| | |
|
a | |
|
AutoPlotHazard |
Plot hazard maps and curves for locations within the
simulation domain. |
| | |
|
c | |
|
CalcFrequency |
Calculate annual genesis frequency of TCs within the track
generation domain. |
|
CalcTrackDomain |
Determine track generator domain, ensuring it encompasses
all tracks entering the windfield generator domain. |
|
colours |
Create customised colour maps that are more palatable and/or
suitable for plotting data. To access the additional colour
maps, simply import this module, then call
pyplot.get_cmap(<new_cmap_name>) to get the new colour map.
See the matplotlib examples pages for more details:
http://matplotlib.org/examples/pylab_examples/custom_cmap.html |
|
columns |
Load csv formatted data into a numpy array |
|
config |
Provides functions for manipulating configuration files
e.g. reading setting from a configuration file. |
|
convolve |
Convolve two 2-d fields to apply a smoother (e.g. directional
filtering, gaussian smoother). |
|
curves |
provide methods to plot curves (hazard curves,
distributions, logarithmic axes, etc). |
| | |
|
d | |
 |
DataProcess |
Processes the database of historical TCs into
suitably formatted text files. |
|
DataProcess.CalcFrequency |
|
|
DataProcess.CalcTrackDomain |
|
|
DataProcess.DataProcess |
|
| | |
|
e | |
|
Evaluate |
Provide some evaluation methods for testing
the track generation model. |
|
Evaluate.interpolateTracks |
|
|
Evaluate.landfallRates |
|
|
Evaluate.longitudeCrossing |
|
|
Evaluate.pressureDistribution |
|
|
Evaluate.trackDensity |
|
| | |
|
f | |
|
figures |
Basic figure elements for statistical and other plotting
actions. |
| | |
|
g | |
|
GenerateDistributions |
Generate CDFs for parameters for each grid cell in the
model domain. |
|
generateStats |
Calculates the mean, variance and
autocorrelation statistics for all grid
cells in the domain, for a given parameter. |
|
grid |
Read, write and sample ascii grid files. |
| | |
|
h | |
|
hazard |
|
|
hazard.evd |
|
| | |
|
i | |
|
interp3d |
Interpolate data to a set of points in 3-d space. |
|
interpTrack |
interpolate a TC track to a shorter time interval. |
|
Intersections |
Functions to determine line intersections for polygons and
line features. |
| | |
|
k | |
|
KDEOrigin |
Kernel density estimation for genesis probability. |
|
KDEParameters |
Generate KDEs of TC parameters. |
| | |
|
l | |
|
LandfallRates |
Given a set of cyclone tracks and gates around the coastline,
bin each coastal crossing into the gate corresponding to it's
landfall location - then repeat for a set of synthetic events. |
|
lat_long_UTM_conversion |
Convert from latitude-longitude coordinates to UTM
coordinates. |
|
lmomentFit |
Functions translated from the LMOMENTS Fortran
package for fitting a GEV function. |
|
loadData |
Load formatted csv file containing tropical
cyclone track information |
|
LongitudeCrossing |
Calculate the rate of TCs crossing lines of longitude
and latitude, comparing historical and synthetic
events. |
| | |
|
m | |
|
maps |
Generate map images using `cartopy` |
|
maputils |
Mapping functions. |
|
metutils |
perform basic meteorological calculations. |
| | |
|
n | |
|
nctools |
This modlue contains basic utilities for manipulating
netCDF format files. It relies on the netCDF4 module
(https://code.google.com/p/netcdf4-python/) |
| | |
|
p | |
|
parallel |
Provides a couple of base functions that set up a
parallel processing environment. There are only a
small number of parallel processing functions
required for TCRM, so we only need to ensure
those functions are available, either as
the real thing or, if the required modules are
not available, dummy functions that pass straight
through.
