# Load the needed modules from bemio from bemio.io.wamit import read from bemio.io.output import write_hdf5 # Load plotting functions #import matplotlib.pyplot as plt #plt.interactive(True) # Load the data using the wamit module. wamit_data = read(out_file='wamit_data/rm3.out',scale=False) # Calculate IRF and plot using the wamit module for i in xrange(wamit_data.body[0].num_bodies): #wamit_data.body[0].num_bodies wamit_data.body[i].calc_irf_radiation(t_end=20., n_t=1001, n_w=501) #wamit_data.body[i].calc_ss_radiation() wamit_data.body[i].calc_irf_excitation(t_end=100., n_t=1001, n_w=501, w_max=1.25) # Save the data in the hdf5 format. write_hdf5(wamit_data)
#! /usr/bin/python
# bemio WAMIT tutorial
# Load the needed modules from bemio
from bemio.io.wamit import read
from bemio.io.output import write_hdf5
# Load the data using the wamit module.
wamit_data = read(out_file='./sphere.out')
# Calculate IRF and plot using the wamit module
for i in range(wamit_data.body[0].num_bodies): #wamit_data.body[0].num_bodies
wamit_data.body[i].calc_irf_radiation(t_end=100, n_t=201, n_w=201)
#wamit_data.body[i].calc_ss_radiation(max_order=5, r2_thresh=0.90)
wamit_data.body[i].calc_irf_excitation(t_end=50, n_t=101, n_w=101)
# Save the data in the hdf5 format.
write_hdf5(wamit_data)
#! /usr/bin/python
# bemio WAMIT tutorial
# Load the needed modules from bemio
from bemio.io.wamit import read
from bemio.io.output import write_hdf5
# Load the data using the wamit module.
wamit_data = read(out_file='./ecm_ellipsoid.out')
# Calculate IRF and plot using the wamit module
for i in range(wamit_data.body[0].num_bodies): #wamit_data.body[0].num_bodies
wamit_data.body[i].calc_irf_radiation(t_end=100, n_t=201, n_w=201)
#wamit_data.body[i].calc_ss_radiation(max_order=5, r2_thresh=0.90)
wamit_data.body[i].calc_irf_excitation(t_end=50, n_t=101, n_w=101)
# Save the data in the hdf5 format.
write_hdf5(wamit_data)
# Import bemio modules from bemio.io.wamit import read from bemio.io.output import write_hdf5 # Load the data wamit_data = read(out_file='rm3.out') num_bodies = wamit_data.body[0].num_bodies # Calculate IRF for i in xrange(num_bodies): wamit_data.body[i].calc_irf_radiation(t_end=100., n_t=501, n_w=501, w_max=1.5) wamit_data.body[i].calc_ss_radiation() wamit_data.body[i].calc_irf_excitation(t_end=100., n_t=501, n_w=501) # Save the data in HDF5 format write_hdf5(wamit_data)
# Load the needed modules from bemio from bemio.io.wamit import read from bemio.io.output import write_hdf5 from bemio.utilities.hdf_utilities import combine_h5 from bemio.utilities.hdf_utilities import create_hydro_data # Load the data using the wamit module. wamit_1 = read(out_file='wamit_data/coer_comp_f.out') write_hdf5(wamit_1,out_file='wamit_1.h5') # Load the data using the wamit module. wamit_2 = read(out_file='wamit_data/coer_comp_f.out') write_hdf5(wamit_2,out_file='wamit_2.h5') hdf5_data = combine_h5(['wamit_1.h5','wamit_2.h5']) hydro_data = create_hydro_data(hdf5_data)
# Load the needed modules from bemio from bemio.io.wamit import read from bemio.io.output import write_hdf5 from bemio.utilities.hdf_utilities import combine_h5 from bemio.utilities.hdf_utilities import create_hydro_data # Load the data using the wamit module. wamit_1 = read(out_file='wamit_data/coer_comp_f.out') write_hdf5(wamit_1, out_file='wamit_1.h5') # Load the data using the wamit module. wamit_2 = read(out_file='wamit_data/coer_comp_f.out') write_hdf5(wamit_2, out_file='wamit_2.h5') hdf5_data = combine_h5(['wamit_1.h5', 'wamit_2.h5']) hydro_data = create_hydro_data(hdf5_data)
# Import bemio modules
from bemio.io.wamit import read
from bemio.io.output import write_hdf5
# Load the data
wamit_data = read(out_file='rm3.out')
num_bodies = wamit_data.body[0].num_bodies
# Calculate IRF
for i in xrange(num_bodies):
wamit_data.body[i].calc_irf_radiation(t_end=60.)
wamit_data.body[i].calc_ss_radiation()
wamit_data.body[i].calc_irf_excitation(t_end=157.)
