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view code_part1/OSTC_code_asm_part1/menu_reset.asm @ 103:fe195f766014
Codesize optimized valconv.asm
| author | JeanDo |
|---|---|
| date | Tue, 14 Dec 2010 11:14:32 +0100 |
| parents | db4a20b413df |
| children | 64109f6fb3d1 |
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; 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/>. ; Menu "Reset all" ; written by: Matthias Heinrichs, info@heinrichsweikamp.com ; written: 10/30/05 ; last updated: 10/12/08 by JD Gascuel at free.fr ; known bugs: ; ToDo: ; routines to reset external EEPROM (currently inactvated!) ; routines to reset custom function, gases and decompression values ; does not reset clock ;============================================================================= ; CF default values ; ; Macro to check values, and construct PROM CF default table. ; If in types mode, set flags into hi. If not, clear it. CF_DEFAULT macro type, default, min, max noexpand CFn set 1+CFn if (type) == CF_INT15 if HIGH (default) > .127 error CF#v(CFn) "15bit default too big: ", default endif if (min)>0 && (max>min) error CF#v(CFn) "15bit defaults cannot have both MIN & MAX flags" endif if HIGH(min) > .127 error CF#v(CFn) "15bit MIN value too big: ", min endif if HIGH(max) > .127 error CF#v(CFn) "15bit MAX value too big: ", max endif ifdef NO_CF_TYPES DB LOW (default), HIGH(default) + 0x80 else DB LOW (default), HIGH(default) + 0x80 if (max) > (min) DB LOW(max), HIGH(max) + 0x80 else DB LOW(min), HIGH(min) endif endif else ; Basic sanity check for 8bit values: if HIGH(default) > 0 error CF#v(CFn) "8bit default too big: ", default endif if HIGH(min) > 0 error CF#v(CFn) "8bit min too big: ", min endif if HIGH(max) > 0 error CF#v(CFn) "8bit max too big: ", max endif if ((type)==CF_BOOL) && ( (default)>1 ) error CF#v(CFn) "BOOL default too big: ", default endif if ((type)==CF_BOOL) && ( (min)>0 || (max)>0 ) error CF#v(CFn) "BOOL cannot have min/max" endif ifdef NO_CF_TYPES DB LOW(default), 0 else local typeFlags typeFlags set type if (min)>0 typeFlags set type + CF_MIN endif if (max)>(min) typeFlags set typeFlags + CF_MAX endif DB LOW(default), (typeFlags), LOW(min), LOW(max) endif endif expand endm ; Starting at CF0 CFn set -1 ; resets all customfunctions to the following default values cf_default_table0: ;---- BANK0 custom function defaults ------------------------------------- ; DEFAULT MIN MAX CF_DEFAULT CF_CENTI, d'100', d'50', d'250' ; dive_threshold 100cm CF_DEFAULT CF_CENTI, d'30', d'10', d'100' ; surf_threshold 30cm CF_DEFAULT CF_SEC, d'240', d'30', d'240' ; diveloop_timeout 240s CF_DEFAULT CF_SEC, d'120', d'30', d'240' ; surfloop_timeout 120s CF_DEFAULT CF_SEC, d'5', d'1', d'30' ; premenu_timeout 5s CF_DEFAULT CF_INT8, d'7', d'3', d'18' ; minimum_velocity 7min/min CF_DEFAULT CF_INT15, d'1160',d'950', 0 ; pressure_offset_divemode 1160mBar