Re: PA4525 - ヒロ＠出先

2017/07/15 (Sat) 07:15:01

見づらいかもしれませんが、ご参考に。

//
// PA4525 V1 control software
// CS4525 D-Class amplifier
// 2012.3 (c)h_fujiwara_1995
//
#include "16F886.H"
#device ADC=10

#fuses INTRC_IO,NOWDT,PROTECT, NOMCLR,BROWNOUT,NOLVP,PUT
#use delay(internal=8MHz)
#use fast_io(A)
#use fast_io(B)
#use fast_io(C)
#use fast_io(E)

#define CS4525_INT PIN_C3
#define CS4525_SCL PIN_C2
#define CS4525_SDA PIN_C1
#define CS4525_RST PIN_C0
#define CS4525_HP PIN_A6

#define LCD_SC_RS PIN_C7
#define LCD_SC_E PIN_C6
#define LCD_SC_D4 PIN_C4
#define LCD_SC_D5 PIN_C5
#define LCD_SC_D6 PIN_A5
#define LCD_SC_D7 PIN_A4

#define SW1 PIN_B0
#define SW2 PIN_B1
#define SW3 PIN_B2
#define SW4 PIN_B3
#define SW5 PIN_B4
#define SW6 PIN_B5
#define SW7 PIN_B6
#define SW8 PIN_B7

#define NOACTION 0
#define SW1_ON 1
#define SW2_ON 2
#define SW3_ON 3
#define SW4_ON 4

#define AD_VOL 0
#define AD_TR 1
#define AD_BS 2
#define AD_CRS 3

#include "lcdlib.c"
#include "cs4525_i2c.c"

int CheckB()
{
static int flag=1;
static int SW1_S,SW2_S,SW3_S,SW4_S;
int i,j;

if(flag){
SW1_S=input_state(SW1);
SW2_S=input_state(SW2);
SW3_S=input_state(SW3);
SW4_S=input_state(SW4);
flag=0;}
j=NOACTION;
if(SW1_S != (i=input_state(SW1))){SW1_S=i;delay_ms(10);if(!i) j=SW1_ON;}
if(SW2_S != (i=input_state(SW2))){SW2_S=i;delay_ms(10);if(!i) j=SW2_ON;}
if(SW3_S != (i=input_state(SW3))){SW3_S=i;delay_ms(10);if(!i) j=SW3_ON;}
if(SW4_S != (i=input_state(SW4))){SW4_S=i;delay_ms(10);if(!i) j=SW4_ON;}
return(j);
}

int16 get_ad()
{
int1 done; int16 value;
read_adc(ADC_START_ONLY); done = adc_done();
while(!done) done=adc_done();
value=read_adc(ADC_READ_ONLY); return(value);
}

int16 get_ad16(int n)
{
static int flag=1;
static int16 adv[4];
static int addir[4];
int16 v; int i;

set_adc_channel(n);
delay_us(40);
v=0; for(i=0;i<16;i++) v+=get_ad();
v= v >> 4;
return(v);
}

int16 get_adv(int n)
{
static int flag=1; static int16 adv[4]; static int addir[4];
int16 v; int i;
if(flag){ for(i=0;i<4;i++){adv[i]=get_ad16(n);addir[i]=0;} flag=0;}
v=get_ad16(n);
if(addir[n]==1){ // up
if(adv[n] < v) adv[n]=v;
else if(adv[n] > (v+1)) {adv[n]=v; addir[n]=0;}
}else {
if(adv[n] > v) adv[n]=v;
else if((adv[n]+1) < v){ adv[n]=v; addir[n]=1;}
}
return(adv[n]);
}

void io_select()
{
output_drive(LCD_SC_RS);output_drive(LCD_SC_E);
output_drive(LCD_SC_D4);output_drive(LCD_SC_D5);
output_drive(LCD_SC_D6);output_drive(LCD_SC_D7);
output_drive(CS4525_RST); output_low(CS4525_RST);
output_drive(CS4525_HP); output_high(CS4525_HP);

setup_adc(ADC_CLOCK_DIV_32);setup_adc_ports(sAN0|sAN1|sAN2|sAN3);
set_adc_channel(0);
}

void parameter_set()
{
int i;

