jbrage / iontracks Goto Github PK
View Code? Open in Web Editor NEWIonTracks is an open source code for the calculation of recombination in ion beams
License: GNU General Public License v3.0
IonTracks is an open source code for the calculation of recombination in ion beams
License: GNU General Public License v3.0
We would like to write down values of crucial input parameters for this method:
def ks_initial_IonTracks(E_MeV_u,
voltage_V,
electrode_gap_cm=0.2,
particle="proton",
RDD_model="Geiss",
grid_size_um=3.0,
a0_nm=8.0,
use_beta=False,
PRINT_parameters=False,
SHOW_PLOT=False,
theta_rad=0):
These should be used for validation of new, faster parallel implementation
Look at https://github.com/DataMedSci/pymchelper/blob/master/setup.py#L33 or Poetry
Take a look at https://github.com/jbrage/IonTracks/blob/master/hadrons/example_continuous_beam.py
test
directory covering the parameters used in the continues beam scriptCheck the LET calculations for (1-300) MeV for all ions
There is a difference between MeV, MeV/nucleon and MeV/u and MeV/amu.
The "Energy_MeV_at_reference_depth_cm" should be implemented in all simulations
For protons recombination coefficient should be in the range (1.0, 1.01) ( >= 1 !).
For numba testing, I suggest moving to Ares PLGRID computing node with 48 cores.
Currently iontracks counts the carge reaching the electrodes. However, a current is already induced when charges move through the ionization chamber.
Possibly a more exact solution can be obtained if this is considered.
where I(t) is the current in the ionization chamber due moving the charge carriers N as a function of time t.
Let n(t) be the number of charge carriers per unit volume, so in principle that would N(t) / V, where V is the volume of the ionization chamber.
A is the area of the ionization chamber pi*r² electrodes.
v is the drift velocity of the charge carriers N. (Possibly constant as a function of time t, neglegting space charge effects?)
q is the charge per charge carrier in Coulomb.
So, the total accumulated charge Q(t) in the electrometer is rather:
This value will probably be slightly higher than what is collected at the electrodes, since charge carriers lost due to recombination may still contribute to a signal to the electrometer before they recombined.
This should go into test
directory. Would be nice to employ pytest and add it to github actions.
We also need to commit a file with reference results as they are a bit more than simple number or short vector. Consider numpy serialisation as dataformat.
Check if this approach could work and improve the workflow
This time I get a different error:
gitpod /workspace/IonTracks (master) $ pip install Cython numpy scipy matplotlib mpmath pandas seaborn
Collecting Cython
Downloading Cython-0.29.30-cp38-cp38-manylinux_2_17_x86_64.manylinux2014_x86_64.manylinux_2_24_x86_64.whl (1.9 MB)
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Collecting numpy
Downloading numpy-1.23.1-cp38-cp38-manylinux_2_17_x86_64.manylinux2014_x86_64.whl (17.1 MB)
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Collecting scipy
Downloading scipy-1.8.1-cp38-cp38-manylinux_2_17_x86_64.manylinux2014_x86_64.whl (41.6 MB)
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Collecting matplotlib
Downloading matplotlib-3.5.2-cp38-cp38-manylinux_2_5_x86_64.manylinux1_x86_64.whl (11.3 MB)
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Collecting mpmath
Downloading mpmath-1.2.1-py3-none-any.whl (532 kB)
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Collecting pandas
Downloading pandas-1.4.3-cp38-cp38-manylinux_2_17_x86_64.manylinux2014_x86_64.whl (11.7 MB)
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Collecting seaborn
Downloading seaborn-0.11.2-py3-none-any.whl (292 kB)
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Collecting fonttools>=4.22.0
Downloading fonttools-4.34.4-py3-none-any.whl (944 kB)
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Collecting cycler>=0.10
Downloading cycler-0.11.0-py3-none-any.whl (6.4 kB)
Requirement already satisfied: pyparsing>=2.2.1 in /home/gitpod/.pyenv/versions/3.8.13/lib/python3.8/site-packages (from matplotlib) (3.0.9)
Requirement already satisfied: python-dateutil>=2.7 in /home/gitpod/.pyenv/versions/3.8.13/lib/python3.8/site-packages (from matplotlib) (2.8.2)
Collecting pillow>=6.2.0
Downloading Pillow-9.2.0-cp38-cp38-manylinux_2_28_x86_64.whl (3.2 MB)
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Requirement already satisfied: packaging>=20.0 in /home/gitpod/.pyenv/versions/3.8.13/lib/python3.8/site-packages (from matplotlib) (21.3)
Collecting kiwisolver>=1.0.1
Downloading kiwisolver-1.4.4-cp38-cp38-manylinux_2_5_x86_64.manylinux1_x86_64.whl (1.2 MB)
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Collecting pytz>=2020.1
Downloading pytz-2022.1-py2.py3-none-any.whl (503 kB)
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Requirement already satisfied: six>=1.5 in /home/gitpod/.pyenv/versions/3.8.13/lib/python3.8/site-packages (from python-dateutil>=2.7->matplotlib) (1.16.0)
Installing collected packages: pytz, mpmath, pillow, numpy, kiwisolver, fonttools, Cython, cycler, scipy, pandas, matplotlib, seaborn
Successfully installed Cython-0.29.30 cycler-0.11.0 fonttools-4.34.4 kiwisolver-1.4.4 matplotlib-3.5.2 mpmath-1.2.1 numpy-1.23.1 pandas-1.4.3 pillow-9.2.0 pytz-2022.1 scipy-1.8.1 seaborn-0.11.2
gitpod /workspace/IonTracks (master) $ cd hadrons/
gitpod /workspace/IonTracks/hadrons (master) $ cd cython_files/
gitpod /workspace/IonTracks/hadrons/cython_files (master) $ make -j4
python3 setup.py build_ext --inplace
Compiling initial_recombination.pyx because it changed.
