; OSTC - diving computer code
; Copyright (C) 2008 HeinrichsWeikamp GbR

;    This program is free software: you can redistribute it and/or modify
;    it under the terms of the GNU General Public License as published by
;    the Free Software Foundation, either version 3 of the License, or
;    (at your option) any later version.

;    This program is distributed in the hope that it will be useful,
;    but WITHOUT ANY WARRANTY; without even the implied warranty of
;    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
;    GNU General Public License for more details.

;    You should have received a copy of the GNU General Public License
;    along with this program.  If not, see <http://www.gnu.org/licenses/>.


; routines for display outputs
; written by: Matthias Heinrichs, info@heinrichsweikamp.com
; written: 15/01/05
;
; History:
; 2008-06-06 [MH] last updated
; 2010-12-31 [jDG] Multi-page display for GF decoplan
; 2011-01-04 [jDG] Saturation graphs in customview divemode
;
; known bugs:
; ToDo:	More comments

    global   PLED_divemask_color
PLED_divemask_color:
	GETCUSTOM8	d'36'			; Divemask output color
	bra		PLED_standard_color_0

    global  PLED_warnings_color
PLED_warnings_color:
	GETCUSTOM8	d'37'			; Warnings output color
	bra		PLED_standard_color_0

    global  PLED_standard_color
PLED_standard_color:
	GETCUSTOM8	d'35'			; Standard output color
PLED_standard_color_0:			; Common entry point
	movwf	oled1_temp			; copy
	movlw	d'0'
	cpfseq	oled1_temp
	bra		PLED_standard_color_1
	bra		PLED_standard_color2
PLED_standard_color_1:
	movlw	d'4'
	cpfseq	oled1_temp
	bra		PLED_standard_color_2
	bra		PLED_standard_color2
PLED_standard_color_2:
	movlw	d'8'
	cpfseq	oled1_temp
	bra		PLED_standard_color_3
	bra		PLED_standard_color2
PLED_standard_color_3:
	movlw	d'192'
	cpfseq	oled1_temp
	bra		PLED_standard_color_4
	bra		PLED_standard_color2
PLED_standard_color_4:
	movlw	d'196'
	cpfseq	oled1_temp
	bra		PLED_standard_color_5
	bra		PLED_standard_color2
PLED_standard_color_5:
	movlw	d'200'
	cpfseq	oled1_temp
	bra		PLED_standard_color_6
	bra		PLED_standard_color2
PLED_standard_color_6:
	movf	oled1_temp,W		; Color should be OK...
	call	PLED_set_color
	return
PLED_standard_color2:
	movlw	0xFF		        ; Force full white.
	call	PLED_set_color
	return

PLED_color_code macro color_code_temp
	movlw	color_code_temp
	call	PLED_color_code1
	endm

PLED_color_code1:				; Color-codes the output, if required
	dcfsnz	WREG
	bra		PLED_color_code_depth		; CF43 [mBar], 16Bit
	dcfsnz	WREG
	bra		PLED_color_code_cns			; CF44 [%]
	dcfsnz	WREG
	bra		PLED_color_code_gf			; CF45 [%]
	dcfsnz	WREG
	bra		PLED_color_code_ppo2		; CF46 [cBar]
	dcfsnz	WREG
	bra		PLED_color_code_velocity	; CF47 [m/min]
	dcfsnz	WREG
	bra		PLED_color_code_ceiling		; Show warning if CF41=1 and current depth>shown ceiling
	dcfsnz	WREG
	bra		PLED_color_code_gaslist		; Color-code current row in Gaslist (%O2 in "EEDATA")


PLED_color_code_gaslist:				; %O2 in "EEDATA"
; Check very high ppO2 manually
	movff		amb_pressure+0,xA+0
	movff		amb_pressure+1,xA+1
	movlw		d'10'
	movwf		xB+0
	clrf		xB+1
	call		div16x16				; xC=p_amb/10
	movff		xC+0,xA+0
	movff		xC+1,xA+1
	movff		EEDATA,xB+0
	clrf		xB+1
	call		mult16x16				; EEDATA * p_amb/10

	tstfsz		xC+2						; char_I_O2_ratio * p_amb/10 > 65536, ppO2>6,55Bar?
	bra			PLED_color_code_gaslist1	; Yes, warn in warning color

	movff		xC+0,sub_a+0
	movff		xC+1,sub_a+1
	GETCUSTOM8	d'46'					; color-code ppO2 warning [cBar]
	mullw		d'100'					; ppo2_warning_high*100
	movff		PRODL,sub_b+0
	movff		PRODH,sub_b+1
	call		sub16					;  sub_c = sub_a - sub_b	
	btfss		neg_flag
	bra			PLED_color_code_gaslist1; too high -> Warning Color!
	call		PLED_standard_color
	return

PLED_color_code_gaslist1:
	call	PLED_warnings_color
	return

PLED_color_code_ceiling:
	GETCUSTOM8	d'40'			; =1: Warn at all?
	movwf	lo					
	movlw	d'1'
	cpfseq	lo					; =1?
	bra		PLED_color_code_ceiling1	; No, Set to default color

	movff	char_O_first_deco_depth,lo  ; Ceiling in m
	decf	lo,F	                    ; -1
	movff	rel_pressure+1,xA+1
	movff	rel_pressure+0,xA+0
	movlw	LOW		d'100'
	movwf	xB+0
	clrf	xB+1						; Devide/100 -> xC+0 = Depth in m
	call	div16x16					; xA/xB=xC with xA as remainder 	
	movf	xC+0,W						; Depth in m
	subwf	lo,W
	btfsc	STATUS,C
	bra		PLED_color_code_ceiling2	; Set to warning color
PLED_color_code_ceiling1:
	call	PLED_standard_color
	return
PLED_color_code_ceiling2:
	call	PLED_warnings_color
	return

PLED_color_code_depth:
	movff	hi,hi_temp
	movff	lo,lo_temp
	movff	rel_pressure+1,hi
	movff	rel_pressure+0,lo
	call	adjust_depth_with_salinity			; computes salinity setting into lo:hi [mBar]
	movff	lo,sub_a+0
	movff	hi,sub_a+1
	GETCUSTOM15	d'43'				; Depth warn [mBar]
	movff	lo,sub_b+0
	movff	hi,sub_b+1
	call	sub16			;  sub_c = sub_a - sub_b
	btfss	neg_flag
	bra		PLED_color_code_depth2; Set to warning color
	call	PLED_standard_color
	movff	hi_temp,hi
	movff	lo_temp,lo			; Restore hi, lo
	return
PLED_color_code_depth2:
	call	PLED_warnings_color
	movff	hi_temp,hi
	movff	lo_temp,lo			; Restore hi, lo
	return

PLED_color_code_cns:
	movff	char_O_CNS_fraction,lo
	GETCUSTOM8	d'44'			; CNS Warn [%]
	subwf	lo,W
	btfsc	STATUS,C
	bra		PLED_color_code_cns2		; Set to warning color
	call	PLED_standard_color
	return
PLED_color_code_cns2:
	call	PLED_warnings_color
	return

PLED_color_code_gf:
	movff	char_O_gradient_factor,lo		; gradient factor
	GETCUSTOM8	d'45'			; GF Warn [%]
	subwf	lo,W
	btfsc	STATUS,C
	bra		PLED_color_code_gf2		; Set to warning color
	call	PLED_standard_color
	return
PLED_color_code_gf2:
	call	PLED_warnings_color
	return

PLED_color_code_ppo2:
; Check very high ppO2 manually
	tstfsz	xC+2					; char_I_O2_ratio * p_amb/10 > 65536, ppO2>6,55Bar?
	bra		PLED_color_code_ppo22	; Yes, warn in warning color

	movff	xC+0,sub_a+0
	movff	xC+1,sub_a+1
	GETCUSTOM8	d'46'			; color-code ppO2 warning [cBar]
	mullw	d'100'
	movff	PRODL,sub_b+0
	movff	PRODH,sub_b+1
	call	sub16			;  sub_c = sub_a - sub_b
	btfss	neg_flag
	bra		PLED_color_code_ppo22; Set to warning color
	call	PLED_standard_color
	return
PLED_color_code_ppo22:
	call	PLED_warnings_color
	return

PLED_color_code_velocity:
	btfss	neg_flag			; Ignore for ascend!
	bra		PLED_color_code_velocity1		; Skip check!
	movff	divA+0,lo
	GETCUSTOM8	d'47'			; Velocity warn [m/min]
	subwf	lo,W
	btfsc	STATUS,C
	bra		PLED_color_code_velocity2		; Set to warning color
PLED_color_code_velocity1:
	call	PLED_standard_color
	return
PLED_color_code_velocity2:
	call	PLED_warnings_color
	return

ostc_debug	macro value
	movlw	value
	call	ostc_debug1
	endm

ostc_debug1:
	movff	debug_char+4,debug_char+5		; Save for background debugger
	movff	debug_char+3,debug_char+4
	movff	debug_char+2,debug_char+3
	movff	debug_char+1,debug_char+2
	movff	debug_char+0,debug_char+1
	movff	WREG,debug_char+0

	btfss	debug_mode				; Are we in debugmode?
	return							; No, return!

	WIN_TOP		.200
	WIN_LEFT	.100
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color
	lfsr	FSR2,letter
	movf	debug_char+0,W
	movwf 	POSTINC2
	movf	debug_char+1,W
	movwf 	POSTINC2
	movf	debug_char+2,W
	movwf 	POSTINC2
	movf	debug_char+3,W
	movwf 	POSTINC2
	movf	debug_char+4,W
	movwf 	POSTINC2
	movf	debug_char+5,W
	movwf 	POSTINC2
	
	STRCAT_PRINT " "
	return


PLED_resetdebugger:
	call	PLED_boot				; PLED boot
	call	PLED_ClearScreen		; clean up OLED
	call	PLED_standard_color
	WIN_INVERT	.0					; Init new Wordprocessor

	DISPLAYTEXT	.133
	DISPLAYTEXT	.134
	DISPLAYTEXT	.135
	DISPLAYTEXT	.136				; Display Debug intro
	
	WIN_TOP		.100
	WIN_LEFT	.10
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color
	lfsr	FSR2,letter
	movff	temp10,lo
	output_8		
	movlw	' '
	movwf	POSTINC2
	movf	debug_char+0,W
	movwf 	POSTINC2
	movf	debug_char+1,W
	movwf 	POSTINC2
	movf	debug_char+2,W
	movwf 	POSTINC2
	movf	debug_char+3,W
	movwf 	POSTINC2
	movf	debug_char+4,W
	movwf 	POSTINC2
	movf	debug_char+5,W
	movwf 	POSTINC2
	STRCAT  ". "
	movff	flag1,lo
	output_8		
	PUTC    ' '
	movff	flag2,lo
	output_8		
	call	word_processor

	WIN_TOP		.125
	WIN_LEFT	.10
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color

	lfsr	FSR2,letter
	movff	flag3,lo
	output_8		
	PUTC    ' '
	movff	flag4,lo
	output_8		
	PUTC    ' '
	movff	flag5,lo
	output_8		
	PUTC    ' '
	movff	flag6,lo
	output_8		
	PUTC    ' '
	movff	flag7,lo
	output_8		
	call	word_processor

	WIN_TOP		.150
	WIN_LEFT	.10
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color

	lfsr	FSR2,letter
	movff	flag8,lo
	output_8		
	PUTC    ' '
	movff	flag9,lo
	output_8		
	PUTC    ' '
	movff	flag10,lo
	output_8		
	PUTC    ' '
	movff	flag11,lo
	output_8		
	PUTC    ' '
	movff	flag12,lo
	output_8		
	call	word_processor

	bcf		switch_left	
PLED_resetdebugger_loop:
	btfss	switch_left
	bra		PLED_resetdebugger_loop		; Loop
	return

PLED_divemode_mask:					; Displays mask in Dive-Mode
	call		PLED_divemask_color	; Set Color for Divemode mask
	DISPLAYTEXTH	.267		; Max.
	DISPLAYTEXT		.86			; Divetime
	DISPLAYTEXT		.87			; Depth
	call	PLED_standard_color
	return

PLED_clear_customview_divemode:
    WIN_BOX_BLACK   .168, .239, .90, .159	
	return

PLED_clear_customview_surfmode:
    WIN_BOX_BLACK   .25, .121, .82, .159
	return

PLED_clear_decoarea:
    WIN_BOX_BLACK   .54, .168, .90, .159	
	return

PLED_display_ndl_mask:
	; Clear Dekostop and Dekosum
	rcall	PLED_clear_decoarea	

	call	PLED_divemask_color	; Set Color for Divemode mask
	DISPLAYTEXT		d'84'			; NoStop
	call	PLED_standard_color

