<commit_before># EVE Fast Fitting Assessment
EVE Fast Fitting Assessment (FFA) is a Windows desktop appliction to quickly assess the stats of fittings found on killmails.
It was created as my entry to the CREST API challenge of CCP in February 2016 on which I spent way too much time ;).
EVE Fast Fitting Assessment was designed to be useful for EVE players and at the same time also provide insight into a multitude of CREST endpoints for (future) EVE 3rd party developers.

This readme is divided into three sections.

* Download/installations instructions
* A user manual, describing what the application does and how to use it
* A technical description for the code behind it, targeted at developers, who want to create CREST applications themselves

## Download
To run FFA, you can either
* Download a click once [installer](http://eve-plh.com/FFA/setup/setup.exe), 
* or if that doesn't work (in my experience ClickOnce installers tend to have problems for a small number of users), you can just download the a [zip file containing the application](http://eve-plh.com/FFA/eveffa.zip) and start the .exe from there.

## User Manual

The user manual first describes a small use case, so you have an idea, when/if you want to use this program and then describes its functions a bit more in depth.

### Use Case

Imagine you are solo hunting in faction warfare with a scram kiter and see a Merlin on DScan in a small plex. You check the local (e.g. with Pirate's Little Helper ;)) and are pretty sure which character is in there.

You go check his killboard and find his last losses of Merlins. Now you'd like to know if you are able to scram kite him, if he uses the same fit, or if he is either too fast or his weapons have too good range/tracking for you.
So you copy the crest killmail link into your clipboard and paste it into EVE Fast Fitting Assessment. You can immediately see he could hit out to 6km with Null ammo loaded into his Light Neutron Blaster IIs while being able to run 1179m/s with his overheated afterburner.<commit_msg>download instructions for .net 4.5.2<commit_after># EVE Fast Fitting Assessment
EVE Fast Fitting Assessment (FFA) is a Windows desktop appliction to quickly assess the stats of fittings found on killmails.
It was created as my entry to the CREST API challenge of CCP in February 2016 on which I spent way too much time ;).
EVE Fast Fitting Assessment was designed to be useful for EVE players and at the same time also provide insight into a multitude of CREST endpoints for (future) EVE 3rd party developers.

This readme is divided into three sections.

* Download/installations instructions
* A user manual, describing what the application does and how to use it
* A technical description for the code behind it, targeted at developers, who want to create CREST applications themselves

## Download
To run FFA, you can either
* Download a click once [installer](http://eve-plh.com/FFA/setup/setup.exe), 
* or if that doesn't work (in my experience ClickOnce installers tend to have problems for a small number of users), you can just download the a [zip file containing the application](http://eve-plh.com/FFA/eveffa.zip) and start the .exe from there.
  * This requires .NET 4.5.2, if you don't have it, you can get it at https://www.microsoft.com/en-us/download/details.aspx?id=42642

## User Manual

The user manual first describes a small use case, so you have an idea, when/if you want to use this program and then describes its functions a bit more in depth.

### Use Case

Imagine you are solo hunting in faction warfare with a scram kiter and see a Merlin on DScan in a small plex. You check the local (e.g. with Pirate's Little Helper ;)) and are pretty sure which character is in there.

You go check his killboard and find his last losses of Merlins. Now you'd like to know if you are able to scram kite him, if he uses the same fit, or if he is either too fast or his weapons have too good range/tracking for you.
So you copy the crest killmail link into your clipboard and paste it into EVE Fast Fitting Assessment. You can immediately see he could hit out to 6km with Null ammo loaded into his Light Neutron Blaster IIs while being able to run 1179m/s with his overheated afterburner.
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