Compiling continuous_beam.pyx because it changed.
[1/2] Cythonizing continuous_beam.pyx
/workspace/.pyenv_mirror/user/3.8.13/lib/python3.8/site-packages/Cython/Compiler/Main.py:369: FutureWarning: Cython directive 'language_level' not set, using 2 for now (Py2). This will change in a later release! File: /workspace/IonTracks/hadrons/cython_files/continuous_beam.pyx
tree = Parsing.p_module(s, pxd, full_module_name)
[2/2] Cythonizing initial_recombination.pyx
/workspace/.pyenv_mirror/user/3.8.13/lib/python3.8/site-packages/Cython/Compiler/Main.py:369: FutureWarning: Cython directive 'language_level' not set, using 2 for now (Py2). This will change in a later release! File: /workspace/IonTracks/hadrons/cython_files/initial_recombination.pyx
tree = Parsing.p_module(s, pxd, full_module_name)
running build_ext
building 'initial_recombination' extension
creating build
creating build/temp.linux-x86_64-cpython-38
gcc -pthread -Wno-unused-result -Wsign-compare -DNDEBUG -g -fwrapv -O3 -Wall -fPIC -I/workspace/.pyenv_mirror/user/3.8.13/lib/python3.8/site-packages/numpy/core/include -I/home/gitpod/.pyenv/versions/3.8.13/include/python3.8 -c initial_recombination.c -o build/temp.linux-x86_64-cpython-38/initial_recombination.o
In file included from /workspace/.pyenv_mirror/user/3.8.13/lib/python3.8/site-packages/numpy/core/include/numpy/ndarraytypes.h:1948,
from /workspace/.pyenv_mirror/user/3.8.13/lib/python3.8/site-packages/numpy/core/include/numpy/ndarrayobject.h:12,
from /workspace/.pyenv_mirror/user/3.8.13/lib/python3.8/site-packages/numpy/core/include/numpy/arrayobject.h:5,
from initial_recombination.c:711:
/workspace/.pyenv_mirror/user/3.8.13/lib/python3.8/site-packages/numpy/core/include/numpy/npy_1_7_deprecated_api.h:17:2: warning: #warning "Using deprecated NumPy API, disable it with " "#define NPY_NO_DEPRECATED_API NPY_1_7_API_VERSION" [-Wcpp]
17 | #warning "Using deprecated NumPy API, disable it with " \
| ^~~~~~~
creating build/lib.linux-x86_64-cpython-38
gcc -pthread -shared -L/home/gitpod/.pyenv/versions/3.8.13/lib -L/home/gitpod/.pyenv/versions/3.8.13/lib build/temp.linux-x86_64-cpython-38/initial_recombination.o -o build/lib.linux-x86_64-cpython-38/initial_recombination.cpython-38-x86_64-linux-gnu.so
building 'continuous_beam' extension
gcc -pthread -Wno-unused-result -Wsign-compare -DNDEBUG -g -fwrapv -O3 -Wall -fPIC -I/workspace/.pyenv_mirror/user/3.8.13/lib/python3.8/site-packages/numpy/core/include -I/home/gitpod/.pyenv/versions/3.8.13/include/python3.8 -c continuous_beam.c -o build/temp.linux-x86_64-cpython-38/continuous_beam.o
In file included from /workspace/.pyenv_mirror/user/3.8.13/lib/python3.8/site-packages/numpy/core/include/numpy/ndarraytypes.h:1948,
from /workspace/.pyenv_mirror/user/3.8.13/lib/python3.8/site-packages/numpy/core/include/numpy/ndarrayobject.h:12,
from /workspace/.pyenv_mirror/user/3.8.13/lib/python3.8/site-packages/numpy/core/include/numpy/arrayobject.h:5,
from continuous_beam.c:711:
/workspace/.pyenv_mirror/user/3.8.13/lib/python3.8/site-packages/numpy/core/include/numpy/npy_1_7_deprecated_api.h:17:2: warning: #warning "Using deprecated NumPy API, disable it with " "#define NPY_NO_DEPRECATED_API NPY_1_7_API_VERSION" [-Wcpp]
17 | #warning "Using deprecated NumPy API, disable it with " \
| ^~~~~~~
gcc -pthread -shared -L/home/gitpod/.pyenv/versions/3.8.13/lib -L/home/gitpod/.pyenv/versions/3.8.13/lib build/temp.linux-x86_64-cpython-38/continuous_beam.o -o build/lib.linux-x86_64-cpython-38/continuous_beam.cpython-38-x86_64-linux-gnu.so
copying build/lib.linux-x86_64-cpython-38/initial_recombination.cpython-38-x86_64-linux-gnu.so ->
copying build/lib.linux-x86_64-cpython-38/continuous_beam.cpython-38-x86_64-linux-gnu.so ->
rm -r build
rm *.c
# ignore the html files
# cython -a initial_recombination.pyx
# cython -a general_and_initial_recombination.pyx
# rm *.html
gitpod /workspace/IonTracks/hadrons/cython_files (master) $ cd ..