CF_DEFAULT CF_INT15, d'1100',d'1100', 0 ; max_surfpressure 1100mBar CF_DEFAULT CF_PERCENT, d'20', d'1', d'99' ; min_gradient_factor 20% CF_DEFAULT CF_PERCENT, d'20', d'1', d'20' ; oxygen_threshold 20% CF_DEFAULT CF_SEC, d'30', d'5', d'30' ; dive_menu_timeout 30s CF_DEFAULT CF_PERCENT, d'110', d'110', d'200' ; saturation_multiplier x1.10 CF_DEFAULT CF_PERCENT, d'90', d'50', d'90' ; desaturation_multiplier x0.90 CF_DEFAULT CF_PERCENT, d'60', d'60', d'100' ; nofly_time_ratio 60% CF_DEFAULT CF_PERCENT, d'100', d'50', d'100' ; gradient_factor_alarm1 100% CF_DEFAULT CF_PERCENT, d'10', d'01', d'100' ; cns_display_surface 10% CF_DEFAULT CF_DECI, d'10', d'0', d'10' ; deco_distance_for_sim 1m CF_DEFAULT CF_CENTI, d'019', d'019', d'021' ; ppo2_warning_low 0.19 Bar CF_DEFAULT CF_CENTI, d'160', d'100', d'160' ; ppo2_warning_high 1.60 Bar CF_DEFAULT CF_CENTI, d'150', d'100', d'150' ; ppo2_display_high 1.50 Bar CF_DEFAULT CF_INT8, d'10', d'1', d'120' ; sampling_rate 10s CF_DEFAULT CF_INT8, d'6', d'0', d'15' ; sampling_divisor_temp /6 CF_DEFAULT CF_INT8, d'6', d'0', d'15' ; sampling_divisor_deco /6 CF_DEFAULT CF_INT8, d'0', d'0', d'15' ; sampling_divisor_tank never CF_DEFAULT CF_INT8, d'0', d'0', d'15' ; sampling_divisor_ppo2 never CF_DEFAULT CF_INT8, d'0', d'0', d'15' ; sampling_divisor_deco2 never CF_DEFAULT CF_INT8, d'0', d'0', d'15' ; sampling_divisor_nyu2 never CF_DEFAULT CF_PERCENT, d'20', d'5', d'75' ; cns_display_high 20% CF_DEFAULT CF_INT15, d'0', d'0', 0 ; logbook_offset No Offset, but 15Bit value CF_DEFAULT CF_INT8, d'3', d'2', d'6' ; last_deco_depth 3m CF_DEFAULT CF_SEC, d'10', d'1', d'15' ; timeout_apnoe_mode 10min CF_DEFAULT CF_BOOL, d'0', 0, 0 ; show_voltage_value =1 Show value instead of symbol, =0 Show Symbol ;---- BANK1 custom function defaults ------------------------------------- cf_default_table1: ; DEFAULT MIN MAX CF_DEFAULT CF_PERCENT, d'30', d'10', d'90' ; GF_low_default 30% CF_DEFAULT CF_PERCENT, d'90', d'30', d'95' ; GF_high_default 90% CF_DEFAULT CF_COLOR, d'199', 0, 0 ; color_battery_surface Color Battery sign: Deep blue CF_DEFAULT CF_COLOR, d'255', 0, 0 ; color_standard1 Color Standard: White CF_DEFAULT CF_COLOR, d'62', 0, 0 ; color_divemask Color Divemask: Light green CF_DEFAULT CF_COLOR, d'224', 0, 0 ; color_warnings Color Warnings: Red CF_DEFAULT CF_BOOL, d'0', 0, 0 ; show_seconds_divemode =1 Show the seconds in Divemode CF_DEFAULT CF_INT15, 0, 0, 0 ; UNUSED CF_DEFAULT CF_BOOL, d'1', 0, 0 ; warn_ceiling_divemode =1 Warn ceiling violation in divemode CF_DEFAULT CF_BOOL, d'0', 0, 0 ; start_with_stopwatch =1 start with stopwatch CF_DEFAULT CF_BOOL, d'0', 0, 0 ; blink_gas_divemode =1 Show (resetable) average Depth instead of temperature CF_DEFAULT CF_INT15, d'13000', 0, d'13000' ; color_warn_depth_mBar Warn depths CF_DEFAULT CF_PERCENT, d'101', d'50', d'101' ; color_warn_cns_percent Warn-% CF_DEFAULT