Began the work on a new pipeline using the new HDF5 version

pp_params.py

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+# coding: utf-8
+
+import numpy as np
+
+class PlotParams:
+    """
+    Plot parameters
+    """
+    out_ext   =  '.jpeg'               # extension for plots
+    put_title = False                  # Add a title to plot
+    ntick     = 6                      # Number of ticks for maps
+    set_lim   = True                   # Set default limits
+    vel_red   = 40                     # Take point each vel_red for velocities
+    put_title = False
+
+
+class DiskParams:
+    """
+    Disk speficic parameters
+    """
+    on       = False                   # Enable specific disk analysis
+    pos_star = np.array([1., 1., 1.])  # Position of the central star
+    binning  = "log"                   # Kind of binning (lin = linear, log = logarithmic)
+    nb_bin   = 100                     # Number of bins for averaged quantities
+    bin_in   = 1e-3                    # Outer radius of the inner bin
+    bin_out  = 0.25                    # Inner radius of the outer bin
+    rmin_pdf = 0.075                   # Inner radius for PDF computation
+    rmax_pdf = 0.3                     # Outer radius for PDF computation
+
+    beta     = False                   # Beta cooling. Do nothing if False.
+                                       # If true, beta will be parsed,
+                                       # otherwise the value is read therre
+
+class PdfParams:
+    """
+    parameters for probability density functions
+    """
+    nb_bin    = 50                    # Number of bins for the PDF
+    xmin_fit  = 0.                     # Lower boundary of the fit
+    xmax_fit  = 1.25                   # Upper boundary of the fit
+
+
+class PymsesParams:
+    """
+    Parameters for Pymses reader
+    """
+    order = '<'                        # In which order the output are read
+    fft   = False                      # Quick and dirty rendering using FFT
+
+class OutputParams:
+    """
+    Parameters for post processing
+    """
+    center   =  [0.5, 0.5, 0.5]        # Center of the image
+    zoom     = 1.                      # Zoom  of the image
+    map_size = 512                     # Size of the computed maps in pixel
+
+    tag      = ""                      # Tag for the image
+
+class Params:
+    """
+    Strutured parameters for the post processing
+    """
+    disk   = DiskParams()
+    pdf    = PdfParams
+    pymses = PymsesParams()
+    out    = OutputParams()
+    plot   = PlotParams()
+