Python Module Index

c | f | u


	c
	`colors` (Unix)	A collection of color utilities.
	`cosmicfishpie`
	`cosmicfishpie.analysis`
	`cosmicfishpie.analysis.colors`
	`cosmicfishpie.analysis.fisher_derived`
	`cosmicfishpie.analysis.fisher_matrix`
	`cosmicfishpie.analysis.fisher_operations`
	`cosmicfishpie.analysis.fisher_plot_analysis`
	`cosmicfishpie.analysis.fisher_plotting`
	`cosmicfishpie.analysis.plot_comparison`
	`cosmicfishpie.analysis.utilities`
	`cosmicfishpie.CMBsurvey`
	`cosmicfishpie.CMBsurvey.CMB_cov`
	`cosmicfishpie.CMBsurvey.CMB_obs`
	`cosmicfishpie.cosmology`
	`cosmicfishpie.cosmology.cosmology`
	`cosmicfishpie.cosmology.nuisance`
	`cosmicfishpie.fishermatrix`
	`cosmicfishpie.fishermatrix.config`
	`cosmicfishpie.fishermatrix.cosmicfish`
	`cosmicfishpie.fishermatrix.derivatives`
	`cosmicfishpie.LSSsurvey`
	`cosmicfishpie.LSSsurvey.photo_cov`
	`cosmicfishpie.LSSsurvey.photo_obs`
	`cosmicfishpie.LSSsurvey.photo_window`
	`cosmicfishpie.LSSsurvey.spectro_cov`
	`cosmicfishpie.LSSsurvey.spectro_obs`
	`cosmicfishpie.utilities`
	`cosmicfishpie.utilities.utils`
	`cosmicfishpie.version`

	f
	`fisher_derived` (Unix)	Module that contains the fisher_derived class and the operations defined on it. This is meant to handle efficiently and safely Jacobian matrices transforming a Fisher matrix for some parameters to a Fisher matrix for some other parameters.
	`fisher_matrix` (Unix)	Module that contains the fisher_matrix class and the operations defined on it. The idea is that of creating a Fisher matrix safely, with all operations being well defined and safe-guarded once the input matrix is accepted as a Fisher matrix.
	`fisher_operations` (Unix)	Module that contains operations that can be performed on Fisher matrices. All of them are safeguarded against non-Fisher input.
	`fisher_plot_analysis` (Unix)	Module that contains a set of tools to perform the analysis of a set of Fisher matrices.

	u
	`utilities` (Unix)	A collection of small utilities.