fixed TI$ values and UDTIM rollover

src/basic/assets/table_ti_hi.s

@@ -8,9 +8,9 @@
 
 table_TI_hi:
 
-	.byte $36                // 10 hours    = 3600000 ticks
-	.byte $05                // 1 hour      =  360000 ticks
-	.byte $00                // 10 minutes  =   30000 ticks
-	.byte $00                // 1 minute    =    3000 ticks
-	.byte $00                // 10 seconds  =     500 ticks
-	.byte $00                // 1 second    =      50 ticks
+	.byte $20                // 10 hours    = 2169000 ticks
+	.byte $03                // 1 hour      =  216000 ticks
+	.byte $00                // 10 minutes  =   36000 ticks
+	.byte $00                // 1 minute    =    3600 ticks
+	.byte $00                // 10 seconds  =     600 ticks
+	.byte $00                // 1 second    =      60 ticks

src/basic/assets/table_ti_lo.s

@@ -8,9 +8,9 @@
 
 table_TI_lo:
 
-	.byte $80                // 10 hours    = 3600000 ticks
-	.byte $40                // 1 hour      =  360000 ticks
-	.byte $30                // 10 minutes  =   30000 ticks
-	.byte $B8                // 1 minute    =    3000 ticks
-	.byte $F4                // 10 seconds  =     500 ticks
-	.byte $32                // 1 second    =      50 ticks
+	.byte $80                // 10 hours    = 2169000 ticks
+	.byte $C0                // 1 hour      =  216000 ticks
+	.byte $A0                // 10 minutes  =   36000 ticks
+	.byte $10                // 1 minute    =    3600 ticks
+	.byte $58                // 10 seconds  =     600 ticks
+	.byte $3C                // 1 second    =      60 ticks

src/basic/assets/table_ti_mid.s

@@ -8,9 +8,9 @@
 
 table_TI_mid:
 
-	.byte $EE                // 10 hours    = 3600000 ticks
-	.byte $7E                // 1 hour      =  360000 ticks
-	.byte $75                // 10 minutes  =   30000 ticks
-	.byte $0B                // 1 minute    =    3000 ticks
-	.byte $01                // 10 seconds  =     500 ticks	
-	.byte $00                // 1 second    =      50 ticks
+	.byte $F5                // 10 hours    = 2169000 ticks
+	.byte $4B                // 1 hour      =  216000 ticks
+	.byte $8C                // 10 minutes  =   36000 ticks
+	.byte $0E                // 1 minute    =    3600 ticks
+	.byte $02                // 10 seconds  =     600 ticks
+	.byte $00                // 1 second    =      60 ticks

src/kernal/time/settim.s

@@ -21,7 +21,7 @@ SETTIM:
 	sty TIME + 0
 	stx TIME + 1
 	sta TIME + 2
-
+.break
 	// Enable interrupts. More elegant solution would be pha + sei + ... + pla,
 	// but (checked by running a test program) original ROM routine always
 	// leaves IRQs enabled.

src/kernal/time/udtim.s

@@ -17,32 +17,34 @@ UDTIM:
 	// (24 hours * 60 minutes * 60 seconds * 60 jiffies),
 	// after this time we have to reset the clock.
 
-#if !HAS_OPCODES_65CE02
 	inc TIME+2
-	bne udtim_time_done   // done with clock
+	bne udtim_rollover_check
 	inc TIME+1
-#else
-	inw TIME+2
-#endif
-	bne udtim_clock_rollover
+	bne udtim_rollover_check
 	inc TIME+0
 
 	// FALLTROUGH
 
+udtim_rollover_check:
+
+	lda TIME+0
+	cmp #$4F
+	bcc udtim_time_done
+	lda TIME+1
+	cmp #$1A	
+	bcc udtim_time_done
+	
+	// FALLTROUGH
+
+udtim_clock_reset:
+
+	lda #$00
+	sta TIME+0
+	sta TIME+1
+	sta TIME+2
+
+	// FALLTROUGH
+
 udtim_time_done:
 
 	jmp udtim_keyboard
-
-udtim_clock_rollover:
-
-	// At this point TIME+0 contains 0
-	lda TIME+1
-	cmp #$1A
-	bne udtim_time_done   // done with clock
-	lda TIME+0
-	cmp #$4F
-	bne udtim_time_done   // done with clock
-	lda #$00
-	sta TIME+0
-	sta TIME+1
-	beq udtim_time_done   // done with clock - will always jump