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TruncatedGaussianMixtures.jl
Allows one to fit a gaussian mixture model using Truncated Gaussian Kernels. Works in arbitrary dimensions and allows for both diagonal kernel covariances, and full kernel covariances. The truncation must be box shaped.Computational-Physics-Final-Project
Final Project for the Computational Physics course at UT Austinproject-template
A template that gives a self contained environment with a notebook and a scripts package. Add useful functions and classes in the package, use them in the notebooks and have the environment you need all ready to go with one command.QNMSpectralSolve.jl
This package follows what is done in https://arxiv.org/abs/2004.06434 and sets up provided wave equations in hyperboloidal slicing, and gives the matrix of the qnm eigenvalue problem.ringdb
A gravitational event database that queries and locally saves event strain samples, detector PSDs and posterior samples.OperatorPerturbations.jl
A library to do order by order expansions of analytic operators in julia. This particular package allows one to create Tensor Operators with any custom display, and then expand them into multilinear operators.Generative-Template
This is a python code with the pygame module, that simply generates riffs and outputs them as MIDI files to a virtual MIDI cable like Loop Be1 MIDI port. It's an empty template to construct generative music algorithms and try them out.gravpop
typora2tex
Quick terminal application that can take a markdown file from Typora and associated svg files created from mathcha.io and converts them into a LaTeX project.qnm_filter_pytorch
An attempt to write a GPU accelerated / autodiff version of the ringdown filtering method in pytorchContourIntegrals.jl
My personal package to do the Contour Integrals in the EVP methodqnm-filter-pytorch
An attempt to write a GPU accelerated / autodiff version of the ringdown filtering method in pytorchTensorPerturbations-ProofOfConcept.jl
A proof of concept (work in progress) pluto notebook to do Tensor Perturbations in Julia using Symbolics.jl and SymbolicUtils.jlKerrQNMShifts
All the helper functions to compute the contour inner product in the Eigenvalue Perturbation Method (EVP) for Kerr Black Holes. Given a deformation of the Kerr Tuekolsky Operator and the derivative of it w.r.t frequency, one can compute the QNM shifts of that theory to first orderWave-U-Net-final-project
Implementing the Wave-U-Net architecture in pytorch introduced in https://arxiv.org/abs/1806.03185 for the CSE382M "Foundations of Data Science" final project.KerrQuasinormalModes2.jl
A Package to Compute wave functions for Kerr Black Hole Quasinormal modes, as well as their frequencies, seperation constants and more. Additionally provides an interface for cheap differentiation of such modes.Love Open Source and this site? Check out how you can help us