if(read_eeprom(0)==0x55 && input(SW1)){
for(i=1;i<=9;i++) cs4525_dataout(i,read_eeprom(i));
cs4525_dataout(0x55,read_eeprom(0x55));
cs4525_dataout(0x56,read_eeprom(0x56));
cs4525_dataout(0x5a,read_eeprom(0x5a));
// for(i=0x58;i<=0x5e;i++) cs4525_dataout(i,read_eeprom(i));
}
else {
for(i=1;i<=9;i++) write_eeprom(i,cs4525_datain(i));
write_eeprom(0x55,cs4525_datain(0x55));
write_eeprom(0x56,cs4525_datain(0x56));
write_eeprom(0x5a,cs4525_datain(0x5a));
// for(i=0x58;i<=0x5e;i++) write_eeprom(i,cs4525_datain(i));
write_eeprom(0,0x55);
}
}

void SetVolume()
{
int16 v;int n;
static int vol=255;

v=get_adv(AD_VOL);
if(v<512){ v*=2; v/=7; n=255-v;}
else n=109-(v-512)/7;
if(vol!=n){
cs4525_dataout(0x57,n);
vol=n;
}
}

void ToneSetWithVol()
{
static int oldn=0x88;
int16 ad;
int n;

ad=get_adv(AD_TR);
ad=1023-ad;
n=(ad >> 2) & 0xf0;
ad=get_adv(AD_BS);
ad=1023-ad;
n |= ((ad >> 6) & 0x0f);
if(n!=oldn){ cs4525_dataout(0x08,n); oldn=n;}
}

// switch definition for simple mode
// SW1 reserved
// SW2 reserved
// SW3 reserved
// SW4 reserved
// SW5 FORMAT H:RJ24 L:I2S
// SW6 TONE H:THR L:ON
// SW7 INPUT SELECT H:ANALOG L:DIGITAL
// SW8 L(simple mode)

void simplemode()
{
int i,n,m;

cs4525_dataout(0x57,0b11111111); // master volume mute
cs4525_dataout(0x5f,0b11100000); // amp active
while(1){
n=cs4525_datain(0x02);
if(input(SW7)){ // analog input
if((n&0x80)==0){ n|=0x80; cs4525_dataout(0x02,n);}
}
else { // digital input
if((n&0x80)){ n&=0x7f; cs4525_dataout(0x02,n);}
}
if(input(SW5)){ // I2S input
if((n&0x07)!=0x01){ n&=0xf8; n|=0x01; cs4525_dataout(0x02,n);}
}
else { // RJ 24
if((n&0x07)!=0x02){ n&=0xf8; n|=0x02; cs4525_dataout(0x02,n);}
}

n=cs4525_datain(0x07);
if(input(SW6)){ // TONE OFF
if((n&0x01)!=0x00){ n&=0xfe; n|=0x00; cs4525_dataout(0x07,n);}
}
else { // TONE ON
if((n&0x01)!=0x01){ n&=0xfe; n|=0x01; cs4525_dataout(0x07,n);}
ToneSetWithVol();
}

m=0;
if(input(SW4)) m|=0b00010000;
if(input(SW3)) m|=0b00001000;
if(input(SW2)) m|=0b00000100;
if(input(SW1)) m|=0b00000010;
i=n=cs4525_datain(0x07);
n&=0b00011110;
if(n!=m){
i &= 0b11100001;
i |= m;
cs4525_dataout(0x07,i);
}
SetVolume();
}
}

///////////////////////////////////////////////// full function mode

void dispvol(unsigned int n)
{
int i,j;

i=(n-48);i = i >> 1;
j=48-n; j = j >> 1;
if(n==255) printf(lcd_char," MUTE ");
else if(n>=248) printf(lcd_char,"-%3d.",i);
else if(n>=68) printf(lcd_char," -%2d.",i);
else if(n>=49) printf(lcd_char," -%1d.",i);
else if(n>=29) printf(lcd_char," %1d.",j);
else printf(lcd_char," %2d.",j);
if(n!=255){
if(n&1) printf(lcd_char,"5dB"); else printf(lcd_char,"0dB");
}
}

void dispdig(int n)
{
switch(n){
case 0:printf(lcd_char,"+12.0");break;
case 1:printf(lcd_char,"+10.5");break;
case 2:printf(lcd_char," +9.0");break;
case 3:printf(lcd_char," +7.5");break;
case 4:printf(lcd_char," +6.0");break;
case 5:printf(lcd_char," +4.5");break;
case 6:printf(lcd_char," +3.0");break;
case 7:printf(lcd_char," +1.5");break;
case 8:printf(lcd_char," 0.0");break;
case 9:printf(lcd_char," -1.5");break;
case 10:printf(lcd_char," -3.0");break;
case 11:printf(lcd_char," -4.5");break;
case 12:printf(lcd_char," -6.0");break;
case 13:printf(lcd_char," -7.5");break;
case 14:printf(lcd_char," -9.0");break;
case 15:printf(lcd_char,"-10.5");break;
default:break;
}
}

