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Unverified Commit 26afa814 authored by Andy Abreu Reyes's avatar Andy Abreu Reyes Committed by GitHub
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HORNO_MAX6675_2550_V1.0/code/18F2550.h 0 → 100644
View file @ 26afa814
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HORNO_MAX6675_2550_V1.0/code/HORNO_MAX6675_2550_V1.0.STA 0 → 100644
View file @ 26afa814
ROM used: 11884/16384 (36%)
11884/16384 (36%) including unused fragments
2.8 Average locations per line
14.0 Average locations per statement
RAM used: 64/2048 (3%) at main() level
156/2048 (8%) worst case
Stack used: 10 worst case (9 in main + 1 for interrupts)
Stack size: 31
Lines Stmts % Files
----- ----- --- -----
144 52 6 HORNO_MAX6675_2550_V1.0.c
759 0 0 C:\Program Files (x86)\PICC\Devices\18F2550.h
456 100 12 C:\Program Files (x86)\PICC\Drivers\lcd.c
2229 257 30 C:\Program Files (x86)\PICC\Drivers\math.h
81 21 2 tones.c
569 417 49 funciones.h
----- -----
4238 847 Total
Page ROM % RAM Vol Diff Functions:
---- --- --- --- --- ---- ----------
0 38 0 1 @delay_ms1
0 32 0 1 @delay_us1
0 78 0 6 @SPI_XFER_1
0 78 0 6 @SPI_XFER_2
0 30 0 0 @const668
0 74 0 3 760 4.5 lcd_read_byte
0 82 0 2 262 3.7 lcd_read_nibble
0 64 0 1 399 2.4 lcd_send_nibble
0 70 0 3 415 3.7 lcd_send_byte
0 110 0 2 704 5.0 lcd_init
0 34 0 4 208 6.3 lcd_gotoxy
0 80 0 1 354 4.7 lcd_putc
0 74 0 5 267 6.8 lcd_set_cgram_char
0 118 0 10 @FLT
0 56 0 4 @SFTOI
0 54 0 2 @ITOF
0 242 1 11 @MULFF
0 618 3 16 @ADDFF
0 346 1 14 @DIVFF
0 54 0 5 285 4.3 do_delay
0 468 2 26 777 6.7 generate_tone
0 142 1 13 @DIV3232
0 66 0 5 @DIV1616
0 86 0 14 @MUL3232
0 254 1 2 831 3.4 tono
0 380 2 1 1965 9.9 mode_insert
0 2 0 0 @const911
0 32 0 2 @PSTRINGC_687
0 28 0 0 @const914
0 2 0 0 @const915
0 16 0 0 @const917
0 2 0 0 @const918
0 36 0 2 @PSTRINGR_687
0 40 0 3 @DIV88
0 102 0 2 @PRINTF_U_687
0 288 1 3 852 6.1 read_tmp
0 18 0 0 @const931
0 18 0 0 @const933
0 2038 9 1 5933 3.5 subroutine_mode
0 2 0 0 @const937
0 8 0 0 @const939
0 716 3 37 791 6.3 PID
0 884 4 4 1878 8.9 precalentamiento
0 2 0 0 @const955
0 48 0 0 @const957
0 2 0 0 @const958
0 18 0 0 @const960
0 64 0 5 @FTOSD
0 388 2 13 @PRINTF_L32D_687FPFPF
0 4 0 0 @const968
0 2 0 0 @const969
0 612 3 4 1030 5.8 calentamiento
0 2 0 0 @const974
0 16 0 0 @const976
0 4 0 0 @const979
0 2 0 0 @const980
0 614 3 4 1030 5.8 refusion
0 2 0 0 @const985
0 14 0 0 @const987
0 4 0 0 @const990
0 2 0 0 @const991
0 618 3 4 1061 5.8 enfriamiento
0 2 0 0 @const996
0 16 0 0 @const998
0 4 0 0 @const1001
0 2 0 0 @const1002
0 76 0 0 524 2.9 restart
0 404 2 4 786 5.7 over
0 2 0 0 @const1006
0 18 0 0 @const1008
0 2 0 0 @const1010
0 18 0 0 @const1012
0 18 0 0 83 3.5 RTCC_isr
0 774 3 1 1631 3.9 MAIN
0 12 0 0 @const1019
0 10 0 0 @const1021
0 2 0 0 @const1022
Inline 0 @cinit1
Program metrics:
Functions 23
Statements 847
Comments 651
Volume (V) 36822
Difficulty (D) 115.0
Effort to implement (E) 4235775
Time to implement (T) 65 hours, 22 minutes
Est Delivered Bugs (B) 9
Cyclomatic Complexity 44
Maintainability (MI) 120
Segment Used Free
----------- ---- ----
00000-00002 4 0
00004-00006 0 4
00008-00094 142 0
00096-07FFE 11738 20880
HORNO_MAX6675_2550_V1.0/code/HORNO_MAX6675_2550_V1.0.c 0 → 100644
View file @ 26afa814
#include <18F2550.h>
#device ADC=10
#FUSES MCLR //Master Clear
#FUSES WDT //Watch Dog Timer
#FUSES WDT2048 //Watch Dog Timer uses 1:512 Postscale
#FUSES PUT //Power Up Timer
#FUSES BORV43 //Brownout reset at 4.3V
#FUSES NOVREGEN //USB voltage regulator disabled
#FUSES NOLVP //No low voltage prgming, B3(PIC16) or B5(PIC18) used FOR I/O
#FUSES NOPBADEN
#FUSES PROTECT //Code protected from reads
#FUSES CPUDIV1
#use delay(INTERNAL=8000000) //FRECUENCIA RELOJ DEL PIC(INTERNA)
#define LCD_ENABLE_PIN PIN_A6
#define LCD_RS_PIN PIN_A4
#define LCD_RW_PIN PIN_A5
#define LCD_DATA4 PIN_C4
#define LCD_DATA5 PIN_C5
#define LCD_DATA6 PIN_C6
#define LCD_DATA7 PIN_C7
#define M1_PREC_TEMP_0 0x00
#define M1_PREC_TEMP_1 0x01
#define M1_CALENT_TEMP_0 0x02
#define M1_CALENT_TEMP_1 0x03
#define M1_REFUS_TEMP_0 0x04
#define M1_REFUS_TEMP_1 0x05
#define M1_ENF_TEMP_0 0x06
#define M1_ENF_TEMP_1 0x07
#define M1_PREC_TIME 0x08
#define M1_CALENT_TIME 0x09
#define M1_REFUS_TIME 0x0A
#define M1_ENF_TIME 0x0B
#USE SPI (MASTER, CLK=PIN_A0, DI=PIN_A1,ENABLE=PIN_B6,ENABLE_DELAY=2,BITS=16,stream=TP_1,mode=0,baud=9600)
#USE SPI (MASTER, CLK=PIN_A0, DI=PIN_A1,ENABLE=PIN_B7,ENABLE_DELAY=2,BITS=16,stream=TP_2,mode=0,baud=9600)
#USE RS232(baud=9600,parity=N,xmit=PIN_A3,rcv=PIN_A2,bits=8,stream=SERIAL_DATA)
#USE PWM (pwm1,FREQUENCY=1000,stream=pwm1)
#USE PWM (pwm2,FREQUENCY=1000,stream=pwm2)
int8 counter=0,time=0;
int8 reading=0;
int8 mode=0;
int16 prec,calent,refus,enf; //temperaturas
int8 tprec,tcalent,trefus,tenf; //iempos
int1 flag=0;
int16 LCK[2];
float TMP[2];
int16 temperature=0; //evaluar si es necesaria la coma flotante
//variables del PID
float min=0; //inicializacin variables
float max=0;
int16 control=0;
//constantes del PID
const float a=0.1243;
const float b=0.0062;
const float c=0.6215;
