Some more spelling/consistency fixes

Nybble -> Nibble (To fit in with the rest of the document)
Loadcommands -> Load commands
JumpCommands -> Jump commands
Controlcommands -> Control commands

Author: wheremyfoodat

content/CPU_Instruction_Set.md

@@ -4,7 +4,7 @@ clock frequency of 4.194304 MHz (or 8.4 MHz for CGB in double speed
 mode), as all Game Boy timings are divideable by 4, many people specify
 timings and clock frequency divided by 4.
 
-### GMB 8bit-Loadcommands
+### GMB 8bit-Load commands
 
 ```
  ld   r,r         xx         4 ---- r=r
@@ -27,7 +27,7 @@ timings and clock frequency divided by 4.
  ldd  (HL),A      32         8 ---- (HL)=A, HL=HL-1
  ldd  A,(HL)      3A         8 ---- A=(HL), HL=HL-1
 ```
-### GMB 16bit-Loadcommands
+### GMB 16bit-Load commands
 
 ```
  ld   rr,nn       x1 nn nn  12 ---- rr=nn (rr may be BC,DE,HL or SP)
@@ -116,7 +116,7 @@ timings and clock frequency divided by 4.
  res  n,(HL)    CB xx       16 ---- reset bit n
 ```
 
-### GMB CPU-Controlcommands
+### GMB CPU-Control commands
 
 ```
  ccf            3F           4 -00c cy=cy xor 1
@@ -127,7 +127,7 @@ timings and clock frequency divided by 4.
  di             F3           4 ---- disable interrupts, IME=0
  ei             FB           4 ---- enable interrupts, IME=1
 ```
-### GMB Jumpcommands
+### GMB Jump commands
 
 ```
  jp   nn        C3 nn nn    16 ---- jump to nn, PC=nn

content/Memory_Map.md

@@ -97,6 +97,6 @@ bug. Reads otherwise return 00.
 On CGB revisions 0-D, this area is a unique RAM area, but is masked
 with a revision-specific value.
 
-On CGB revision E, AGB, AGS, and GBP, it returns the high nybble of the
+On CGB revision E, AGB, AGS, and GBP, it returns the high nibble of the
 lower address byte twice, e.g. FFAx returns AA, FFBx returns BB, and so
 forth.

historical/2001-Oct-pandocs.txt

@@ -2127,7 +2127,7 @@ The timings assume a CPU clock frequency of 4.194304 MHz (or 8.4
 MHz for CGB in double speed mode), as all gameboy timings are divideable
 by 4, many people specify timings and clock frequency divided by 4.
 
-GMB 8bit-Loadcommands
+GMB 8bit-Load commands
   ld   r,r         xx         4 ---- r=r
   ld   r,n         xx nn      8 ---- r=n
   ld   r,(HL)      xx         8 ---- r=(HL)
@@ -2148,7 +2148,7 @@ GMB 8bit-Loadcommands
   ldd  (HL),A      32         8 ---- (HL)=A, HL=HL-1
   ldd  A,(HL)      3A         8 ---- A=(HL), HL=HL-1
 
-GMB 16bit-Loadcommands
+GMB 16bit-Load commands
   ld   rr,nn       x1 nn nn  12 ---- rr=nn (rr may be BC,DE,HL or SP)
   ld   SP,HL       F9         8 ---- SP=HL
   push rr          x5        16 ---- SP=SP-2  (SP)=rr   (rr may be
@@ -2225,7 +2225,7 @@ GMB Singlebit Operation Commands
   res  n,r       CB xx        8 ---- reset bit n
   res  n,(HL)    CB xx       16 ---- reset bit n
 
-GMB CPU-Controlcommands
+GMB CPU-Control commands
   ccf            3F           4 -00c cy=cy xor 1
   scf            37           4 -001 cy=1
   nop            00           4 ---- no operation
@@ -2234,7 +2234,7 @@ GMB CPU-Controlcommands