void disptone()
{
int n;

if((cs4525_datain(0x07)&1)==0) printf(lcd_char," TONE CNTL. OFF");
else{
n=cs4525_datain(0x08);
lcd_position(0,1);
printf(lcd_char,"TR");dispdig((n>>4)&15);
printf(lcd_char," BS");dispdig(n&15);
}
}



int treble_set(int q)
{
int i,n,term;

printf(lcd_char,"M%d TREBLE SET ",q);
lcd_position(0,1);printf(lcd_char," ");
n=cs4525_datain(0x08);
n = (n >> 4)&15;
dispdig(n);printf(lcd_char,"dB");
i=n;
term=CheckB();
if(term==SW3_ON){ n++;if(n==16) n=15;}
if(term==SW4_ON){ if(n) n--;}
if(i!=n){
i=cs4525_datain(0x08);
i &= 0x0f;
n = (n << 4) & 0xf0;
i |= n;
cs4525_dataout(0x08,i);
write_eeprom(0x08,i);
}
if(term==SW1_ON) return(2);
if(term==SW2_ON) return(1);
return(0);
}

int bass_set(int q)
{
int i,n,term;

printf(lcd_char,"M%d BASS SET ",q);
lcd_position(0,1);printf(lcd_char," ");
n=cs4525_datain(0x08);
n &= 15;
dispdig(n);printf(lcd_char,"dB");
i=n;
term=CheckB();
if(term==SW3_ON){ n++;if(n==16) n=15;}
if(term==SW4_ON){ if(n) n--;}
if(i!=n){
i=cs4525_datain(0x08);
i &= 0xf0;
i |= n;
cs4525_dataout(0x08,i);
write_eeprom(0x08,i);
}
if(term==SW1_ON) return(2);
if(term==SW2_ON) return(1);
return(0);
}

void SetTone()
{
int n;
n=cs4525_datain(0x07);
if(input(SW6)==0){
if((n&1)==0){ n|=0x01; cs4525_dataout(0x07,n);}
}
else{
if(n&1){ n&=0xfe; cs4525_dataout(0x07,n); }
}
}

void SetInput()
{
int n;
n=cs4525_datain(0x02);
if(input(SW7)==0){ // digital
if(n&0x80){ n&=0x7f; cs4525_dataout(0x02,n);}
}
else{ // analog
if((n&0x80)==0){ n|=0x80; cs4525_dataout(0x02,n);}
}
}

int treble_corner(int q)
{
int i,n,m,term;

printf(lcd_char,"M%d Treble corner",q);
lcd_position(0,1);printf(lcd_char," ");
m=n=i=cs4525_datain(0x07);
n &= 0b00011000;
switch(n){
case 0b00000000:printf(lcd_char," 5kHz");break;
case 0b00001000:printf(lcd_char," 7kHz");break;
case 0b00010000:printf(lcd_char,"10kHz");break;
case 0b00011000:printf(lcd_char,"15kHz");break;
default:break;
}
term=CheckB();
if(term==SW4_ON){ n+=0x8; n&=0b00011000;}
if(term==SW3_ON){ n-=0x08;n&=0b00011000;}
i &= 0b11100111;
i |= n;
if(i!=m){
cs4525_dataout(0x07,i);
write_eeprom(0x07,i);
}
if(term==SW1_ON) return(2);
if(term==SW2_ON) return(1);
return(0);
}

int bass_corner(int q)
{
int i,n,m,term;

printf(lcd_char,"M%d Bass corner",q);
lcd_position(0,1);printf(lcd_char," ");
m=n=i=cs4525_datain(0x07);
n &= 0b00000110;
switch(n){
case 0b00000000:printf(lcd_char," 50Hz");break;
case 0b00000010:printf(lcd_char," 100Hz");break;
case 0b00000100:printf(lcd_char," 200Hz");break;
case 0b00000110:printf(lcd_char," 250Hz");break;
default:break;
}
term=CheckB();
if(term==SW4_ON){ n+=0x2; n&=0b00000110;}
if(term==SW3_ON){ n-=0x2; n&=0b00000110;}
i &= 0b11111001;
i |= n;
if(i!=m){
cs4525_dataout(0x07,i);
write_eeprom(0x07,i);
}
if(term==SW1_ON) return(2);
if(term==SW2_ON) return(1);
return(0);
}