#include <lcd.c>
#include <math.h>
#include "tones.c"
#include "funciones.h"
#INT_RTCC
void RTCC_isr(void) {
//hacer funcion para inicializar counter = time
if(counter==0)flag=1;
else { counter--; time++; }
}
void main(void){
pwm_off(pwm1);
pwm_off(pwm2);
delay_ms(1000);//tiempo de espera
lcd_init();
//////////////////////////////////caracteres personalizados
unsigned int8 grados[8];
grados [0] = 0b00001110;
grados [1] = 0b00001010;
grados [2] = 0b00001110;
grados [3] = 0b00000000;
grados [4] = 0b00000000;
grados [5] = 0b00000000;
grados [6] = 0b00000000;
grados [7] = 0b00000000;
lcd_set_cgram_char(2,grados);
//////////////////////////////////pantalla de inicio
lcd_gotoxy(4,1);
printf(lcd_putc,"%s","TO2CONTROL");
lcd_gotoxy(5,2);
printf(lcd_putc,"%s","FUSION-I");
delay_ms(2000);
lcd_putc("\f");
////////////////////////////////botones activos en LOW
port_b_pullups(0b00111111);
////////////////////////////////timer overflow 1.0s
setup_timer_0(RTCC_INTERNAL|RTCC_DIV_32); //1,0 s overflow
disable_interrupts(GLOBAL);
write_eeprom(M1_PREC_TEMP_0,0x00);
write_eeprom(M1_PREC_TEMP_1,0x0064);
write_eeprom(M1_CALENT_TEMP_0,0x00);
write_eeprom(M1_CALENT_TEMP_1,0x0096);
write_eeprom(M1_REFUS_TEMP_0,0x00);
write_eeprom(M1_REFUS_TEMP_1,0x009B);
write_eeprom(M1_ENF_TEMP_0,0x00);
write_eeprom(M1_ENF_TEMP_1,0x0054);
write_eeprom(M1_PREC_TIME,6);
write_eeprom(M1_CALENT_TIME,5);
write_eeprom(M1_REFUS_TIME,4);
write_eeprom(M1_ENF_TIME,3);
while(1){
mode_insert();
subroutine_mode();
delay_ms(100);
precalentamiento();
calentamiento();
refusion();
enfriamiento();
over();
restart();
restart_wdt();
}
}
HORNO_MAX6675_2550_V1.0/code/HORNO_MAX6675_2550_V1.0.ccspjt 0 → 100644
View file @ 26afa814
[PROJECT]
Target=HORNO_MAX6675_2550_V1.0.hex
Processor_Text=PIC18F2550
CCSVersion=5.010
Compiler=PCH
[Target Data]
FileList=HORNO_MAX6675_2550_V1.0.c
[Directories]
Include=C:\Program Files (x86)\PICC\Devices\;C:\Program Files (x86)\PICC\Drivers\;C:\Program Files (x86)\PICC\Drivers\C:\Program Files (x86)\PICC\Devices\;C:\Program Files (x86)\PICC\Drivers\C:\Program Files (x86)\PICC\Devices\C:\Program Files (x86)\PICC\Devices\;C:\Program Files (x86)\PICC\Drivers\C:\Program Files (x86)\PICC\Devices\C:\Program Files (x86)\PICC\Devices\C:\Program Files (x86)\PICC\Devices\;C:\Program Files (x86)\PICC\Drivers\C:\Program Files (x86)\PICC\Devices\C:\Program Files (x86)\PICC\Devices\C:\Program Files (x86)\PICC\Devices\C:\Program Files (x86)\PICC\Devices\
[HORNO_MAX6675_2550_V1.0.c]
Type=4
[mru-list]
1=HORNO_MAX6675_2550_V1.0.c
[Opened Files]
1=HORNO_MAX6675_2550_V1.0.c
2=
3=
4=
[Units]
Count=1
1=HORNO_MAX6675_2550_V1.0 (main)
HORNO_MAX6675_2550_V1.0/code/HORNO_MAX6675_2550_V1.0.err 0 → 100644
View file @ 26afa814
--- Info 300 "HORNO_MAX6675_2550_V1.0.c" Line 44(1,1): More info: PWM Resolution: 8,97 bits
>>> Warning 203 "E:\iWork\PROYECTOS_PIC\HORNO\HORNO_MAX6675_2550_V1.0\funciones.h" Line 122(1,1): Condition always TRUE
>>> Warning 203 "E:\iWork\PROYECTOS_PIC\HORNO\HORNO_MAX6675_2550_V1.0\funciones.h" Line 192(1,1): Condition always TRUE
>>> Warning 203 "E:\iWork\PROYECTOS_PIC\HORNO\HORNO_MAX6675_2550_V1.0\funciones.h" Line 193(1,1): Condition always TRUE
>>> Warning 203 "E:\iWork\PROYECTOS_PIC\HORNO\HORNO_MAX6675_2550_V1.0\funciones.h" Line 368(1,1): Condition always TRUE
>>> Warning 229 "E:\iWork\PROYECTOS_PIC\HORNO\HORNO_MAX6675_2550_V1.0\funciones.h" Line 524(1,1): Subscript out of range
>>> Warning 229 "E:\iWork\PROYECTOS_PIC\HORNO\HORNO_MAX6675_2550_V1.0\funciones.h" Line 525(1,1): Subscript out of range
>>> Warning 203 "E:\iWork\PROYECTOS_PIC\HORNO\HORNO_MAX6675_2550_V1.0\funciones.h" Line 547(1,1): Condition always TRUE
>>> Warning 203 "HORNO_MAX6675_2550_V1.0.c" Line 129(1,1): Condition always TRUE
>>> Warning 202 "E:\iWork\PROYECTOS_PIC\HORNO\HORNO_MAX6675_2550_V1.0\tones.c" Line 23(12,18): Variable never used: C_NOTE
>>> Warning 202 "E:\iWork\PROYECTOS_PIC\HORNO\HORNO_MAX6675_2550_V1.0\tones.c" Line 24(12,19): Variable never used: Db_NOTE
>>> Warning 202 "E:\iWork\PROYECTOS_PIC\HORNO\HORNO_MAX6675_2550_V1.0\tones.c" Line 25(12,18): Variable never used: D_NOTE
>>> Warning 202 "E:\iWork\PROYECTOS_PIC\HORNO\HORNO_MAX6675_2550_V1.0\tones.c" Line 26(12,19): Variable never used: Eb_NOTE
>>> Warning 202 "E:\iWork\PROYECTOS_PIC\HORNO\HORNO_MAX6675_2550_V1.0\tones.c" Line 28(12,18): Variable never used: F_NOTE
>>> Warning 202 "E:\iWork\PROYECTOS_PIC\HORNO\HORNO_MAX6675_2550_V1.0\tones.c" Line 29(12,19): Variable never used: Gb_NOTE
>>> Warning 202 "E:\iWork\PROYECTOS_PIC\HORNO\HORNO_MAX6675_2550_V1.0\tones.c" Line 30(12,18): Variable never used: G_NOTE
>>> Warning 202 "E:\iWork\PROYECTOS_PIC\HORNO\HORNO_MAX6675_2550_V1.0\tones.c" Line 31(12,19): Variable never used: Ab_NOTE
>>> Warning 202 "E:\iWork\PROYECTOS_PIC\HORNO\HORNO_MAX6675_2550_V1.0\tones.c" Line 32(12,18): Variable never used: A_NOTE
>>> Warning 202 "E:\iWork\PROYECTOS_PIC\HORNO\HORNO_MAX6675_2550_V1.0\tones.c" Line 33(12,19): Variable never used: Bb_NOTE
Memory usage: ROM=36% RAM=3% - 8%
0 Errors, 18 Warnings.
Build Successful.