CF_PERCENT, d'101', d'50', d'101' ; color_warn_gf_percent Warn-% CF_DEFAULT CF_CENTI, d'161', d'100', d'161' ; color_warn_ppo2_cbar ppO2 warn CF_DEFAULT CF_INT8, d'15', d'7', d'20' ; color_warn_celocity_mmin warn at xx m/min CF_DEFAULT CF_SEC, d'42', d'0', d'240' ; time_correction_value_default Adds to Seconds on Midnight CF_DEFAULT CF_INT15, 0, 0, 0 ; UNUSED CF_DEFAULT CF_INT15, 0, 0, 0 ; UNUSED CF_DEFAULT CF_INT15, 0, 0, 0 ; UNUSED CF_DEFAULT CF_INT15, 0, 0, 0 ; UNUSED CF_DEFAULT CF_INT15, 0, 0, 0 ; UNUSED CF_DEFAULT CF_INT15, 0, 0, 0 ; UNUSED CF_DEFAULT CF_INT15, 0, 0, 0 ; UNUSED CF_DEFAULT CF_INT15, 0, 0, 0 ; UNUSED CF_DEFAULT CF_INT15, 0, 0, 0 ; UNUSED CF_DEFAULT CF_INT15, 0, 0, 0 ; UNUSED CF_DEFAULT CF_INT15, 0, 0, 0 ; UNUSED CF_DEFAULT CF_INT15, 0, 0, 0 ; UNUSED CF_DEFAULT CF_INT15, 0, 0, 0 ; UNUSED CF_DEFAULT CF_INT15, 0, 0, 0 ; UNUSED CF_DEFAULT CF_INT15, 0, 0, 0 ; UNUSED CF_DEFAULT CF_INT15, 0, 0, 0 ; UNUSED cf_default_table2: ;============================================================================= menu_reset: movlw d'1' movwf menupos call PLED_ClearScreen call PLED_reset_menu_mask menu_reset2: clrf timeout_counter2 bcf sleepmode bcf menubit2 bcf menubit3 bsf menubit bsf cursor call PLED_reset_menu_mask call PLED_menu_cursor bcf switch_left bcf switch_right menu_reset_loop: call check_switches_menu btfsc menubit2 bra do_menu_reset ; call submenu btfss menubit bra menu ; exit setup menu and return to main menu btfsc onesecupdate call timeout_surfmode btfsc onesecupdate call set_dive_modes btfsc onesecupdate call test_charger ; check if charger IC is active btfsc onesecupdate call get_battery_voltage ; get battery voltage bcf onesecupdate ; End of one second tasks btfsc sleepmode goto menu btfsc divemode goto restart ; exit menu, restart and enter divemode bra menu_reset_loop do_menu_reset: ; calls submenu dcfsnz menupos,F bra do_menu_reset_exit ; Cancel, exit dcfsnz menupos,F bra do_menu_reset_all ; Reset all settings dcfsnz menupos,F bra do_menu_reset_logbook ; Reset Logbook Memory! dcfsnz menupos,F bra do_menu_reset_reboot ; Reboot OSTC dcfsnz menupos,F bra do_menu_reset_decodata ; Reset Decodata do_menu_reset_exit: movlw d'3' movwf menupos bra menu2 ; exit... do_menu_reset_reboot: call PLED_confirmbox ; Returns WREG=0 for Cancel (Or Timeout) and WREG=1 for OK! movwf menupos ; Used as temp tstfsz menupos bra do_menu_reset_reboot2 ; Delete now! bra do_menu_reset_exit ; Cancel! do_menu_reset_reboot2: call PLED_DisplayOff ; Power-down OLED movlw b'00000000' ; Bit6: PPL Disable movwf OSCTUNE movlw b'01111110' ; 8MHz movwf OSCCON reset goto 0x00000 ; restart to 0x00000 do_menu_reset_logbook: call PLED_confirmbox ; Returns WREG=0 for Cancel (Or Timeout) and WREG=1 for OK! movwf menupos ; Used as temp tstfsz menupos bra do_menu_reset_logbook2 ; Delete Logbook now! bra do_menu_reset_exit ; Cancel! do_menu_reset_logbook2: call PLED_ClearScreen DISPLAYTEXT .25 ; "Reset..." call reset_external_eeprom ; delete profile memory bra do_menu_reset_exit do_menu_reset_decodata: call PLED_confirmbox ; Returns WREG=0 for Cancel (Or Timeout) and WREG=1 for OK! movwf menupos ; Used as temp tstfsz menupos bra do_menu_reset_decodata2 ; Reset Deco Data now! bra do_menu_reset_exit ; Cancel! do_menu_reset_decodata2: ; reset deco data call PLED_ClearScreen DISPLAYTEXT .25 ; "Reset..." movff amb_pressure+0,int_I_pres_respiration+0 ; copy surface air pressure to deco routine movff amb_pressure+1,int_I_pres_respiration+1 call deco_main_clear_tissue ; movlb b'00000001' ; RAM Bank1 selected goto restart ; done. quit to surfmode do_menu_reset_all: call PLED_confirmbox ; Returns WREG=0 for Cancel (Or Timeout) and WREG=1 for OK! movwf menupos ; Used as temp tstfsz menupos bra do_menu_reset_all2 ; Reset all now! bra do_menu_reset_exit ; Cancel! do_menu_reset_all2: call PLED_ClearScreen DISPLAYTEXT .25 ; "Reset..." reset_start: ; reset deco data movff amb_pressure+0,int_I_pres_respiration+0 ; copy surface air pressure to deco routine movff amb_pressure+1,int_I_pres_respiration+1 call deco_main_clear_tissue ; movlb b'00000001' ; RAM Bank1 selected ; reset gases clrf EEADRH ; EEPROM BANK 0 ! movlw d'3' ; address of first gas-1 movwf EEADR clrf hi ; He part (default for all gases: 0%) movlw d'21' ; O2 part (21%) rcall reset_gas ; saves default and current value for gas #1 movlw d'21' ; O2 part (21%) rcall reset_gas ; saves default and current value for gas #2 movlw d'21' ; O2 part (21%) rcall reset_gas ; saves default and current value for gas #3 movlw d'21' ; O2 part (21%) rcall reset_gas ; saves default and current value for gas #4 movlw d'21' ; O2 part (21%) rcall reset_gas ; saves default and current value for gas #5 movlw d'21' ; O2 part (21%) rcall reset_gas ; saves default and current value for gas #6 reset_all_cf: movlw d'1' movwf EEDATA write_int_eeprom d'33' ; reset start gas clrf EEDATA write_int_eeprom d'34' ; reset deco model to ZH-L16 clrf EEDATA write_int_eeprom d'35' ; Do not use O2 Sensor in CC Modes movlw d'0' clrf EEDATA write_int_eeprom d'39' ; Disable Debugbode clrf EEDATA write_int_eeprom d'90' ; Disable Brightness offset? (Dim=1, Normal = 0) clrf EEDATA write_int_eeprom d'91' ; Reset Date format to MM/DD/YY movlw d'100' write_int_eeprom d'26' ; Salinity default: 1.00 kg/l movlw b'00011111' movwf EEDATA write_int_eeprom d'27' ; reset active gas flags clrf EEDATA write_int_eeprom d'28' ; reset change depth gas #1 clrf EEDATA write_int_eeprom d'29' ; reset change depth gas #2 clrf EEDATA write_int_eeprom d'30' ; reset change depth gas #3 clrf EEDATA write_int_eeprom d'31' ; reset change depth gas #4 clrf EEDATA write_int_eeprom d'32' ; reset change depth gas #5 movlw d'100' movwf EEDATA write_int_eeprom d'36' ; reset mix1 to ppO2=1.00Bar write_int_eeprom d'37' ; reset mix2 to ppO2=1.00Bar write_int_eeprom