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install/content.asc

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 Installing the EDA tools
 ------------------------
 
-The first step in using your FPGA is to install the tools required 
-to implement your designs - these are collectively called "Electronic
-Design Automation" (EDA) tools, but you can just as easily think of 
-them as the VHDL IDE and compiler.
+The first step in using your FPGA is to install the tools required to implement 
+your designs-- these are collectively called "Electronic Design Automation" (EDA) 
+tools, but you can just as easily think of them as the VHDL IDE and compiler.
 
 Acquiring the EDA software tools
 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 
 * The Xilinx design tools are available for download from 
-http://www.xilinx.com/support/download/index.htm. Be warned - it is a 
+http://www.xilinx.com/support/download/index.htm. Be warned-- it is a 
 very, very big download. You want the package called "Full Installer 
-for Windows" or "Full Installer for Linux" - one of the options
-given when you run the installer is to install the "cut down" WebPack version.
+for Windows" or "Full Installer for Linux"-- one of the options given when you 
+run the installer is to install the "cut down" _WebPack_ version.
  
-* Xilinx supplies the Windows software in a "UNIX" tar.gz file. On Windows
-you will need something like "7-Zip" to extract the installer software. It can
+* Xilinx supplies the Windows software in a 'UNIX' tar.gz file. On Windows
+you will need something like '7-Zip' to extract the installer software. It can
 be obtained from http://www.7-zip.org/download.html
 
-* Part way through the installation process you will need to register
-with Xilinx for a license file. The software will help you acquire the license 
-during the install. The installer is very good at walking you through this, 
-so don't fret over it.
+* Part way through the installation process you will need to register with Xilinx 
+for a license file. The software will help you acquire the license during the 
+install.  The installer is very good at walking you through this, so don't fret 
+over it.
 
 * You will need the development board specific tools from the vendor to 
-allow you to download designs to the board - for the Papilio One you will
-need the Papilio Loader from http://papilio.cc/index.php?n=Papilio.Download and for
-the Basys2 you will need Adept 2 from http://www.digilentinc.com.
+allow you to download designs to the board-- for the Papilio One you will
+need the Papilio Loader from http://papilio.cc/index.php?n=Papilio.Download and 
+for the Basys2 you will need Adept 2 from http://www.digilentinc.com.
 
-If you don't have an FPGA development board you will still be able to work
-your way through the modules, but it is not the same without seeing the
-design run in actual hardware.
+If you don't have an FPGA development board, you will still be able to work your 
+way through the modules, but it is not the same without seeing the design run in 
+actual hardware.
 
 Setting up the software
 ~~~~~~~~~~~~~~~~~~~~~~~
-Unpack and install all the software - the downloading hurts far more than the
-installing! If working on Linux, search the web to find any missing 
-dependencies - I have only used the Altera tools on Linux, and it was quite a
-challenge to get everything working correctly.
+Unpack and install all the software-- the downloading hurts far more than the
+installing!  If working on Linux, search the web to find any missing dependencies.
+I have only used the Altera tools on Linux, and it was quite a challenge to get 
+everything working correctly.
 
 If you have a Basys2 board you can play with the preloaded self-test application
-that is loaded into your board - the Papilio One is shipped "empty".
+that is loaded into your board-- the Papilio One is shipped "empty".
 
 Hints for Linux users
 ~~~~~~~~~~~~~~~~~~~~~