HORNO_MAX6675_2550_V1.0/code/HORNO_MAX6675_2550_V1.0.esym 0 → 100644
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HORNO_MAX6675_2550_V1.0/code/HORNO_MAX6675_2550_V1.0.hex 0 → 100644
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HORNO_MAX6675_2550_V1.0/code/HORNO_MAX6675_2550_V1.0.lst 0 → 100644
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HORNO_MAX6675_2550_V1.0/code/HORNO_MAX6675_2550_V1.0.sym 0 → 100644
View file @ 26afa814
000 @SCRATCH
001 @SCRATCH
001 _RETURN_
002 @SCRATCH
003 @SCRATCH
004 @INTERRUPT_AREA
005 @INTERRUPT_AREA
006 @INTERRUPT_AREA
007 @INTERRUPT_AREA
008 @INTERRUPT_AREA
009 @INTERRUPT_AREA
00A @INTERRUPT_AREA
00B @INTERRUPT_AREA
00C @INTERRUPT_AREA
00D @INTERRUPT_AREA
00E @INTERRUPT_AREA
00F @INTERRUPT_AREA
010 @INTERRUPT_AREA
011 @INTERRUPT_AREA
012 @INTERRUPT_AREA
013 @INTERRUPT_AREA
014 @INTERRUPT_AREA
015 @INTERRUPT_AREA
016 counter
017 time
018 reading
019 mode
01A-01B prec
01C-01D calent
01E-01F refus
020-021 enf
022 tprec
023 tcalent
024 trefus
025 tenf
026.0 flag
027-02A LCK
02B-032 TMP
033-034 temperature
035-038 min
039-03C max
03D-03E control
03F-046 MAIN.grados
03F-042 atan2.y
043-046 atan2.x
047 lcd_init.i
047 mode_insert.i
047-04A atan2.z
047-04A precalentamiento.temp_actual
047-04A over.temp_0
047-04A refusion.temp_actual
047 lcd_set_cgram_char.which
047 subroutine_mode.a
047-04A enfriamiento.temp_actual
047-04A calentamiento.temp_actual
047 MAIN.@SCRATCH1
048 mode_insert.pos
048-049 lcd_set_cgram_char.ptr
048 subroutine_mode.b
048 lcd_init.@SCRATCH1
049-058 mode_insert.selec
049 subroutine_mode.@SCRATCH1
04A lcd_set_cgram_char.i
04B-04C enfriamiento.temp_min
04B-04C precalentamiento.temp_max
04B-04C refusion.temp_max
04B-04C calentamiento.temp_max
04B.0 atan2.sign
04B lcd_set_cgram_char.@SCRATCH1
04B over.@SCRATCH1
04C atan2.quad
04C over.@SCRATCH2
04D-050 refusion.temp_0
04D-050 precalentamiento.temp_0
04D-050 enfriamiento.temp_0
04D-050 calentamiento.temp_0
04D over.@SCRATCH3
04E over.@SCRATCH4
051 precalentamiento.i
051 calentamiento.@SCRATCH1
051 refusion.@SCRATCH1
051 enfriamiento.@SCRATCH1
052 PID.zone
052-055 @PRINTF_L32D_687FPFPF.P1
052 precalentamiento.@SCRATCH1
052 calentamiento.@SCRATCH2
052 refusion.@SCRATCH2
052 enfriamiento.@SCRATCH2
053-056 PID.rT
053 precalentamiento.@SCRATCH2
053 calentamiento.@SCRATCH3
053 refusion.@SCRATCH3
053 enfriamiento.@SCRATCH3
054 precalentamiento.@SCRATCH3
054 calentamiento.@SCRATCH4
054 refusion.@SCRATCH4
054 enfriamiento.@SCRATCH4
055 precalentamiento.@SCRATCH4
056 @PRINTF_L32D_687FPFPF.P1
057-05A PID.eT
057 @PRINTF_L32D_687FPFPF.@SCRATCH1
058 @PRINTF_L32D_687FPFPF.@SCRATCH2
059-063 mode_insert.modo
059 @PRINTF_L32D_687FPFPF.@SCRATCH3
05A @PRINTF_L32D_687FPFPF.@SCRATCH4
05B-05E PID.iT
05B @PRINTF_L32D_687FPFPF.@SCRATCH5
05C @PRINTF_L32D_687FPFPF.@SCRATCH6
05D @PRINTF_L32D_687FPFPF.@SCRATCH7
05E @PRINTF_L32D_687FPFPF.@SCRATCH8
05F-062 @FTOSD.P1
05F-062 PID.dT
063-066 PID.yT
063 @FTOSD.@SCRATCH1
064.0 mode_insert.flag
065 @PRINTF_U_687.P1
065 mode_insert.@SCRATCH1
065 @PSTRINGR_687.@SCRATCH1
066 @PRINTF_U_687.P1
066 @PSTRINGR_687.@SCRATCH2
067 @DIV88.P1
067-06A PID.uT
068 @DIV88.P1
069 @DIV88.@SCRATCH1
06B-06E PID.iT0
06F-072 PID.eT0
073 read_tmp.i
073-076 @FLT.P1
073-076 @SFTOI.P2
073-076 @MULFF.P3
073 PID.@SCRATCH1
074-075 @SPI_XFER_2.P1
074 tono.who
074-075 @SPI_XFER_1.P1
074 @PSTRINGC_687.@SCRATCH1
074 read_tmp.@SCRATCH1
074 PID.@SCRATCH2
075-076 generate_tone.frequency
075 tono.@SCRATCH1
075 @PSTRINGC_687.@SCRATCH2
075 read_tmp.@SCRATCH2
075 PID.@SCRATCH3
076 @SPI_XFER_1.P1
076 lcd_putc.c
076 @SPI_XFER_2.P1
076 read_tmp.@SCRATCH3
076 PID.@SCRATCH4
077-07A @MULFF.P1
077 lcd_gotoxy.x
077-078 @ITOF.P1
077-07A @DIVFF.P2
077-078 generate_tone.duration
077-07A @FLT.P1
077-07A @ADDFF.P2
077 @SPI_XFER_1.@SCRATCH1
077 @SPI_XFER_2.@SCRATCH1
078 lcd_gotoxy.y
078 @SPI_XFER_1.@SCRATCH2
078 @SPI_XFER_2.@SCRATCH2
079-07C generate_tone.total_delay_time
079 lcd_gotoxy.address
07A lcd_gotoxy.@SCRATCH1
07B-07E @DIVFF.P1
07B lcd_send_byte.address
07B-07E @ADDFF.P1
07B @FLT.@SCRATCH1
07B @MULFF.@SCRATCH1
07C lcd_send_byte.n
07C @FLT.@SCRATCH2
07C @MULFF.@SCRATCH2
07D lcd_read_byte.low
07D-07E generate_tone.total_ms_delay_time
07D lcd_send_byte.@SCRATCH1
07D @MULFF.@SCRATCH3
07E lcd_send_nibble.n
07E lcd_read_byte.high
07F lcd_read_nibble.n