gitpod /workspace/IonTracks/hadrons (master) $ python example_single_track.py
Traceback (most recent call last):
File "example_single_track.py", line 5, in <module>
from functions import Jaffe_theory, ks_initial_IonTracks
File "/workspace/IonTracks/hadrons/functions.py", line 7, in <module>
from continuous_beam import continuous_beam_PDEsolver
ModuleNotFoundError: No module named 'continuous_beam'
initial_recombination.pyx
out of the major for
loops consumes most of the CPU time (probably not the init loop)print
outs to the top level for
statement in Cython (like "Done X out of Y passes (which is Z %)") to get the data needed to estimate total running timeAdd a config that will sort the imports on format.
It is crashing now:
Jaffe_df = Jaffe_df.append(result, ignore_index=True)
particle LET_keV_um voltage_V electrode_gap_cm IC_angle_rad ks_Jaffe E_MeV_u
0 proton 0.026711210613162315 100 0.2 0.0 1.00862441882385557908036885367704547666130275... 1.000000
1 proton 0.010825611319992927 100 0.2 0.0 1.00530513706018394659454176227899059605293253... 3.515152
2 proton 0.007152886006663893 100 0.2 0.0 1.00392352007454042774188151041078393226824975... 6.030303
3 proton 0.005435792137328953 100 0.2 0.0 1.00298215768406589885121181902154381869703134... 8.545455
4 proton 0.0044249580815806325 100 0.2 0.0 1.00242783993247326125236519724496247664641690... 11.060606
0 1.00862441882385557908036885367704547666130275...
1 1.00530513706018394659454176227899059605293253...
2 1.00392352007454042774188151041078393226824975...
3 1.00298215768406589885121181902154381869703134...
4 1.00242783993247326125236519724496247664641690...
...
595 1.00283554974069790149734844110114354843059493...
596 1.00282837242151212849619872127018413072597245...
597 1.00282128326939690837853787241365928624858137...
598 1.00281435880058771792381213072969253145509744...
599 1.00280759137038731346281261301503044063773501...
Name: ks_Jaffe, Length: 600, dtype: object
Traceback (most recent call last):
File "example_single_track.py", line 32, in <module>
ax.set_title("{} ion, electrode gap = {} cm".format(particle, electrode_gap_cm))
NameError: name 'particle' is not defined
Take a look at the code at https://github.com/jbrage/IonTracks/tree/master/photons_electrons
@retkiewi take a look
NothingWorks.com
kenneth@kenneth-ESPRIMO-P920:/media/kenneth/Data/Jeppe/IonTracks/pulsed_beam$ make
Building the distribute_and_evolve_pulsed module
python3 pyxpp.py distribute_and_evolve_pulsed.py
python3 pyxpp.py distribute_and_evolve_pulsed.pyx
python3 -m cython -3 -a distribute_and_evolve_pulsed.pyx
...
from libc.math cimport (M_PI as pi, sin, cos, tan, asin as arcsin, acos as arccos, atan as arctan, sinh, cosh, tanh, asinh as arcsinh, acosh as arccosh, atanh as arctanh, exp, log, log2, log10, sqrt, erfc )
@cython.ccall
@cython.locals( # variables
track_radii='double[::1]',
distribute_and_evolve_pulsed.pyx:23:28: Not a type
...
from libc.math cimport (M_PI as pi, sin, cos, tan, asin as arcsin, acos as arccos, atan as arctan, sinh, cosh, tanh, asinh as arcsinh, acosh as arccosh, atanh as arctanh, exp, log, log2, log10, sqrt, erfc )
@cython.ccall
@cython.locals( # variables
track_radii='double[::1]',
track_LETs='double[::1]',
distribute_and_evolve_pulsed.pyx:24:27: Not a type
...
@cython.ccall
@cython.locals( # variables
track_radii='double[::1]',
track_LETs='double[::1]',
parameter_list='list',
distribute_and_evolve_pulsed.pyx:25:31: Not a type
...