d'38' ; reset mix3 to ppO2=1.00Bar movlw d'1' movwf nofly_time+0 ; Clear nofly time clrf nofly_time+1 ; Clear nofly time reset_all_cf_bank0: clrf EEADRH movlw d'127' ; address of low byte of first custom function movwf EEADR movlw LOW cf_default_table0 ; Load PROM pointer. movwf TBLPTRL,A movlw HIGH cf_default_table0 movwf TBLPTRH,A movlw UPPER cf_default_table0 movwf TBLPTRU,A cf_bank0_loop: ; Did we already read 32 (decimal) words or double-words (with types) ? movf TBLPTRL,W sublw LOW (cf_default_table1) bz reset_all_cf_bank1 rcall reset_customfunction ; saves default and current value bra cf_bank0_loop reset_all_cf_bank1: movlw d'1' movwf EEADRH ; EEPROM BANK 1 !! movlw d'127' ; address of low byte of first custom function movwf EEADR cf_bank1_loop: ; Did we already read another 32 (decimal) words or double-words ? movf TBLPTRL,W sublw LOW (cf_default_table2) bz cf_bank1_end rcall reset_customfunction ; saves default and current value bra cf_bank1_loop cf_bank1_end: clrf EEADRH ; EEPROM BANK 0 ! ;call reset_external_eeprom ; delete profile memory goto restart ; all reset, quit to surfmode ; Write WREG:lo twice, w/o any type clearing, pre-incrementing EEADR reset_gas: movwf lo rcall reset_eeprom_value ; First pair goto reset_eeprom_value ; Second pair. reset_customfunction: tblrd*+ movff TABLAT, lo ; Low byte in lo, tblrd*+ movff TABLAT, hi ; High byte in hi ifndef NO_CF_TYPES tblrd*+ ; Skip advanced min/max values. tblrd*+ btfss hi,7 ; In EEPROM, just clear all types, clrf hi ; to keep external program compat (jdivelog etc.) bcf hi,7 endif ; Manage the default/value tuple rcall reset_eeprom_value ; First pair, untouched. bcf hi,7 ; Just clear type bit. bra reset_eeprom_value ; Second pair, cleared ; Write the two bytes lo:hi into EEPROM reset_eeprom_value: incf EEADR,F movff lo, EEDATA ; Lowbyte Defaul value call write_eeprom incf EEADR,F movff hi, EEDATA ; Highbyte default value goto write_eeprom reset_external_eeprom: ; deletes complete external eeprom! clrf eeprom_address+0 clrf eeprom_address+1 movlw d'2' movwf temp3 reset_eeprom02: clrf temp4 reset_eeprom01: movlw d'64' movwf temp2 bcf eeprom_blockwrite ; Blockwrite start reset_eeprom1: setf ext_ee_temp1 ; byte for Blockwrite.... movf ext_ee_temp1,W ; So, 1st. Byte of block is fine, too call write_external_eeprom_block decfsz temp2,F ; 64 Byte done bra reset_eeprom1 bsf SSPCON2,PEN ; Stop condition call WaitMSSP WAITMS d'7' decfsz temp4,F bra reset_eeprom01 ; do this 256 times decfsz temp3,F bra reset_eeprom02 ; and this all 2 times -> 512 *64Bytes = 32KB bcf eeprom_blockwrite ; clear blockwrite flag clrf eeprom_address+0 clrf eeprom_address+1 movlw 0xFD ; With these three bytes the OSTC will find the free area in the EEPROM faster call write_external_eeprom movlw 0xFD call write_external_eeprom movlw 0xFE call write_external_eeprom clrf eeprom_address+0 clrf eeprom_address+1 return