07F-080 generate_tone.total_us_delay_time
07F lcd_read_byte.@SCRATCH1
07F @ADDFF.@SCRATCH1
07F @DIVFF.@SCRATCH1
080 lcd_read_nibble.@SCRATCH1
080 @ADDFF.@SCRATCH2
080 @DIVFF.@SCRATCH2
081 generate_tone.num_us_delays
081 @ADDFF.@SCRATCH3
081 @DIVFF.@SCRATCH3
082 generate_tone.num_ms_delays
082 @ADDFF.@SCRATCH4
082 @DIVFF.@SCRATCH4
083 generate_tone.ms_delay_time
083 @ADDFF.@SCRATCH5
083 @DIVFF.@SCRATCH5
084 generate_tone.us_delay_time
084 @ADDFF.@SCRATCH6
084 @DIVFF.@SCRATCH6
085-086 generate_tone.num_periods
085 @ADDFF.@SCRATCH7
086 @ADDFF.@SCRATCH8
087-088 @DIV1616.P1
087 do_delay.ms_delay
087 generate_tone.@SCRATCH1
088 do_delay.num_ms
088 generate_tone.@SCRATCH2
089 do_delay.us_delay
089-08A @DIV1616.P1
089 generate_tone.@SCRATCH3
08A do_delay.num_us
08A generate_tone.@SCRATCH4
08B do_delay.i
08B-08E @MUL3232.P1
08B generate_tone.@SCRATCH5
08B @DIV1616.@SCRATCH1
08C @delay_ms1.P1
08C @delay_us1.P2
08C generate_tone.@SCRATCH6
08D generate_tone.@SCRATCH7
08E generate_tone.@SCRATCH8
08F-092 @DIV3232.P1
08F-092 @MUL3232.P2
093-096 @DIV3232.P1
093 @MUL3232.@SCRATCH1
094 @MUL3232.@SCRATCH2
095 @MUL3232.@SCRATCH3
096 @MUL3232.@SCRATCH4
097 @DIV3232.@SCRATCH1
097 @MUL3232.@SCRATCH5
098 @DIV3232.@SCRATCH2
098 @MUL3232.@SCRATCH6
099 @DIV3232.@SCRATCH3
09A @DIV3232.@SCRATCH4
09B @DIV3232.@SCRATCH5
FB4.6 C1OUT
FB4.7 C2OUT
FBB CCP_2_LOW
FBB CCP_2
FBC CCP_2_HIGH
FBE CCP_1_LOW
FBE CCP_1
FBF CCP_1_HIGH
FE1-FE2 @READ_PACKED_MEMORY.P1
FE1-FE2 @WRITE_PACKED_MEMORY.P2
FE9-FEA @WRITE_PROGRAM_MEMORY.P1
FE9-FEA @READ_PROGRAM_MEMORY.P2
FE9-FEA @READ_PACKED_MEMORY.P3
FE9-FEA @WRITE_PACKED_MEMORY.P4
FF6-FF8 @WRITE_PROGRAM_MEMORY.P1
FF6-FF8 @READ_PROGRAM_MEMORY.P2
ROM Allocation:
000096 LCD_INIT_STRING.call
0000B0 LCD_INIT_STRING.data
0000B4 @const911.call
0000B6 @const914.call
0000D2 @const915.call
0000D4 @const917.call
0000E4 @const918.call
0000E6 @const931.call
0000F8 @const933.call
00010A @const937.call
00010C @const939.call
000114 @const955.call
000116 @const957.call
000146 @const958.call
000148 @const960.call
00015A @const968.call
00015E @const969.call
000160 @const974.call
000162 @const976.call
000172 @const979.call
000176 @const980.call
000178 @const985.call
00017A @const987.call
000188 @const990.call
00018C @const991.call
00018E @const996.call
000190 @const998.call
0001A0 @const1001.call
0001A4 @const1002.call
0001A6 @const1006.call
0001A8 @const1008.call
0001BA @const1010.call
0001BC @const1012.call
0001CE RTCC_isr
0001E0 @const1019.call
0001EC @const1021.call
0001F6 @const1022.call
0001F8 @delay_ms1
00021E lcd_send_nibble
00025E lcd_read_nibble
0002B0 lcd_read_byte
0002FA lcd_send_byte
000340 lcd_init
0003AE lcd_set_cgram_char
0003F8 lcd_gotoxy
00041A lcd_putc
00046A @PSTRINGC_687
00048A @DIV3232
000518 @DIV1616
00055A @MUL3232
0005B0 @delay_us1
0005D0 do_delay
000606 generate_tone
0007DA tono
0008D8 @PSTRINGR_687
0008FC @DIV88
000924 @PRINTF_U_687
00098A mode_insert
000B06 subroutine_mode
0012FC @SPI_XFER_1
00134A @SPI_XFER_2
001398 @ITOF
0013CE @DIVFF
001528 read_tmp
001648 @ADDFF
0018B2 @FLT
001928 @MULFF
001A1A @SFTOI
001A52 PID
001D1E @FTOSD
001D5E @PRINTF_L32D_687FPFPF
001EE2 precalentamiento
002256 calentamiento
0024BA refusion
002720 enfriamiento
00298A over
002B1E restart
002B6A @cinit1
002B6A MAIN
002BD8 @cinit2
Project Directory:
E:\iWork\PROYECTOS_PIC\HORNO\HORNO_MAX6675_2550_V1.0\
Project Files:
HORNO_MAX6675_2550_V1.0.c [13-mar-16 23:45 CRC=D9CF80B0]
C:\Program Files (x86)\PICC\Devices\18F2550.h [19-jul-13 15:10 CRC=7707FB52]
C:\Program Files (x86)\PICC\Drivers\lcd.c [23-ago-12 09:01 CRC=D28E8746]
C:\Program Files (x86)\PICC\Drivers\math.h [28-sep-12 11:35 CRC=546412C9]
tones.c [02-mar-16 21:35 CRC=437B685A]
funciones.h [27-mar-16 18:10 CRC=9325B0F3]
Source signature=E190E051
Units:
HORNO_MAX6675_2550_V1.0 (main)
Compiler Settings:
Processor: PIC18F2550
Pointer Size: 16
ADC Range: 0-1023
Opt Level: 9
Short,Int,Long: UNSIGNED: 1,8,16
Float,Double: 32,32
Output Files:
XREF file: HORNO_MAX6675_2550_V1.0.xsym
Errors: HORNO_MAX6675_2550_V1.0.err
Ext Symbols: HORNO_MAX6675_2550_V1.0.esym
INHX32: HORNO_MAX6675_2550_V1.0.hex
Symbols: HORNO_MAX6675_2550_V1.0.sym
List: HORNO_MAX6675_2550_V1.0.lst
Debug/COFF: HORNO_MAX6675_2550_V1.0.cof
Project: HORNO_MAX6675_2550_V1.0.ccspjt
Call Tree: HORNO_MAX6675_2550_V1.0.tre
Statistics: HORNO_MAX6675_2550_V1.0.STA
