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Phil Marshall

Imcat, N. Kaiser - 0 views

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    Software for measuring galaxy shapes in images, including the PSF correction. Comes with some documentation, but also has a steep learning curves if is to be used effectively. We strongly encourage testing the software on the GREAT/STEP simulations before using them on actual data. (A)
Phil Marshall

im2shape, S. Bridle. - 0 views

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    Software for measuring galaxy shapes in images, including the PSF correction. Comes with some documentation, but also has a steep learning curves if is to be used effectively. We strongly encourage testing the software on the GREAT/STEP simulations before using them on actual data. (A)
Phil Marshall

KSBf90, C. Heymans - 0 views

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    Software for measuring galaxy shapes in images, including the PSF correction. Comes with some documentation, but also has a steep learning curves if is to be used effectively. We strongly encourage testing the software on the GREAT/STEP simulations before using them on actual data. (A)
Phil Marshall

Cosmic Shear software, M. Kilbinger - 0 views

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    There is no publicly available package to fully perform a cosmic-shear analysis of a data set. However, some very useful tools can be found at Martin Kilbinger's webpage under his software section. (A)
Phil Marshall

Shapelets, R. Massey and A. Refregier - 0 views

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    Software for measuring galaxy shapes in images, including the PSF correction. Comes with some documentation, but also has a steep learning curves if is to be used effectively. We strongly encourage testing the software on the GREAT/STEP simulations before using them on actual data. (A).
Phil Marshall

lensfit, L. Miller and T. Kitching - 0 views

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    Software for measuring galaxy shapes in images, including the PSF correction. Comes with some documentation, but also has a steep learning curves if is to be used effectively. We strongly encourage testing the software on the GREAT/STEP simulations before using them on actual data. (A)
Phil Marshall

MRLENS, J-L. Starck et al. - 0 views

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    Software for performing two-dimensional mass reconstructions in individual fields. (A)
Phil Marshall

Particle-Based Lensing, S. Deb et al. - 0 views

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    Software for performing two-dimensional mass reconstructions in individual fields. (A)
Phil Marshall

LensEnt2, P.J. Marshall et al. - 0 views

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    Software for performing two-dimensional mass reconstructions in individual fields. (A)
Tommaso Treu

LENSVIEW: software for modeling resolved gravitational lens images, R. Wayth and R. Web... - 0 views

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    This code finds the best-fitting simple-lens model, while reconstructing an extended source on a pixelated grid, given image data. (A)
Tommaso Treu

GLAMROC: Gravitational Lens Adaptive Mesh Raytracing of Catastrophes, E. A. Baltz - 0 views

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    This adaptive mesh ray-tracing code was written to allow exploration of lensing effects near critical points in the source plane, where very high magnifications can be achieved. (A)
Tommaso Treu

LensTool, J.-P. Kneib and E. Jullo - 0 views

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    The lens and source models are similar to GravLens, but exploration of the parameter space proceeds differently, to cope with the more complex cluster systems. The options are manual iteration (for which a graphical interface is provided), and Markov Chain Monte Carlo sampling. Weak lensing data can also be included in a joint fit. (A)
Tommaso Treu

GravLens, C.R. Keeton - 0 views

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    This code provides an extensive range of simplyparameterized mass models, and a high-resolution lens-equation solver for precise pointlike image position, flux, and time-delay prediction. Likelihood maximization can be performed. (A)
Phil Marshall

HST Gravitational Lens Image Creator: Medium Deep Survey team - 0 views

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    With the emphasis on generating mock data rather than modeling real data, this Javascript tool takes input lens, source and HST WFPC2 observation parameters and generates a predicted JPG image. (I,A)
Phil Marshall

Mowgli: P. S. Naudus, P. J. Marshall and J. F. Wallin - 0 views

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    This Java applet allows the user to explore simple models for the lens mass and source light, by manipulating the model components on the screen with the mouse. (I,A)
Phil Marshall

Ned Wright's Cosmology Tutorial: E. L.Wright - 0 views

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    An excellent entry point into cosmology, with plenty of very interesting and effective webpages, comments on scientific news and a java cosmological quantity calculator (I, A)
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