A script needs to be written that parsers the initial catalog, then interrogates the information in the shapefile and creates an SQLite database of the information.

The ObserveringSite object should have a single method to set all of the location information. Currently, it uses three function call to accomplish this.

A class needs to be created to handle the Moon information database.

An object that holds the necessary information for a Moon feature needs to be created. Also a container that will be used for model as needs to be developed.

The current phase indicator is incorrect and does not convey the correct information. The indicator should be converted to an illumination one. The format for the value should be NN.N%.

Add the necessary elements for the Moon Information tab.

A class needs to be created that will handle executing the calculations and returning certain bits of information. Other classes will handle the actual calculations.

The Android main UI needs to be laid out.

The current Toast popup for the lunar feature information should be replaced with a true dialog box.

The program should expose a dialog that will allow the calculation to be determined for a specific date and time. This will disable the automatic update mechanism.

The decimal degrees to degrees, minutes, seconds converter gives the wrong answer for negative decimal degrees.

A phase indicator should be created for moon information page. It will provide a text based representation of the Moon's current phase, i.e., waxing cresent.

A configuration dialog needs to be created to enter latitude and longitude coordinates for an observing site.

The layout for the Features tabs needs to be setup as well as an object to implement the UI functionality.

The program should use a timer to constantly update the calculation. The default system should use 15 minutes as the base update time.

An object should be created to handle the ephem.Moon class separate from the observing information object.

An indicator should be added to the Moon info tab that displays the current named phase of the Moon.

A menu should be created for the main program and an About entry added. The About entry should open an About dialog.

Currently, the calculation time is using the location timezone. This is incorrect as the calculations should be done in UTC.

The Moon age and illuminated fraction can have numbers less than one. When this happens, a zero should be present to the left of the decimal.

A setup.py file needs to be created for the project.

One (possibly two) adapter classes need to be written to handle setting the lunar feature information into a listview item.

The Features tab needs to be laid out. It should be a list view showing the visible features.

On the Moon information tab, indicators should be added that show the current latitude and longitude of libration.

The lists of lunar features are sorted with southern latitudes first. This should be switched to northern latitudes first.

A class should be made for dealing with shared preferences. Those preferences will be used to synchronize important information across activities.

The program should expose a dialog that will allow the calculation to be determined for a specific date and time. This will disable the automatic update mechanism.

The logic for calculating the phase and hence the named phase should be based of the illuminated fraction and not the colongitude.

The Features tab needs to be laid out. It should be a list view showing the visible features.

The lists of lunar features are sorted with southern latitudes first. This should be switched to northern latitudes first.

The program should be able to save and restore various configuration parameters for the user.

This issue covers handling the main layout of the program.

The layout of the moon information tab will be rearranged to eliminate some of the label redundancy and free up space for more information on that tab.

The moon information tab should contain four indicators that show the date, time and type of the next four lunar phases based on the current observation time.

An object that holds the observing site information and the Moon information object needs to be created. It should be kept as a single instance to maintain integrity of the information across the application UI components.

The layout for the Moon Info tab needs to be created.

The program should be able to update on a given time cycle. The default time cycle should be one hour.

At least one object needs to be created to hold the information for a lunar feature. It may be necessary to create objects that contain different amounts of information.

On the Moon information tab, a label should be produced that indicates if the Moon is currently above or below the horizon. The label should say "Below Horizon" if in the Moon altitude is <= zero. If the altitude is > 0, the label should read: "Alt: NN.Ndeg, Az: NN.Ndeg".

The object that controls the observation site information needs to be created.