HORNO_MAX6675_2550_V1.0/code/HORNO_MAX6675_2550_V1.0.tre 0 → 100644
View file @ 26afa814
HORNO_MAX6675_2550_V1
MAIN 0/774 Ram=1
@cinit1 (Inline) Ram=0
@delay_ms1 0/38 Ram=1
lcd_init 0/110 Ram=2
@delay_ms1 0/38 Ram=1
lcd_send_nibble 0/64 Ram=1
@delay_ms1 0/38 Ram=1
lcd_send_nibble 0/64 Ram=1
@delay_ms1 0/38 Ram=1
@const668 0/30 Ram=0
lcd_send_byte 0/70 Ram=3
lcd_read_byte 0/74 Ram=3
lcd_read_nibble 0/82 Ram=2
lcd_read_nibble 0/82 Ram=2
lcd_send_nibble 0/64 Ram=1
lcd_send_nibble 0/64 Ram=1
lcd_set_cgram_char 0/74 Ram=5
lcd_send_byte 0/70 Ram=3
*
lcd_send_byte 0/70 Ram=3
*
lcd_gotoxy 0/34 Ram=4
lcd_send_byte 0/70 Ram=3
*
@PSTRINGC_687 0/32 Ram=2
lcd_putc 0/80 Ram=1
lcd_gotoxy 0/34 Ram=4
*
lcd_send_byte 0/70 Ram=3
*
@delay_ms1 0/38 Ram=1
lcd_gotoxy 0/34 Ram=4
*
lcd_send_byte 0/70 Ram=3
*
lcd_send_byte 0/70 Ram=3
*
lcd_gotoxy 0/34 Ram=4
*
@PSTRINGC_687 0/32 Ram=2
*
@delay_ms1 0/38 Ram=1
@PSTRINGC_687 0/32 Ram=2
*
mode_insert 0/380 Ram=1
@PSTRINGC_687 0/32 Ram=2
*
lcd_gotoxy 0/34 Ram=4
*
@PSTRINGC_687 0/32 Ram=2
*
@delay_ms1 0/38 Ram=1
tono 0/254 Ram=2
generate_tone 0/468 Ram=26
@DIV3232 0/142 Ram=13
@DIV3232 0/142 Ram=13
@DIV1616 0/66 Ram=5
@DIV1616 0/66 Ram=5
@DIV3232 0/142 Ram=13
@DIV1616 0/66 Ram=5
@DIV1616 0/66 Ram=5
@MUL3232 0/86 Ram=14
@DIV3232 0/142 Ram=13
@DIV3232 0/142 Ram=13
do_delay 0/54 Ram=5
@delay_ms1 0/38 Ram=1
@delay_ms1 0/38 Ram=1
@delay_us1 0/32 Ram=1
do_delay 0/54 Ram=5
*
@delay_ms1 0/38 Ram=1
generate_tone 0/468 Ram=26
*
generate_tone 0/468 Ram=26
*
generate_tone 0/468 Ram=26
*
@delay_ms1 0/38 Ram=1
generate_tone 0/468 Ram=26
*
generate_tone 0/468 Ram=26
*
@delay_ms1 0/38 Ram=1
generate_tone 0/468 Ram=26
*
@delay_ms1 0/38 Ram=1
generate_tone 0/468 Ram=26
*
@delay_ms1 0/38 Ram=1
generate_tone 0/468 Ram=26
*
generate_tone 0/468 Ram=26
*
@PSTRINGC_687 0/32 Ram=2
*
@PSTRINGC_687 0/32 Ram=2
*
tono 0/254 Ram=2
*
tono 0/254 Ram=2
*
@PSTRINGC_687 0/32 Ram=2
*
lcd_gotoxy 0/34 Ram=4
*
@PSTRINGR_687 0/36 Ram=2
lcd_putc 0/80 Ram=1
*
lcd_gotoxy 0/34 Ram=4
*
@PSTRINGR_687 0/36 Ram=2
*
@PRINTF_U_687 0/102 Ram=2
@DIV88 0/40 Ram=3
lcd_putc 0/80 Ram=1
*
@DIV88 0/40 Ram=3
lcd_putc 0/80 Ram=1
*
lcd_putc 0/80 Ram=1
*
tono 0/254 Ram=2
*
subroutine_mode 0/2038 Ram=1
@PSTRINGC_687 0/32 Ram=2
*
lcd_gotoxy 0/34 Ram=4
*
@PSTRINGC_687 0/32 Ram=2
*
@PRINTF_U_687 0/102 Ram=2
*
@delay_ms1 0/38 Ram=1
@delay_ms1 0/38 Ram=1
precalentamiento 0/884 Ram=4
@delay_ms1 0/38 Ram=1
read_tmp 0/288 Ram=3
@SPI_XFER_1 0/78 Ram=6
@SPI_XFER_2 0/78 Ram=6
@PSTRINGC_687 0/32 Ram=2
*
tono 0/254 Ram=2
*
@delay_ms1 0/38 Ram=1
@PSTRINGC_687 0/32 Ram=2
*
tono 0/254 Ram=2
*
@delay_ms1 0/38 Ram=1
@ITOF 0/54 Ram=2
@DIVFF 0/346 Ram=14
@ITOF 0/54 Ram=2
@DIVFF 0/346 Ram=14
@ADDFF 0/618 Ram=16
@DIVFF 0/346 Ram=14
@FLT 0/118 Ram=10
@PSTRINGC_687 0/32 Ram=2
*
lcd_gotoxy 0/34 Ram=4
*
tono 0/254 Ram=2
*
@PSTRINGC_687 0/32 Ram=2
*
@delay_ms1 0/38 Ram=1
read_tmp 0/288 Ram=3
*
@ADDFF 0/618 Ram=16
@DIVFF 0/346 Ram=14
@FLT 0/118 Ram=10
tono 0/254 Ram=2
*
@PSTRINGC_687 0/32 Ram=2
*
lcd_gotoxy 0/34 Ram=4
*
@PSTRINGC_687 0/32 Ram=2
*
@ITOF 0/54 Ram=2
@ADDFF 0/618 Ram=16
@ITOF 0/54 Ram=2
@DIVFF 0/346 Ram=14
@ITOF 0/54 Ram=2
@MULFF 0/242 Ram=11
@SFTOI 0/56 Ram=4
PID 0/716 Ram=37
read_tmp 0/288 Ram=3
*
@ITOF 0/54 Ram=2
@ADDFF 0/618 Ram=16
@MULFF 0/242 Ram=11
@ADDFF 0/618 Ram=16
@ADDFF 0/618 Ram=16
@MULFF 0/242 Ram=11
@MULFF 0/242 Ram=11
@ADDFF 0/618 Ram=16
@ADDFF 0/618 Ram=16
@FLT 0/118 Ram=10
@FLT 0/118 Ram=10
@SFTOI 0/56 Ram=4
@delay_ms1 0/38 Ram=1
PID 0/716 Ram=37
*
@ADDFF 0/618 Ram=16
@DIVFF 0/346 Ram=14
lcd_gotoxy 0/34 Ram=4
*
@PRINTF_L32D_687FPFPF 0/388 Ram=13
@MULFF 0/242 Ram=11
@FTOSD 0/64 Ram=5
@DIV3232 0/142 Ram=13
lcd_putc 0/80 Ram=1
*
lcd_putc 0/80 Ram=1
*
lcd_putc 0/80 Ram=1
*
lcd_putc 0/80 Ram=1
*
@DIV3232 0/142 Ram=13
lcd_putc 0/80 Ram=1
*
lcd_putc 0/80 Ram=1
*
lcd_gotoxy 0/34 Ram=4
*
@PSTRINGC_687 0/32 Ram=2
*
@PRINTF_U_687 0/102 Ram=2
*
@PSTRINGC_687 0/32 Ram=2
*
calentamiento 0/612 Ram=4
read_tmp 0/288 Ram=3
*
@ADDFF 0/618 Ram=16
@DIVFF 0/346 Ram=14
@PSTRINGC_687 0/32 Ram=2
*
lcd_gotoxy 0/34 Ram=4
*
@PSTRINGC_687 0/32 Ram=2
*
@ITOF 0/54 Ram=2
@ADDFF 0/618 Ram=16
@ITOF 0/54 Ram=2
@DIVFF 0/346 Ram=14
@ITOF 0/54 Ram=2
@MULFF 0/242 Ram=11
@SFTOI 0/56 Ram=4
PID 0/716 Ram=37
*
PID 0/716 Ram=37
*
@ADDFF 0/618 Ram=16
@DIVFF 0/346 Ram=14
lcd_gotoxy 0/34 Ram=4
*
@PRINTF_L32D_687FPFPF 0/388 Ram=13