@cython.ccall
@cython.locals( # variables
track_radii='double[::1]',
track_LETs='double[::1]',
parameter_list='list',
SHOW_PLOT='bint',
distribute_and_evolve_pulsed.pyx:26:26: Not a type
...
from libc.math cimport (M_PI as pi, sin, cos, tan, asin as arcsin, acos as arccos, atan as arctan, sinh, cosh, tanh, asinh as arcsinh, acosh as arccosh, atanh as arctanh, exp, log, log2, log10, sqrt, erfc )
@cython.ccall
@cython.locals( # variables
track_radii='double[::1]',
distribute_and_evolve_pulsed.pyx:23:28: Not a type
...
from libc.math cimport (M_PI as pi, sin, cos, tan, asin as arcsin, acos as arccos, atan as arctan, sinh, cosh, tanh, asinh as arcsinh, acosh as arccosh, atanh as arctanh, exp, log, log2, log10, sqrt, erfc )
@cython.ccall
@cython.locals( # variables
track_radii='double[::1]',
track_LETs='double[::1]',
distribute_and_evolve_pulsed.pyx:24:27: Not a type
...
@cython.ccall
@cython.locals( # variables
track_radii='double[::1]',
track_LETs='double[::1]',
parameter_list='list',
distribute_and_evolve_pulsed.pyx:25:31: Not a type
...
@cython.ccall
@cython.locals( # variables
track_radii='double[::1]',
track_LETs='double[::1]',
parameter_list='list',
SHOW_PLOT='bint',
distribute_and_evolve_pulsed.pyx:26:26: Not a type
...
from libc.math cimport (M_PI as pi, sin, cos, tan, asin as arcsin, acos as arccos, atan as arctan, sinh, cosh, tanh, asinh as arcsinh, acosh as arccosh, atanh as arctanh, exp, log, log2, log10, sqrt, erfc )
@cython.ccall
@cython.locals( # variables
track_radii='double[::1]',
distribute_and_evolve_pulsed.pyx:23:28: Not a type
...
from libc.math cimport (M_PI as pi, sin, cos, tan, asin as arcsin, acos as arccos, atan as arctan, sinh, cosh, tanh, asinh as arcsinh, acosh as arccosh, atanh as arctanh, exp, log, log2, log10, sqrt, erfc )
@cython.ccall
@cython.locals( # variables
track_radii='double[::1]',
track_LETs='double[::1]',
distribute_and_evolve_pulsed.pyx:24:27: Not a type
...
@cython.ccall
@cython.locals( # variables
track_radii='double[::1]',
track_LETs='double[::1]',
parameter_list='list',
distribute_and_evolve_pulsed.pyx:25:31: Not a type
...
@cython.ccall
@cython.locals( # variables
track_radii='double[::1]',
track_LETs='double[::1]',
parameter_list='list',
SHOW_PLOT='bint',
distribute_and_evolve_pulsed.pyx:26:26: Not a type
...
@cython.boundscheck(False)
@cython.cdivision(True)
@cython.initializedcheck(False)
@cython.wraparound(False)
@cython.locals( # variables
track_radii='double[::1]',
distribute_and_evolve_pulsed.pyx:39:28: Not a type
...
@cython.cdivision(True)
@cython.initializedcheck(False)
@cython.wraparound(False)
@cython.locals( # variables
track_radii='double[::1]',
track_LETs='double[::1]',
distribute_and_evolve_pulsed.pyx:40:27: Not a type
...
@cython.initializedcheck(False)
@cython.wraparound(False)
@cython.locals( # variables
track_radii='double[::1]',
track_LETs='double[::1]',
parameter_list='list',
distribute_and_evolve_pulsed.pyx:41:31: Not a type
...
@cython.wraparound(False)
@cython.locals( # variables
track_radii='double[::1]',
track_LETs='double[::1]',
parameter_list='list',
SHOW_PLOT='bint',
distribute_and_evolve_pulsed.pyx:42:26: Not a type
...
@cython.boundscheck(False)
@cython.cdivision(True)
@cython.initializedcheck(False)
@cython.wraparound(False)
@cython.locals( # variables
track_radii='double[::1]',
distribute_and_evolve_pulsed.pyx:39:28: Not a type
...
@cython.cdivision(True)
@cython.initializedcheck(False)
@cython.wraparound(False)
@cython.locals( # variables
track_radii='double[::1]',
track_LETs='double[::1]',
distribute_and_evolve_pulsed.pyx:40:27: Not a type
...
@cython.initializedcheck(False)
@cython.wraparound(False)
@cython.locals( # variables
track_radii='double[::1]',
track_LETs='double[::1]',
parameter_list='list',
distribute_and_evolve_pulsed.pyx:41:31: Not a type
...