We base our parallel processing on :term:`mpi4py` |
|
pathLocator |
A function to determine the directory one level above
the Utilities folder. Designed to work even if the code has been
compiled with py2exe. This results in the modules being built-in
to the interpreter, so the path of the executable is returned
instead. |
|
PlotInterface |
|
|
PlotInterface.AutoPlotHazard |
|
|
PlotInterface.curves |
|
|
PlotInterface.figures |
|
|
PlotInterface.maps |
|
|
PlotInterface.plotStats |
|
|
PlotInterface.plotTimeseries |
|
|
PlotInterface.timeseries |
|
|
plotStats |
A collection of statistical plotting routines. |
|
plotTimeseries |
Load timeseries data generated by TCRM and plot the wind
speed, component wind speeds and bearing. |
|
PressureDistribution |
calculate central pressure distributions based on historic and
synthetic event sets |
|
PressureInterface |
|
|
PressureInterface.pressureProfile |
|
|
pressureProfile |
Returns the radial pressure field for a range
of parametric radial wind models. |
|
process |
Provides functions to control processing of files. The
module records details of each file processed in a text file,
which can then be looked up at a later time to determin if a file
has previously been processed. It uses the MD5 checksum value of
the file as the primary indicator of modifications to a file. |
|
progressbar |
print a progress bar on to standard output. |
| | |
|
s | |
|
SamplingOrigin |
Generate a sample of random TC origins from
CDFs derived using kernel density estimation. |
|
SamplingParamters |
Generate samples of TC parameters. |
|
StatInterface |
|
|
StatInterface.GenerateDistributions |
|
|
StatInterface.generateStats |
|
|
StatInterface.KDEOrigin |
|
|
StatInterface.KDEParameters |
|
|
StatInterface.SamplingOrigin |
|
|
StatInterface.SamplingParameters |
|
|
StatInterface.StatInterface |
|
|
stats |
Miscellaneous tools required for statistics-related classes. |
| | |
|
t | |
|
tcevent |
Run the wind field module for a single TC track. |
|
tcrm |
The main interface to TCRM. Determines which components
of the model system to execute, based on the configuration
settings specified. |
|
template |
Read in a text file, with formatted elements
and replace with strings. |
|
tests |
|
|
tests.NumpyTestCase |
|
|
tests.pathLocate |
|
|
tests.run |
|
|
tests.test_evd |
|
|
tests.test_files |
|
|
tests.test_gridNC |
|
|
tests.test_interp3d |
|
|
tests.test_Intersections |
|
|
tests.test_KDEOrigin |
|
|
tests.test_loadData |
|
|
tests.test_nctools |
|
|
tests.test_TrackGenerator |
|
|
tests.test_windmodels |
|
|
TrackDensity |
Calculate density of TC tracks over a grid (TCs/degree/year) |
|
TrackGenerator |
|
|
TrackGenerator.TrackGenerator |
|
|
TrackGenerator.trackLandfall |
|
|
tracks |
This module contains funcitons for reading/writing
track data from/to csv and netCDF formats. |
|
tracks2shp |
Writes track instances to a shape file as a
collection of line, ployline or point features. |
|
tsmultipliers |
Multiply the wind speed in a timeseries file by the
appropriate multiplier values. Still a very rudimentary
process. |
| | |
|
u | |
|
Utilities |
|
|
Utilities.colours |
|
|
Utilities.columns |
|
|
Utilities.config |
|
|
Utilities.confjson |
|
|
Utilities.convolve |
|
|
Utilities.datasets |
|
|
Utilities.files |
|
|
Utilities.grid |
|
|
Utilities.interp3d |
|
|
Utilities.interpTrack |
|
|
Utilities.Intersections |
|
|
Utilities.lat_long_UTM_conversion |
|
|
Utilities.lmomentFit |
|
|
Utilities.loadData |
|
|
Utilities.maputils |
|
|
Utilities.metutils |
|
|
Utilities.nctools |
|
|
Utilities.parallel |
|
|
Utilities.pathLocator |
|
|
Utilities.process |
|
|
Utilities.progressbar |
|
|
Utilities.shptools |
|
|
Utilities.smooth |
|
|
Utilities.stats |
|
|
Utilities.tcrandom |
|
|
Utilities.template |
|
|
Utilities.timeseries |
|
|
Utilities.track |
|
|
Utilities.tracks2shp |
|
|
Utilities.tsmultipliers |
|
|
Utilities.version |
|
|
Utilities.vorticity |
|
| | |
|
v | |
|
version |
Provide ways to determine the version of
the currently executing code. |
|
vmax |
Calculate maximum wind speed in a cyclone from the
pressure deficit. |
| | |
|
w | |
|
wind |
|
|
wind.vmax |
|
|
wind.windmodels |
|