Dependency Packages
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GModelFitViewer.jl0GModelFitViewer - web viewer for the GModelFit produced results
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SpatialOmicsGPs.jl0Gaussian process models for spatial transcriptomics
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Graphene.jl0A Julia package for graphene analysis
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GreedyAlign.jl0-
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NonconvexMultistart.jl0Multi-start optimization in Nonconvex.jl
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GREMLModels.jl0-
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Schrute.jl0Complete transcripts to The Office TV show
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GroundwaterPlots.jl0-
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MLJSerialization.jl0-
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GroupedTemporalTerms.jl0Use leads and lags for panel data in `@formula`s.
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AxisTables.jl0Tables with AxisIndices backend
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GroupedTransforms.jl0GroupedTransforms Julia Package
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ScatteringOptics.jl0A Julia package to simulate and model interstellar scattering in strong regime.
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HapLink.jl0Viral haplotype calling by linkage disequilibrium
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AxisKeysExtra.jl0-
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Harlequin.jl0A CMB-space-mission simulator, written in Julia
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SavitskyGolayFilters.jl0-
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TruncatedMVN.jl0Reimplementation of a truncated multivariate distribution with fast, exact minimax-tilting based sampling.
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HarmonicPowerFlow.jl0A simple and fast module to solve the harmonic power flow problem for given distribution grids.
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HCGeoTherm.jl0Geotherm calculation routines according to Dr. Derrek Hasterok and Dr. David Chapman
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EditorsRepo.jl0A Julia module for working with an editorial repository organized following HCMID conventions.
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SatellitePlayground.jl0-
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EchogramImages.jl0Simple echogram displays of arbitrary matrices in Julia.
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EchelleInstruments.jl0Instrument-speciifc code for RvSpectML
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Alexya.jl0Live graphics with Luxor and Gtk.
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SASLMR.jl0Julia package for ANOVA type I/II/III
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HerbConstraints.jl0Constraints for Herb.jl
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ModiaPlot_CairoMakie.jl0Convenient line plots of ModiaResults with CairoMakie
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SpinGlassExhaustive.jl0-
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SpinGlassNetworks.jl0-
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HerbEvaluation.jl0-
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AxisArrayTables.jl0Tables backed by AxisArrays
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Sainsc.jl0Segmentation-free analysis of in situ capture data
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VeriQuEST.jl0Simulating quantum computing verification
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VLBIPlots.jl0-
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HerbGrammar.jl0Grammars for Herb.jl
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HerbInterpret.jl0Program interpreters for the Herb.jl framework
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AvrutinSearch.jl0A Julia implementation of the algorithm described in: Avrutin V et al. Calculation of homoclinic and heteroclinic orbits in 1D maps. Commun Nonlinear Sci Numer Simulat (2014), http://dx.doi.org/10.1016/j.cnsns.2014.07.008
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NonconvexJuniper.jl0Juniper wrapper in Nonconvex.jl
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PooksoftOptionsKit.jl0Julia package with methods for computing options pricing, profit and loss
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