PLED_display_ndl_mask2:
	; Clears Gradient Factor
	movlw	d'8'
	movwf	temp1
	WIN_TOP		.145
	WIN_LEFT	.0
	call	PLED_display_clear_common_y1	
	return

PLED_display_ndl:
	btfsc	menubit					; Divemode menu active?
	return							; Yes, return

	ostc_debug	'z'		; Sends debug-information to screen if debugmode active
	
	WIN_TOP		.136
	WIN_LEFT	.119
	WIN_FONT 	FT_MEDIUM
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color

	lfsr	FSR2,letter
	movff	char_O_nullzeit,lo				; NDL in minutes
	output_8
	STRCAT_PRINT    "'"

	WIN_FONT 	FT_SMALL
	return

PLED_display_deko_mask:
        rcall	PLED_clear_decoarea	
        ; total deco time word
        call		PLED_divemask_color	; Set Color for Divemode mask
        DISPLAYTEXT	d'85'			; TTS
        call	PLED_standard_color
        return

PLED_display_deko:
	btfsc	menubit					; Divemode menu active?
	bra		PLED_display_deko1		; Yes, do not display deco, only GF (if required)

	ostc_debug	'y'		; Sends debug-information to screen if debugmode active
; deco stop word
	call		PLED_divemask_color	; Set Color for Divemode mask
	DISPLAYTEXT	d'82'			; DEKOSTOP
	call	PLED_standard_color

	WIN_TOP		.80
	WIN_LEFT	.94
	WIN_FONT 	FT_MEDIUM
	WIN_INVERT	.0                      ; Init new Wordprocessor
	PLED_color_code		warn_ceiling    ; Color-code Output
	lfsr	FSR2,letter
	movff	char_O_first_deco_depth,lo  ; Ceiling in m
	output_99
	PUTC    'm'
	movff	char_O_first_deco_time,lo   ; length of first stop in m
	output_99
	STRCAT_PRINT "'"
	WIN_FONT 	FT_SMALL
	
;PLED_display_deko1:
	ostc_debug	'x'		; Sends debug-information to screen if debugmode active
	
	WIN_TOP		.136
	WIN_LEFT	.140 - 6*7 - 4          ; let space for sign + 5 digits + '
	WIN_FONT 	FT_MEDIUM
	WIN_INVERT	.0					    ; Init new Wordprocessor

	call	PLED_standard_color
	lfsr	FSR2,letter
	movff	int_O_ascenttime+0,lo       ; TTS
	movff	int_O_ascenttime+1,hi       ; on 16bits
	bcf     leftbind
	output_16
	STRCAT_PRINT    "'"

PLED_display_deko1:
	movff	char_O_gradient_factor,lo		; gradient factor
	GETCUSTOM8	d'8'		; threshold for display
	cpfslt	lo				; show value?
	bra		PLED_display_deko2	; Yes
	; No
	bra		PLED_display_ndl_mask2	; Clear gradient factor

PLED_display_deko2:
	ostc_debug	'w'		; Sends debug-information to screen if debugmode active
;GF
	WIN_TOP		.145
	WIN_LEFT	.0
	WIN_FONT 	FT_SMALL
	PLED_color_code		warn_gf		; Color-code Output

	STRCPY  "GF:"
	movff	char_O_gradient_factor,lo		; gradient factor
	output_8
	STRCAT_PRINT  "% "
	call	PLED_standard_color
	return

PLED_simulator_data:
	WIN_TOP		.65
	WIN_LEFT	.112                    ; +7 for spanish.
	WIN_FONT 	FT_SMALL
	call	PLED_standard_color
	lfsr	FSR2,letter
	movff	logbook_temp1,lo
	bsf		leftbind
	output_8
	bcf		leftbind
	STRCAT_PRINT  "min "

	WIN_TOP		.95
	WIN_LEFT	.100
	WIN_FONT 	FT_SMALL
	call	PLED_standard_color
	lfsr	FSR2,letter
	movff	logbook_temp2,lo
	bsf		leftbind
	output_8
	bcf		leftbind
	STRCAT_PRINT  "m "
	return

PLED_display_velocity:
;	btfsc	multi_gf_display			; Is the Multi-GF Table displayed?
;	return							; Yes, No update and return!

	ostc_debug	'v'		; Sends debug-information to screen if debugmode active
	WIN_TOP		.90
	WIN_LEFT	.0
	WIN_FONT 	FT_SMALL
	PLED_color_code		warn_velocity		; Color code output
	lfsr	FSR2,letter
	movlw	'-'
	btfsc	neg_flag
	movlw	'+'
	movwf	POSTINC2
	movff	divA+0,lo
	output_99
	OUTPUTTEXT	d'83'			; m/min
	call	word_processor
	call	PLED_standard_color
	bsf		pled_velocity_display
	return

PLED_display_velocity_clear:
	movlw	d'8'
	movwf	temp1
	WIN_TOP		.90
	WIN_LEFT	.0
	bcf		pled_velocity_display
	bra		PLED_display_clear_common_y1

PLED_display_wait_clear
	movlw	d'6'
	movwf	temp1
	WIN_TOP		.2
	WIN_LEFT	.115
	bra		PLED_display_clear_common_y1

PLED_display_clear_common_y2:				; Clears with y-scale=2
	WIN_FONT 	FT_MEDIUM
	bra		PLED_display_clear_common1

PLED_display_clear_common_y1:				; Clears with y-scale=1
	WIN_FONT 	FT_SMALL
PLED_display_clear_common1:
	lfsr	FSR2,letter
PLED_display_clear_common2:
	PUTC    ' '
	decfsz	temp1,F
	bra 	PLED_display_clear_common2
	call	word_processor
	WIN_FONT 	FT_SMALL
	return


PLED_diveclock:
	call	PLED_divemask_color	; Set Color for Divemode mask
	DISPLAYTEXT		d'255'			; Clock
	call	PLED_standard_color

PLED_diveclock2:
	WIN_TOP		.192
	WIN_LEFT	.123
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color
	lfsr	FSR2,letter
	movff	hours,lo
	output_99x
	PUTC    ':'
	movff	mins,lo
	output_99x
	call	word_processor
	return

PLED_clock:
	ostc_debug	'c'
	WIN_TOP		.50
	WIN_LEFT	.1
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color
	lfsr	FSR2,letter
	movff	hours,lo
	output_99x
	PUTC    ':'
	movff	mins,lo
	output_99x
	PUTC    ':'
	movff	secs,lo
	output_99x
	STRCAT_PRINT " "
	return

PLED_interval:
	WIN_TOP		.75
	WIN_LEFT	.90
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color
	lfsr	FSR2,letter

	movff	surface_interval+0,lo
	movff	surface_interval+1,hi
	call	convert_time			; lo=mins, hi=hours

	movf	hi,W
	movff	lo,hi
	movwf	lo					; exchange lo and hi
	output_99x
	PUTC    ':'
	movff	hi,lo
	output_99x
	STRCAT_PRINT " "
	return


PLED_show_cf11_cf12_cf29:; Display saturations/desaturation multiplier and last deco in the customview field
	WIN_TOP		.25
	WIN_LEFT	.90
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color
	STRCPY  "BSat:"

	GETCUSTOM8	d'11'
	movwf	lo
	bsf		leftbind
	output_8
	STRCAT_PRINT  "%"

	WIN_TOP		.50
	STRCPY  "BDes:"

	GETCUSTOM8	d'12'
	movwf	lo
	bsf		leftbind
	output_8
	STRCAT_PRINT  "%"

PLED_show_cf11_cf12_cf29_2:
	WIN_TOP		.75
    STRCPY  "Last:"
	GETCUSTOM8	d'29'
	movwf	lo
	bsf		leftbind
	output_8
	STRCAT_PRINT  "m"

	bcf		leftbind
	return

PLED_show_cf32_cf33_cf29:; Display GF_LOW, GF_HIGH and last deco in the customview field
	WIN_TOP		.25
	WIN_LEFT	.90
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color
	GETCUSTOM8	d'32'				; GF_lo
	movwf	lo

    STRCPY  "GF_lo:"
	bsf		leftbind
	output_8
	STRCAT_PRINT  "%"

	WIN_TOP		.50
	GETCUSTOM8	d'33'				; GF_hi
	movwf	lo
    STRCPY  "GF_hi:"
	bsf		leftbind
	output_8
	STRCAT_PRINT  "%"

	bra		PLED_show_cf11_cf12_cf29_2		; Display CF29 in the third row and RETURN


PLED_logbook_cursor:

PLED_menu_cursor:
    WIN_BOX_BLACK   .35, .239, .0, .16

	WIN_LEFT	.0
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color

	movff	menupos,temp1
	dcfsnz	temp1,F
	movlw	d'35'
	dcfsnz	temp1,F
	movlw	d'65'
	dcfsnz	temp1,F
	movlw	d'95'
	dcfsnz	temp1,F
	movlw	d'125'
	dcfsnz	temp1,F
	movlw	d'155'
	dcfsnz	temp1,F
	movlw	d'185'
	
	movff	WREG,win_top
	STRCPY_PRINT "\xB7"
	return

PLED_menu_mask:
	call	PLED_topline_box
	WIN_INVERT	.1	; Init new Wordprocessor
	DISPLAYTEXT	.5			; Menu:
	WIN_INVERT	.0	; Init new Wordprocessor
	DISPLAYTEXT .6			; Logbook
	DISPLAYTEXT .7			; Gas Setup
	DISPLAYTEXT .9			; Reset all
	DISPLAYTEXT .10			; Setup...
	DISPLAYTEXT	.142		; More...
	DISPLAYTEXT .11			; Exit
	return	

PLED_setup_menu_mask:
	call	PLED_topline_box
	WIN_INVERT	.1	; Init new Wordprocessor	
	DISPLAYTEXT	.98			; Setup Menu:
	WIN_INVERT	.0	; Init new Wordprocessor	
	DISPLAYTEXT .99			; Custom FunctionsI
	DISPLAYTEXT	.153		; Custom FunctionsII
	DISPLAYTEXTH .276	    ; Salinity:
	DISPLAYTEXT .100		; Decotype:
	DISPLAYTEXT	.142		; More...
	DISPLAYTEXT .11			; Exit
	return	

PLED_more_setup_menu_mask:
	call	PLED_topline_box
	WIN_INVERT	.1	; Init new Wordprocessor	
	DISPLAYTEXTH	.258	; Setup Menu 2:
	WIN_INVERT	.0	; Init new Wordprocessor	
	DISPLAYTEXTH	.257	; Date format:
	DISPLAYTEXT		.129	; Debug: 
	DISPLAYTEXT		.187	; Show License
	
	DISPLAYTEXT .11			; Exit
	return	

PLED_more_menu_mask:
	call	PLED_topline_box
	WIN_INVERT	.1	; Init new Wordprocessor
	DISPLAYTEXT	.144		; Menu 2:
	WIN_INVERT	.0	; Init new Wordprocessor
	DISPLAYTEXT .8			; Set Time
	DISPLAYTEXT	.110		; Const. ppO2 Setup
	DISPLAYTEXT	.113		; Battery Info
	DISPLAYTEXT	.247		; Simulator
	DISPLAYTEXTH .287		; Altimeter
	DISPLAYTEXT .11			; Exit
	return

PLED_reset_menu_mask:
	call	PLED_topline_box
	WIN_INVERT	.1	; Init new Wordprocessor	
	DISPLAYTEXT	.28				; Reset Menu
	WIN_INVERT	.0	; Init new Wordprocessor	
	DISPLAYTEXT	.21				; Cancel Reset
	DISPLAYTEXT	.245			; Reset CF,Gases & Deco
	DISPLAYTEXTH .284			; Reset Logbook
	DISPLAYTEXTH .285			; Reboot OSTC
	DISPLAYTEXTH .286			; Reset Decodata
	DISPLAYTEXT .11			; Exit
	return

PLED_simulator_mask:
	call	PLED_topline_box
	WIN_INVERT	.1	; Init new Wordprocessor	
	DISPLAYTEXT	.248		; OSTC Simulator
	WIN_INVERT	.0	; Init new Wordprocessor	
	DISPLAYTEXT	.249		; Start Dive
	DISPLAYTEXTH	.277	; Bottom Time:
	DISPLAYTEXTH	.278	; Max. Depth:
	DISPLAYTEXTH	.279	; Calculate Deco
	DISPLAYTEXTH	.280	; Show Decoplan
	DISPLAYTEXT .11			; Exit
	return
	
PLED_temp_surfmode:
	ostc_debug	'e'
	movff	temperature+0,last_temperature+0
	movff	temperature+1,last_temperature+1
	WIN_TOP		.100
	WIN_LEFT	.1
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color

	lfsr	FSR2,letter
	movlw	'-'
	btfsc	neg_temp			; Show "-"?
	movwf	POSTINC2			; Yes
	movff	temperature+0,lo
	movff	temperature+1,hi
	movlw	d'3'
	movwf	ignore_digits
	bsf		leftbind			; left orientated output
	output_16dp	d'2'
	bcf		leftbind
	STRCAT_PRINT  "°C "
	return

