electronics Temperature Conversion Coefficient"/>
+ <field name="ELECTRONIC_TEMPERATURE_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="degC/cnt2" description="Electronics Temperature Conversion Coefficient"/>
+ <field name="ELECTRONIC_TEMPERATURE_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="degC/cnt3" description="Electronics Temperature Conversion Coefficient"/>
+ <field name="ELECTRONIC_TEMPERATURE_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="degC/cnt4" description="Electronics Temperature Conversion Coefficient"/>
+ <field name="COOLER_HOUSING_TEMPERATURE_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="degC" description="Cooler Housing Temperature Conversion Coefficient"/>
+ <field name="COOLER_HOUSING_TEMPERATURE_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="degC/cnt" description="Cooler Housing Temperature Conversion Coefficient"/>
+ <field name="COOLER_HOUSING_TEMPERATURE_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="degC/cnt2" description="Cooler Housing Temperature Conversion Coefficient"/>
+ <field name="COOLER_HOUSING_TEMPERATURE_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="degC/cnt3" description="Cooler Housing Temperature Conversion Coefficient"/>
+ <field name="COOLER_HOUSING_TEMPERATURE_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="degC/cnt4" description="Cooler Housing Temperature Conversion Coefficient"/>
+ <field name="BASEPLATE_TEMPERATURE_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="degC" description="Baseplate Temperature Conversion Coefficient"/>
+ <field name="BASEPLATE_TEMPERATURE_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="degC/cnt" description="Baseplate Temperature Conversion Coefficient"/>
+ <field name="BASEPLATE_TEMPERATURE_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="degC/cnt2" description="Baseplate Temperature Conversion Coefficient"/>
+ <field name="BASEPLATE_TEMPERATURE_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="degC/cnt3" description="Baseplate Temperature Conversion Coefficient"/>
+ <field name="BASEPLATE_TEMPERATURE_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="degC/cnt4" description="Baseplate Temperature Conversion Coefficient"/>
+ <field name="MOTOR_HOUSING_TEMPERATURE_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="degC" description="Motor Housing Temperature Conversion Coefficient"/>
+ <field name="MOTOR_HOUSING_TEMPERATURE_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="degC/cnt" description="Motor Housing Temperature Conversion Coefficient"/>
+ <field name="MOTOR_HOUSING_TEMPERATURE_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="degC/cnt2" description="Motor Housing Temperature Conversion Coefficient"/>
+ <field name="MOTOR_HOUSING_TEMPERATURE_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="degC/cnt3" description="Motor Housing Temperature Conversion Coefficient"/>
+ <field name="MOTOR_HOUSING_TEMPERATURE_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="degC/cnt4" description="Motor Housing Temperature Conversion Coefficient"/>
+ <field name="AD_CONVERTER_TEMPERATURE_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="degC" description="A/D Converter Temperature Conversion Coefficient"/>
+ <field name="AD_CONVERTER_TEMPERATURE_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="degC/cnt" description="A/D Converter Temperature Conversion Coefficient"/>
+ <field name="AD_CONVERTER_TEMPERATURE_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="degC/cnt2" description="A/D Converter Temperature Conversion Coefficient"/>
+ <field name="AD_CONVERTER_TEMPERATURE_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="degC/cnt3" description="A/D Converter Temperature Conversion Coefficient"/>
+ <field name="AD_CONVERTER_TEMPERATURE_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="degC/cnt4" description="A/D Converter Temperature Conversion Coefficient"/>
+ <field name="DETECTOR4_BIAS_VOLTAGE_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="V" description="Detector #4 Bias Voltage Conversion Coefficient"/>
