Created new main file, 'python.py' that will contain the GUI for the parser.
Still cleaning old function library, including docstrings.
Started work on README (needs work), defined main view class for PYRAMDS
More content/corrections for the README
Consolidated MVC into single file. Abandoned enaml for TraitsUI
Moved Traits File to the View class. Created get_info method in Model class.
Add file dialog, link the M with the V (what about C?)

Burned the  `enaml-attempt` branch because, well... Back on TraitsUI for simpler startup. Next steps are to decide if View class needs to communicate via Handler/Adapter class.
Cleaned up some imports in pixie_parse.py and pyramds.py
Remove old unused .py files (read_pixie, funlib)
Add get_bin_info method; create PyTables metaclass table descriptions
Minor changes; need to add incrememtnal time updates to get_bin_info
Add method get_file_series; restructure how path variables are stored
Build parse queue and stats GUI editors. Add skeleton for Spectrum Exporter.

Created two display elements that update upon BIN file selection: one displays all the files in the data series that are to be parsed, the other (will eventually) display the run statistics for the full series (such as the real/live times, etc). Also added a new Group tab in the GUI that is to be the Spectrum Exporter. Currently, just a vanilla file browser sits waiting.
Add create_h5 method to PyramdsParser class

The create_h5 method is intended to do just that: create file pointer, set up all necessary "Groups" within the HDF5 file. The Groups at the point of creation just make up the backbone/framework that will eventually hold Tables and Arrays as they are created later.
Create View class attributes for both bin and ifm file_series

The View class now has two separate locations to store both the series of bin files (to be used in looping through data) and ifm files (to be used in extracting the run status for display: times, etc).
Fixes #2 to get correct run stats from ifm files

The get_bin_info method now loops over all ifm files in the series. It uses the run_start_time from the first file in the series and sums the values for total_time and live_time (separately for each detector) as it iterates through the ifm files.
Merge pull request #5 from papertapes/oo-refactor

Merging oo-refactor to master