PLED_temp_divemode:
;	btfsc	multi_gf_display			; Is the Multi-GF Table displayed?
;	return								; Yes, No update and return!

	ostc_debug	'u'		; Sends debug-information to screen if debugmode active

; temperature
	movff	temperature+0,last_temperature+0
	movff	temperature+1,last_temperature+1

	WIN_TOP		.216
	WIN_LEFT	.50
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color

	lfsr	FSR2,letter
	movlw	'-'
	btfsc	neg_temp			; Show "-"?
	movwf	POSTINC2			; Yes
	movff	temperature+0,lo
	movff	temperature+1,hi
	movlw	d'3'
	movwf	ignore_digits
	bsf		leftbind			; left orientated output
	output_16dp	d'2'
	bcf		leftbind
    STRCAT "° "
    clrf    WREG				; Allow up to 5 chars to avoid
    movff   WREG,letter+5		; collision with sat graphs
    call    word_processor
	return

PLED_show_ppO2:					; Show ppO2
	ostc_debug	't'		; Sends debug-information to screen if debugmode active
	WIN_TOP		.119
	WIN_LEFT	.0
	WIN_FONT 	FT_SMALL
	PLED_color_code		warn_ppo2		; Color-code output (ppO2 stored in xC)

    STRCPY  "ppO2:"

; Check very high ppO2 manually
	tstfsz		xC+2					; char_I_O2_ratio * p_amb/10 > 65536, ppO2>6,55Bar?
	bra			PLED_show_ppO2_3		; Yes, display fixed Value!

	movff	xC+0,lo
	movff	xC+1,hi
	bsf		ignore_digit4
	output_16dp	d'1'
	bcf		ignore_digit4
PLED_show_ppO2_2:
    STRCAT_PRINT " "
	call	PLED_standard_color
	return

PLED_show_ppO2_3:
    STRCAT  ">6.6"
	bra		PLED_show_ppO2_2

PLED_show_ppO2_clear:					; Clear ppO2
	movlw	d'10'
	movwf	temp1
	WIN_TOP		.120
	WIN_LEFT	.0
	call	PLED_display_clear_common_y1
	return

PLED_active_gas_clear:					; clears active gas!
	WIN_TOP		.192
	WIN_LEFT	.50
	movlw	d'5'
	movwf	temp1
	bra		PLED_display_clear_common_y1; also returns!

PLED_active_gas_divemode:				; Displays current gas (e.g. 40/20) if a) He>0 or b) O2>Custom9
	btfsc	FLAG_apnoe_mode				; Ignore in Apnoe mode
	return

;	btfsc	multi_gf_display			; Is the Multi-GF Table displayed?
;	return								; Yes, No update and return!

	WIN_INVERT	.0					; Init new Wordprocessor	
	call	PLED_active_gas_divemode_show	; Show gas (Non-Inverted in all cases)

	btfss	better_gas_available	;=1: A better gas is available and a gas change is advised in divemode
	return					; Done.

; Check if Gas Output should blink when a better gas is available...
	GETCUSTOM8	d'42'			; =1 if gas should blink
	movwf	lo
	movlw	d'1'
	cpfseq	lo					; =1?
	return						; No, Done.

	btg		blinking_better_gas		; Toggle blink bit...
	btfss	blinking_better_gas		; blink now?
	return							; No, Done.
	WIN_INVERT	.1					; Init new Wordprocessor	
	call	PLED_active_gas_divemode_show	; Show gas (Non-Inverted in all cases)
	WIN_INVERT	.0					; Init new Wordprocessor	
	return							; Done.

PLED_active_gas_divemode_show:
	ostc_debug	's'		; Sends debug-information to screen if debugmode active
; gas
	WIN_TOP		.192
	WIN_LEFT	.50
	WIN_FONT 	FT_SMALL
	call	PLED_standard_color

	movlw	d'100'						; 100% in the tank
	movff	char_I_N2_ratio,lo			; minus N2
	bsf		STATUS,C					; set borrow bit
	subfwb	lo,W
	movff	char_I_He_ratio,lo			; minus He
	bsf		STATUS,C					; set borrow bit
	subfwb	lo,F						; =% O2
	GETCUSTOM8		d'9'				; get oxygen treshold
	movff	char_I_He_ratio,hi			; He ratio
	cpfsgt	lo
	bra		PLED_active_gas_divemode2		; Check He
	bra		PLED_active_gas_divemode3		; Skip He check, display gas
	
PLED_active_gas_divemode2:
	tstfsz	hi							; He = 0 %
	bra		PLED_active_gas_divemode3	; display gas
										; O2 below treshold, He=0 -> Skip display!
	movlw	d'5'
	movwf	temp1
	bra		PLED_display_clear_common_y1		; also returns!

PLED_active_gas_divemode3:
	movlw	d'21'
	cpfseq	lo				; Air? (O2=21%)
	bra		PLED_active_gas_divemode4 ; No!
	tstfsz	hi				; Air? (He=0%)
	bra		PLED_active_gas_divemode4 ; No!
	
							; Yes, display "Air" instead of 21/0
	lfsr	FSR2,letter
	OUTPUTTEXTH		d'264'			;"Air  "
	PUTC	' '
    clrf    WREG				; Allow up to 5 chars to avoid
    movff   WREG,letter+5		; collision with sat graphs
	bcf		leftbind
	call	word_processor
;	rcall	PLED_active_better_gas	; show *, if required
;	return
PLED_active_better_gas:
	WIN_TOP		.192
	WIN_LEFT	.43
	WIN_FONT 	FT_SMALL
	call	PLED_standard_color
	lfsr	FSR2,letter
	movlw	' '
	btfsc	better_gas_available	;=1: A better gas is available and a gas change is advised in divemode
	movlw	'*'
	movwf	POSTINC2
	call	word_processor
	return

PLED_active_gas_divemode4:
	lfsr	FSR2,letter
	bsf		leftbind			; left orientated output
	output_8					; O2 ratio is still in "lo"
	PUTC    '/'
	movff	char_I_He_ratio,lo		; copy He ratio into lo
	output_8
	PUTC	' '
    clrf    WREG				; Allow up to 5 chars to avoid
    movff   WREG,letter+5		; collision with sat graphs
	bcf		leftbind
	call	word_processor
	rcall	PLED_active_better_gas	; show *, if required
	return

PLED_display_decotype_surface:
	WIN_LEFT	.85
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color

	clrf	EEADRH
	read_int_eeprom d'34'		; Read deco data	
	tstfsz	EEDATA
	bra		show_decotype_surface2

;ZH-L16
	WIN_TOP		.125
    STRCPY_PRINT "O"

	WIN_TOP		.150
    STRCPY_PRINT "C"
	return		

show_decotype_surface2:
	decf	EEDATA,F
	tstfsz	EEDATA
	bra		show_decotype_surface3
; Gauge
	return
	
show_decotype_surface3:
    decf	EEDATA,F
    tstfsz	EEDATA
    bra	show_decotype_surface4
    ; const. ppO2
    WIN_TOP		.125
    call	PLED_standard_color
    
    STRCPY_PRINT "C"
    
    WIN_TOP		.150
    call	word_processor              ; Twice the same string.
    return

show_decotype_surface4:
	decf	EEDATA,F
	tstfsz	EEDATA
	bra		show_decotype_surface5
; Apnoe
	return

show_decotype_surface5:
show_decotype_surface6:
    decf	EEDATA,F
    tstfsz	EEDATA
    bra		show_decotype_surface6
    ; Multi-GF OC
    WIN_TOP		.125
    STRCPY_PRINT "G"
    
    WIN_TOP		.150
    STRCPY_PRINT "F"
    return

;-----------------------------------------------------------------------------
; Set color to grey when gas is inactive
; Inputs: WREG : gas# (0..4)
; Trashes: lo
; New v1.44se
PLED_grey_inactive_gas:
	movwf	lo		                    ; copy gas number 0-4
	incf	lo,F				        ; 1-5

    read_int_eeprom		d'33'       	; Get First gas (1-5)
    movf    EEDATA,W            
    subwf   lo,W                        ; Compare with current
    bz      PLED_white_gas              ; First is always on.

    movlw   .28-1                       ; Depth for gas# is at idx+28
    addwf   lo,W
    movwf   EEADR                       ; address in EEPROM.
    call    read_eeprom                 ; Read depth
    clrf    WREG                
    cpfsgt  EEDATA                      ; is depth > 0 ?
    bra     PLED_grey_gas

	read_int_eeprom		d'27'	        ; read flag register
PLED_grey_inactive_gas1:
	rrcf	EEDATA			            ; roll flags into carry
	decfsz	lo,F			            ; max. 5 times...
	bra		PLED_grey_inactive_gas1
	
	bnc		PLED_grey_gas               ; test carry

PLED_white_gas:
	GETCUSTOM8	d'35'		            ;movlw	color_white	
	goto	PLED_set_color	            ; grey out inactive gases!

PLED_grey_gas:
	movlw	color_grey
	goto	PLED_set_color	            ; grey out inactive gases!

;-----------------------------------------------------------------------------
; Display Pre-Dive Screen

PLED_pre_dive_screen:			
	; List active gases/Setpoints

	btfsc	FLAG_const_ppO2_mode		; in ppO2 mode?
	bra		PLED_pre_dive_screen3		; Yes, display SetPoint/Sensor result list

PLED_pre_dive_screen2:
	ostc_debug	'm'		; Sends debug-information to screen if debugmode active

	WIN_LEFT	.90
	WIN_FONT	FT_SMALL
	bsf		leftbind
	
	movlw	d'2'
	movwf	wait_temp			; here: stores eeprom address for gas list
	movlw	d'0'
	movwf	waitms_temp		; here: stores row for gas list
	clrf	hi					; here: Gas counter

PLED_pre_dive_screen2_loop:
	incf	hi,F				; Increase Gas
	movlw	d'4'
	addwf	wait_temp,F			; Increase eeprom address for gas list
	
	STRCPY  "G"
	movff	hi,lo			; copy gas number
	output_8				; display gas number
	STRCAT  ": "
	movff	wait_temp, EEADR; Gas #hi: %O2 - Set address in internal EEPROM
	call	read_eeprom		; get byte (stored in EEDATA)
	movff	EEDATA,lo		; copy to lo
	output_8				; outputs into Postinc2!
	PUTC    '/'
	incf	EEADR,F			; Gas #hi: %He - Set address in internal EEPROM
	call	read_eeprom		; get byte (stored in EEDATA)
	movff	EEDATA,lo		; copy to lo
	output_8				; outputs into Postinc2!

    decf    hi,W            ; Gas # in 0..4
	call    PLED_grey_inactive_gas

	read_int_eeprom 	d'33'			; Read start gas (1-5)
	movf	EEDATA,W
	cpfseq	hi				; Current Gas the active gas?
	bra		PLED_pre_dive_screen2a
	bra		PLED_pre_dive_screen2b

PLED_pre_dive_screen2a:
	movlw	d'25'
	addwf	waitms_temp,F		; Increase row
	WIN_LEFT	.90
	movff	waitms_temp,win_top ; Set Row
	call	word_processor	; No, display gas

PLED_pre_dive_screen2b:
	movlw	d'5'			; list all four (remaining) gases
	cpfseq	hi				; All gases shown?
	bra		PLED_pre_dive_screen2_loop	; No
	
	return							; No, return (OC mode)

PLED_pre_dive_screen3:	
	WIN_LEFT	.90
	WIN_FONT	FT_SMALL
	bsf		leftbind
	call    PLED_standard_color

	; list three SP in Gaslist
	movlw	d'35'				; 36 = current SP position in EEPROM
	movwf	wait_temp			; here: stores eeprom address for gas list
	movlw	d'0'
	movwf	waitms_temp			; here: stores row for gas list
	clrf 	apnoe_mins          ; here: SP counter

PLED_pre_dive_screen3_loop:
	incf	wait_temp,F			; EEPROM address
	incf	apnoe_mins,F	    ; Increase SP

	movlw	d'25'
	addwf	waitms_temp,F		; Increase row
	WIN_LEFT	.90
	movff	waitms_temp,win_top ; Set Row
	