*
lcd_putc 0/80 Ram=1
*
lcd_putc 0/80 Ram=1
*
lcd_gotoxy 0/34 Ram=4
*
@PSTRINGC_687 0/32 Ram=2
*
@PRINTF_U_687 0/102 Ram=2
*
@PSTRINGC_687 0/32 Ram=2
*
refusion 0/614 Ram=4
read_tmp 0/288 Ram=3
*
@ADDFF 0/618 Ram=16
@DIVFF 0/346 Ram=14
@PSTRINGC_687 0/32 Ram=2
*
lcd_gotoxy 0/34 Ram=4
*
@PSTRINGC_687 0/32 Ram=2
*
@ITOF 0/54 Ram=2
@ADDFF 0/618 Ram=16
@ITOF 0/54 Ram=2
@DIVFF 0/346 Ram=14
@ITOF 0/54 Ram=2
@MULFF 0/242 Ram=11
@SFTOI 0/56 Ram=4
PID 0/716 Ram=37
*
PID 0/716 Ram=37
*
@ADDFF 0/618 Ram=16
@DIVFF 0/346 Ram=14
lcd_gotoxy 0/34 Ram=4
*
@PRINTF_L32D_687FPFPF 0/388 Ram=13
*
lcd_putc 0/80 Ram=1
*
lcd_putc 0/80 Ram=1
*
lcd_gotoxy 0/34 Ram=4
*
@PSTRINGC_687 0/32 Ram=2
*
@PRINTF_U_687 0/102 Ram=2
*
@PSTRINGC_687 0/32 Ram=2
*
enfriamiento 0/618 Ram=4
read_tmp 0/288 Ram=3
*
@ADDFF 0/618 Ram=16
@DIVFF 0/346 Ram=14
@PSTRINGC_687 0/32 Ram=2
*
lcd_gotoxy 0/34 Ram=4
*
@PSTRINGC_687 0/32 Ram=2
*
@ITOF 0/54 Ram=2
@ADDFF 0/618 Ram=16
@ITOF 0/54 Ram=2
@DIVFF 0/346 Ram=14
@ITOF 0/54 Ram=2
@MULFF 0/242 Ram=11
@SFTOI 0/56 Ram=4
PID 0/716 Ram=37
*
PID 0/716 Ram=37
*
@ADDFF 0/618 Ram=16
@DIVFF 0/346 Ram=14
lcd_gotoxy 0/34 Ram=4
*
@PRINTF_L32D_687FPFPF 0/388 Ram=13
*
lcd_putc 0/80 Ram=1
*
lcd_putc 0/80 Ram=1
*
lcd_gotoxy 0/34 Ram=4
*
@PSTRINGC_687 0/32 Ram=2
*
@PRINTF_U_687 0/102 Ram=2
*
@PSTRINGC_687 0/32 Ram=2
*
over 0/404 Ram=4
read_tmp 0/288 Ram=3
*
@ADDFF 0/618 Ram=16
@DIVFF 0/346 Ram=14
@PSTRINGC_687 0/32 Ram=2
*
read_tmp 0/288 Ram=3
*
@ADDFF 0/618 Ram=16
@DIVFF 0/346 Ram=14
@FLT 0/118 Ram=10
lcd_gotoxy 0/34 Ram=4
*
@PSTRINGC_687 0/32 Ram=2
*
lcd_gotoxy 0/34 Ram=4
*
@PRINTF_L32D_687FPFPF 0/388 Ram=13
*
@PSTRINGC_687 0/32 Ram=2
*
lcd_gotoxy 0/34 Ram=4
*
@PSTRINGC_687 0/32 Ram=2
*
tono 0/254 Ram=2
*
@delay_ms1 0/38 Ram=1
restart 0/76 Ram=0
RTCC_isr 0/18 Ram=0
HORNO_MAX6675_2550_V1.0/code/funciones.h 0 → 100644
View file @ 26afa814
/////////////////////////////////////////////////////////////////////////////////////
// serial_connection(void) ==>> toma los valores //
// de subrutinas desde el terminal //
// mode_insert(void) ==>> selecciona el modo //
// y muestra solicitud en lcd //
// read_tmp(void) ==>> lee la temperatura y la almacena en TMP[2] //
// y detecta si el termopar esta abierto //
// subroutine_mode(void) ==>> lee las variables de la eeprom y //
// las pone en la RAM segun el modo //
// tono (int8 who) ==>> genera un tono: //
// 0:tono error //
// 1:tono afirmativo //
// 2:tono inicio de refusion //
// 3:tono fin de refusion //
// 4:tono boton presionado //
// PID (int1 zone) ==>> controla la temperatura por PID //
// zone=0: zona 1 //
// zone=1: zona 2 //
// precalentamiento(void) ==>> controla etapa de precalentamiento //
// //
// calentamiento(void) ==>> controla etapa de calentamiento //
// //
// refusion(void) ==>> controla etapa de refusion //
// //
// enfriamiento(void) ==>> controla etapa de enfriamiento //
// //
// over(void) ==>> espera a que se enfrie el horno a menos de //
// 50 grados celcius //
// restart(void) ==>> resetea todas las variables //
// //
/////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////tonos y sonidos
void tono (int8 who){
if( who == 0 ){
restart_wdt();
generate_tone(500,125);
delay_ms(200);
}
if( who == 1 ){
restart_wdt();
generate_tone(E_NOTE[0],100);
generate_tone(B_NOTE[0],80);
}
if( who == 2 ){
restart_wdt();
generate_tone(600,125);
delay_ms(100);
generate_tone(600,125);
}
if( who == 3 ){
restart_wdt();
generate_tone(600,225);
delay_ms(400);
generate_tone(600,225);
delay_ms(400);
generate_tone(600,225);
delay_ms(400);
generate_tone(600,225);
}
if(who == 4 ){
restart_wdt();
generate_tone(600,125);
}
restart_wdt();
}
/////////////////////////tomar valores d subrutinas desde el terminal
/*void serial_connection(void){
restart_wdt();
int8 times=0;
int16 temp=0;
int8 rx[2];
char tt=0;
int8 mode1[12];
int8 mode2[12];
int8 mode3[12];
int8 mode4[12];
int8 mode5[12];
restart_wdt();
gets(rx,SERIAL_DATA);
if( rx[0] == 0x31 && rx[1] == 0x39 ){
for(int i=0;i<5;i++){
restart_wdt();
puts("MODE??\n",SERIAL_DATA);
gets(tt,SERIAL_DATA);
restart_wdt();
if( tt == '1' )gets(mode1,SERIAL_DATA);
if( tt == '2' )gets(mode2,SERIAL_DATA);
if( tt == '3' )gets(mode3,SERIAL_DATA);
if( tt == '4' )gets(mode4,SERIAL_DATA);
if( tt == '5' )gets(mode5,SERIAL_DATA);
restart_wdt();
}
}
restart_wdt();
}*/