+ <field name="DETECTOR4_BIAS_VOLTAGE_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="V/cnt" description="Detector #4 Bias Voltage Conversion Coefficient"/>
+ <field name="DETECTOR4_BIAS_VOLTAGE_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="V/cnt2" description="Detector #4 Bias Voltage Conversion Coefficient"/>
+ <field name="DETECTOR4_BIAS_VOLTAGE_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="V/cnt3" description="Detector #4 Bias Voltage Conversion Coefficient"/>
+ <field name="DETECTOR4_BIAS_VOLTAGE_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="V/cnt4" description="Detector #4 Bias Voltage Conversion Coefficient"/>
+ <field name="DETECTOR5_BIAS_VOLTAGE_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="V" description="Detector #5 Bias Voltage Conversion Coefficient"/>
+ <field name="DETECTOR5_BIAS_VOLTAGE_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="V/cnt" description="Detector #5 Bias Voltage Conversion Coefficient"/>
+ <field name="DETECTOR5_BIAS_VOLTAGE_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="V/cnt2" description="Detector #5 Bias Voltage Conversion Coefficient"/>
+ <field name="DETECTOR5_BIAS_VOLTAGE_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="V/cnt3" description="Detector #5 Bias Voltage Conversion Coefficient"/>
+ <field name="DETECTOR5_BIAS_VOLTAGE_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="V/cnt4" description="Detector #5 Bias Voltage Conversion Coefficient"/>
+ <field name="CH3B_BLACKBODY_VIEW_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="degC" description="Channel 3b Blackbody View Conversion Coefficient"/>
+ <field name="CH3B_BLACKBODY_VIEW_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="degC/cnt" description="Channel 3b Blackbody View Conversion Coefficient"/>
+ <field name="CH3B_BLACKBODY_VIEW_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="degC/cnt2" description="Channel 3b Blackbody View Conversion Coefficient"/>
+ <field name="CH3B_BLACKBODY_VIEW_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="degC/cnt3" description="Channel 3b Blackbody View Conversion Coefficient"/>
+ <field name="CH3B_BLACKBODY_VIEW_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="degC/cnt4" description="Channel 3b Blackbody View Conversion Coefficient"/>
+ <field name="CH4_BLACKBODY_VIEW_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="degC" description="Channel 4 Blackbody View Conversion Coefficient"/>
+ <field name="CH4_BLACKBODY_VIEW_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="degC/cnt" description="Channel 4 Blackbody View Conversion Coefficient"/>
+ <field name="CH4_BLACKBODY_VIEW_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="degC/cnt2" description="Channel 4 Blackbody View Conversion Coefficient"/>
+ <field name="CH4_BLACKBODY_VIEW_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="degC/cnt3" description="Channel 4 Blackbody View Conversion Coefficient"/>
+ <field name="CH4_BLACKBODY_VIEW_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="degC/cnt4" description="Channel 4 Blackbody View Conversion Coefficient"/>
+ <field name="CH5_BLACKBODY_VIEW_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="degC" description="Channel 5 Blackbody View Conversion Coefficient"/>
+ <field name="CH5_BLACKBODY_VIEW_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="degC/cnt" description="Channel 5 Blackbody View Conversion Coefficient"/>
+ <field name="CH5_BLACKBODY_VIEW_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="degC/cnt2" description="Channel 5 Blackbody View Conversion Coefficient"/>
+ <field name="CH5_BLACKBODY_VIEW_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="degC/cnt3" description="Channel 5 Blackbody View Conversion Coefficient"/>
+ <field name="CH5_BLACKBODY_VIEW_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="degC/cnt4" description="Channel 5 Blackbody View Conversion Coefficient"/>
+ <field name="REFERENCE_VOLTAGE_COEFFICIENT1" type="integer2" scaling-factor="10^2" units="V" description="Reference Voltage Conversion Coefficient"/>