	STRCPY  "SP"
	movff	apnoe_mins,lo       ; copy gas number
	output_8			        ; display gas number
	STRCAT  ": "
	movff	wait_temp, EEADR    ; SP #hi position
	call	read_eeprom		    ; get byte (stored in EEDATA)
	movff	EEDATA,lo		    ; copy to lo
	clrf	hi
	output_16dp	d'3'		    ; outputs into Postinc2!
	call	word_processor	

	movlw	d'3'		        ; list all three SP
	cpfseq	apnoe_mins          ; All gases shown?
	bra		PLED_pre_dive_screen3_loop	;no

	read_int_eeprom 	d'33'			; Read byte (stored in EEDATA)
	movff	EEDATA,active_gas			; Read start gas (1-5)
	decf	active_gas,W				; Gas 0-4
	mullw	d'4'
	movf	PRODL,W			
	addlw	d'6'						; = address for O2 ratio
	movwf	EEADR
	call	read_eeprom                 ; Read O2 ratio
	movff	EEDATA, lo                  ; O2 ratio
	incf	EEADR,F                     ; = address for He
	call	read_eeprom					; Read He ratio
	movff	EEDATA,hi                   ; And copy into hold register

	WIN_LEFT	.90
	WIN_TOP		.100
	STRCPY  "Dil:"
	output_8				; O2 Ratio
	PUTC    '/'
	movff	hi,lo
	output_8				; He Ratio
	call	word_processor		

	bcf		leftbind
	return				; Return (CC Mode)

PLED_active_gas_surfmode:				; Displays start gas/SP 1
	ostc_debug	'q'		; Sends debug-information to screen if debugmode active
		
	btfsc	FLAG_apnoe_mode				; In Apnoe mode?
	return								; Yes, return

	btfsc	gauge_mode					; In Gauge mode?
	return								; Yes, return

	btfss	FLAG_const_ppO2_mode	; are we in const. ppO2 mode?	
	bra		PLED_active_gas_surfmode2	; No, display gases

; In CC Mode
	WIN_TOP		.135
	WIN_LEFT	.90
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color

	lfsr	FSR2,letter		
	read_int_eeprom	d'36'
	movff	EEDATA,lo				; copy to lo
	clrf	hi
	output_16dp	d'3'		; outputs into Postinc2!
	bcf		leftbind

	STRCAT_PRINT  "Bar"
	bra		PLED_active_gas_surfmode_exit

PLED_active_gas_surfmode2:
	WIN_TOP		.130
	WIN_LEFT	.100
	WIN_FONT 	FT_MEDIUM
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color


	read_int_eeprom 	d'33'			; Read byte (stored in EEDATA)
	movff	EEDATA,active_gas			; Read start gas (1-5)

	decf	active_gas,W				; Gas 0-4
	mullw	d'4'
	movf	PRODL,W			
	addlw	d'7'						; = address for He ratio
	movwf	EEADR
	call	read_eeprom					; Read He ratio
	movff	EEDATA,char_I_He_ratio		; And copy into hold register

	decf	active_gas,W				; Gas 0-4
	mullw	d'4'
	movf	PRODL,W			
	addlw	d'6'						; = address for O2 ratio
	movwf	EEADR
	call	read_eeprom					; Read O2 ratio
	movff	EEDATA, char_I_O2_ratio		; O2 ratio
	movff	char_I_He_ratio, wait_temp	; copy into bank1 register
	bsf		STATUS,C					; Borrow bit
	movlw	d'100'						; 100%
	subfwb	wait_temp,W					; minus He
	bsf		STATUS,C					; Borrow bit
	subfwb	EEDATA,F					; minus O2
	movff	EEDATA, char_I_N2_ratio		; = N2!

	movlw	d'100'						; 100% in the tank
	movff	char_I_N2_ratio,lo			; minus N2
	bsf		STATUS,C					; set borrow bit
	subfwb	lo,W
	movff	char_I_He_ratio,lo			; minus He
	bsf		STATUS,C					; set borrow bit
	subfwb	lo,F						; =% O2

	movff	char_I_He_ratio,hi			; Copy into Bank1 register

	movlw	d'21'
	cpfseq	lo				; Air? (O2=21%)
	bra		PLED_active_gas_surfmode4 ; No!
	tstfsz	hi							; Air? (He=0%)
	bra		PLED_active_gas_surfmode4 ; No!
	
							; Yes, display "Air" instead of 21/0
	DISPLAYTEXTH		d'265'		;"Air  ", y-scale=2
	bra		PLED_active_gas_surfmode_exit

PLED_active_gas_surfmode4:
	lfsr	FSR2,letter
	bsf		leftbind			; left orientated output
	output_99					; O2 ratio is still in "lo"
	PUTC    '/'
	movff	char_I_He_ratio,lo		; copy He ratio into lo
	output_99
	bcf		leftbind
	call	word_processor
	bra		PLED_active_gas_surfmode_exit

PLED_active_gas_surfmode_exit:
;   WIN_FRAME_BLACK   .122, .175, .82, .159
	return

PLED_confirmbox:
    WIN_BOX_BLACK   .68, .146, .34, .101
	WIN_FRAME_STD   .70, .144, .35, .100

	DISPLAYTEXT	.143			; Confirm:
	DISPLAYTEXT	.145			; Cancel
	DISPLAYTEXT	.146			; OK!

	movlw		d'1'
	movwf		menupos

PLED_confirmbox2:
    WIN_BOX_BLACK   .96, .143, .39, .51

	movff	menupos,temp1
	movlw	d'96'
	dcfsnz	temp1,F
	movlw	d'96'
	dcfsnz	temp1,F
	movlw	d'120'
	movff	WREG,win_top
	WIN_LEFT	.39
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color

    STRCPY_PRINT "\xB7"				; Cursor

	bcf			sleepmode					; clear some flags
	bcf			menubit2
	bcf			menubit3
	bcf			switch_right
	bcf			switch_left
	clrf		timeout_counter2
	WAITMS		d'100'

PLED_confirmbox_loop:
	call		check_switches_logbook
	
	btfsc		menubit3					; SET/MENU?
	bra			PLED_confirmbox_move_cursor; Move Cursor
	btfsc		menubit2					; ENTER?
	bra			PLED_confirmbox_menu_do		; Do task

	btfsc		onesecupdate
	call		timeout_surfmode			; timeout

	btfsc		onesecupdate
	call		set_dive_modes				; check, if divemode must be entered
	bcf			onesecupdate				; one second update

	btfsc		sleepmode					; Timeout?
	bra			PLED_confirmbox_cancel		; back with cancel
	btfsc		divemode
	bra			PLED_confirmbox_cancel		; back with cancel

	bra			PLED_confirmbox_loop		; wait for something to do

PLED_confirmbox_cancel:
	retlw	.0
PLED_confirmbox_ok:
	retlw	.1

PLED_confirmbox_menu_do:
	dcfsnz	menupos,F
	bra		PLED_confirmbox_cancel
	dcfsnz	menupos,F
	bra		PLED_confirmbox_ok
	bra		PLED_confirmbox_cancel

PLED_confirmbox_move_cursor:
	incf	menupos,F
	movlw	d'3'						; number of menu options+1
	cpfseq	menupos						; =limit?
	bra		PLED_confirmbox_move_cursor2	; No!
	movlw	d'1'							; Yes, reset to position 1!
	movwf	menupos
PLED_confirmbox_move_cursor2:
	bra		PLED_confirmbox2		; Return to Profile Menu, also updates cursor


PLED_depth:
	ostc_debug	'r'		; Sends debug-information to screen if debugmode active
	movff	rel_pressure+1,hi
	movff	rel_pressure+0,lo
	call	adjust_depth_with_salinity			; computes salinity setting into lo:hi [mBar]

	movlw	.039
	cpfslt	hi
    bra	depth_greater_99_84mtr

	btfsc	depth_greater_100m			; Was depth>100m during last call
	call	PLED_clear_depth			; Yes, clear depth area
	bcf		depth_greater_100m			; Do this once only...

	lfsr	FSR2,letter

	movlw	HIGH	d'1000'
	movwf	sub_a+1
	movlw	LOW		d'1000'
	movwf	sub_a+0
	movff	hi,sub_b+1
	movff	lo,sub_b+0
	incf	sub_b+0,F
	movlw	d'0'
	addwfc	sub_b+1,F		; Add 1mBar offset
	call	sub16					; sub_c = sub_a - sub_b
	btfss	neg_flag				; Depth lower then 10m?
	rcall	depth_less_10mtr		; Yes, add extra space

	WIN_TOP		.24
	WIN_LEFT	.0
	WIN_FONT 	FT_LARGE
	WIN_INVERT	.0					; Init new Wordprocessor
	PLED_color_code	warn_depth		; Color-code the output

	movlw	HIGH	d'99'
	movwf	sub_a+1
	movlw	LOW		d'99'
	movwf	sub_a+0
	movff	hi,sub_b+1
	movff	lo,sub_b+0
	call	sub16					; sub_c = sub_a - sub_b
	btfss	neg_flag				; Depth lower then 1m?
	bra		pled_depth2				; Yes, display manual Zero

	bsf		leftbind
	bsf		ignore_digit4
	output_16		; Full meters in Big font
	bcf		leftbind
	bra		pled_depth3

pled_depth2:
	PUTC	'0'

pled_depth3:
	call	word_processor
	bcf		ignore_digit4

	WIN_FONT 	FT_MEDIUM
	WIN_TOP		.50
	WIN_LEFT	.40
	PLED_color_code	warn_depth		; Color-code the output

	movff	rel_pressure+1,hi
	movff	rel_pressure+0,lo
	call	adjust_depth_with_salinity			; computes salinity setting into lo:hi [mBar]
	
	STRCPY  "."

	movlw	HIGH	d'9'
	movwf	sub_a+1
	movlw	LOW		d'9'
	movwf	sub_a+0
	movff	hi,sub_b+1
	movff	lo,sub_b+0
	call	sub16					; sub_c = sub_a - sub_b
	btfss	neg_flag				; Depth lower then 0.1m?
	bra		pled_depth4				; Yes, display manual Zero

	movlw	d'4'
	movwf	ignore_digits
	bsf		ignore_digit5
	output_16dp	d'0'
	bra		pled_depth5

pled_depth4:
	PUTC	'0'

pled_depth5:
	call	word_processor			; decimeters in medium font
	bcf		ignore_digit5
	WIN_FONT 	FT_SMALL
	return

depth_greater_99_84mtr:			; Display only in full meters
	btfss	depth_greater_100m			; Is depth>100m already?
	call	PLED_clear_depth			; No, clear depth area and set flag
	; Depth is already in hi:lo
	; Show depth in Full meters
	; That means ignore figure 4 and 5
	lfsr	FSR2,letter
	WIN_TOP		.24
	WIN_LEFT	.0
	WIN_FONT 	FT_LARGE
	WIN_INVERT	.0					; Init new Wordprocessor
	PLED_color_code	warn_depth		; Color-code the output

	bsf		ignore_digit4
	bsf		leftbind
	output_16
	bcf		leftbind
	call	word_processor
	bcf		ignore_digit4
	WIN_FONT 	FT_SMALL
	return
	
depth_less_10mtr:
	PUTC    ' '
	return

PLED_clear_depth			; No, clear depth area and set flag
    WIN_BOX_BLACK   .24, .90, .0, .90
	bsf		depth_greater_100m			; Set Flag
	return

PLED_desaturation_time:	
	movff		int_O_desaturation_time+0,lo
	movff		int_O_desaturation_time+1,hi		; Copy
	tstfsz		lo									; =0?
	bra			PLED_desaturation_time2				; No!
	tstfsz		hi									; =0?
	bra			PLED_desaturation_time2				; No!
	return											; Do not display Desat
	
PLED_desaturation_time2:
	ostc_debug	'h'
	WIN_TOP		.150
	WIN_LEFT	.1
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color

	lfsr	FSR2,letter
	OUTPUTTEXT	d'14'				; Desat
	PUTC    ' '
	movff		int_O_desaturation_time+0,lo			; divide by 60...
	movff		int_O_desaturation_time+1,hi
	call		convert_time				; converts hi:lo in minutes to hours (hi) and minutes (lo)
	bsf			leftbind
	movf		lo,W
	movff		hi,lo
	movwf		hi							; exchange lo and hi...
	output_8								; Hours
	PUTC        ':'
	movff		hi,lo					; Minutes
	output_99x
	bcf		leftbind
	call	word_processor
	return

PLED_nofly_time:	
	movff		nofly_time+0,lo			
	movff		nofly_time+1,hi					; Copy
	movlw		d'1'	
	cpfseq		lo								; =1?
	bra			PLED_nofly_time2				; No!
	tstfsz		hi								; =0?
	bra			PLED_nofly_time2				; No!
	return

