Some new links

0000.md

@@ -2403,14 +2403,14 @@ number for the current cursor position to be stored here.
 ## 232 $E8 LSXP <a name="E8"></a>
 ### Cursor row for start of input
 This location determines the starting row for the logical line of
-input characters to be read by the BASIN routine [$C29B].
+input characters to be read by the BASIN routine [$C29B](C000#C29B).
 Location [235/$EB](#EB) will hold the row for the end of the input line.
 
 ## 233 $E9 LSTP <a name="E9"></a>
 ### Cursor column for start of input
 This location determines the starting column for the logical
 line of input characters to be read by the BASIN routine
-[$C29B]. Location 2608/$0A30 will hold the column for the
+[$C29B](C000#C29B). Location 2608/$0A30 will hold the column for the
 end of the input line.
 
 ## 234 $EA INDX <a name="EA"></a>

C000.md

@@ -33,7 +33,7 @@ register holding the attribute value for the character.
 Entry point for the routine at 49716/$C234, which retrieves a
 single character from the keyboard. In official Commodore literature,
 this routine has the rather nondescriptive name LP2.
-This entry is used by the Kernal GETIN routine [SEEEB] when
+This entry is used by the Kernal GETIN routine [$EEEB](E000#EEEB) when
 the keyboard is the input device. (The keyboard, device 0, is
 the 128's default input device.) Upon return, the accumulator
 will contain the retrieved character. Be sure to see the warning
@@ -76,7 +76,7 @@ contents will be preserved during this routine.
 Entry point for the routine at 50989/$C72D, which prints a
 character at the current cursor position using the current
 attribute (in [241/$F1](0000#F1)). This routine is used by the Kernal
-BSOUT routine [$EF79] when the screen is specified as the
+BSOUT routine [$EF79](E000#EF79) when the screen is specified as the
 output device. The screen, device 3, is the 128's default
 output device. Call the entry with the accumulator containing the
 character code (not the screen code) for the character to be
@@ -96,7 +96,7 @@ column display or 79 for the 80-column display).
 ## 49170 $C012 JSCNKEY <a name="C012"></a>
 Entry point for the routine at 50525/$C55D, which scans the
 keyboard matrix for a keypress. This entry is the target of the
-Kernal jump table entry SCNKEY [$FF9F]. If a key is found to
+Kernal jump table entry SCNKEY [$FF9F](E000#FF9F). If a key is found to
 be pressed, its corresponding character code will be placed in
 the keyboard buffer for retrieval by the GETIN or BASIN
 routines, unless the key is a shift key or programmable key.
@@ -116,7 +116,7 @@ vector (see the entry at 826/$033A for details).
 ## 49176 $C018 JPLOT <a name="C018"></a>
 Entry point for the routine at 52330/$CC6A, which reads or
 sets the cursor position. This entry is the target of the Kernal
-jump table entry PLOT [$FFF0], If called with the carry bit
+jump table entry PLOT [$FFF0](E000#FFF0), If called with the carry bit
 clear, the cursor is moved to the row specified in the X register
 and the column specified in the Y register (the row and column
 settings are relative to the current home position of the
@@ -1814,7 +1814,7 @@ columns X 25 rows).
 ## 52330 $CC6A PLOT <a name="CC6A"></a>
 ### Reads or sets the current cursor position
 (This routine has a screen editOT jump table entry at 49176/$C018
-and a Kernal jump table entry at 6552O/$FFF0.)
+and a Kernal jump table entry at 65520/$FFF0.)
 Returns the row and column numbers corresponding to the
 current cursor position or establishes new row and column
 values, depending on the status of the carry bit upon entry. To
@@ -1882,7 +1882,7 @@ To add a new definition string, the length of the string is
 placed in the proper position in the string length table in bank
 0 (4096-4105/$1000-$1009). Then characters are loaded from
 the new string in whatever bank it is located in by using the
-INDFET routine [$02A2]. They are stored at the proper position in the definition string table (4106-4351/$100A-$10FF).
+INDFET routine [$02A2](0200#02A2). They are stored at the proper position in the definition string table (4106-4351/$100A-$10FF).
 The status register carry bit is cleared before exit to indicate
 that the new definition string has been successfully added to
 the table.

E000.md

@@ -2631,7 +2631,7 @@ Stores the zero-page pointer address, in the accumulator upon
 entry, in the INDFET address pointer byte (682/$02AA); then
 converts the bank number for the target address, in the X register upon entry, into the corresponding MMU configuration
 register setting and calls the RAM-resident portion of the
-INDFET routine [$02A2]. Upon return, the accumulator will
+INDFET routine [$02A2](0200#02A2). Upon return, the accumulator will
 hold the value from the location at the address specified in the
 zero-page pointer (plus the offset specified in the Y register) in
 the specified bank.
@@ -2641,7 +2641,7 @@ the specified bank.
 (This routine has a jump table entry at 65399/$FF77.)
 Converts the bank number for the target address, in the X register upon entry, into the corresponding MMU configuration
 register setting; then calls the RAM -resident portion of the
-INDSTA routine [$02AF]. This will place the value in the accumulator into the specified bank at the address specified in a
+INDSTA routine [$02AF](0200#02AF). This will place the value in the accumulator into the specified bank at the address specified in a
 zero-page pointer, plus the offset in the Y register. The address of the zero-page pointer must be stored in location
 697/$02B9 before this routine is called.
 
@@ -2650,7 +2650,7 @@ zero-page pointer, plus the offset in the Y register. The address of the zero-pa
 (This routine has a jump table entry at 65402/$FF7A.)
 Converts the bank number for the target address, in the X register upon entry, into the corresponding MMU configuration
 register setting; then calls the RAM-resident portion of the
-INDCMP routine [$02BE]. This will compare the value in the
+INDCMP routine [$02BE](0200#02BE). This will compare the value in the
 accumulator with the value at the address specified in a zeropage pointer, plus the offset in the Y register, in the specified
 bank. The address of the zero-page pOinter must be stored in
 location 712/$02C8 before this routine is called. Upon return,