It is a bit harsh for people to shoot you down about this! An FPGA Amiga is still an emulation of the original hardware, even though it is not the step by step processor based emulation of something like UAE.
The FPGA I programmed using a language not unlike a normal computer pogramming language, the real difference is that the language is used by the FPGA software to build a logic map of the operation which is then "executed" by small programmable units in the hardware (often little more than logic units, but can have advanced features like adders and memory). The FPGA must be programmed every power on.
I wouldn't mind playing with an FPGA board (like mikej's Replay) to build my own CPU... 
I don't see anyone being harsh about whether FPGAs are hardware or software. People have an unrealistic view on the level of difference between hardware and software. The FPGAs just make the issue cloudy for people that don't see the shades of gray.
Using software to configure hardware is common to the point of being ubiquitous. This is part of why I always thought the concern about 'emulation' was silly. If you have a black box, that takes an input, and gives out a predictable output, does it matter if it is hardwired, hard coded, loaded with software on boot, hardware configured on boot, or any other combination?
My extreme example I see in my head is to ask, If you walked up to a window in a building with access to a keyboard, monitor and a floppy drive. You inserted a floppy disk that had the instructions to tell the 100% automated factory exactly what parts to pull and assemble into a stock Amiga 500. It would automatically pull every chip, resister, and capacitor, and assemble them into an Amiga 500 case, and attach the resultant computer to the monitor and keyboard that you have access to. Would that be a real hardware Amiga? What if when you took out the disk, the same automated factory disassembled the Amiga?
How is that different to what happens inside the FPGA?