PLED_nofly_time2:
	ostc_debug	'g'
	WIN_TOP		.125
	WIN_LEFT	.1
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color

	lfsr	FSR2,letter
	OUTPUTTEXT	d'35'				; NoFly
	PUTC    ' '
	movff		nofly_time+0,lo			; divide by 60...
	movff		nofly_time+1,hi
	call		convert_time				; converts hi:lo in minutes to hours (hi) and minutes (lo)
	bsf			leftbind
	movf		lo,W
	movff		hi,lo
	movwf		hi							; exchange lo and hi...
	output_8								; Hours
	PUTC        ':'
	movff		hi,lo					; Minutes
	decf		lo,F
	btfsc		lo,7					; keep Nofly time
	clrf		lo
	output_99x
	bcf		leftbind
	call	word_processor
	return


update_surf_press:
	btfsc	premenu		; Do not update when "Menu?" is displayed!
	return

	ostc_debug	'b'		; Sends debug-information to screen if debugmode active
	WIN_TOP		.25
	WIN_LEFT	.1
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color

	lfsr	FSR2,letter
	movff	amb_pressure+0,lo
	movff	amb_pressure+1,hi
	bsf		leftbind
	output_16
	bcf		leftbind
	STRCAT_PRINT  "mbar "
	return

update_batt_voltage_divemode:
	call	PLED_warnings_color
	DISPLAYTEXT		d'246'		; LowBatt!
	call	PLED_standard_color
	return

update_batt_voltage:
	ostc_debug	'f'

	GETCUSTOM8	d'31'			; =1 if battery voltage should be visible
	movwf	lo
	movlw	d'1'
	cpfseq	lo					; =1?
	bra		update_batt_voltage2	; No, show symbol

	WIN_TOP		.175
	WIN_LEFT	.1
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color

	lfsr	FSR2,letter
	movff	batt_voltage+0,lo
	movff	batt_voltage+1,hi
	movlw	d'1'
	movwf	ignore_digits
	bsf		ignore_digit5		; do not display mV
	bsf		leftbind
	output_16dp	d'2'			; e.g. 3.45V
	bcf		leftbind
	STRCAT_PRINT  "V "
	return
	
update_batt_voltage2:
    WIN_FRAME_STD .174, .194, .1, .32

; 4100-Vbatt
	movlw	LOW		d'4100'
	movwf	sub_a+0
	movlw	HIGH	d'4100'
	movwf	sub_a+1
	movff	batt_voltage+0,sub_b+0
	movff	batt_voltage+1,sub_b+1
	call	sub16				;  sub_c = sub_a - sub_b
; Battery full (>4100mV?
	btfsc	neg_flag
	bra		update_batt_voltage2_full

; Vbatt-3500
	movlw	LOW		d'3500'
	movwf	sub_b+0
	movlw	HIGH	d'3500'
	movwf	sub_b+1
	movff	batt_voltage+0,sub_a+0
	movff	batt_voltage+1,sub_a+1
	call	sub16				;  sub_c = sub_a - sub_b
; Battery lower then 3500mV?
	btfsc	neg_flag
	bra		update_batt_voltage2_empty

; Battery is between 3500 and 4100mV
; sub_c:2 is between 0 and 600	
	movff	sub_c+0,xA+0
	movff	sub_c+1,xA+1
	movlw	d'20'
	movwf	xB+0
	clrf	xB+1
	call	div16x16					;xA/xB=xC with xA as remainder 	
; xC is between 0 and 30
	movff	xC+0,wait_temp				;save value
	incf	wait_temp,F					; +1

	movlw	d'3'
	cpfsgt	wait_temp
	movwf	wait_temp					; Minimum = 3

update_batt_voltage2a:
    WIN_BOX_STD .181, .187, .32, .34

update_batt_voltage3:
	GETCUSTOM8	d'34'			; Color battery
    call	PLED_set_color

	movlw	.176
	movff	WREG,win_top		; row top (0-239)
	movlw	.192-.176
	movff	WREG,win_height		; row bottom (0-239)
	movlw	.2
	movff	WREG,win_leftx2		; column left (0-159)
    movff   wait_temp,win_width	; column right (0-159)
	call	PLED_box

	call		PLED_standard_color
	return
		
update_batt_voltage2_empty:
	movlw	d'1'
	movwf	wait_temp
	bra		update_batt_voltage2a

update_batt_voltage2_full:
	movlw	d'30'
	movwf	wait_temp
	bra		update_batt_voltage2a

PLED_convert_date:	; converts into "DD/MM/YY" or "MM/DD/YY" or "YY/MM/DD" in postinc2
	read_int_eeprom d'91'			; Read date format (0=MMDDYY, 1=DDMMYY, 2=YYMMDD)
	tstfsz	EEDATA
	bra		PLED_convert_date1

; Use MMDDYY
	movff	convert_value_temp+0,lo			;month
	bsf		leftbind
	output_99x
	bcf		leftbind
	PUTC    '.'
	movff	convert_value_temp+1,lo			;day
	bra 	PLED_convert_date1_common		;year

PLED_convert_date1:
	read_int_eeprom d'91'			; Read date format (0=MMDDYY, 1=DDMMYY, 2=YYMMDD)
	decfsz	EEDATA,F
	bra		PLED_convert_date2

; Use DDMMYY
	movff	convert_value_temp+1,lo			;day
	bsf		leftbind
	output_99x
	bcf		leftbind
	PUTC    '.'
	movff	convert_value_temp+0,lo			;month

PLED_convert_date1_common:
	bsf		leftbind
	output_99x
	bcf		leftbind
	PUTC    '.'
	movff	convert_value_temp+2,lo			;year
	bsf		leftbind
	output_99x
	return

PLED_convert_date2:
; Use YYMMDD
	movff	convert_value_temp+2,lo			;year
	bsf		leftbind
	output_99x
	bcf		leftbind
    PUTC    '.'
	movff	convert_value_temp+0,lo			;month
	bsf		leftbind
	output_99x
	bcf		leftbind
    PUTC    '.'
	movff	convert_value_temp+1,lo			;day
	bsf		leftbind
	output_99x
	return

PLED_convert_date_short:	; converts into "DD/MM" or "MM/DD" or "MM/DD" in postinc2
	read_int_eeprom d'91'			; Read date format (0=MMDDYY, 1=DDMMYY, 2=YYMMDD)
	tstfsz	EEDATA
	bra		PLED_convert_date_short1

; Use MMDDYY
PLED_convert_date_short_common:
	movff	convert_value_temp+0,lo			;month
	bsf		leftbind
	output_99x
	bcf		leftbind
    PUTC    '.'
	movff	convert_value_temp+1,lo			;day
	bsf		leftbind
	output_99x
	bcf		leftbind
	return

PLED_convert_date_short1:
	read_int_eeprom d'91'			; Read date format (0=MMDDYY, 1=DDMMYY, 2=YYMMDD)
	decfsz	EEDATA,F
	bra		PLED_convert_date_short_common	; Use YYMMDD

; Use DDMMYY
	movff	convert_value_temp+1,lo			;day
	bsf		leftbind
	output_99x
	bcf		leftbind
    PUTC    '.'
	movff	convert_value_temp+0,lo			;month
	bsf		leftbind
	output_99x
	bcf		leftbind
	return

update_date:
	ostc_debug	'd'
	WIN_TOP		.75
	WIN_LEFT	.1
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color

	lfsr	FSR2,letter

	movff	month,convert_value_temp+0
	movff	day,convert_value_temp+1
	movff	year,convert_value_temp+2
	call	PLED_convert_date		; converts into "DD/MM/YY" or "MM/DD/YY" or "YY/MM/DD" in postinc2	
	call	word_processor
	return

PLED_menu_clear:
    WIN_BOX_BLACK   .0, .26, .65, .100	
	return

PLED_max_pressure:
	ostc_debug	'p'		; Sends debug-information to screen if debugmode active
	movff	max_pressure+0,lo
	movff	max_pressure+1,hi
	call	adjust_depth_with_salinity			; computes salinity setting into lo:hi [mBar]

	movlw	.039
	cpfslt	hi
		bra		maxdepth_greater_99_84mtr

; Display normal "xx.y"
	lfsr	FSR2,letter
	call	PLED_standard_color
	WIN_TOP		.184
	WIN_LEFT	.0
	WIN_FONT 	FT_MEDIUM
	WIN_INVERT	.0					; Init new Wordprocessor
	bsf		leftbind
	bsf		ignore_digit5		; do not display 1cm depth
	output_16dp	d'3'
	bcf		leftbind
	bcf		show_last3
	call	word_processor
	WIN_FONT 	FT_SMALL
	return

maxdepth_greater_99_84mtr:			; Display only in full meters
	btfss	maxdepth_greater_100m	; Is max.depth>100m already?
	call	PLED_clear_maxdepth		; No, clear maxdepth area and set flag
	; max Depth is already in hi:lo
	; Show max depth in Full meters
	; That means ignore figure 4 and 5
	lfsr	FSR2,letter
	call	PLED_standard_color
	WIN_TOP		.184
	WIN_LEFT	.0
	WIN_FONT 	FT_MEDIUM
	WIN_INVERT	.0					; Init new Wordprocessor

	bsf		ignore_digit4
	bsf		leftbind
	output_16
	bcf		leftbind
	call	word_processor
	bcf		ignore_digit4
	WIN_FONT 	FT_SMALL
	return

PLED_clear_maxdepth:
    WIN_BOX_BLACK   .184, .215, .0, .41
	bsf		maxdepth_greater_100m	; Set Flag
	return

PLED_divemins:
	btfsc	menubit					; Divemode menu active?
	return							; Yes, do not update divetime

	ostc_debug	'A'		; Sends debug-information to screen if debugmode active

	btfsc	gauge_mode				; different display in gauge mode
	bra		PLED_divemins_gauge

	btfsc	FLAG_apnoe_mode			; different display in apnoe mode
	bra		PLED_divemins_apnoe

	GETCUSTOM8	d'38'		; Show seconds (=1?)
	movwf	lo
	movlw	d'1'
	cpfseq	lo					; =1?
	bra		PLED_divemins2		; No, minutes only
	bra		PLED_divemins_gauge	; Yes, use Gauge routine
	
PLED_divemins2:
	movff	divemins+0,lo
	movff	divemins+1,hi
	bcf		leftbind
	lfsr	FSR2,letter
	output_16_3	; displays only last three figures from a 16Bit value (0-999)
	WIN_TOP		.20
	WIN_LEFT	.120
	WIN_FONT	FT_MEDIUM
	call	PLED_standard_color
	call	word_processor
	WIN_FONT	FT_SMALL
	return

PLED_display_apnoe_surface:
	btfsc	menubit					; Divemode menu active?
	return							; Yes, do not display surface mode timeout

	call		PLED_divemask_color	; Set Color for Divemode mask
	DISPLAYTEXT	d'140'			; "SURFACE"
	call	PLED_standard_color


	WIN_TOP		.85
	WIN_LEFT	.90
	WIN_FONT	FT_MEDIUM
	call	PLED_standard_color


	movff	apnoe_surface_mins,lo
	bcf		leftbind
	lfsr	FSR2,letter
	output_8
    PUTC    ':'
	movff	apnoe_surface_secs,lo
	output_99x
	call	word_processor
	WIN_FONT	FT_SMALL
	return

PLED_apnoe_clear_surface:
	; Clear Surface timer....
	WIN_BOX_BLACK   .60, .119, .90, .159	
	return


PLED_display_apnoe_descent:
	call		PLED_divemask_color	; Set Color for Divemode mask
	DISPLAYTEXT		d'139'			; "Descent"
	call	PLED_standard_color


	WIN_TOP		.145
	WIN_LEFT	.90
	WIN_FONT	FT_MEDIUM
	call	PLED_standard_color


	movff	apnoe_mins,lo
	lfsr	FSR2,letter
	output_8
    PUTC    ':'
	movff	apnoe_secs,lo
	output_99x
	call	word_processor
	WIN_FONT	FT_SMALL
	return
	
PLED_divemins_apnoe:

PLED_divemins_gauge:
	movff	divemins+0,lo
	movff	divemins+1,hi
	bcf		leftbind
	bsf		show_last3
	lfsr	FSR2,letter
	output_16_3					;Displays only 0...999
    PUTC    ':'
	movff	divesecs,lo
	output_99x
	WIN_TOP		.20
	WIN_LEFT	.90
	WIN_FONT	FT_MEDIUM
	call	PLED_standard_color

	call	word_processor
	bcf		show_last3
	WIN_FONT	FT_SMALL
	return

PLED_stopwatch_show:
	; Stopwatch
	call		PLED_divemask_color	; Set Color for Divemode mask
	DISPLAYTEXTH	d'283'			; Stopwatch