# Save the data in HDF5 format
write_hdf5(wamit_data)
#! /usr/bin/python # bemio WAMIT tutorial # Load the needed modules from bemio from bemio.io.wamit import read from bemio.io.output import write_hdf5 # Load the data using the wamit module. wamit_data = read(out_file='./sphere.out') # Calculate IRF and plot using the wamit module for i in xrange(wamit_data.body[0].num_bodies): #wamit_data.body[0].num_bodies wamit_data.body[i].calc_irf_radiation(t_end=100,n_t=201,n_w=201) #wamit_data.body[i].calc_ss_radiation(max_order=5, r2_thresh=0.90) wamit_data.body[i].calc_irf_excitation(t_end=50,n_t=101,n_w=101) # Save the data in the hdf5 format. write_hdf5(wamit_data)
# Load the needed modules from bemio
from bemio.io.wamit import read
from bemio.io.output import write_hdf5
# Load plotting functions
#import matplotlib.pyplot as plt
#plt.interactive(True)
# Load the data using the wamit module.
wamit_data = read(out_file='wamit_data/rm3.out', scale=False)
# Calculate IRF and plot using the wamit module
for i in range(wamit_data.body[0].num_bodies): #wamit_data.body[0].num_bodies
wamit_data.body[i].calc_irf_radiation(t_end=20., n_t=1001, n_w=501)
#wamit_data.body[i].calc_ss_radiation()
wamit_data.body[i].calc_irf_excitation(t_end=100.,
n_t=1001,
n_w=501,
w_max=1.25)
# Save the data in the hdf5 format.
write_hdf5(wamit_data)
#! /usr/bin/python
# bemio WAMIT tutorial
# Load the needed modules from bemio
from bemio.io.wamit import read
from bemio.io.output import write_hdf5
# Load the data using the wamit module.
wamit_data = read(out_file='./wec3.out')
# Calculate IRF and plot using the wamit module
for i in range(wamit_data.body[0].num_bodies): #wamit_data.body[0].num_bodies
wamit_data.body[i].calc_irf_radiation(t_end=100., n_t=1001, n_w=501)
#wamit_data.body[i].calc_ss_radiation(max_order=5, r2_thresh=0.90)
wamit_data.body[i].calc_irf_excitation(t_end=100., n_t=1001, n_w=501)
# Save the data in the hdf5 format.
write_hdf5(wamit_data)
# Load the needed modules from bemio
from bemio.io.wamit import read
from bemio.io.output import write_hdf5
# Load the data using the wamit module.
wamit_data_f = read(out_file='wamit_data/coer_comp_f.out')
# Calculate IRF and SS coefficients
for i in range(wamit_data_f.body[0].num_bodies):
wamit_data_f.body[i].calc_irf_radiation(t_end=20.0, n_t=1001, n_w=501)
wamit_data_f.body[i].calc_irf_excitation(t_end=20.0, n_t=1001, n_w=501)
# Save the data in the hdf5 format.
write_hdf5(wamit_data_f, out_file='coer_comp_f.h5')
# Load the data using the wamit module, scaling the data by rho=1000, g=9.81 and
# frequench (w)
wamit_data_f_scaled = read(out_file='wamit_data/coer_comp_f.out', scale=True)
# Calculate IRF and plot using the wamit module
for i in range(wamit_data_f_scaled.body[0].num_bodies):
wamit_data_f_scaled.body[i].calc_irf_radiation(t_end=20.0,
n_t=1001,
n_w=1001)
wamit_data_f_scaled.body[i].calc_irf_excitation(t_end=20.0,
n_t=1001,
n_w=1001)
# Save the data in the hdf5 format.
write_hdf5(wamit_data_f_scaled, out_file='coer_comp_f_scaled.h5')
# Load the needed modules from bemio from bemio.io.wamit import read from bemio.io.output import write_hdf5 # Load the data using the wamit module. wamit_data_f = read(out_file='wamit_data/coer_comp_f.out') # Calculate IRF and SS coefficients for i in xrange(wamit_data_f.body[0].num_bodies): wamit_data_f.body[i].calc_irf_radiation(t_end=20.0, n_t=1001, n_w=501) wamit_data_f.body[i].calc_irf_excitation(t_end=20.0, n_t=1001, n_w=501) # Save the data in the hdf5 format. write_hdf5(wamit_data_f,out_file='coer_comp_f.h5') # Load the data using the wamit module, scaling the data by rho=1000, g=9.81 and # frequench (w) wamit_data_f_scaled = read(out_file='wamit_data/coer_comp_f.out', scale=True) # Calculate IRF and plot using the wamit module for i in xrange(wamit_data_f_scaled.body[0].num_bodies): wamit_data_f_scaled.body[i].calc_irf_radiation(t_end=20.0, n_t=1001, n_w=1001) wamit_data_f_scaled.body[i].calc_irf_excitation(t_end=20.0, n_t=1001, n_w=1001) # Save the data in the hdf5 format. write_hdf5(wamit_data_f_scaled,out_file='coer_comp_f_scaled.h5')