@cython.wraparound(False)
@cython.locals( # variables
track_radii='double[::1]',
track_LETs='double[::1]',
parameter_list='list',
SHOW_PLOT='bint',
distribute_and_evolve_pulsed.pyx:42:26: Not a type
...
update_figure_step='size_t',
no_initialised_charge_carriers='double',ion_density='double',computation_time_steps='int',time_step='int',no_figure_updates='size_t',
)
def f(track_radii,track_LETs,parameter_list,SHOW_PLOT):
distribute_and_evolve_pulsed.pyx:67:0: Function signature does not match previous declaration
...
track_radii='double[::1]',
track_LETs='double[::1]',
parameter_list='list',
SHOW_PLOT='bint',
# arrays
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
distribute_and_evolve_pulsed.pyx:44:31: Not a type
...
track_LETs='double[::1]',
parameter_list='list',
SHOW_PLOT='bint',
# arrays
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
negative_array_temp='double[:,:,::1]',positive_array_slice='double[:,::1]',
distribute_and_evolve_pulsed.pyx:45:36: Not a type
...
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
mid_x_array='size_t',mid_y_array='size_t',mid_z_array='size_t',N0='double',b='double',front_factor='double',distance_from_center='double',
distribute_and_evolve_pulsed.pyx:52:28: Not a type
...
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
negative_array_temp='double[:,:,::1]',positive_array_slice='double[:,::1]',
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
distribute_and_evolve_pulsed.pyx:49:21: Not a type
...
# arrays
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
negative_array_temp='double[:,:,::1]',positive_array_slice='double[:,::1]',
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
distribute_and_evolve_pulsed.pyx:48:31: Not a type
...
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
negative_array_temp='double[:,:,::1]',positive_array_slice='double[:,::1]',
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
distribute_and_evolve_pulsed.pyx:49:75: Not a type
...
SHOW_PLOT='bint',
# arrays
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
negative_array_temp='double[:,:,::1]',positive_array_slice='double[:,::1]',
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
distribute_and_evolve_pulsed.pyx:47:99: Not a type
...
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
mid_x_array='size_t',mid_y_array='size_t',mid_z_array='size_t',N0='double',b='double',front_factor='double',distance_from_center='double',
distribute_and_evolve_pulsed.pyx:52:70: Not a type
...
SHOW_PLOT='bint',
# arrays
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
negative_array_temp='double[:,:,::1]',positive_array_slice='double[:,::1]',
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
distribute_and_evolve_pulsed.pyx:47:25: Not a type
...
track_radii='double[::1]',
track_LETs='double[::1]',
parameter_list='list',
SHOW_PLOT='bint',
# arrays
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
distribute_and_evolve_pulsed.pyx:44:65: Not a type
...
# Lax-Wendroff scheme
positive_temp_entry='double',negative_temp_entry='double',
recomb_temp='double',no_recombined_charge_carriers='double',
update_figure_step='size_t',
no_initialised_charge_carriers='double',ion_density='double',computation_time_steps='int',time_step='int',no_figure_updates='size_t',
^
distribute_and_evolve_pulsed.pyx:64:116: Not a type
...
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
mid_x_array='size_t',mid_y_array='size_t',mid_z_array='size_t',N0='double',b='double',front_factor='double',distance_from_center='double',
# initialise charge carriers
x_coordinates_ALL='double[::1]',y_coordinates_ALL='double[::1]',number_of_tracks='size_t',inner_radius='size_t',outer_radius='size_t',
distribute_and_evolve_pulsed.pyx:54:34: Not a type
...
# Lax-Wendroff scheme
positive_temp_entry='double',negative_temp_entry='double',
recomb_temp='double',no_recombined_charge_carriers='double',
update_figure_step='size_t',
no_initialised_charge_carriers='double',ion_density='double',computation_time_steps='int',time_step='int',no_figure_updates='size_t',
^
distribute_and_evolve_pulsed.pyx:64:68: Not a type
...
sx='double', sy='double', sz='double', cx='double', cy='double', cz='double',von_neumann_expression='bint',
# Lax-Wendroff scheme
positive_temp_entry='double',negative_temp_entry='double',
recomb_temp='double',no_recombined_charge_carriers='double',
update_figure_step='size_t',
^
distribute_and_evolve_pulsed.pyx:63:35: Not a type
...
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
mid_x_array='size_t',mid_y_array='size_t',mid_z_array='size_t',N0='double',b='double',front_factor='double',distance_from_center='double',
# initialise charge carriers
x_coordinates_ALL='double[::1]',y_coordinates_ALL='double[::1]',number_of_tracks='size_t',inner_radius='size_t',outer_radius='size_t',
x='double',y='double',my_counter='size_t',MAXVAL='double',MINVAL='double',
distribute_and_evolve_pulsed.pyx:55:18: Not a type
...
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
negative_array_temp='double[:,:,::1]',positive_array_slice='double[:,::1]',
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
distribute_and_evolve_pulsed.pyx:49:49: Not a type
...