PLED_stopwatch_show2:
	call	PLED_standard_color
	ostc_debug	'V'		; Sends debug-information to screen if debugmode active
	WIN_TOP		.192
	WIN_LEFT	.110
	WIN_FONT	FT_SMALL
	call	PLED_standard_color

	lfsr	FSR2,letter
	movff	average_divesecs+0,lo				; Stopwatch
	movff	average_divesecs+1,hi				; Stopwatch
	movlw	d'2'
	subwf	lo,F
	movlw	d'0'
	subwfb	hi,F						; Subtract 2 seconds

	call	convert_time				; converts hi:lo in seconds to mins (hi) and secs (lo)

	movff	lo,wait_temp
	movff	hi,lo
	clrf	hi	

	movlw	d'0'
	bcf		leftbind
	bsf		show_last3
	output_16_3					;Displays only 0...999
    PUTC    ':'
	movff	wait_temp,lo
	output_99x
	call	word_processor

	ostc_debug	'U'				; Sends debug-information to screen if debugmode active

	WIN_TOP		.216
	WIN_LEFT	.110
	WIN_FONT	FT_SMALL
	call	PLED_standard_color

	lfsr	FSR2,letter
	movff	avr_rel_pressure+0,lo
	movff	avr_rel_pressure+1,hi
	call	adjust_depth_with_salinity			; computes salinity setting into lo:hi [mBar]
	bsf		ignore_digit5		; do not display 1cm depth
	output_16dp	d'3'
	bcf		leftbind
	STRCAT_PRINT "m"
	return

PLED_total_average_show:
	; Non-Resettable Average
	call		PLED_divemask_color	; Set Color for Divemode mask
	DISPLAYTEXTH	d'281'			; Avr.Depth

PLED_total_average_show2:
	WIN_TOP		.192
	WIN_LEFT	.110
	WIN_FONT	FT_SMALL
	call	PLED_standard_color

	lfsr	FSR2,letter
	movff	avr_rel_pressure_total+0,lo
	movff	avr_rel_pressure_total+1,hi
	call	adjust_depth_with_salinity			; computes salinity setting into lo:hi [mBar]
	bsf		ignore_digit5		; do not display 1cm depth
	bcf		leftbind
	output_16dp	d'3'
	STRCAT_PRINT "m"
	return


PLED_serial:			; Writes OSTC #Serial and Firmware version in surfacemode
	ostc_debug	'a'		; Sends debug-information to screen if debugmode active
	WIN_TOP		.0
	WIN_LEFT	.1
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color

	lfsr	FSR2,letter
	OUTPUTTEXTH		d'262'			; "OSTC "
	clrf	EEADRH
	clrf	EEADR				; Get Serial number LOW
	call	read_eeprom			; read byte
	movff	EEDATA,lo
	incf	EEADR,F				; Get Serial number HIGH
	call	read_eeprom			; read byte
	movff	EEDATA,hi

	bsf		leftbind
	output_16
	STRCAT  " \x90\x91 V"		; Scribble logo...
	movlw	softwareversion_x
	movwf	lo
	bsf		leftbind
	output_8
    PUTC    '.'
	movlw	softwareversion_y
	movwf	lo
	bsf		leftbind
	output_99x
	bcf		leftbind
	call	word_processor

	movlw	softwareversion_beta			; =1: Beta, =0: Release
	decfsz	WREG,F
	return									; Release version -> Return

	call	PLED_warnings_color
	DISPLAYTEXT		d'243'			; beta
	call	PLED_standard_color
	return

PLED_divemode_menu_mask_first:			; Write Divemode menu1 mask
	ostc_debug	'o'		; Sends debug-information to screen if debugmode active
	call	PLED_menu_clear			; clear "Menu?"
	call    PLED_standard_color

	btfsc	FLAG_const_ppO2_mode	; are we in ppO2 mode?
	bra		PLED_divemode_menu_mask_first2

; in OC Mode
	DISPLAYTEXT	.32					;"Gaslist"
	DISPLAYTEXT	.31					;"Decoplan"
	bra		PLED_divemode_menu_mask_first3

PLED_divemode_menu_mask_first2:
; in CC Mode
	DISPLAYTEXT	.238				;"SetPoint"
	DISPLAYTEXT	.31					;"Decoplan"

PLED_divemode_menu_mask_first3:
; In all modes
	call	customview_menu_entry3	; Show customview-dependent menu entry
	DISPLAYTEXT	.241				;"Display"
	DISPLAYTEXT	.34					;"Exit"
	return							

PLED_divemode_set_xgas:				; Displayes the "Set Gas" menu
	WIN_LEFT	.100
	WIN_TOP		.0
	WIN_FONT	FT_SMALL
	call	PLED_standard_color

    STRCPY  "Sel"
	read_int_eeprom	d'24'			; Get Gas6 %O2
	movff	EEDATA,lo
	bcf		leftbind
	output_99					; outputs into Postinc2!
    PUTC    '/'
	read_int_eeprom	d'25'			; Get Gas6 %He
	movff	EEDATA,lo
	output_99					; outputs into Postinc2!
	call	word_processor
	DISPLAYTEXT	.123			; O2 +
	DISPLAYTEXT	.124			; O2 -
	DISPLAYTEXT	.125			; He +
	DISPLAYTEXT	.126			; He -
	return

PLED_divemode_simulator_mask:
	    call    PLED_standard_color
        DISPLAYTEXT	.254			; Close
        DISPLAYTEXT	.250			; + 1m
        DISPLAYTEXT	.251			; - 1m
        DISPLAYTEXT	.252			; +10m
        DISPLAYTEXT	.253			; -10m
        return

;-----------------------------------------------------------------------------
; Draw a stop of the deco plan (simulator or dive).
; Inputs: lo      = depth. Range 3m...93m
;         hi      = minutes. range 1'..240'.
;         win_top = line to draw on screen.
; Trashed: hi, lo, win_height, win_leftx2, win_width, win_color*,
;          WREG, PROD, TBLPTR TABLAT.
;
PLED_decoplan_show_stop:
        ;---- Print depth ----------------------------------------------------
        WIN_LEFT .100
	    call    PLED_standard_color
	    lfsr	FSR2,letter
	    bsf     leftbind
	    output_8					    ; outputs into Postinc2!
        STRCAT_PRINT "m "

        ;---- Print duration -------------------------------------------------
	    WIN_LEFT	.140
	    lfsr	FSR2,letter
	    
	    movf    lo,W                    ; Swap hi & lo
	    movff   hi,lo
	    movwf   hi

	    output_8					    ; Allow up to 240'
        STRCAT_PRINT "'  "              ; 1 to 3 chars for depth.

	    movf    lo,W                    ; Swap back hi & lo
	    movff   hi,lo
	    movwf   hi

        ;---------------------------------------------------------------------
        ; Draw the bar graph used for deco stops (decoplan in simulator or dive).
        movff   win_top,WREG            ; Increment win_top (BANK SAFE)
        incf    WREG
        movff   WREG,win_top
        movlw	d'18'+1                 ; 19 --> height (bank safe !)
        movff   WREG,win_height
        movlw	.122
        movff	WREG,win_leftx2    		; column left (0-159)
        movlw	.16
        movff	WREG,win_width    		; column max width.

        ; Draw used area (hi = minutes):
        call    PLED_standard_color
        movlw	d'16'                   ; Limit length (16min)
        cpfslt	hi
        movwf	hi
        movff	hi,win_bargraph         ; Active width, the rest is cleared.
        call	PLED_box

        ; Restore win_top
        movff   win_top,WREG            ; decf win_top (BANK SAFE)
        decf    WREG
        movff   WREG,win_top
        return

;-----------------------------------------------------------------------------
; Clear unused area belw last stop
; Inputs: win_top : last used area...
PLED_decoplan_clear_bottom:
        movff   win_top,WREG            ; Get back from bank0
        btfsc   divemode                ; In dive mode ?
        sublw   .168                    ; Yes: bottom row in divemode
        btfss   divemode                ; In dive mode ?
        sublw   .240                    ; No: bottom row in planning
        movff   WREG,win_height

        WIN_LEFT .82                    ; Full divemenu width
        movlw   .160-.82+1
        movff   WREG,win_width

        clrf    WREG                    ; Fill with black
        movff   WREG,win_color1
        movff   WREG,win_color2
        
        goto	PLED_box

;-----------------------------------------------------------------------------
; Display the decoplan (simulator or divemode) for GF model
; Inputs: char_O_deco_table (array of stop times, in minutes)
;         decoplan_page = page number. Displays 5 stop by page.
;
#define decoplan_index  apnoe_mins          ; within each page
#define decoplan_gindex apnoe_secs          ; global index
#define decoplan_last   apnoe_max_pressure  ; Depth of last stop (CF#29)
#define decoplan_max    apnoe_max_pressure+1; Number of lines per page. 7 in planning, 5 in diving.

PLED_decoplan:
        ostc_debug	'n'		; Sends debug-information to screen if debugmode active

        WIN_INVERT 0

        ;---- Is there deco stops ? ------------------------------------------
    	movff   char_O_first_deco_depth,WREG
    	iorwf   WREG
        bnz		PLED_decoplan_1

        ;---- No Deco --------------------------------------------------------
        call    PLED_standard_color
        DISPLAYTEXT	d'239'              ;"No Deco"
        bsf     last_ceiling_gf_shown
        return

PLED_decoplan_1:
    	lfsr	FSR0,char_O_deco_depth  ; Initialize indexed addressing.
	    lfsr	FSR1,char_O_deco_time

        movlw   .8                      ; 8 lines/page in decoplan
        btfsc   divemode
        movlw   .6                      ; 6 lines/page in divemode.
        movwf   decoplan_max

        clrf   decoplan_index           ; Start with index = 0
        clrf	WREG
        movff	WREG,win_top            ; and row = 0

        ; Read stop parameters, indexed by decoplan_index and decoplan_page
        movf    decoplan_page,W         ; decoplan_gindex = 6*decoplan_page + decoplan_index
        mulwf   decoplan_max
        movf    decoplan_index,W
        addwf   PRODL,W
        movwf   decoplan_gindex         ; --> decoplan_gindex
        
        bcf     last_ceiling_gf_shown   ; Not finished yet...

PLED_decoplan_2:
        btfsc   decoplan_gindex,5       ; Reached table length (32) ?
        bra     PLED_decoplan_99        ; YES: finished...

        ; Read stop parameters, indexed by decoplan_index
        movf    decoplan_gindex,W       ; index
    	movff	PLUSW1,hi               ; char_O_deco_time [gindex] --> hi
	    movff	PLUSW0,lo               ; char_O_deco_depth[gindex]
        movf    lo,W
        bz      PLED_decoplan_99        ; depth == 0 : finished.

        ; Display the stop line
    	call	PLED_decoplan_show_stop

        ; Next
        movff   win_top,WREG            ; row: += 24
	    addlw	.24
        movff   WREG,win_top
	    incf	decoplan_index,F        ; local index += 1
	    incf	decoplan_gindex,F       ; global index += 1

        ; Max number of lines/page reached ?
    	movf    decoplan_max,W          ; index+1 == max ?
    	cpfseq	decoplan_index
    	bra		PLED_decoplan_2         ; NO: loop

    	; Check if next stop if end-of-list ?
    	movf    decoplan_gindex,W
	    movff	PLUSW0,WREG             ; char_O_deco_depth[gindex]
	    iorwf   WREG
    	bz      PLED_decoplan_99        ; End of list...

        ; Display the message "more..."
        rcall   PLED_decoplan_clear_bottom  ; Clear from next line

    	WIN_LEFT .130 - 7*3
    	call    PLED_standard_color
    	STRCPY_PRINT "more..."
        bcf		last_ceiling_gf_shown	; More page to display...
    	return

PLED_decoplan_99:
        bsf		last_ceiling_gf_shown   ; Nothing more in table to display.
        rcall   PLED_decoplan_clear_bottom  ; Clear from next line
        return
;-----------------------------------------------------------------------------
PLED_gas_list:
	ostc_debug	'm'		; Sends debug-information to screen if debugmode active

	WIN_LEFT	.100
	WIN_FONT	FT_SMALL
	bsf		leftbind
	
	movlw	d'2'
	movwf	wait_temp			; here: stores eeprom address for gas list
	movlw	d'231'
	movwf	waitms_temp			; here: stores row for gas list
	clrf	hi					; here: Gas counter

PLED_gas_list_loop:
	incf	hi,F				; Increase Gas
	movlw	d'4'
	addwf	wait_temp,F			; Increase eeprom address for gas list
	movlw	d'25'
	addwf	waitms_temp,F		; Increase row
	WIN_LEFT	.100
	movff	waitms_temp,win_top ; Set Row
	
	STRCPY  "G"
	movff	hi,lo			; copy gas number
	output_8				; display gas number
    PUTC    ':'
	movff	wait_temp, EEADR; Gas #hi: %O2 - Set address in internal EEPROM
	call	read_eeprom		; get byte (stored in EEDATA)
	movff	EEDATA,lo		; copy to lo
	output_8				; outputs into Postinc2!
    PUTC    '/'
	incf	EEADR,F			; Gas #hi: %He - Set address in internal EEPROM
	call	read_eeprom		; get byte (stored in EEDATA)
	movff	EEDATA,lo		; copy to lo
	output_8				; outputs into Postinc2!