#! /usr/bin/python
# bemio WAMIT tutorial
# Load the needed modules from bemio
from bemio.io.wamit import read
from bemio.io.output import write_hdf5
# Load the data using the wamit module.
wamit_data = read(out_file="./ecm_ellipsoid.out")
# Calculate IRF and plot using the wamit module
for i in xrange(wamit_data.body[0].num_bodies): # wamit_data.body[0].num_bodies
wamit_data.body[i].calc_irf_radiation(t_end=100, n_t=201, n_w=201)
# wamit_data.body[i].calc_ss_radiation(max_order=5, r2_thresh=0.90)
wamit_data.body[i].calc_irf_excitation(t_end=50, n_t=101, n_w=101)
# Save the data in the hdf5 format.
write_hdf5(wamit_data)
# Import bemio modules
from bemio.io.wamit import read
from bemio.io.output import write_hdf5
# Load the data
wamit_data = read(out_file='ellipsoid.out')
num_bodies = wamit_data.body[0].num_bodies
# Calculate IRF
for i in xrange(num_bodies):
wamit_data.body[i].calc_irf_radiation(t_end=100., n_t=1001, n_w=1001)
wamit_data.body[i].calc_ss_radiation()
wamit_data.body[i].calc_irf_excitation(t_end=100., n_t=1001, n_w=1001)
# Save the data in HDF5 format
write_hdf5(wamit_data)
# Load the needed modules from bemio from bemio.io.wamit import read from bemio.io.output import write_hdf5 # Load the data using the wamit module. wamit_data_f = read(out_file='coer_comp_f.out') # Calculate IRF and SS coefficients for i in xrange(wamit_data_f.body[0].num_bodies): #wamit_data_f.body[0].num_bodies wamit_data_f.body[i].calc_irf_radiation(t_end=20.0, n_t=2001, n_w=4001) # wamit_data_f.body[i].calc_ss_radiation(max_order=7, r2_thresh=0.95) wamit_data_f.body[i].calc_irf_excitation(t_end=20.0, n_t=2001, n_w=4001) # Save the data in the hdf5 format. write_hdf5(wamit_data_f,out_file='coer_comp_f.h5')
#! /usr/bin/python # bemio WAMIT tutorial # Load the needed modules from bemio from bemio.io.wamit import read from bemio.io.output import write_hdf5 # Load the data using the wamit module. wamit_data = read(out_file='./wec3.out') # Calculate IRF and plot using the wamit module for i in xrange(wamit_data.body[0].num_bodies): #wamit_data.body[0].num_bodies wamit_data.body[i].calc_irf_radiation(t_end=100., n_t=1001, n_w=501) #wamit_data.body[i].calc_ss_radiation(max_order=5, r2_thresh=0.90) wamit_data.body[i].calc_irf_excitation(t_end=100., n_t=1001, n_w=501) # Save the data in the hdf5 format. write_hdf5(wamit_data)
# Load the needed modules from bemio from bemio.io.wamit import read from bemio.io.output import write_hdf5 # Load the data using the wamit module. wamit_data = read(out_file='wamit_data/oswec.out') # Calculate IRF and plot using the wamit module for i in xrange(wamit_data.body[0].num_bodies): #wamit_data.body[0].num_bodies wamit_data.body[i].calc_irf_radiation(t_end=20, n_t=501, n_w=501, w_max=10.) #wamit_data.body[i].calc_ss_radiation(max_order=5, r2_thresh=0.90) wamit_data.body[i].calc_irf_excitation(t_end=30. , n_t=501, n_w=501) # Save the data in the hdf5 format. write_hdf5(wamit_data)
# [Topcoder] import sys import os import os.path sys.path.append(os.path.dirname(os.path.dirname(__file__))) # Load the needed modules from bemio from bemio.io.wamit import read from bemio.io.output import write_hdf5 from bemio.utilities.hdf_utilities import combine_h5 from bemio.utilities.hdf_utilities import create_hydro_data # .out files inFile = sys.argv[1] inDir = os.path.dirname(inFile) head, tail = os.path.split(inFile) head = os.path.dirname(head) # H5 files #outFile = os.path.splitext(inFile)[0] # Load the data using the wamit module. wamit_1 = read(out_file=inFile+'.out') write_hdf5(wamit_1,out_file = head + '/openwarp/' + tail + '.h5' )
# Import bemio modules from bemio.io.wamit import read from bemio.io.output import write_hdf5 # Load the data wamit_data = read(out_file='ellipsoid.out') num_bodies = wamit_data.body[0].num_bodies # Calculate IRF for i in xrange(num_bodies): wamit_data.body[i].calc_irf_radiation(t_end=100., n_t=1001, n_w=1001) wamit_data.body[i].calc_ss_radiation() wamit_data.body[i].calc_irf_excitation(t_end=100., n_t=1001, n_w=1001) # Save the data in HDF5 format write_hdf5(wamit_data)