+ <field name="REFERENCE_VOLTAGE_COEFFICIENT2" type="integer2" scaling-factor="10^4" units="V/cnt" description="Reference Voltage Conversion Coefficient"/>
+ <field name="REFERENCE_VOLTAGE_COEFFICIENT3" type="integer2" scaling-factor="10^6" units="V/cnt2" description="Reference Voltage Conversion Coefficient"/>
+ <field name="REFERENCE_VOLTAGE_COEFFICIENT4" type="integer2" scaling-factor="10^8" units="V/cnt3" description="Reference Voltage Conversion Coefficient"/>
+ <field name="REFERENCE_VOLTAGE_COEFFICIENT5" type="integer2" scaling-factor="10^10" units="V/cnt4" description="Reference Voltage Conversion Coefficient"/>
+ </giadr>
+
+
+
+ <mdr name="mdr-1b" subclass="2" version="4" instrument="AVHRR" description="Level 1B MDR">
+ <delimiter name="GENERIC_QUALITY_INDICATORS"/>
+ <field name="DEGRADED_INST_MDR" type="boolean" description="Quality of MDR has been degraded from nominal due to an instrument degradation"/>
+ <field name="DEGRADED_PROC_MDR" type="boolean" description="Quality of MDR has been degraded from nominal due to a processing degradation"/>
+ <delimiter name="MEASUREMENT_DATA"/>
+ <field name="EARTH_VIEWS_PER_SCANLINE" type="integer2" variable="NE" default="$NE" units="cnt" description="Earth views per scanline, NE"/>
+ <array name="SCENE_RADIANCES" length="5" labels="channel1,channel2,channel3,channel4,channel5">
+ <array length="$NE" label="FOV">
+ <field type="integer2" scaling-factor="10^2,10^2,10^4,10^2,10^2" units="See Description" description="Scene radiance for channels 1, 2, 3a or 3b, 4 & 5. Channels 1,2, 3a in units of W/(m^2.sr). Channels 3b, 4 , 5 in units of mW/(m^2.sr.cm). Channels 1,2,4 & 5 with scale factor = 2. Channels 3a or 3b with scale factor = 4."/>
+ </array>
+ </array>
+ <delimiter name="NAVIGATION_DATA_AT_SCAN_LINE"/>
+ <field name="TIME_ATTITUDE" type="uinteger4" units="s" description="Time Associated with Attitude Angles"/>
+ <array name="EULER_ANGLE" length="3" labels="roll,pitch,yaw">
+ <field type="integer2" scaling-factor="10^3" units="deg" description="Euler Angles: Roll, Pitch, Yaw"/>
+ </array>
+ <field name="NAVIGATION_STATUS" type="bitfield" length="32" description="Navigation Status Bit Field">
+ <bit length="15" name="Spare" description="Not used"/>
+ <bit name="EL_Corrected" description="Earth location corrected for Euler angles"/>
+ <bit length="4" name="EL_Indicator" description="Earth location indicator (0 = earth location available, 1 = user ephemeris files older than 24 hours, 2 = no earth location available )"/>
+ <bit length="4" name="SA_Control" description="Spacecraft attitude control (0 = operating in YGC or NOMINAL mode, 1 = operating in another mode, 2 = attitude exceeds nominal tolerance)"/>
+ <bit length="4" name="A_SMODE" description="Attitude SMODE (0 = NOMINAL mode, 1 = rate nulling mode, 2 = YGC mode, 3 = search mode, 4 = coast mode)"/>
+ <bit length="4" name="A_MODE" description="Attitude mode (0 = NOMINAL mode/no test, 1 = yaw axis test in progress, 2 = roll axis test in progress, 3 = pitch axis test in progress)"/>
+ </field>
+ <field name="SPACECRAFT_ALTITUDE" type="uinteger4" scaling-factor="10^1" units="km" description="Spacecraft Altitude Above Reference Geoid (MSL)"/>
+ <array name="ANGULAR_RELATIONS_FIRST" length="4" labels="solar-zenith,sat-zenith,solar-azimuth,sat-azimuth">
+ <field type="integer2" scaling-factor="10^2" units="deg" description="Angular relationship for the first earth view in scanline"/>
+ </array>
+ <array name="ANGULAR_RELATIONS_LAST" length="4" labels="solar-zenith,sat-zenith,solar-azimuth,sat-azimuth">
+ <field type="integer2" scaling-factor="10^2" units="deg" description="Angular relationship for the last earth view in scanline"/>
+ </array>
+ <array name="EARTH_LOCATION_FIRST" length="2" labels="latitude,longitude">
+ <field type="integer4" scaling-factor="10^4" units="deg" description="Earth location for the first earth view in scanline"/>
+ </array>
+ <array name="EARTH_LOCATION_LAST" length="2" labels="latitude,longitude">
+ <field type="integer4" scaling-factor="10^4" units="deg" description="Earth location for the last earth view in scanline"/>
+ </array>