   di             F3           4 ---- disable interrupts, IME=0
   ei             FB           4 ---- enable interrupts, IME=1
 
-GMB Jumpcommands
+GMB Jump commands
   jp   nn        C3 nn nn    16 ---- jump to nn, PC=nn
   jp   HL        E9           4 ---- jump to HL, PC=HL
   jp   f,nn      xx nn nn 16;12 ---- conditional jump if nz,z,nc,c

mediawiki-exporter/GbdevWiki-20200119114605.xml

@@ -39721,7 +39721,7 @@ The timings assume a CPU clock frequency of 4.194304 MHz (or 8.4
 MHz for CGB in double speed mode), as all gameboy timings are divideable
 by 4, many people specify timings and clock frequency divided by 4.
 
-===GMB 8bit-Loadcommands===
+===GMB 8bit-Load commands===
 
   ld   r,r         xx         4 ---- r=r
   ld   r,n         xx nn      8 ---- r=n
@@ -39744,7 +39744,7 @@ by 4, many people specify timings and clock frequency divided by 4.
   ldd  A,(HL)      3A         8 ---- A=(HL), HL=HL-1
 
 
-===GMB 16bit-Loadcommands===
+===GMB 16bit-Load commands===
 
   ld   rr,nn       x1 nn nn  12 ---- rr=nn (rr may be BC,DE,HL or SP)
   ld   SP,HL       F9         8 ---- SP=HL
@@ -39829,7 +39829,7 @@ by 4, many people specify timings and clock frequency divided by 4.
   res  n,(HL)    CB xx       16 ---- reset bit n
 
 
-===GMB CPU-Controlcommands===
+===GMB CPU-Control commands===
 
   ccf            3F           4 -00c cy=cy xor 1
   scf            37           4 -001 cy=1
@@ -39840,7 +39840,7 @@ by 4, many people specify timings and clock frequency divided by 4.
   ei             FB           4 ---- enable interrupts, IME=1
 
 
-===GMB Jumpcommands===
+===GMB Jump commands===
 
   jp   nn        C3 nn nn    16 ---- jump to nn, PC=nn
   jp   HL        E9           4 ---- jump to HL, PC=HL
@@ -39871,7 +39871,7 @@ The timings assume a CPU clock frequency of 4.194304 MHz (or 8.4
 MHz for CGB in double speed mode), as all gameboy timings are divideable
 by 4, many people specify timings and clock frequency divided by 4.
 
-===GMB 8bit-Loadcommands===
+===GMB 8bit-Load commands===
 
   ld   r,r         xx         4 ---- r=r
   ld   r,n         xx nn      8 ---- r=n
@@ -39894,7 +39894,7 @@ by 4, many people specify timings and clock frequency divided by 4.
   ldd  A,(HL)      3A         8 ---- A=(HL), HL=HL-1
 
 
-===GMB 16bit-Loadcommands===
+===GMB 16bit-Load commands===
 
   ld   rr,nn       x1 nn nn  12 ---- rr=nn (rr may be BC,DE,HL or SP)
   ld   SP,HL       F9         8 ---- SP=HL
@@ -39979,7 +39979,7 @@ by 4, many people specify timings and clock frequency divided by 4.
   res  n,(HL)    CB xx       16 ---- reset bit n
 
 
-===GMB CPU-Controlcommands===
+===GMB CPU-Control commands===
 
   ccf            3F           4 -00c cy=cy xor 1
   scf            37           4 -001 cy=1
@@ -39990,7 +39990,7 @@ by 4, many people specify timings and clock frequency divided by 4.
   ei             FB           4 ---- enable interrupts, IME=1
 
 
-===GMB Jumpcommands===
+===GMB Jump commands===
 
   jp   nn        C3 nn nn    16 ---- jump to nn, PC=nn
   jp   HL        E9           4 ---- jump to HL, PC=HL