int bass_management(int q)
{
int i,n,m,term;

printf(lcd_char,"M%d Bass manage",q);
lcd_position(0,1);printf(lcd_char," ");
m=n=i=cs4525_datain(0x09);
n &= 0b00111000;
switch(n){
case 0b00000000:printf(lcd_char," Disabled");break;
case 0b00001000:printf(lcd_char," 80 Hz");break;
case 0b00010000:printf(lcd_char," 120 Hz");break;
case 0b00011000:printf(lcd_char," 160 Hz");break;
case 0b00100000:printf(lcd_char," 200 Hz");break;
case 0b00101000:printf(lcd_char," 240 Hz");break;
case 0b00110000:printf(lcd_char," 280 Hz");break;
case 0b00111000:printf(lcd_char," 320 Hz");break;
default:break;
}
term=CheckB();
if(term==SW4_ON){ n+=0x8; n&=0b00111000;}
if(term==SW3_ON){ n-=0x8; n&=0b00111000;}
i &= 0b11000111;
i |= n;
if(i!=m){
cs4525_dataout(0x09,i);
write_eeprom(0x09,i);
}
if(term==SW1_ON) return(2);
if(term==SW2_ON) return(1);
return(0);
}

void dispsens(int n)
{
switch(n){
case 0: printf(lcd_char," 0.0"); break;
case 1: printf(lcd_char,"-0.5"); break;
case 2: printf(lcd_char,"-1.0"); break;
case 3: printf(lcd_char,"-1.5"); break;
case 4: printf(lcd_char,"-2.0"); break;
case 5: printf(lcd_char,"-2.5"); break;
case 6: printf(lcd_char,"-3.0"); break;
case 7: printf(lcd_char,"-3.5"); break;
case 8: printf(lcd_char,"-4.0"); break;
case 9: printf(lcd_char,"-4.5"); break;
case 10: printf(lcd_char,"-5.0"); break;
case 11: printf(lcd_char,"-5.5"); break;
case 12: printf(lcd_char,"-6.0"); break;
case 13: printf(lcd_char,"-6.5"); break;
case 14: ;printf(lcd_char,"-7.0"); break;
case 15: printf(lcd_char,"-7.5"); break;
default: break;
}
printf(lcd_char,"dB");
}

int two_way(int q)
{
int i,n,m,term;

printf(lcd_char,"M%d 2way Xover ",q);
lcd_position(0,1);printf(lcd_char," ");
m=n=i=cs4525_datain(0x55);
n &= 0b00001000;
switch(n){
case 0b00000000:printf(lcd_char," Disabled");break;
case 0b00001000:printf(lcd_char," Enabled ");break;
default:break;
}
term=CheckB();
if(term==SW4_ON){ n+=0x8; n&=0b00001000;}
if(term==SW3_ON){ n-=0x8; n&=0b00001000;}
i &= 0b11110111;
i |= n;
if(i!=m){
cs4525_dataout(0x55,i);
write_eeprom(0x55,i);
}
if(term==SW1_ON) return(2);
if(term==SW2_ON) return(1);
return(0);
}

int cross_over(int q)
{
int i,n,m,term;

printf(lcd_char,"M%d Xover freq.",q);
lcd_position(0,1);printf(lcd_char," ");
m=n=i=cs4525_datain(0x55);
n &= 0b00000111;
switch(n){
case 0b00000000:printf(lcd_char," 2.0kHz");break;
case 0b00000001:printf(lcd_char," 2.2kHz");break;
case 0b00000010:printf(lcd_char," 2.4kHz");break;
case 0b00000011:printf(lcd_char," 2.6kHz");break;
case 0b00000100:printf(lcd_char," 2.8kHz");break;
case 0b00000101:printf(lcd_char," 3.0kHz");break;
case 0b00000110:printf(lcd_char," 3.2kHz");break;
case 0b00000111:printf(lcd_char," 3.4kHz");break;
default:break;
}
term=CheckB();
if(term==SW4_ON){ n+=0x1; n&=0b00000111;}
if(term==SW3_ON){ n-=0x1; n&=0b00000111;}
i &= 0b11111000;
i |= n;
if(i!=m){
cs4525_dataout(0x55,i);
write_eeprom(0x55,i);
}
if(term==SW1_ON) return(2);
if(term==SW2_ON) return(1);
return(0);
}

