Formatting README

README.org

@@ -16,8 +16,11 @@ Additionally, it contains a single input and a single output, which together are
 The instructions can be split into 4 categories, which can be distinguished by the most significant two bits.
 
     🔴🔴🟤🟤🟤🟤🟤🟤 Immidiate instructions.
+
     🔴🟢🟤🟤🟤🟤🟤🟤 Calculate instructions.
+
     🟢🔴🟤🟤🟤🟤🟤🟤 Copy instructions.
+
     🟢🟢🟤🟤🟤🟤🟤🟤 Condition instructions.
 
 * Immediate 🔴🔴🟤🟤🟤🟤🟤🟤
@@ -30,42 +33,64 @@ Generally, these instructions are represented directly by using the value (a num
 This set of instructions use the 3 least significant bits to indicate which instruction to preform on the contents of Register 1 and Register 2
 
     🔴🟢🟤🟤🟤🔴🔴🔴 OR
+
     🔴🟢🟤🟤🟤🔴🔴🟢 NAND
+
     🔴🟢🟤🟤🟤🔴🟢🔴 NOR
+
     🔴🟢🟤🟤🟤🔴🟢🟢 AND
+
     🔴🟢🟤🟤🟤🟢🔴🔴 ADD
+
     🔴🟢🟤🟤🟤🟢🔴🟢 SUB
 
 
+
 OR 🔴🟢🟤🟤🟤🔴🔴🔴
+
 A bitwise OR of the values stored in Register 1 and register 2, with the result being placed in Register 3
 
+
 NAND 🔴🟢🟤🟤🟤🔴🔴🟢
+
 A bitwise NAND of the values stored in Register 1 and register 2, with the result being placed in Register 3
 
+
 NOR 🔴🟢🟤🟤🟤🔴🟢🔴
+
 A bitwise NOR of the values stored in Register 1 and register 2, with the result being placed in Register 3
 
+
 AND 🔴🟢🟤🟤🟤🔴🟢🟢
+
 A bitwise AND of the values stored in Register 1 and register 2, with the result being placed in Register 3
 
+
 ADD 🔴🟢🟤🟤🟤🟢🔴🔴
+
 Mathematically adds the the values stored in Register 1 and register 2 together, (without support for a carry), with the result being placed in Register 3
 
+
 SUB 🔴🟢🟤🟤🟤🟢🔴🟢
+
 Subtracts the the values stored in Register 2 from the value stored in register 1 using 2-complements logic, with the result being placed in Register 3
 
-Assembly Mnemonics
+** Assembly Mnemonics
 The assembly mnemonics for these commands are simply these commands written on their own.
 
-#+BEGIN_SRC
     or
+
     nand
+
     nor
+
     and
+
     add
+
     sub
 
+#+BEGIN_SRC
 const or 64
 const nand 65
 const nor 66
@@ -80,26 +105,39 @@ These instructions allow you to represent a copy action between a source locatio
 There are 7 possible sources to read from:
 
     🟢🔴🔴🔴🔴🟤🟤🟤 Register 0
+
     🟢🔴🔴🔴🟢🟤🟤🟤 Register 1
+
     🟢🔴🔴🟢🔴🟤🟤🟤 Register 2
+
     🟢🔴🔴🟢🟢🟤🟤🟤 Register 3
+
     🟢🔴🟢🔴🔴🟤🟤🟤 Register 4
+
     🟢🔴🟢🔴🟢🟤🟤🟤 Register 5
+
     🟢🔴🟢🟢🔴🟤🟤🟤 Input
 
 
 There are 7 possible destinations to write to:
 
     🟢🔴🟤🟤🟤🔴🔴🔴 Register 0
+
     🟢🔴🟤🟤🟤🔴🔴🟢 Register 1
+
     🟢🔴🟤🟤🟤🔴🟢🔴 Register 2
+
     🟢🔴🟤🟤🟤🔴🟢🟢 Register 3
+
     🟢🔴🟤🟤🟤🟢🔴🔴 Register 4
+
     🟢🔴🟤🟤🟤🟢🔴🟢 Register 5
+
     🟢🔴🟤🟤🟤🟢🟢🔴 Output
 
 
-Assembly Mnemonics
+
+** Assembly Mnemonics
 
 A common method of representing the commands is by idividually specifying the parts of the command and adding them together using the OR operator.
 
@@ -124,7 +162,8 @@ const out 6
 Example, which allows you to copy from Register 3 to Register 0
 cp|s3|d0
 
-Off Label Usage
+** Off Label Usage
+
 This section is non-normative
 
 Most common implementations are implemented in such way that if you specify the non-defined option as a source, a zero is read
@@ -132,6 +171,7 @@ Most common implementations are implemented in such way that if you specify the
     🟢🔴🟢🟢🟢🟤🟤🟤 Clear Destination Register
 
 * Condition 🟢🟢🟤🟤🟤🟤🟤🟤
+
 This set of instructions allow you to jump to a certain point in your program.
 
 The destination of the jump is specified by the Register 0.
@@ -139,16 +179,23 @@ The destination of the jump is specified by the Register 0.
 The jump will only be performed if the value in Register 3 matches the condition set by the least significant 3 bits of the instruction.
 
     🟢🟢🟤🟤🟤🔴🔴🔴 Never
+
     🟢🟢🟤🟤🟤🔴🔴🟢 Equals 0
+
     🟢🟢🟤🟤🟤🔴🟢🔴 Less Than 0
+
     🟢🟢🟤🟤🟤🔴🟢🟢 Less than or equals 0
+
     🟢🟢🟤🟤🟤🟢🔴🔴 Always
+
     🟢🟢🟤🟤🟤🟢🔴🟢 Not equals 0
+
     🟢🟢🟤🟤🟤🟢🟢🔴 Greater than or equals 0
+
     🟢🟢🟤🟤🟤🟢🟢🟢 Greater than 0
 
 
-Assembly Mnemonics
+** Assembly Mnemonics
 #+BEGIN_SRC
 const never 192
 const eq 193