# initialise charge carriers
x_coordinates_ALL='double[::1]',y_coordinates_ALL='double[::1]',number_of_tracks='size_t',inner_radius='size_t',outer_radius='size_t',
x='double',y='double',my_counter='size_t',MAXVAL='double',MINVAL='double',
# von Neumann analysis
sx='double', sy='double', sz='double', cx='double', cy='double', cz='double',von_neumann_expression='bint',
^
distribute_and_evolve_pulsed.pyx:58:19: Not a type
...
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
negative_array_temp='double[:,:,::1]',positive_array_slice='double[:,::1]',
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
distribute_and_evolve_pulsed.pyx:49:35: Not a type
...
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
mid_x_array='size_t',mid_y_array='size_t',mid_z_array='size_t',N0='double',b='double',front_factor='double',distance_from_center='double',
# initialise charge carriers
x_coordinates_ALL='double[::1]',y_coordinates_ALL='double[::1]',number_of_tracks='size_t',inner_radius='size_t',outer_radius='size_t',
x='double',y='double',my_counter='size_t',MAXVAL='double',MINVAL='double',
distribute_and_evolve_pulsed.pyx:55:29: Not a type
...
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
distribute_and_evolve_pulsed.pyx:51:76: Not a type
...
# arrays
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
negative_array_temp='double[:,:,::1]',positive_array_slice='double[:,::1]',
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
distribute_and_evolve_pulsed.pyx:48:70: Not a type
...
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
mid_x_array='size_t',mid_y_array='size_t',mid_z_array='size_t',N0='double',b='double',front_factor='double',distance_from_center='double',
# initialise charge carriers
x_coordinates_ALL='double[::1]',y_coordinates_ALL='double[::1]',number_of_tracks='size_t',inner_radius='size_t',outer_radius='size_t',
distribute_and_evolve_pulsed.pyx:54:66: Not a type
...
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
mid_x_array='size_t',mid_y_array='size_t',mid_z_array='size_t',N0='double',b='double',front_factor='double',distance_from_center='double',
distribute_and_evolve_pulsed.pyx:52:93: Not a type
...
x='double',y='double',my_counter='size_t',MAXVAL='double',MINVAL='double',
# von Neumann analysis
sx='double', sy='double', sz='double', cx='double', cy='double', cz='double',von_neumann_expression='bint',
# Lax-Wendroff scheme
positive_temp_entry='double',negative_temp_entry='double',
^
distribute_and_evolve_pulsed.pyx:60:36: Not a type
...
SHOW_PLOT='bint',
# arrays
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
negative_array_temp='double[:,:,::1]',positive_array_slice='double[:,::1]',
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
distribute_and_evolve_pulsed.pyx:47:87: Not a type
...
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
mid_x_array='size_t',mid_y_array='size_t',mid_z_array='size_t',N0='double',b='double',front_factor='double',distance_from_center='double',
# initialise charge carriers
x_coordinates_ALL='double[::1]',y_coordinates_ALL='double[::1]',number_of_tracks='size_t',inner_radius='size_t',outer_radius='size_t',
distribute_and_evolve_pulsed.pyx:54:97: Not a type
...
# Lax-Wendroff scheme
positive_temp_entry='double',negative_temp_entry='double',
recomb_temp='double',no_recombined_charge_carriers='double',
update_figure_step='size_t',
no_initialised_charge_carriers='double',ion_density='double',computation_time_steps='int',time_step='int',no_figure_updates='size_t',
^
distribute_and_evolve_pulsed.pyx:64:47: Not a type
...
SHOW_PLOT='bint',
# arrays
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
negative_array_temp='double[:,:,::1]',positive_array_slice='double[:,::1]',
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
distribute_and_evolve_pulsed.pyx:47:47: Not a type
...
# arrays
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
negative_array_temp='double[:,:,::1]',positive_array_slice='double[:,::1]',
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
distribute_and_evolve_pulsed.pyx:48:55: Not a type
...
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
mid_x_array='size_t',mid_y_array='size_t',mid_z_array='size_t',N0='double',b='double',front_factor='double',distance_from_center='double',
distribute_and_evolve_pulsed.pyx:52:49: Not a type
...
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
mid_x_array='size_t',mid_y_array='size_t',mid_z_array='size_t',N0='double',b='double',front_factor='double',distance_from_center='double',
# initialise charge carriers
x_coordinates_ALL='double[::1]',y_coordinates_ALL='double[::1]',number_of_tracks='size_t',inner_radius='size_t',outer_radius='size_t',
x='double',y='double',my_counter='size_t',MAXVAL='double',MINVAL='double',
distribute_and_evolve_pulsed.pyx:55:81: Not a type
...
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
mid_x_array='size_t',mid_y_array='size_t',mid_z_array='size_t',N0='double',b='double',front_factor='double',distance_from_center='double',
distribute_and_evolve_pulsed.pyx:52:115: Not a type
...
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
distribute_and_evolve_pulsed.pyx:51:65: Not a type
...
