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Any elliptical model should be defined by semiminor and semimajor axes, these are in fact used in the CTA response computation. Hence they should live in the baseclass, not the derived class.
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The eval() and eval_gradients() methods now take a GPhoton object as argument to allow the implementation of energy and time dependent source morphologies. GEnergy and GTime objects have been added to the mc() method interface to support equally the implementation of energy and time dependent source morphologies. So far, no class really implements energy and time dependent source morphologies, but now we have the infrastructure to do so.
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The minor() and major() methods produced problems on FreeBSD where both functions are predefined macros.
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I quickly went over the code before integration to make it compliant to the coding standards. Most of the modifications were cosmetical (related to code formating)