int lp_sens(int q)
{
int i,n,m,term;

printf(lcd_char,"M%d LowPass Sens",q);
lcd_position(0,1);printf(lcd_char," ");
m=n=i=cs4525_datain(0x56);
dispsens( ( n >> 4 ) & 15);
term=CheckB();
if(term==SW4_ON){ n+=0x10; n&=0b11110000;}
if(term==SW3_ON){ n-=0x10; n&=0b11110000;}
i &= 0b00001111;
i |= n;
if(i!=m){
cs4525_dataout(0x56,i);
write_eeprom(0x56,i);
}
if(term==SW1_ON) return(2);
if(term==SW2_ON) return(1);
return(0);
}

int hp_sens(int q)
{
int i,n,m,term;

printf(lcd_char,"M%d HighPass Sens",q);
lcd_position(0,1);printf(lcd_char," ");
m=n=i=cs4525_datain(0x56);
dispsens(n & 15);
term=CheckB();
if(term==SW4_ON){ n+=0x01; n&=0b00001111;}
if(term==SW3_ON){ n-=0x01; n&=0b00001111;}
i &= 0b11110000;
i |= n;
if(i!=m){
cs4525_dataout(0x56,i);
write_eeprom(0x56,i);
}
if(term==SW1_ON) return(2);
if(term==SW2_ON) return(1);
return(0);
}

int front_page()
{
int term;

if(cs4525_datain(0x02) & 0x80) printf(lcd_char,"IN:ANL ");
else printf(lcd_char,"IN:DGT ");
dispvol(cs4525_datain(0x57));
lcd_position(0,1); disptone();
term=CheckB();
if(term==SW2_ON) return(1);
if(term==SW1_ON) return(2);
return(0);
}

output_mode(int q)
{
int i,n,m,term;

printf(lcd_char,"M%d Output Mode",q);
lcd_position(0,1);
m=n=i=cs4525_datain(0x04);
switch(m&0xc0){
case 0b00000000: printf(lcd_char,"2ch Full Bridge ");break;
case 0b01000000: printf(lcd_char,"2ch HLF+Sub Full");break;
case 0b10000000: printf(lcd_char," 1ch Para Full ");break;
default:break;
}
term=CheckB();
if(term==SW4_ON){ n+=0x40; n&=0b01000000;if(n==0b11000000) n=0b00000000;}
if(term==SW3_ON){ n-=0x40; n&=0b01000000;if(n==0b11000000) n=0b10000000;}
i &= 0b00111111;
i |= n;
if(i!=m){
cs4525_dataout(0x5f,0xff);
delay_ms(10);
cs4525_dataout(0x04,i);
write_eeprom(0x04,i);
cs4525_dataout(0x5f,0xe0);
}
if(term==SW1_ON) return(2);
if(term==SW2_ON) return(1);
return(0);
}


right_mix(int q)
{
int i,n,m,term;

printf(lcd_char,"M%d Right Mix",q);
lcd_position(0,1);printf(lcd_char," ");
m=n=i=cs4525_datain(0x06);
switch(m&0b00001100){
case 0b00000000: printf(lcd_char," Right ch.");break;
case 0b00000100: printf(lcd_char," (L+R)/2 ");break;
case 0b00001000: printf(lcd_char," (R+L)/2 ");break;
case 0b00001100: printf(lcd_char," Left ch.");break;
default:break;
}
term=CheckB();
if(term==SW4_ON){ n+=0x04; n&=0b00001100;}
if(term==SW3_ON){ n-=0x04; n&=0b00001100;}
i &= 0b11110011;
i |= n;
if(i!=m){
cs4525_dataout(0x06,i);
write_eeprom(0x06,i);
}
if(term==SW1_ON) return(2);
if(term==SW2_ON) return(1);
return(0);
}

left_mix(int q)
{
int i,n,m,term;

printf(lcd_char,"M%d Left Mix",q);
lcd_position(0,1);printf(lcd_char," ");
m=n=i=cs4525_datain(0x06);
switch(m&0b00000011){
case 0b00000000: printf(lcd_char," Left ch.");break;
case 0b00000001: printf(lcd_char," (R+L)/2 ");break;
case 0b00000010: printf(lcd_char," (L+R)/2 ");break;
case 0b00000011: printf(lcd_char," Right ch.");break;
default:break;
}
term=CheckB();
if(term==SW4_ON){ n+=0x01; n&=0b00000011;}
if(term==SW3_ON){ n-=0x01; n&=0b00000011;}
i &= 0b11111100;
i |= n;
if(i!=m){
cs4525_dataout(0x06,i);
write_eeprom(0x06,i);
}
if(term==SW1_ON) return(2);
if(term==SW2_ON) return(1);
return(0);
}