+ <field name="NUM_NAVIGATION_POINTS" type="integer2" variable="NP" default="$NP" description="Number of navigation points in angular_relations and earth_locations arrays, NP"/>
+ <array name="ANGULAR_RELATIONS" length="$NP" label="Nav-point">
+ <array length="4" labels="solar-zenith,sat-zenith,solar-azimuth,sat-azimuth">
+ <field type="integer2" scaling-factor="10^2" units="deg" description="Angular relationships: solar zenith angle, satellite zenith angle, solar azimuth angle, satellite azimuth angle (points 25 to 2025, each 40th point, possible reduction to every 20th point)"/>
+ </array>
+ </array>
+ <array name="EARTH_LOCATIONS" length="$NP" label="Nav-point">
+ <array length="2" labels="latitude,longitude">
+ <field type="integer4" scaling-factor="10^4" units="deg" description="Earth Location: latitude, longitude (points 25 to 2025, each 40th point, possible reduction to every 20th point)"/>
+ </array>
+ </array>
+ <field name="QUALITY_INDICATOR" type="bitfield" length="32" description="Quality Indicator Bit Field">
+ <bit name="do_not_use_scan_for_product_generation" description="do not use scan for product generation"/>
+ <bit name="time_sequence_error_detected_with_this_scan" description="time sequence error detected with this scan"/>
+ <bit name="data_gap_precedes_this_scan" description="data gap precedes this scan"/>
+ <bit name="insufficient_data_for_calibration" description="insufficient data for calibration"/>
+ <bit name="earth_location_data_not_available" description="earth location data not available"/>
+ <bit name="first_good_time_following_a_clock_update" description="first good time following a clock update (nominally 0)"/>
+ <bit name="instrument_status_changed_with_this_scan" description="instrument status changed with this scan"/>
+ <bit name="sync_lock_dropped_during_this_frame" description="sync lock dropped during this frame - DEFAULT TO ZERO"/>
+ <bit name="frame_sync_word_error_greater_than_zero" description="frame sync word error greater than zero- DEFAULT TO ZERO"/>
+ <bit name="frame_sync_previously_dropped_lock" description="frame sync previously dropped lock- DEFAULT TO ZERO"/>
+ <bit name="flywheeling_detected_during_this_frame" description="flywheeling detected during this frame- DEFAULT TO ZERO"/>
+ <bit name="bit_slippage_detected_during_this_frame" description="bit slippage detected during this frame- DEFAULT TO ZERO"/>
+ <bit length="11" name="Not_used"/>
+ <bit name="TIP_parity_error_detected" description="TIP parity error detected- DEFAULT TO ZERO"/>
+ <bit length="2" name="reflected_sunlight_detected_ch3b" description="reflected sunlight detected ch 3b (0 = no anomaly; 1 = anomaly; 3 = unsure)"/>
+ <bit length="2" name="reflected_sunlight_detected_ch4" description="reflected sunlight detected ch 4 (0 = no anomaly; 1 = anomaly; 3 = unsure)"/>
+ <bit length="2" name="reflected_sunlight_detected_ch5" description="reflected sunlight detected ch 5 (0 = no anomaly; 1 = anomaly; 3 = unsure)"/>
+ <bit name="resync_occurred_on_this_frame" description="resync occurred on this frame- DEFAULT TO ZERO"/>
+ <bit name="pseudo_noise_occurred_on_this_frame" description="pseudo noise occurred on this frame"/>
+ </field>
+ <field name="SCAN_LINE_QUALITY" type="bitfield" length="32" description="Scan Line Quality Flags">
+ <delimiter name="Time Problem Code (all bits off implies the scan time is as expected)"/>
+ <bit length="8" name="not_used" description="Not used"/>
+ <bit name="bad_time_field_inferred_possible" description="time field is bad but can probably be inferred from the previous good time"/>
+ <bit name="bad_time_field_inferred_impossible" description="time field is bad and can't be inferred from the previous good time"/>
+ <bit name="time_discontinuity" description="this record starts a sequence that is inconsistent with previous times (i.e., there is a time discontinuity). This may or may not be associated with a spacecraft clock update (See bit 26 in QUALITY_INDICATOR Field)"/>
+ <bit name="repeated_scan_times" description="start of a sequence that apparently repeats scan times that have been previously accepted"/>
+ <bit length="4" name="not_used" description="Not used"/>
