Documentation additions

core/README.md

@@ -1,4 +1,15 @@
-core
+# core/libdreamcast
 ===========
 
-All of the interesting bits are here
+Here lies the core of our codebase. Everything that's OS inspecific rests here.
+** Please check per directory README for more info **
+
+### Some rudimentary categories are:
+- hw				-- DC Hardware Components Implementation
+- nullDC.cpp		-- NullDC, thy mighty child (also referenced as "debugger")
+- emitter			-- Cookie machine 
+- khronos			-- Vulkan stuff
+- oslib				-- Codebase abstraction effort
+- cfg				-- Configuration backend structure
+- reios				-- (Our)Implementation of the DreamCast BIOS (Not functional)
+- deps				-- External C libraries (hackish, hand-written versions)

core/emitter/README.md

@@ -0,0 +1,6 @@
+# Our Emitter
+### Oh god , x86 is a sooo badly designed opcode arch -_-
+---
+Emitters are the place where you have functions that you give symbolic
+  instructions and you get binaries out.
+

core/hw/gdrom/README.md

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+# GD-ROM: Gigabyte Disc Read-Only Memory
+
+- This is the GD-ROM emulation part v3. v1 was unusable and v2 was our initial
+  release. 
+
+### Notes:
+	- Technical approach is wrong
+	- Some secondary stuff are not (really) implemented

docs/CONTRIBUTING.md

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+[WIP]
+
+## What are nillware's plans for the project?
+
+- We want **reicast** to be the best dreamcast emulator, available _on every possible platform_, with the source **public**, and at _no cost of the end users_. 
+- We are not really interested on making any money off of it, apart from guaranteeing its developers' sustainability.
+- We'd really like that every regular/"important" contributor to get paid a reasonable amount of money for their work. 
+
+## CLA Stuff
+**reicast** has a CLA, which typically requires the commit author's signature. This means that **any commit returned upstream from a fork of reicast** also requires a CLA signature.
+- This leaves two options for handling the commit. 
+	1. Either attempt to get the original author to put in the extra work of modifying and resubmitting it to reicast or
+	2. alter the commit's recognized author by resubmitting it with a reference to the original commit.
+
+### Here's the current copyright structure of reicast
+- Parts written independently (this covers over 95% of the source) are owned by nillware.
+- Parts that were developed by skmp under contract, for which he doesn't have the copyright, but are licensed as GPL.
+- Parts developed by the rest of the **nulldc team (ZeZu, PsyMan)**. This code is under GPL, but the copyright belongs to them.
+- 3rd party contributions to nulldc, before 2008-2009. We use them under GPL. 
+- Contributions to the reicast project. Copyright belongs to the contributors, we use them via GPL.
+- 3rd party libraries. 
+
+We'll have to rewrite the parts that we can't get permission for though. 
+And be advised, we are really good at "refactoring" code!

docs/DreamCast_Specs.md

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+# SEGA Dreamcast Specifications
+
+### CPU Specifications:
+    - **Processor**:								Hitachi SH-4 (128-bit)
+    - **Processor Speed**:							200 MHz
+    - **Millions of instructions per second**:		360
+    - **Floating-point operations per seccond**:	1.4 billion
+    - **Main RAM**:									16MB SDRAM
+
+### GPU Specifications:
+    - **Processor**:				NEC PowerVR2 DC
+    - **Polygons per second**:		7.0 Million
+    - **Video RAM**:				8 MiB 4x16 Bit
+    - **Fillrate**:					100 MPixels/s
+
+### Audio Specifications:
+    - **Processor**:				Yamaha AICA (32-bit)
+    - **Processor Speed**:			22.5 MHz
+    - **Co-Processor**:				ARM7 RISC
+    - **Co-Processor Speed**:		45 MHz
+    - **Channels**:					64
+    - **Audio RAM**:				2 MiB (16-bit)

docs/Naomi_Overview.md

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+## Presentation:
+- First demonstrated in November 1998 at JAMMA, since just before the release of The House of the Dead 2 in Japan. 
+- The Sega Naomi (New Arcade Operation Machine Idea) is the successor to the Sega Model 3 hardware.
+
+### A development of the Dreamcast home game console, the NAOMI and Dreamcast share the same hardware components: 
+- Hitachi SH-4 CPU, 
+- PowerVR Series 2 GPU (PVR2DC), and 
+- Yamaha AICA based sound system.   
+
+NAOMI has twice as much system memory, twice as much video memory, and 4X as much sound memory. 
+Multiple NAOMI boards can be 'stacked' together to improve graphics performance, or to support multiple-monitor output. 
+A special game cabinet for the NAOMI, **NAOMI Universal Cabinet**, houses up to sixteen boards for this purpose.
+
+_The other key difference between NAOMI and Dreamcast lies in the game media._
+
+The Dreamcast reads game data from GD-ROM optical disc,  while the NAOMI arcade board features 168 MB of solid-state ROMs or GD-ROMs using a custom DIMM board and GD-ROM drive. 
+
+- In operation, the Naomi GD-ROM is read only once at system power up, loading the disc's contents to the DIMM Board RAM. 
+Once loading is complete, the game executes only from RAM, thereby reducing mechanical wear on the GD-ROM drive.
+Unlike Sega's previous arcade platforms (and most other arcade platforms in the industry), 
+
+NAOMI is widely licensed for use by other game publishers including Sega, Namco Bandai, Capcom, Sammy and Tecmo Koei. 
+Games such as Mazan, Marvel Vs. Capcom 2, Dead or Alive 2 and Guilty Gear XX were all developed by third-party licensees of the NAOMI platform. 
+
+**An offshoot version of the NAOMI hardware is Atomiswave by Sammy Corporation.**
+
+After nine years of hardware production, and with new game titles coming in 2008 like Melty Blood: Actress Again and Akatsuki Blitzkampf AC, 
+NAOMI is considered to be one of the longest running arcade platforms ever and is comparable in longevity with the Neo-Geo MVS.
+
+
+## Technical Specification:
+
+- Main Processor : Hitachi SH-4 (128 bits) RISC 360 MIPS / 1.4 GFLOPS clocked 200 MHz
+- Video Processor : PowerVR 2 clocked 100 MHz made by Nec (Nec CLX2)
+    - Texture mapping
+    - Trilinear filtering
+    - Micro texturing
+    - Specular reflection
+    - Gouraud shading
+    - Flat shading
+    - Anti-aliasing
+    - Alpha blending
+- Audio Processor : ARM7 Yamaha XG AICA RISC 32 bits clocked 25 MHz