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* configs: extragalactic/halos: change "radius_halo" to "radius"Aaron LI2017-06-012-10/+9
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* clusters: Move units.py and cosmology.py to utilsAaron LI2017-06-015-4/+6
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* extragalactic/clusters/clusters.py: Trim unused importsAaron LI2017-06-011-2/+0
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* fg21sim/clusters: Save progress on halo simulationAaron LI2017-06-015-4/+30
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* clusters/halo.py: Add zbegin & zend parametersAaron LI2017-06-011-3/+37
| | | | | * Add "zbegin" and "zend" parameters to "calculate_electron_spectrum()" * Add more detail docstrings
* Add clusters/emission.py: Calculate synchrotron emissivityAaron LI2017-06-012-0/+123
| | | | | | | Calculate the synchrotron emissivity from the given electron spectrum at specified frequency. Add the electron charge to units.Constants
* halo.py: Rewrite "_coef_acceleration()" methodAaron LI2017-06-011-15/+44
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* Bind ClusterFormation to HaloSingleAaron LI2017-06-012-1/+7
| | | | Also add logging messages to simulate_mergertree()
* cosmology.py: Optimize the speed of overdensity_crit()Aaron LI2017-06-011-2/+11
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* Update to use custom units.py instead of astropy'sAaron LI2017-06-013-52/+36
| | | | Also fix a parameter error in "formation.py"
* Add units.py: Commonly used units and conversions and constantsAaron LI2017-06-011-0/+66
| | | | | Astropy's unit conversions is too slow, thus store the used units conversions to avoid astropy's slow conversions.
* mergertree.py: Implement function "plot_mtree()"Aaron LI2017-06-011-2/+52
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* halo.py: Update to match MergerTree structuresAaron LI2017-06-011-8/+8
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* configs: Add sigma8 to specificationsAaron LI2017-06-011-0/+2
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* Add clusters/formation.py: Simulate cluster merging historyAaron LI2017-06-012-0/+234
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* mergertree.py: Remove "merged" parameterAaron LI2017-06-011-5/+1
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* solver.py: Avoid possible overflow when w is too largeAaron LI2017-06-011-0/+10
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* halo.py: Force a minimal value on acceleration coefficientAaron LI2017-06-013-3/+27
| | | | | | | To avoid the too small (or zero) values for the diffusion coefficient of the Fokker-Planck equation. Also change config "extragalactic/halo/pmax" from 1e4 to 1e5
* cosmology.py: Greatly optimize the speed!Aaron LI2017-06-011-26/+57
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* cosmology.py: Only support flat ΛCDM cosmological modelAaron LI2017-06-011-93/+25
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* clusters/halo: Add missing config "buffer_np"Aaron LI2017-06-012-0/+7
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* clusters/solver.py: Extrapolate the x grid to avoid NaN'sAaron LI2017-06-011-5/+15
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* clusters/solver.py: Disable a RuntimeWarningAaron LI2017-06-011-2/+4
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* clusters/clusters.py: Fix import pathAaron LI2017-06-011-6/+6
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* Add "[extragalactic/halos]" configurationsAaron LI2017-06-011-0/+44
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* Add clusters/halo.py: simulate single halo for clusterAaron LI2017-06-011-0/+698
| | | | | Simulate (giant) radio halos following the "statistical magneto-turbulent model" proposed by Cassano & Brunetti (2005).
* cosmology.py: Change name to "Cosmology"; Add "age0" and "Ob0"Aaron LI2017-06-011-3/+18
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* Add clusters/solver.py to solve the Fokker-Planck equationAaron LI2017-06-011-0/+276
| | | | | Adopt the finite difference scheme to solve the Fokker-Planck equation, following Park & Petrosian (1996, ApJS, 103, 255).
* Add clusters/mergertree.pyAaron LI2017-06-011-0/+77
| | | | | The merger tree is a binary tree that represents the merging (or formation) history of a cluster.
* Add clusters/cosmology.py with common cosmological modelsAaron LI2017-06-011-0/+230
| | | | | | Mainly the "flat LambdaCDM" and "EdS" cosmological models. With some useful utility functions.
* Make separate directory for clusters, prepare for halo simulationsAaron LI2017-06-013-4/+4
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* uvsim/telescope.py: Add "plot_stations()" and "plot_telescope()"Aaron LI2017-06-012-8/+85
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* Add uvsim/ska1low.layout.txt: SKA1-low layout v2.0 2016-05-31Aaron LI2017-05-311-0/+538
| | | | | | Reference: SKA-TEL-SKO-0000422, revision 02, 2016-05-31, Table 1 http://astronomers.skatelescope.org/wp-content/uploads/2016/09/SKA-TEL-SKO-0000422_02_SKA1_LowConfigurationCoordinates-1.pdf
* Add uvsim/telescope.py and bin/make-ska1low-modelAaron LI2017-05-313-0/+283
| | | | | The `bin/make-ska1low-model` executable uses `telescope.py` to generate the SKA1-low telescope model for OSKAR simulation usage.
* setup.py: Use `os.listdir("bin/")` to obtain all executablesAaron LI2017-05-311-10/+1
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* Add uvsim/wgs84.py: Convert WGS84 to ECEF/ENU coordinatesAaron LI2017-05-311-0/+97
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* Add bin/get-healpix-patch: extract patch from HEALPix mapv0.4.2Aaron LI2017-05-272-3/+94
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* sky.py: Fix FITS header writeAaron LI2017-05-271-4/+8
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* extragalactic/clusters: Update to use sky.pyAaron LI2017-05-262-78/+91
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* extragalactic/clusters: Scale input catalog to match the sky coverageAaron LI2017-05-261-20/+29
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* sky.py: Add "area()" methodAaron LI2017-05-251-0/+21
| | | | | | XXX/FIXME --------- Consider the spherical coordination and WCS sky projection!!
* galactic/snr: Update to support the sky.pyAaron LI2017-05-222-103/+119
| | | | Also fix a typo in configs/checkers.py
* sky.py: Implement method "reproject_to()"Aaron LI2017-05-221-8/+102
| | | | | | | | | | This method reproject the given sky/image onto the grid of its own, using the ``reproject`` package [1]. However, the performance may be a problem and needs optimization or rewrite. [1] reproject: https://github.com/astrofrog/reproject
* Add utils/wcs.py with function "make_wcs()"Aaron LI2017-05-221-0/+54
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* utils/grid: Add function "make_ellipse()"Aaron LI2017-05-221-7/+47
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* sky/SkyPatch: Add wcs and region coverage checkAaron LI2017-05-221-0/+56
| | | | NOTE: only TAN sky projection supported.
* Add new dependence "astropy/regions" from GitHubAaron LI2017-05-222-0/+4
| | | | | | | | Credit: * Adding git (or hg, or svn) dependencies in setup.py (Python) https://mike.zwobble.org/2013/05/adding-git-or-hg-or-svn-dependencies-in-setup-py/ * Python Dependencies via Pip https://devcenter.heroku.com/articles/python-pip
* configs/checkers: Check SNR simulation resolution against pixel sizeAaron LI2017-05-211-0/+7
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* Minor updates to galactic/{freefree,synchrotron}.pyAaron LI2017-05-212-12/+10
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* sky.py: Flatten 2D image of sky patch to 1D for easier processingAaron LI2017-05-211-14/+21
| | | | | Flatten the image array to 1D makes it similar to the HEALPix map array, therefore, it is easier to deal with both cases.
Copyright © 2017-2018 Aaron LI. All Rights Reserved.