+ <delimiter name="Calibration Code Problem (Note these bits complement the channel indicators; all bits set to 0 indicates normal calibration. )"/>
+ <bit name="scan_line_not_calibrated_bad_time" description="Scan line was not calibrated because of bad time"/>
+ <bit name="scan_line_calibrated_using_inadequate_data" description="Scan line was calibrated using fewer than the preferred number of scan lines because of proximity to start or end of data set or to a data gap"/>
+ <bit name="scan_line_not_calibrated_bad_prt_data" description="Scan line was not calibrated because of bad or insufficient PRT data"/>
+ <bit name="scan_line_calibrated_marginal_prt_data" description="Scan line was calibrated but with marginal PRT data"/>
+ <bit name="some_uncalibrated_channels_on_this_scan" description="Some uncalibrated channels on this scan. (See channel indicators.)"/>
+ <bit name="uncalibrated_due_to_instrument_mode" description="Uncalibrated due to instrument mode."/>
+ <bit name="questionable_calibration_space_view" description="Questionable calibration because of antenna position error of space view"/>
+ <bit name="questionable_calibration_black_body" description="Questionable calibration because of antenna position error of black body"/>
+ <delimiter name="Earth Location Problem Code (all bits off indicates the Earth location was normal)"/>
+ <bit name="not_earth_located_bad_time" description="Not earth located because of bad time; earth location fields zero filled"/>
+ <bit name="questionable_earth_location_time_code" description="Earth location questionable because of questionable time code. (See time problem flags above.)"/>
+ <bit name="questionable_earth_location_marginal" description="Earth location questionable - only marginal agreement with reasonableness check."/>
+ <bit name="questionable_earth_location_failed" description="Earth location questionable - fails reasonableness check"/>
+ <bit name="questionable_earth_location_antenna_position" description="Earth location questionable because of antenna position check"/>
+ <bit length="3" name="not_used" description="Not used"/>
+ </field>
+ <array name="CALIBRATION_QUALITY" length="3">
+ <field type="bitfield" length="16" description="Calibration Quality Flags">
+ <bit length="8" name="Not_used"/>
+ <bit name="calibrated" description="this channel is not calibrated"/>
+ <bit name="questionable" description="this channel is calibrated but questionable"/>
+ <bit name="bad_blackbody" description="all bad blackbody counts for scan line"/>
+ <bit name="bad_space_view" description="all bad space view counts for scan line"/>
+ <bit name="zero_fill"/>
+ <bit name="marginal_blackbody" description="marginal blackbody view counts for this line"/>
+ <bit name="marginal_space_view" description="marginal space view counts for this line"/>
+ <bit name="Not_used"/>
+ </field>
+ </array>
+ <field name="COUNT_ERROR_FRAME" type="uinteger2" units="cnt" description="Count of Bit Errors in Frame Sync. This field is applicable only to NOAA data. For Metop data it should be defaulted to zero."/>
+ <delimiter name="Calibration_Coefficients"/>
+ <array name="CH123A_CURVE_SLOPE1" length="3" labels="channel1,channel2,channel3a">
+ <field type="integer4" scaling-factor="10^7" units="%reflectance /cnt" description="Visible Operational calibration curve slope 1 (ch. 1,2,3a)"/>
+ </array>
+ <array name="CH123A_CURVE_INTERCEPT1" length="3" labels="channel1,channel2,channel3a">
+ <field type="integer4" scaling-factor="10^6" units="%reflectance" description="Visible Operational calibration curve intercept 1 (ch. 1,2,3a)"/>
+ </array>
+ <array name="CH123A_CURVE_SLOPE2" length="3" labels="channel1,channel2,channel3a">
+ <field type="integer4" scaling-factor="10^7" units="%reflectance /cnt" description="Visible Operational calibration curve slope 2 (ch. 1,2,3a)"/>
+ </array>
+ <array name="CH123A_CURVE_INTERCEPT2" length="3" labels="channel1,channel2,channel3a">
+ <field type="integer4" scaling-factor="10^6" units="%reflectance" description="Visible Operational calibration curve intercept 2 (ch. 1,2,3a)"/>