# initialise charge carriers
x_coordinates_ALL='double[::1]',y_coordinates_ALL='double[::1]',number_of_tracks='size_t',inner_radius='size_t',outer_radius='size_t',
x='double',y='double',my_counter='size_t',MAXVAL='double',MINVAL='double',
# von Neumann analysis
sx='double', sy='double', sz='double', cx='double', cy='double', cz='double',von_neumann_expression='bint',
^
distribute_and_evolve_pulsed.pyx:58:116: Not a type
...
# initialise charge carriers
x_coordinates_ALL='double[::1]',y_coordinates_ALL='double[::1]',number_of_tracks='size_t',inner_radius='size_t',outer_radius='size_t',
x='double',y='double',my_counter='size_t',MAXVAL='double',MINVAL='double',
# von Neumann analysis
sx='double', sy='double', sz='double', cx='double', cy='double', cz='double',von_neumann_expression='bint',
^
distribute_and_evolve_pulsed.pyx:58:32: Not a type
...
# arrays
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
negative_array_temp='double[:,:,::1]',positive_array_slice='double[:,::1]',
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
distribute_and_evolve_pulsed.pyx:48:40: Not a type
...
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
distribute_and_evolve_pulsed.pyx:51:54: Not a type
...
# von Neumann analysis
sx='double', sy='double', sz='double', cx='double', cy='double', cz='double',von_neumann_expression='bint',
# Lax-Wendroff scheme
positive_temp_entry='double',negative_temp_entry='double',
recomb_temp='double',no_recombined_charge_carriers='double',
^
distribute_and_evolve_pulsed.pyx:61:28: Not a type
...
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
distribute_and_evolve_pulsed.pyx:51:43: Not a type
...
# Lax-Wendroff scheme
positive_temp_entry='double',negative_temp_entry='double',
recomb_temp='double',no_recombined_charge_carriers='double',
update_figure_step='size_t',
no_initialised_charge_carriers='double',ion_density='double',computation_time_steps='int',time_step='int',no_figure_updates='size_t',
^
distribute_and_evolve_pulsed.pyx:64:140: Not a type
...
SHOW_PLOT='bint',
# arrays
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
negative_array_temp='double[:,:,::1]',positive_array_slice='double[:,::1]',
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
distribute_and_evolve_pulsed.pyx:47:63: Not a type
...
# initialise charge carriers
x_coordinates_ALL='double[::1]',y_coordinates_ALL='double[::1]',number_of_tracks='size_t',inner_radius='size_t',outer_radius='size_t',
x='double',y='double',my_counter='size_t',MAXVAL='double',MINVAL='double',
# von Neumann analysis
sx='double', sy='double', sz='double', cx='double', cy='double', cz='double',von_neumann_expression='bint',
^
distribute_and_evolve_pulsed.pyx:58:71: Not a type
...
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
distribute_and_evolve_pulsed.pyx:51:19: Not a type
...
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
mid_x_array='size_t',mid_y_array='size_t',mid_z_array='size_t',N0='double',b='double',front_factor='double',distance_from_center='double',
# initialise charge carriers
x_coordinates_ALL='double[::1]',y_coordinates_ALL='double[::1]',number_of_tracks='size_t',inner_radius='size_t',outer_radius='size_t',
x='double',y='double',my_counter='size_t',MAXVAL='double',MINVAL='double',
distribute_and_evolve_pulsed.pyx:55:65: Not a type
...
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
distribute_and_evolve_pulsed.pyx:51:31: Not a type
...
SHOW_PLOT='bint',
# arrays
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
negative_array_temp='double[:,:,::1]',positive_array_slice='double[:,::1]',
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
distribute_and_evolve_pulsed.pyx:47:75: Not a type
...
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
mid_x_array='size_t',mid_y_array='size_t',mid_z_array='size_t',N0='double',b='double',front_factor='double',distance_from_center='double',
distribute_and_evolve_pulsed.pyx:52:145: Not a type
...
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
mid_x_array='size_t',mid_y_array='size_t',mid_z_array='size_t',N0='double',b='double',front_factor='double',distance_from_center='double',
# initialise charge carriers
x_coordinates_ALL='double[::1]',y_coordinates_ALL='double[::1]',number_of_tracks='size_t',inner_radius='size_t',outer_radius='size_t',
distribute_and_evolve_pulsed.pyx:54:119: Not a type
...
track_radii='double[::1]',
track_LETs='double[::1]',
parameter_list='list',
SHOW_PLOT='bint',
# arrays
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
distribute_and_evolve_pulsed.pyx:44:103: Not a type
...
# initialise charge carriers
x_coordinates_ALL='double[::1]',y_coordinates_ALL='double[::1]',number_of_tracks='size_t',inner_radius='size_t',outer_radius='size_t',
x='double',y='double',my_counter='size_t',MAXVAL='double',MINVAL='double',
# von Neumann analysis
sx='double', sy='double', sz='double', cx='double', cy='double', cz='double',von_neumann_expression='bint',
^
distribute_and_evolve_pulsed.pyx:58:58: Not a type
...