	decf	EEADR,F			; Gas #hi: %O2 - Set address in internal EEPROM
	call	read_eeprom		; get byte (stored in EEDATA)
	PLED_color_code		warn_gas_in_gaslist		; Color-code output	(%O2 in "EEDATA")
; Check if gas needs to be greyed-out (inactive)	
	read_int_eeprom		d'27'	; read flag register
	movff	hi,lo			; copy gas number
PLED_gas_list_loop1:
	rrcf	EEDATA			; roll flags into carry
	decfsz	lo,F			; max. 5 times...
	bra		PLED_gas_list_loop1

	movlw	color_grey
	btfss	STATUS,C		; test carry
	call	PLED_set_color	; grey out inactive gases!
	
	call	word_processor	
	call	PLED_standard_color	

	movlw	d'5'			; list all five gases
	cpfseq	hi				; All gases shown?
	bra		PLED_gas_list_loop	; No

	DISPLAYTEXT	d'122'		; Gas 6..

	return					;  return (OC mode)

PLED_splist_start:	
	WIN_LEFT	.100
	WIN_FONT	FT_SMALL
	bsf		leftbind
	call    PLED_standard_color

	; list three SP in Gaslist
	movlw	d'35'				; 36 = current SP position in EEPROM
	movwf	wait_temp			; here: stores eeprom address for gas list
	movlw	d'231'
	movwf	waitms_temp			; here: stores row for gas list
	clrf 	decoplan_index	    ; here: SP counter

PLED_splist_loop:
	incf	wait_temp,F			; EEPROM address
	incf	decoplan_index,F	; Increase SP

	movlw	d'25'
	addwf	waitms_temp,F		; Increase row
	movff	waitms_temp,win_top ; Set Row
	WIN_LEFT	.100
	
	STRCPY  "SP"
	movff	decoplan_index,lo	; copy gas number
	output_8				; display gas number
    PUTC    ':'
	movff	wait_temp, EEADR; SP #hi position
	call	read_eeprom		; get byte (stored in EEDATA)
	movff	EEDATA,lo		; copy to lo
	clrf	hi
	output_16dp	d'3'		; outputs into Postinc2!
	call	word_processor	

	movlw	d'3'		; list all three SP
	cpfseq	decoplan_index          ; All gases shown?
	bra		PLED_splist_loop	; No

	bcf		leftbind
	return						; no, return

PLED_clear_divemode_menu:
    WIN_BOX_BLACK   .0, .168, .82, .160
	return

PLED_divemenu_cursor:
	ostc_debug	'l'		; Sends debug-information to screen if debugmode active

    WIN_BOX_BLACK   .0, .150, .85, .95	

	WIN_TOP		.0
	WIN_LEFT	.85
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call	PLED_standard_color

	movff	menupos,temp1
	movlw	d'0'
	dcfsnz	temp1,F
	movlw	d'0'
	dcfsnz	temp1,F
	movlw	d'25'
	dcfsnz	temp1,F
	movlw	d'50'
	dcfsnz	temp1,F
	movlw	d'75'
	dcfsnz	temp1,F
	movlw	d'100'
	dcfsnz	temp1,F
	movlw	d'125'
	movff	WREG,win_top

    STRCPY_PRINT "\xB7"				; Cursor
	return


;=============================================================================
; Draw saturation graph, is surface mode or in dive mode.
;
PLED_tissue_saturation_graph:
	ostc_debug	'i'		; Sends debug-information to screen if debugmode active

    ;---- Draw Frame ---------------------------------------------------------
    btfsc   divemode
    bra     PLED_tsg_1
    
    WIN_FRAME_STD   .25, .120, .82, .159    ; Surfmode
    bra     PLED_tsg_2
PLED_tsg_1:    
    WIN_FRAME_STD   .169, .239, .90, .159   ; Divemode
PLED_tsg_2:

    ;---- Draw grid ----------------------------------------------------------
    btfss   divemode
    bra     PLED_no_graph_grid
    
	movlw   color_grey
    call	PLED_set_color

    movlw   .169+.1                     ; divemode
	movff	WREG,win_top
    movlw   .239-.169-.1                ; divemode
	movff	WREG,win_height

    movlw   1
    movff   WREG,win_width

    movlw   .122
    movff   WREG,win_leftx2
    call    PLED_box
    movlw   .131
    movff   WREG,win_leftx2
    call    PLED_box
    movlw   .140
    movff   WREG,win_leftx2
    call    PLED_box
    movlw   .149
    movff   WREG,win_leftx2
    call    PLED_box
PLED_no_graph_grid:
    
    ;---- Draw N2 Tissues ----------------------------------------------------
	lfsr	FSR2, char_O_tissue_saturation+.000	; N2
	movlw	d'16'
	movwf	wait_temp                   ; 16 tissues
	clrf	waitms_temp                 ; Row offset

	movlw	.1
	movff	WREG,win_height             ; row bottom (0-239)
	movlw	.82+.18                     ; surfmode
    btfsc   divemode
    movlw   .90+.18                     ; divemode
	movff	WREG,win_leftx2             ; column left (0-159)
    movlw	.57                         ; surfmode: max width 57pix
    btfsc   divemode
	movlw	.57-8                       ; divemode: 8pix less...
	movff   WREG,win_width

PLED_tissue_saturation_graph3:
    call    PLED_standard_color         ; Reset color foreach iteration

	movlw	.25+3                       ; surfmode: 3pix below top border
    btfsc   divemode
    movlw   .169+3                      ; divemode
	addwf	waitms_temp,W
	movff	WREG,win_top                ; row top (0-239)

	incf	waitms_temp,F
	incf	waitms_temp,F

	movf	POSTINC2,W
	bcf		STATUS,C                    ; Clear carry
	rrcf	WREG                        ; And divide by 4
	bcf		STATUS,C
	rrcf	WREG
	movwf   temp1

	movff   win_width,WREG              ; Max width.
	cpfslt	temp1                       ; skip if 57 (WREG) < win_width
	movwf	temp1
	movff   temp1,win_bargraph

	call	PLED_box	

	decfsz	wait_temp,F
	bra		PLED_tissue_saturation_graph3

    ;---- Draw He Tissues ----------------------------------------------------
	lfsr	FSR2, char_O_tissue_saturation+.016	; He
	movlw	d'16'
	movwf	wait_temp                   ; 16 tissues
	clrf	waitms_temp                 ; Row offset

PLED_tissue_saturation_graph2:
    call    PLED_standard_color         ; Reset color foreach iteration

	movlw	.120-.33                    ; surfmode : 33pix above bottom border
    btfsc   divemode
    movlw   .239-.33                    ; divemode
	addwf	waitms_temp,W
	movff	WREG,win_top                ; row top (0-239)

	incf	waitms_temp,F
	incf	waitms_temp,F

	movf	POSTINC2,W
	bcf		STATUS,C                    ; Clear carry
	rrcf	WREG                        ; And divide by 4
	bcf		STATUS,C
	rrcf	WREG
	movwf   temp1

	movff   win_width,WREG              ; Max width.
	cpfslt	temp1                       ; skip if 57 (WREG) < win_width
	movwf	temp1
	movff   temp1,win_bargraph

	call	PLED_box	

	decfsz	wait_temp,F
	bra		PLED_tissue_saturation_graph2

    ;---- Draw N2/He Text ----------------------------------------------------
    call    PLED_standard_color         ; Reset color after last iterarion.

	movlw	.82+2                       ; surfmode: 2pix right of left border
    btfsc   divemode
    movlw   .90+2                       ; divemode
    movff   WREG,win_leftx2

	movlw	.25+7                       ; surfmode: 7pix below top border
    btfsc   divemode
    movlw   .169+7                      ; divemode
    movff   WREG,win_top
	STRCPY_PRINT  "N2"

	movlw	.120-.30                    ; surfmode: 30pix above bottom border
    btfsc   divemode
    movlw   .239-.30                    ; divemode
    movff   WREG,win_top
	STRCPY_PRINT  "He"
	
    ;---- Draw scale and O2[16]% ---------------------------------------------
    btfsc   divemode
    return

	movff	char_O_gtissue_no,wait_temp			; used as temp

	lfsr	FSR1,char_O_tissue_saturation+0
	incf	wait_temp,F			; make 1-16 of 0-15

PLED_tissue_saturation_graph4:		; point to leading tissue...
	movff	POSTINC1,lo			; copy/overwrite to lo register
	decfsz	wait_temp,F			; count until zero
	bra		PLED_tissue_saturation_graph4	;loop

	WIN_TOP		.62
	WIN_FONT	FT_SMALL
	lfsr	FSR2,letter
	bsf		leftbind
	output_8
	bcf		leftbind

	STRCAT_PRINT  "% "

    ;---- Draw Scale ---------------------------------------------------------
    WIN_BOX_STD .73, .74, .121, .157
    WIN_BOX_STD .61, .84, .121, .122
    WIN_BOX_STD .65, .80, .130, .131
    WIN_BOX_STD .65, .80, .139, .140
    WIN_BOX_STD .65, .80, .148, .149
    WIN_BOX_STD .61, .84, .157, .158
	return

;=============================================================================

PLED_startupscreen1:
	call	PLED_topline_box
	WIN_INVERT	.1	; Init new Wordprocessor
	DISPLAYTEXT d'3'			; "HeinrichsWeikamp"
	WIN_INVERT	.0	; Init new Wordprocessor
	DISPLAYTEXT	.68				; Licence 1/2
	DISPLAYTEXT	.69
	DISPLAYTEXT	.70
	DISPLAYTEXT	.71
	DISPLAYTEXT	.72
	DISPLAYTEXT	.73
	DISPLAYTEXT	.74
	return

PLED_startupscreen2:
	call	PLED_topline_box
	WIN_INVERT	.1	; Init new Wordprocessor
	DISPLAYTEXT d'3'			; "HeinrichsWeikamp"
	WIN_INVERT	.0	; Init new Wordprocessor
	DISPLAYTEXT	.75				; Licence 2/2
	DISPLAYTEXT	.76
	DISPLAYTEXT	.77
	DISPLAYTEXT	.78
	DISPLAYTEXT	.79
	DISPLAYTEXT	.80
	DISPLAYTEXT	.81
	return

PLED_new_cf_warning:
	call	PLED_topline_box
	WIN_INVERT	.1	; Init new Wordprocessor	
	DISPLAYTEXTH	.271		; New CF added!
	WIN_INVERT	.0	; Init new Wordprocessor	
	DISPLAYTEXTH .272		; New CustomFunctions
	DISPLAYTEXTH .273		; were added! Check
	DISPLAYTEXTH .274		; CF I and CF II Menu
	DISPLAYTEXTH .275		; for Details!
	return

PLED_const_ppO2_value:
;	btfsc	multi_gf_display			; Is the Multi-GF Table displayed?
;	return								; Yes, No update and return!

	ostc_debug	'j'		; Sends debug-information to screen if debugmode active
	
	WIN_TOP		.168
	WIN_LEFT 	.50
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor

	lfsr	FSR2,letter
	movff	char_I_const_ppO2,lo
	
	tstfsz	lo						; In Bailout mode (char_I_const_ppO2=0)?
	bra		PLED_const_ppO2_value2	; No, display Setpoint

; Yes, Display "Bail"
	call		PLED_standard_color
	OUTPUTTEXTH		d'263'			;"Bail"
	call	word_processor
	return

PLED_const_ppO2_value2:				; Display SetPoint
;Show fixed SP value
	movff		amb_pressure+0,xA+0
	movff		amb_pressure+1,xA+1
	movlw		d'10'
	movwf		xB+0
	clrf		xB+1
	;xA/xB=xC with xA as remainder 	
	call		div16x16				; xC+0=p_amb/10

	; char_I_const_ppO2 > p_amb/10 -> Not physically possible! -> Display actual value!
	tstfsz	xC+1				; xC>255
	setf	xC+0				; Yes, set xC+0 to 2,55bar ppO2

	movff		ppO2_setpoint_store,WREG
	cpfslt		xC+0							; Setpoint value possible?
	bra			PLED_const_ppO2_value1			; Yes

	movff		xC+0,char_I_const_ppO2			; No, Overwrite with actual value
	bra			PLED_const_ppO2_value1a

PLED_const_ppO2_value1:
	; char_I_const_ppO2 < ppO2[Diluent] -> Not physically possible! -> Display actual value!
	movff		amb_pressure+0,xA+0
	movff		amb_pressure+1,xA+1
	movlw		d'10'
	movwf		xB+0
	clrf		xB+1
	call		div16x16				; xC=p_amb/10
	movff		xC+0,xA+0
	movff		xC+1,xA+1
	movff		char_I_O2_ratio,xB+0
	clrf		xB+1
	call		mult16x16				; xC:2=char_I_O2_ratio * p_amb/10

	movff		xC+0,sub_b+0
	movff		xC+1,sub_b+1
	movff		ppO2_setpoint_store,WREG; Setpoint
	mullw		d'100'					; Setpoint*100
	movff		PRODL,sub_a+0
	movff		PRODH,sub_a+1
	call		sub16					; sub_c = sub_a - sub_b

	btfss		neg_flag
	bra			PLED_const_ppO2_value11			; Value in range

	; char_I_const_ppO2 < ppO2[Diluent] -> Not physically possible! -> Display actual value!