+ </array>
+ <array name="CH123A_CURVE_INTERCEPTION" length="3" labels="channel1,channel2,channel3a">
+ <field type="integer4" units="cnt" description="Visible Operational calibration intersection (ch. 1,2,3a)"/>
+ </array>
+ <array name="CH123A_TEST_CURVE_SLOPE1" length="3" labels="channel1,channel2,channel3a">
+ <field type="integer4" scaling-factor="10^7" units="%reflectance /cnt" description="Visible Test calibration curve slope 1 (ch. 1,2,3a)"/>
+ </array>
+ <array name="CH123A_TEST_CURVE_INTERCEPT1" length="3" labels="channel1,channel2,channel3a">
+ <field type="integer4" scaling-factor="10^6" units="%reflectance" description="Visible Test calibration curve intercept 1 (ch. 1,2,3a)"/>
+ </array>
+ <array name="CH123A_TEST_CURVE_SLOPE2" length="3" labels="channel1,channel2,channel3a">
+ <field type="integer4" scaling-factor="10^7" units="%reflectance /cnt" description="Visible Test calibration curve slope 2 (ch. 1,2,3a)"/>
+ </array>
+ <array name="CH123A_TEST_CURVE_INTERCEPT2" length="3" labels="channel1,channel2,channel3a">
+ <field type="integer4" scaling-factor="10^6" units="%reflectance" description="Visible Test calibration curve intercept 2 (ch. 1,2,3a)"/>
+ </array>
+ <array name="CH123A_TEST_CURVE_INTERCEPTION" length="3" labels="channel1,channel2,channel3a">
+ <field type="integer4" units="cnt" description="Visible Test calibration intersection (ch. 1,2,3a)"/>
+ </array>
+ <array name="CH123A_PRELAUNCH_CURVE_SLOPE1" length="3" labels="channel1,channel2,channel3a">
+ <field type="integer4" scaling-factor="10^7" units="%reflectance /cnt" description="Visible Prelaunch calibration curve slope 1 (ch. 1,2,3a)"/>
+ </array>
+ <array name="CH123A_PRELAUNCH_CURVE_INTERCEPT1" length="3" labels="channel1,channel2,channel3a">
+ <field type="integer4" scaling-factor="10^6" units="%reflectance" description="Visible Prelaunch calibration curve intercept 1 (ch. 1,2,3a)"/>
+ </array>
+ <array name="CH123A_PRELAUNCH_CURVE_SLOPE2" length="3" labels="channel1,channel2,channel3a">
+ <field type="integer4" scaling-factor="10^7" units="%reflectance /cnt" description="Visible Prelaunch calibration curve slope 2 (ch. 1,2,3a)"/>
+ </array>
+ <array name="CH123A_PRELAUNCH_CURVE_INTERCEPT2" length="3" labels="channel1,channel2,channel3a">
+ <field type="integer4" scaling-factor="10^6" units="%reflectance" description="Visible Prelaunch calibration curve intercept 2 (ch. 1,2,3a)"/>
+ </array>
+ <array name="CH123A_PRELAUNCH_CURVE_INTERCEPTION" length="3" labels="channel1,channel2,channel3a">
+ <field type="integer4" units="cnt" description="Visible Prelaunch calibration intersection (ch. 1,2,3a)"/>
+ </array>
+ <array name="CH3B45_SECOND_TERM" length="3" labels="channel3b,channel4,channel5">
+ <field type="integer4" scaling-factor="10^9" units="mW/(m2 sr cm-1)/cnt2" description="IR Operational Calibration Second Order Term (ch. 3b,4,5)"/>
+ </array>
+ <array name="CH3B45_FIRST_TERM" length="3" labels="channel3b,channel4,channel5">
+ <field type="integer4" scaling-factor="10^6" units="mW/(m2 sr cm-1)/cnt" description="IR Operational Calibration First Order Term (ch. 3b,4,5)"/>
+ </array>
+ <array name="CH3B45_ZEROTH_TERM" length="3" labels="channel3b,channel4,channel5">
+ <field type="integer4" scaling-factor="10^6" units="mW/(m2 sr cm-1)" description="IR Operational Calibration Zeroth Order Term (ch. 3b,4,5)"/>
+ </array>
+ <array name="CH3B45_TEST_SECOND_TERM" length="3" labels="channel3b,channel4,channel5">
+ <field type="integer4" scaling-factor="10^9" units="mW/(m2 sr cm-1)/cnt2" description="IR Test Calibration Second Order Term (ch. 3b,4,5)"/>
+ </array>
+ <array name="CH3B45_TEST_FIRST_TERM" length="3" labels="channel3b,channel4,channel5">
+ <field type="integer4" scaling-factor="10^6" units="mW/(m2 sr cm-1)/cnt" description="IR Test Calibration First Order Term (ch. 3b,4,5)"/>
+ </array>
+ <array name="CH3B45_TEST_ZEROTH_TERM" length="3" labels="channel3b,channel4,channel5">
+ <field type="integer4" scaling-factor="10^6" units="mW/(m2 sr cm-1)" description="IR Test Calibration Zeroth Order Term (ch. 3b,4,5)"/>
+ </array>
+ <array name="CLOUD_INFORMATION" length="$NE" label="FOV">