////////////////////////////////// SELECION DE MODO
void mode_insert(void){
restart_wdt();
signed int8 i=16;
int8 pos=1;
char selec[] = "SELECCION=>MODO";
char modo[] = " MODO ";
int1 flag=1;
lcd_putc("\f");
while(1){
lcd_gotoxy(i,1);
printf(lcd_putc,"%s","ELIJA EL MODO DE REFUSION ");
delay_ms(100);
if(i<-32)i=16;
reading=input_b();
if( ( reading & 0b00011100 ) != 0b00011100 ){tono(4);lcd_putc("\f");break;}
i--;
restart_wdt();
}
while( bit_test(reading,3) ){
if(reading == 0b00001000) {
//serial_connection();
printf(lcd_putc,"%s"," *CONECTADO* ");
}
if( !bit_test(reading,2) && flag ){
tono(4);
pos += 1;
if( pos > 6 ) pos=6;
if( pos < 1 ) pos=1;
flag=0;
}
if( !bit_test(reading,4) && flag ) {
tono(4);
pos -= 1;
if( pos > 6 ) pos=6;
if( pos < 1 ) pos=1;
flag=0;
}
lcd_putc("\a");
lcd_gotoxy(1,1);
printf(lcd_putc,"%s",selec);
lcd_gotoxy(1,2);
printf(lcd_putc,"%s%u",modo,pos);
reading=input_b();
if( bit_test(reading,2) && bit_test(reading,4) ) flag=1;
restart_wdt();
}
mode=pos;
tono(1);
restart_wdt();
}
//////////////////////////////////LEER TEMPERATURA
void read_tmp(void){
for(int i=0;i<3;i++){
LCK[0]=spi_xfer(TP_1,0);
delay_us(1);
LCK[1]=spi_xfer(TP_2,0);
delay_us(1);
}
if(bit_test(LCK[0],2)){printf(lcd_putc,"%s","\nTCK 1 ABIERTO!!!");while(1){tono(0);delay_ms(500);};}
if(bit_test(LCK[1],2)){printf(lcd_putc,"%s","\nTCK 2 ABIERTO!!!");while(1){tono(0);delay_ms(500);};}
TMP[0]=(LCK[0]>>3)/4.000;
TMP[1]=(LCK[1]>>3)/4.000;
restart_wdt();
}
//////////////////////////leer variables de subrutinas en la eeprom
void subroutine_mode(){
restart_wdt();
int8 a=0,b=0;
if(mode==1){
a = read_eeprom(0x0000);
b = read_eeprom(0x0001);
prec=make16(a,b);
a = read_eeprom(0x0002);
b = read_eeprom(0x0003);
calent=make16(a,b);
a = read_eeprom(0x0004);
b = read_eeprom(0x0005);
refus=make16(a,b);
a = read_eeprom(0x0006);
b = read_eeprom(0x0007);
enf=make16(a,b);
tprec= read_eeprom(0x08);
tcalent= read_eeprom(0x09);
trefus= read_eeprom(0x0A);
tenf= read_eeprom(0x0B);
}
if(mode==2){
a = read_eeprom(0x0010);
b = read_eeprom(0x0011);
prec=make16(a,b);
a = read_eeprom(0x0012);
b = read_eeprom(0x0013);
calent=make16(a,b);
a = read_eeprom(0x0014);
b = read_eeprom(0x0015);
refus=make16(a,b);
a = read_eeprom(0x0016);
b = read_eeprom(0x0017);
enf=make16(a,b);
tprec= read_eeprom(0x18);
tcalent= read_eeprom(0x19);
trefus= read_eeprom(0x1A);
tenf= read_eeprom(0x1B);
}
if(mode==3){
a = read_eeprom(0x0020);
b = read_eeprom(0x0021);
prec=make16(a,b);
a = read_eeprom(0x0022);
b = read_eeprom(0x0023);
calent=make16(a,b);
a = read_eeprom(0x0024);
b = read_eeprom(0x0025);
refus=make16(a,b);
a = read_eeprom(0x0026);
b = read_eeprom(0x0027);
enf=make16(a,b);
tprec= read_eeprom(0x28);
tcalent= read_eeprom(0x29);
trefus= read_eeprom(0x2A);
tenf= read_eeprom(0x2B);
}
if(mode==4){
a = read_eeprom(0x0030);
b = read_eeprom(0x0031);
prec=make16(a,b);
a = read_eeprom(0x0032);
b = read_eeprom(0x0033);
calent=make16(a,b);
a = read_eeprom(0x0034);
b = read_eeprom(0x0035);
refus=make16(a,b);
a = read_eeprom(0x0036);
b = read_eeprom(0x0037);
enf=make16(a,b);
tprec= read_eeprom(0x38);
tcalent= read_eeprom(0x39);
trefus= read_eeprom(0x3A);
tenf= read_eeprom(0x3B);
}
if(mode==5){
a = read_eeprom(0x0040);
b = read_eeprom(0x0041);
prec=make16(a,b);
a = read_eeprom(0x0042);
b = read_eeprom(0x0043);
calent=make16(a,b);
a = read_eeprom(0x0044);
b = read_eeprom(0x0045);
refus=make16(a,b);
a = read_eeprom(0x0046);
b = read_eeprom(0x0047);
enf=make16(a,b);
tprec= read_eeprom(0x48);
tcalent= read_eeprom(0x49);
trefus= read_eeprom(0x4A);
tenf= read_eeprom(0x4B);
}
if(mode==6){
a = read_eeprom(0x0050);
b = read_eeprom(0x0051);
prec=make16(a,b);
a = read_eeprom(0x0052);
b = read_eeprom(0x0053);
calent=make16(a,b);
a = read_eeprom(0x0054);
b = read_eeprom(0x0055);
refus=make16(a,b);
a = read_eeprom(0x0056);
b = read_eeprom(0x0057);
enf=make16(a,b);
tprec= read_eeprom(0x58);
tcalent= read_eeprom(0x59);
trefus= read_eeprom(0x5A);
tenf= read_eeprom(0x5B);
}
lcd_putc("\f");
lcd_gotoxy(5,1);
printf(lcd_putc,"%s%u","MODO: ",mode);
delay_ms(1000);
restart_wdt();
}
//////////////////////////////////////control de la temperatura en tiempo real
void PID (int1 zone){
float rT,eT,iT,dT,yT,uT,iT0,eT0;
min=0;
max=1000;
read_tmp(); //leer temperatura
yT=TMP[zone];
rT=temperature;
eT=rT-yT; //Cálculo error
iT=b*eT+iT0; //Cálculo del término integral