	movff		xC+0,xA+0
	movff		xC+1,xA+1
	movlw		d'100'
	movwf		xB+0
	clrf		xB+1
	call		div16x16				;xA/xB=xC with xA as remainder 	

	movff		xC+0,char_I_const_ppO2			; No, Overwrite with actual value
	
	GETCUSTOM8	d'39'							; Adjust fixed SP?
	dcfsnz		WREG,F
	bra			PLED_const_ppO2_value1a			; Yes!
	; Do not adjust -> restore original SetPoint

PLED_const_ppO2_value11:
; Setpoint in possible limits
	movff		ppO2_setpoint_store,char_I_const_ppO2		; Restore Setpoint

PLED_const_ppO2_value1a:
	PLED_color_code		warn_ppo2		; Color-code output
	movff	char_I_const_ppO2,lo
	clrf	hi
	bsf		leftbind
	output_16dp	d'3'
	bcf		leftbind
	call	word_processor
	call	PLED_standard_color
	return

PLED_show_leading_tissue:
	call		PLED_divemask_color	; Set Color for Divemode mask
	DISPLAYTEXTH	.282		; L. Tissue:
PLED_show_leading_tissue_2:
	call	deco_calc_desaturation_time	; calculate desaturation time
	movlb	b'00000001'						; select ram bank 1

    STRCPY  "#"
	movff	char_O_gtissue_no,lo
	movff	char_O_gtissue_no,wait_temp			; used as temp
	bsf		leftbind
	output_8
	STRCAT  " ("
	
	movlw	d'16'
	cpfslt	wait_temp
	bra		PLED_show_leading_tissue_he
	STRCAT  "N2"
	bra		PLED_show_leading_tissue2

PLED_show_leading_tissue_he:	
    STRCAT  "He"

PLED_show_leading_tissue2:	
	WIN_LEFT	.95
	WIN_TOP		.192
	WIN_FONT	FT_SMALL
	call	PLED_standard_color

    STRCAT_PRINT  ") "

	lfsr	FSR1,char_O_tissue_saturation+0
	incf	wait_temp,F			; make 1-16 of 0-15
PLED_show_leading_tissue3:		; point to leading tissue...
	movff	POSTINC1,lo			; copy/overwrite to lo register
	decfsz	wait_temp,F			; count until zero
	bra		PLED_show_leading_tissue3	;loop

	WIN_LEFT	.95
	WIN_TOP		.216
	WIN_FONT	FT_SMALL

	lfsr	FSR2,letter
	output_8	
	STRCAT_PRINT  "% "
	bcf		leftbind
	return

PLED_topline_box_clear:			; Writes an empty box
	movlw	.0
	bra		PLED_topline_box2
PLED_topline_box:				; Writes a filled box...
	GETCUSTOM8		d'35'		; ... with the standard color
PLED_topline_box2:
    WIN_BOX_COLOR   .0, .26, .0, .159	
	return

PLED_display_cns:
;	btfsc	multi_gf_display			; Is the Multi-GF Table displayed?
;	return								; Yes, No update and return!

	btfsc	gauge_mode			; Do not display in gauge mode
	 return

	btfsc	FLAG_apnoe_mode		; Do not display in apnoe mode
	 return

	btfsc	pled_velocity_display	; Is velocity displayed?`
	 return							; Yes, do not overwrite until pled_velocity_clear was called

	ostc_debug	'k'				; Sends debug-information to screen if debugmode active

	WIN_TOP		.090
	WIN_LEFT	.0
	WIN_FONT 	FT_SMALL
	PLED_color_code		warn_cns		; Color-code CNS output
	
	STRCPY  "CNS:"
	movff	char_O_CNS_fraction,lo
	bsf		leftbind
	output_8
	bcf		leftbind
	STRCAT_PRINT "%"
	return

PLED_display_cns_surface:
; Check if CNS should be displayed
	movff	char_O_CNS_fraction,lo		; copy into bank1
	GETCUSTOM8	d'15'					; cns_display_high_surfacemode
	subwf	lo,W
	btfss	STATUS,C
	return								; Do not show...
	; Show CNS

	ostc_debug	'W'				; Sends debug-information to screen if debugmode active

	WIN_TOP		.175
	WIN_LEFT	.45
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	PLED_color_code		warn_cns		; Color-code CNS output
	
	STRCPY  "CNS:"
	movff	char_O_CNS_fraction,lo
	bsf		leftbind
	output_8
	bcf		leftbind
	STRCAT_PRINT "%"
	return


PLED_custom_text:
	read_int_eeprom	d'64'
	movlw	d'1'
	cpfseq	EEDATA						; Custom text active?
	bra		PLED_clear_custom_text		; No, Delete row
	WIN_TOP		.200
	WIN_LEFT	.0
	WIN_FONT 	FT_SMALL
	WIN_INVERT	.0					; Init new Wordprocessor
	call		PLED_divemask_color	; Set Color for Divemode mask

	lfsr	FSR2,letter	
	movlw	d'64'
	movwf	lo
	movlw	d'24'
	movwf	hi					; counter

PLED_custom_text1:
	incf	lo,F
	call	PLED_get_custom_letter			; Get one letter for the custom text
	movlw	'}'							; End marker found?
	cpfseq	EEDATA
	bra		PLED_custom_text2			; No
	bra		PLED_custom_text3
PLED_custom_text2:
	movff	EEDATA,POSTINC2				; Copy into Postinc

	decfsz	hi,F				; Max. numbers?
	bra		PLED_custom_text1			; No, get next letters

PLED_custom_text3:
	call	word_processor
	call	PLED_standard_color
	return

PLED_get_custom_letter:
	movff	lo,EEADR			; Address for next custom text letter
	call	read_eeprom					; Read letter
	return

PLED_clear_custom_text:
	movlw		d'24'
	movwf		temp1
	WIN_TOP		.200
	WIN_LEFT	.0
	call		PLED_display_clear_common_y1
	return

PLED_simdata_screen:			;Display Pre-Dive Screen
	; List active gases/Setpoints
	btfsc	FLAG_const_ppO2_mode		; in ppO2 mode?
	bra		PLED_simdata_screen3		; Yes, display SetPoint/Sensor result list

PLED_simdata_screen2:
	ostc_debug	'm'		; Sends debug-information to screen if debugmode active

	WIN_LEFT	.0
	WIN_FONT	FT_SMALL
	bsf		leftbind
	
	movlw	d'2'
	movwf	wait_temp			; here: stores eeprom address for gas list
	movlw	d'10'
	movwf	waitms_temp		; here: stores row for gas list
	clrf	hi					; here: Gas counter

PLED_simdata_screen2_loop:
	incf	hi,F				; Increase Gas
	movlw	d'4'
	addwf	wait_temp,F			; Increase eeprom address for gas list
	
	STRCPY  "G"
	movff	hi,lo			; copy gas number
	output_8				; display gas number
	PUTC    ':'
	movff	wait_temp, EEADR; Gas #hi: %O2 - Set address in internal EEPROM
	call	read_eeprom		; get byte (stored in EEDATA)
	movff	EEDATA,lo		; copy to lo
	output_8				; outputs into Postinc2!
	PUTC    '/'
	incf	EEADR,F			; Gas #hi: %He - Set address in internal EEPROM
	call	read_eeprom		; get byte (stored in EEDATA)
	movff	EEDATA,lo		; copy to lo
	output_8				; outputs into Postinc2!
	PUTC    ' '
	movf	hi,W			; Gas number
	addlw	d'27'			; -> Adress of change depth register
	call	read_int_eeprom_1
	movff	EEDATA,lo		; Change depth in m
	movff	lo,lo_temp		; Store for grey-out
	output_99				; outputs into Postinc2!
    PUTC    'm'
	read_int_eeprom		d'27'	; read flag register
	movff	hi,lo			; copy gas number
PLED_simdata_screen2_loop1:
	rrcf	EEDATA			; roll flags into carry
	decfsz	lo,F			; max. 5 times...
	bra		PLED_simdata_screen2_loop1

	read_int_eeprom		d'33'	; First gas (1-5)?
	movf	hi,W				; Current gas in WREG
	cpfseq	EEDATA				; Is equal first gas?
	bra		PLED_simdata_screen2_loop2	; No
	bra		PLED_simdata_white	; Yes

PLED_simdata_screen2_loop2:
	btfss	STATUS,C		; test inactive flag
	bra		PLED_simdata_grey	; Is inactive!
	
	tstfsz	lo_temp			; Test change depth=0?
	bra		PLED_simdata_white	; Is not zero

PLED_simdata_grey:
	movlw	color_grey
	call	PLED_set_color	; grey out inactive gases!
	bra		PLED_simdata_color_done

PLED_simdata_white:
	call	PLED_standard_color

PLED_simdata_color_done:	
	movlw	d'25'
	addwf	waitms_temp,F		; Increase row
	WIN_LEFT	.0
	movff	waitms_temp,win_top ; Set Row
	call	word_processor		; display gas

PLED_simdata_screen2b:
	call		PLED_standard_color

	movlw	d'5'			; list all five gases
	cpfseq	hi				; All gases shown?
	bra		PLED_simdata_screen2_loop	; No
	
	return							; No, return (OC mode)

PLED_simdata_screen3:	
	WIN_LEFT	.0
	WIN_FONT	FT_SMALL
	bsf		leftbind

	; list three SP in Gaslist
	movlw	d'35'				; 36 = current SP position in EEPROM
	movwf	wait_temp			; here: stores eeprom address for gas list
	movlw	d'10'
	movwf	waitms_temp			; here: stores row for gas list
	clrf 	decoplan_index		; here: SP counter

PLED_simdata_screen3_loop:
	incf	wait_temp,F			; EEPROM address
	incf	decoplan_index,F    ; Increase SP

	movlw	d'25'
	addwf	waitms_temp,F		; Increase row
	WIN_LEFT	.0
	movff	waitms_temp,win_top ; Set Row
	
	STRCPY  "SP"
	movff	decoplan_index,lo   ; copy gas number
	output_8				; display gas number
	STRCAT  ": "
	movff	wait_temp, EEADR; SP #hi position
	call	read_eeprom		; get byte (stored in EEDATA)
	movff	EEDATA,lo		; copy to lo
	clrf	hi
	output_16dp	d'3'		; outputs into Postinc2!
	call	word_processor	

	movlw	d'3'		; list all three SP
	cpfseq	decoplan_index		; All gases shown?
	bra		PLED_simdata_screen3_loop	;no

	read_int_eeprom 	d'33'			; Read byte (stored in EEDATA)
	movff	EEDATA,active_gas			; Read start gas (1-5)
	decf	active_gas,W				; Gas 0-4
	mullw	d'4'
	movf	PRODL,W			
	addlw	d'7'						; = address for He ratio
	movwf	EEADR
	call	read_eeprom					; Read He ratio
	movff	EEDATA,hi		; And copy into hold register
	decf	active_gas,W				; Gas 0-4
	mullw	d'4'
	movf	PRODL,W			
	addlw	d'6'						; = address for O2 ratio
	movwf	EEADR
	call	read_eeprom					; Read O2 ratio
	movff	EEDATA, lo		; O2 ratio

	WIN_LEFT	.0
	WIN_TOP		.110

	STRCPY  "Dil:"
	output_8				; O2 Ratio
	STRCAT  "/"
	movff	hi,lo
	output_8				; He Ratio
	call	word_processor		

	bcf		leftbind
	return				; Return (CC Mode)



adjust_depth_with_salinity:			; computes salinity setting into lo:hi [mBar]

	btfsc	simulatormode_active	; Do apply salinity in Simulatormode
	return

	read_int_eeprom	d'26'			; Read Salinity from EEPROM
	movff	EEDATA, wait_temp		; salinity
	
	movlw	d'105'					; 105% ?
	cpfslt	wait_temp				; Salinity higher limit
	return							; Out of limit, do not adjust lo:hi
	
	movlw	d'99'					; 99% ?
	cpfsgt	wait_temp				; Salinity lower limit
	return							; Out of limit, do not adjust lo:hi

	movff	lo,xA+0
	movff	hi,xA+1

	movlw	d'100'
	movwf	xB+0
	clrf	xB+1
	
	call	mult16x16				;xA*xB=xC (lo:hi * 100)
	
	movff	wait_temp,xB+0			; Salinity
	clrf	xB+1
							
	call	div32x16  				; xC:4 / xB:2 = xC+3:xC+2 with xC+1:xC+0 as remainder

	movff	xC+0,lo
	movff	xC+1,hi					; restore lo and hi with updated value
	
	return