+ <field type="bitfield" length="16" description="Cloud Information CCM (Clear/Cloudy/Mixed) Codes">
+ <bit name="Uniformity_test_a" description="0=test failed or clear, 1=cloudy"/>
+ <bit name="Uniformity_test_b" description="0 =test failed or cloudy, 1=clear"/>
+ <bit name="T3_T5_test_a" description="0=test failed or clear, 1=cloudy"/>
+ <bit name="T3_T5_test_b" description="0 =test failed or cloudy, 1=clear"/>
+ <bit name="T4_T3_test_a" description="0=test failed or clear, 1=cloudy"/>
+ <bit name="T4_T3_test_b" description="0 =test failed or cloudy, 1=clear"/>
+ <bit name="T4_T5_test_a" description="0=test failed or clear, 1=cloudy"/>
+ <bit name="T4_T5_test_b" description="0 =test failed or cloudy, 1=clear"/>
+ <bit name="Albedo_test_a" description="0=test failed or clear, 1=cloudy or snow/ice covered"/>
+ <bit name="Albedo_test_b" description="0 =test failed or cloudy, 1=clear or snow/ice covered"/>
+ <bit name="T4_test_a" description="0=test failed or clear, 1=cloudy or snow/ice covered"/>
+ <bit name="T4_test_b" description="0 =test failed or cloudy, 1=clear or snow/ice covered"/>
+ <bit length="4" name="Number_of_the_test_situation" description="11 different test situations"/>
+ </field>
+ </array>
+ <delimiter name="DIGITAL_A_Telemetry"/>
+ <array name="FRAME_SYNCHRONISATION" length="6" label="sync-word">
+ <field type="uinteger2" description="Frame Sync. This field is applicable only to NOAA data. For Metop data the field will be zeroed."/>
+ </array>
+ <field name="FRAME_INDICATOR" type="bitfield" length="32" description="Frame ID. This field is applicable only to NOAA data. For Metop data the all bits will be unset.">
+ <bit length="6" name="Not_Used"/>
+ <bit name="Sync" description="0 = internal sysn, 1 = AVHRR sync"/>
+ <bit length="2" name="Frame" description="DEFAULT TO ZERO (0 = Not an HRPT frame but a GAC frame, 1 = minor frame 1, 2 = minor frame 2, 3 =minor frame 3)"/>
+ <bit length="4" name="Spacecraft_addresses"/>
+ <bit name="Stable" description="0 = frame stable, 1 = frame resync occurred"/>
+ <bit name="Input" description="0 = pseudonoise AVHRR input, 1 = normal AVHRR input"/>
+ <bit name="Channel_Input" description="0 = AVHRR channel 3b, 1 = AVHRR channel 3a"/>
+ <bit length="6" name="Not_used"/>
+ <bit length="10" name="Undefined"/>
+ </field>
+ <field name="TIME_CODE" type="bitfield" length="64" description="Time Code. This field is applicable only to NOAA data. For Metop data the all bits will be unset.">
+ <bit length="6" name="Not_used"/>
+ <bit length="9" name="day" description="Binary day count"/>
+ <bit name="0"/>
+ <bit length="6" name="Not_used"/>
+ <bit name="1"/>
+ <bit name="0"/>
+ <bit name="1"/>
+ <bit length="7" name="millisecond_msp" description="most significant part of the binary millisecond day count"/>
+ <bit length="6" name="Not_used"/>
+ <bit length="10" name="millisecond_p" description="part of binary millisecond of day count"/>
+ <bit length="6" name="Not_used"/>
+ <bit length="10" name="millisecond_lsp" description="least significant part of binary millisecond of day count"/>
+ </field>
+ <array name="RAMP_CALIB" length="5" labels="channel1,channel2,channel3,channel4,channel5">
+ <field type="uinteger2" units="cnt" description="Ramp Calibration (Ch 1-5)"/>
+ </array>
+ <array name="INTERNAL_TARGET_TEMPERATURE_COUNT" length="3" label="reading">
+ <field type="uinteger2" units="cnt" description="Internal Target Temperature Count Reading (1 - 3) - (Three readings from one of the four platinum resistance thermometers (PRT). A different PRT is sampled for each scan; every fifth scan will contain a reference value of 0 in place of each reading.)"/>
+ </array>
+ <delimiter name="Digital_B_telemetry"/>
+ <field name="INSTRUMENT_INVALID_WORD_FLAG" type="bitfield" length="16" description="Invalid Word Bit Flags">
+ <bit name="motor/telemetry"/>
+ <bit name="electronics/telemetry"/>
+ <bit name="channel_1_status"/>
+ <bit name="channel_2_status"/>
+ <bit name="channel_3a_status"/>
+ <bit name="channel_3b_status"/>
+ <bit name="channel_4_status"/>
+ <bit name="channel_5_status"/>