sub_volume(int q)
{
int i,n,m,term;

printf(lcd_char,"M%d Sub volume",q);
lcd_position(0,1);printf(lcd_char," ");
m=n=i=cs4525_datain(0x5a);
dispvol(m);
term=CheckB();
if(term==SW3_ON){ n+=0x01; if(n>=88) n=88;}
if(term==SW4_ON){ n-=0x01; if(n<=8) n=8;}
i = n;
if(i!=m){
cs4525_dataout(0x5a,i);
write_eeprom(0x5a,i);
}
if(term==SW1_ON) return(2);
if(term==SW2_ON) return(1);
return(0);
}

pcm_format(int q)
{
int i,n,m,term;

printf(lcd_char,"M%d PCM Format",q);
lcd_position(0,1);
m=n=i=cs4525_datain(0x02);
switch(m&0b00000111){
case 0b00000000: printf(lcd_char," LJ Up to 24Bit");break;
case 0b00000001: printf(lcd_char," I2S Up to 24Bit");break;
case 0b00000010: printf(lcd_char," Right-J 24Bit");break;
case 0b00000011: printf(lcd_char," Right-J 20Bit");break;
case 0b00000100: printf(lcd_char," Right-J 18Bit");break;
case 0b00000101: printf(lcd_char," Right-J 16Bit");break;
default:break;
}
term=CheckB();
if(term==SW4_ON){ n+=0x01; n &= 7; if(n==0b00000110) n=0b00000000;}
if(term==SW3_ON){ n-=0x01; n &= 7; if(n==0b00000111) n=0b00000101;}
i &= 0b11111000;
i |= n;
if(i!=m){
cs4525_dataout(0x02,i);
write_eeprom(0x02,i);
}
if(term==SW1_ON) return(2);
if(term==SW2_ON) return(1);
return(0);
}

#define MAXTERM (14)

void main()
{
int term2,n;

set_tris_a(0xff);
set_tris_b(0xff);
set_tris_c(0xff);
set_tris_e(0xff);

io_select(); // reset active
delay_ms(500);

lcd_init();lcd_home();
lcd_position(0,0);printf(lcd_char," PA4525 D-Amp v1");
delay_ms(500);
output_high(CS4525_RST); // system start
delay_ms(100);

port_b_pullups(0xff);
lcd_position(0,1);
if(input(SW8)==0){
printf(lcd_char," Simple mode run");
simplemode();
}
else{
printf(lcd_char," Full func mode ");
delay_ms(500);
cs4525_dataout(0x57,0b11111111);
parameter_set();
cs4525_dataout(0x5f,0b11100000);
term2=0;
lcd_position(0,0);printf(lcd_char," ");
lcd_position(0,1);printf(lcd_char," ");
while(1){
lcd_position(0,0);
switch(term2){
case 0: n=front_page(); break;
case 1: n=treble_set(term2); break;
case 2: n=bass_set(term2); break;
case 3: n=treble_corner(term2); break;
case 4: n=bass_corner(term2); break;
case 5: n=bass_management(term2);break;
case 6: n=two_way(term2); break;
case 7: n=cross_over(term2); break;
case 8: n=lp_sens(term2); break;
case 9: n=hp_sens(term2); break;
case 10: n=output_mode(term2); break;
case 11: n=right_mix(term2); break;
case 12: n=left_mix(term2); break;
case 13: n=sub_volume(term2); break;
case 14: n=pcm_format(term2); break;
default:break;
}
if(n==1 || n==2){
lcd_position(0,0);printf(lcd_char," ");
lcd_position(0,1);printf(lcd_char," ");
}
if(n==1) term2++;
if(term2==(MAXTERM+1)) term2=0;
if(n==2) {if(term2==0) term2=MAXTERM; else term2--;}
SetVolume();
SetInput();
SetTone();
}
}
}

Re: PA4525 - ヒロ＠出先

2017/07/15 (Sat) 07:16:05

タブが全部飛んでいますね。

Re: PA4525 - shinnari

2017/07/15 (Sat) 15:57:40

早速返信いただきありがとうございます。
解読する自信はありませんが、ひとまずお礼まで。