# Lax-Wendroff scheme
positive_temp_entry='double',negative_temp_entry='double',
recomb_temp='double',no_recombined_charge_carriers='double',
update_figure_step='size_t',
no_initialised_charge_carriers='double',ion_density='double',computation_time_steps='int',time_step='int',no_figure_updates='size_t',
^
distribute_and_evolve_pulsed.pyx:64:100: Not a type
...
x='double',y='double',my_counter='size_t',MAXVAL='double',MINVAL='double',
# von Neumann analysis
sx='double', sy='double', sz='double', cx='double', cy='double', cz='double',von_neumann_expression='bint',
# Lax-Wendroff scheme
positive_temp_entry='double',negative_temp_entry='double',
^
distribute_and_evolve_pulsed.pyx:60:65: Not a type
...
SHOW_PLOT='bint',
# arrays
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
negative_array_temp='double[:,:,::1]',positive_array_slice='double[:,::1]',
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
distribute_and_evolve_pulsed.pyx:47:110: Not a type
...
# von Neumann analysis
sx='double', sy='double', sz='double', cx='double', cy='double', cz='double',von_neumann_expression='bint',
# Lax-Wendroff scheme
positive_temp_entry='double',negative_temp_entry='double',
recomb_temp='double',no_recombined_charge_carriers='double',
^
distribute_and_evolve_pulsed.pyx:61:67: Not a type
...
# arrays
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
negative_array_temp='double[:,:,::1]',positive_array_slice='double[:,::1]',
# load variables
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
distribute_and_evolve_pulsed.pyx:48:82: Not a type
...
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
mid_x_array='size_t',mid_y_array='size_t',mid_z_array='size_t',N0='double',b='double',front_factor='double',distance_from_center='double',
# initialise charge carriers
x_coordinates_ALL='double[::1]',y_coordinates_ALL='double[::1]',number_of_tracks='size_t',inner_radius='size_t',outer_radius='size_t',
distribute_and_evolve_pulsed.pyx:54:141: Not a type
...
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
mid_x_array='size_t',mid_y_array='size_t',mid_z_array='size_t',N0='double',b='double',front_factor='double',distance_from_center='double',
# initialise charge carriers
x_coordinates_ALL='double[::1]',y_coordinates_ALL='double[::1]',number_of_tracks='size_t',inner_radius='size_t',outer_radius='size_t',
x='double',y='double',my_counter='size_t',MAXVAL='double',MINVAL='double',
distribute_and_evolve_pulsed.pyx:55:49: Not a type
...
track_LETs='double[::1]',
parameter_list='list',
SHOW_PLOT='bint',
# arrays
positive_array='double[:,:,::1]', negative_array='double[:,:,::1]',positive_array_temp='double[:,:,::1]',
negative_array_temp='double[:,:,::1]',positive_array_slice='double[:,::1]',
distribute_and_evolve_pulsed.pyx:45:75: Not a type
...
# initialise charge carriers
x_coordinates_ALL='double[::1]',y_coordinates_ALL='double[::1]',number_of_tracks='size_t',inner_radius='size_t',outer_radius='size_t',
x='double',y='double',my_counter='size_t',MAXVAL='double',MINVAL='double',
# von Neumann analysis
sx='double', sy='double', sz='double', cx='double', cy='double', cz='double',von_neumann_expression='bint',
^
distribute_and_evolve_pulsed.pyx:58:45: Not a type
...
# initialise charge carriers
x_coordinates_ALL='double[::1]',y_coordinates_ALL='double[::1]',number_of_tracks='size_t',inner_radius='size_t',outer_radius='size_t',
x='double',y='double',my_counter='size_t',MAXVAL='double',MINVAL='double',
# von Neumann analysis
sx='double', sy='double', sz='double', cx='double', cy='double', cz='double',von_neumann_expression='bint',
^
distribute_and_evolve_pulsed.pyx:58:84: Not a type
...
ion_diff='double',ion_mobility='double',Efield='double',dx='double',dy='double',dz='double',W='double',
no_z_electrode='int', d='double',theta='double',alpha='double',dt='double',
no_x='size_t',no_y='size_t',no_z='size_t',no_z_with_buffer='size_t',
# indices and lengths
nx='size_t',ny='size_t',nz='size_t',i='size_t',j='size_t',k='size_t',
mid_x_array='size_t',mid_y_array='size_t',mid_z_array='size_t',N0='double',b='double',front_factor='double',distance_from_center='double',
distribute_and_evolve_pulsed.pyx:52:82: Not a type
Keep well defined structure for different accelerators:
cython
foldernumba
folderpython
folderEnsure that there is no clash with numba
package (lets hope that hadrons.numba
wont crash with pip numba
imports).
Add necessary entries in all readmes
And update the types
single_track_PDEsolver
to allow multiple implementations of the same code (like Python, Cython, maybe some others). This could like like solver(input, method='cython'
) where other values can go into method parameters, like python
single_track_PDEsolver
to pure Python and add it as another implementationA declarative, efficient, and flexible JavaScript library for building user interfaces.
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