+ <bit name="channel_3a/3b_select_status"/>
+ <bit name="voltage_calibrate_status"/>
+ <bit name="cooler_heat"/>
+ <bit name="scan_motor"/>
+ <bit name="telemetry_lock"/>
+ <bit name="earth_shield"/>
+ <bit name="patch_control"/>
+ <bit name="not_used"/>
+ </field>
+ <field name="DIGITAL_B_DATA" type="bitfield" length="16" description="AVHRR Digital B Data">
+ <bit name="motor_telemetry" description="0=off, 1 =on"/>
+ <bit name="electronics_telemetry" description="0=off, 1 =on"/>
+ <bit name="channel_1_status" description="0 = disable, 1 = enable"/>
+ <bit name="channel_2_status" description="0 = disable, 1 = enable"/>
+ <bit name="channel_3a_status" description="0 = disable, 1 = enable"/>
+ <bit name="channel_3b_status" description="0 = disable, 1 = enable"/>
+ <bit name="channel_4_status" description="0 = disable, 1 = enable"/>
+ <bit name="channel_5_status" description="0 = disable, 1 = enable"/>
+ <bit name="channel_3a_3b_select_status" description="0 = 3b, 1 = 3a"/>
+ <bit name="voltage_calibrate_status" description="0 = off, 1 = on"/>
+ <bit name="cooler_heat" description="0 = off, 1 = on"/>
+ <bit name="scan_motor" description="0 = low, 1 = high"/>
+ <bit name="telemetry_lock" description="0 = off, 1 = lock"/>
+ <bit name="earth_shield" description="0 = disable, 1 = deploy"/>
+ <bit name="patch_control" description="0 = off, 1 = on"/>
+ <bit name="Not_used"/>
+ </field>
+ <delimiter name="Analog_housekeeping_data"/>
+ <field name="INSTRUMENT_INVALID_ANALOG_WORD_FLAG" type="bitfield" length="32" description="Invalid Word Bit Flags">
+ <bit length="9" name="unused"/>
+ <bit name="reference_voltage" description="word 22"/>
+ <array length="20" name="words21to2">
+ <bit description="words 21 through 2 (in order)"/>
+ </array>
+ <bit name="patch_control" description="0=off, 1=on"/>
+ <bit name="unused"/>
+ </field>
+ <field name="PATCH_TEMPERATURE" type="uinteger2" description="Word 1: Patch Temperature"/>
+ <field name="PATCH_EXTENDED_TEMPERATURE" type="uinteger2" description="Word 2: Patch Temperature Extended"/>
+ <field name="PATCH_POWER" type="uinteger2" description="Word 3: Patch Power"/>
+ <field name="RADIATOR_TEMPERATURE" type="uinteger2" description="Word 4: Radiator Temperature"/>
+ <field name="BLACKBODY_TEMPERATURE1" type="uinteger2" description="Word 5: Black Body Temperature 1"/>
+ <field name="BLACKBODY_TEMPERATURE2" type="uinteger2" description="Word 6: Black Body Temperature 2"/>
+ <field name="BLACKBODY_TEMPERATURE3" type="uinteger2" description="Word 7: Black Body Temperature 3"/>
+ <field name="BLACKBODY_TEMPERATURE4" type="uinteger2" description="Word 8: Black Body Temperature 4"/>
+ <field name="ELECTRONIC_CURRENT" type="uinteger2" description="Word 9: Electronics Current"/>
+ <field name="MOTOR_CURRENT" type="uinteger2" description="Word 10: Motor Current"/>
+ <field name="EARTH_SHIELD_POSITION" type="uinteger2" description="Word 11: Earth Shield Position"/>
+ <field name="ELECTRONIC_TEMPERATURE" type="uinteger2" description="Word 12: Electronics Temperature"/>
+ <field name="COOLER_HOUSING_TEMPERATURE" type="uinteger2" description="Word 13: Cooler Housing Temperature"/>
+ <field name="BASEPLATE_TEMPERATURE" type="uinteger2" description="Word 14: Baseplate Temperature"/>
+ <field name="MOTOR_HOUSING_TEMPERATURE" type="uinteger2" description="Word 15: Motor Housing Temperature"/>
+ <field name="AD_CONVERTER_TEMPERATURE" type="uinteger2" description="Word 16: A/D Converter Temperature"/>
+ <field name="DETECTOR4_VOLTAGE" type="uinteger2" description="Word 17: Detector #4 Bias Voltage"/>
+ <field name="DETECTOR5_VOLTAGE" type="uinteger2" description="Word 18: Detector #5 Bias Voltage"/>
+ <field name="CH3_BLACKBODY_VIEW" type="uinteger2" description="Word 19: Channel 3b Blackbody View"/>
+ <field name="CH4_BLACKBODY_VIEW" type="uinteger2" description="Word 20: Channel 4 Blackbody View"/>
+ <field name="CH5_BLACKBODY_VIEW" type="uinteger2" description="Word 21: Channel 5 Blackbody View"/>
+ <field name="REFERENCE_VOLTAGE" type="uinteger2" description="Word 22: Reference Voltage"/>
+ </mdr>
+
+
+
+</product>
+
+
+</format>