dT=c*(eT-eT0); //Cálculo del término derivativo
uT=iT+a*eT+dT; //Cálculo de la salida PID
if ( uT > max ) uT=max; //Salida PID si es mayor que el MAX
if ( uT < min ) uT=min; //Salida PID si es menor que el MIN
control=uT; //Transferencia de salida PID a señal PWM
if(!zone)set_pwm1_duty(control);
if(zone)set_pwm2_duty(control);
iT0=iT; //Guardar variables
eT0=eT;
restart_wdt();
delay_ms(100);
}
///////////////////////////////////generar la curva de temperatura
//////////////////precalentamiento
void precalentamiento(void){
restart_wdt();
float temp_actual=0;
int16 temp_max=prec;
float temp_0=0;
signed int8 i=16;
time=0;
counter=tprec;
delay_ms(100);
read_tmp();
temp_0=(TMP[0]+TMP[1])/2;
if(temp_0 >= 50 ){
lcd_putc("\f");
while(1){
lcd_gotoxy(i,1);
tono(0);
printf(lcd_putc,"%s","LA TEMPERATURA ES DEMASIADO ALTA PARA INICIAR ");
delay_ms(100);
if(i<-44)i=16;
restart_wdt();
read_tmp();
temp_0=(TMP[0]+TMP[1])/2;
if(temp_0 <= 50)break;
i--;
restart_wdt();
}
}
pwm_on(pwm1);
pwm_on(pwm2);
tono(2);
lcd_putc("\f");
lcd_gotoxy(1,1);
printf(lcd_putc,"%s","PRECALENTAMIENTO");
enable_interrupts(INT_RTCC);
enable_interrupts(GLOBAL);
while(!flag){
temperature = ((temp_max - temp_0)/tprec) * time;
PID(0);
PID(1);
temp_actual=(TMP[0]+TMP[1])/2;
lcd_gotoxy(1,2);
printf(lcd_putc,"%f%c%c",temp_actual,2,'C');
lcd_gotoxy(11,2);
printf(lcd_putc,"%s%u%s","T:",counter,"s");
restart_wdt();
}
disable_interrupts(INT_RTCC);
disable_interrupts(GLOBAL);
flag=0;
restart_wdt();
}
///////calentamiento
void calentamiento(void){
restart_wdt();
float temp_actual=0;
int16 temp_max=calent;
counter=tcalent;
time=0;
read_tmp();
float temp_0=(TMP[0]+TMP[1])/2;
lcd_putc("\f");
lcd_gotoxy(1,1);
printf(lcd_putc,"%s"," CALENTAMIENTO");
enable_interrupts(INT_RTCC);
enable_interrupts(GLOBAL);
while(!flag){
temperature = ((temp_max - temp_0)/tcalent) * time;
PID(0);
PID(1);
temp_actual=(TMP[0]+TMP[1])/2;
lcd_gotoxy(1,2);
printf(lcd_putc,"%f%c%c",temp_actual,2,'C');
lcd_gotoxy(11,2);
printf(lcd_putc,"%s%u%s","T:",counter,"s");
restart_wdt();
}
disable_interrupts(INT_RTCC);
disable_interrupts(GLOBAL);
flag=0;
restart_wdt();
}
///////////////////////////refusion
void refusion(void){
restart_wdt();
float temp_actual=0;
int16 temp_max=refus;
counter=trefus;
time=0;
read_tmp();
float temp_0=(TMP[0]+TMP[1])/2;
lcd_putc("\f");
lcd_gotoxy(1,1);
printf(lcd_putc,"%s"," REFUSION");
enable_interrupts(INT_RTCC);
enable_interrupts(GLOBAL);
while(!flag){
temperature = ((temp_max - temp_0)/trefus) * time;
PID(0);
PID(1);
temp_actual=(TMP[0]+TMP[1])/2;
lcd_gotoxy(1,2);
printf(lcd_putc,"%f%c%c",temp_actual,2,'C');
lcd_gotoxy(11,2);
printf(lcd_putc,"%s%u%s","T:",counter,"s");
restart_wdt();
}
disable_interrupts(INT_RTCC);
disable_interrupts(GLOBAL);
flag=0;
restart_wdt();
}
///////////////////////////enfriamiento
void enfriamiento(void){
restart_wdt();
float temp_actual=0;
int16 temp_min=enf;
counter=tenf;
time=0;
output_high(PIN_B5);
read_tmp();
float temp_0=(TMP[0]+TMP[1])/2;
lcd_putc("\f");
lcd_gotoxy(1,1);
printf(lcd_putc,"%s"," ENFRIAMIENTO");
enable_interrupts(INT_RTCC);
enable_interrupts(GLOBAL);
while(!flag){
temperature = (( temp_0 - temp_min )/tenf) * time;
PID(0);
PID(1);
temp_actual=(TMP[0]+TMP[1])/2;
lcd_gotoxy(1,2);
printf(lcd_putc,"%f%c%c",temp_actual,2,'C');
lcd_gotoxy(11,2);
printf(lcd_putc,"%s%u%s","T:",counter,"s");
restart_wdt();
}
disable_interrupts(INT_RTCC);
disable_interrupts(GLOBAL);
flag=0;
restart_wdt();
}
///////////////////////////resetear todas las variables
void restart(void){
counter=0;
time=0;
reading=0;
mode=0;
prec=0; calent=0; refus=0; enf=0;
tprec=0;tcalent=0;trefus=0;tenf=0;
flag=0;
LCK[2]=(0,0);
TMP[2]=(0,0);
temperature=0;
//variables del PID
min=0;
max=0;
control=0;
restart_wdt();
}
////////////////////////normaliza a temperatura ambiente y termina el proceso
void over(void){
restart_wdt();
pwm_off(pwm1);
pwm_off(pwm2);
float temp_0=0;
read_tmp();
temp_0=(TMP[0]+TMP[1])/2;
lcd_putc("\f");
while(1){
read_tmp();
temp_0=(TMP[0]+TMP[1])/2;
if( temp_0 <= 50 ) break;
lcd_gotoxy(1,1);
printf(lcd_putc,"%s","NORMALIZANDO... ");
lcd_gotoxy(1,2);
printf(lcd_putc,"%f",temp_0);
}
output_low(PIN_B5);
lcd_putc("\f");
lcd_gotoxy(1,1);
printf(lcd_putc,"%s","FIN DE REFUSION ");
tono(3);
delay_ms(2000);
restart_wdt();
}
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