Camelus v2.0

New features in v2.0

• Updated consistency with Nicaea to v2.7
• Flexible compilation: missing optional packages will not stop the compilation
• Renamed peakParameters.c/.h into parameters.c/.h
• Renamed constraint.c/.h into multiscale.c/.h
• Splited rayTracing.c/.h into galaxySampling.c/.h and rayTracing.c/.h
• New files: FITSFunctions.c/.h
• New files: HEALPixFunctions.c/.h
• Flexible parameter reading mechanism
• More explanatory peakParam.par file
• Allowed output customization
• Renamed confusing parameter names
• Random halo redshift inside each slice instead of the median value
• Allowed random mask for plat geometry
• Allowed HEALPix geometry
• Allowed galaxy weighting
• Allowed the mass-sheet correction of lensing signals
• Allowed the Seitz & Schneider inversion method
• Allowed both local and global noise levels in the S/N
• Removed nonlinear filtering
• Added the license

Camelus v1.31

A more user-friendly version compared to v1.3!

New features:

• Made installation more friendly by removing the dependency on cfitsio and mpi
• Added the routine for computing 1-halo & 2-halo terms of the convergence profile
• Flexible parameter space for PMC ABC
• Remove files: FITSFunctions.c/.h

Camelus v1.3

New features:

• New files: constraint.c/.h
• Allowed multiscale peaks in one data vector
• Allowed a data matrix from several realizations
• Used the local galaxy density as the noise level in the S/N
• Increased the parameter dimension for PMC ABC
• Changed the summary statistic options for PMC ABC

Unavailable features because of the exterior file dependency:

• New files: FITSFunctions.c/.h
• Added the mask option and nonlinear filtering

Camelus v1.2

New features:

• Improved the computation speed by a factor of 6~7
• Converted the halo array structure into a binned structure, called "halo_map"
• Converted the galaxy tree structure into a binned structure, called "gal_map"
• Added the sequential Monte Carlo approximate Monte Carlo (SMC ABC) algorithm