MMC WAV PLAYER USING PIC16F877A

Video of my PIC16F877A based MMC wav player 
 (video updated on 06/09/2011 (improved audio quality)):

Later i tried to access an MMC with FAT16 file system using the same PIC16F877A and then successfully played an 8 bit mono wav file of byterates from 8000 to 48000. Here, it reads the first sector of MMC (boot record) to obtain some important information like no of reserved sectors, start of partition, no of t Per FAT ,maximum Root Directory Entries ,Bytes per Sector etc. Using those information, it is possible to calculate the starting sector address of FAT1, FAT2, root directory, data area etc....But due to the limited RAM in PIC16F877A, it is required to read a complete sector multiple number of times to access the entire 512 bytes....
If i made a buffer of 64 bytes, then i need to read and use each successive 64 bytes in a sector for 8 times.  This is the technique I used to access any sector using low RAM. Now, reading the starting cluter address of a wav file from the root directory (assuming wav files are copied to the root directory), it streams the cluster to the PWM register (ie it loads each byte to PWM just after reading the byte from MMC and thus no need of any buffer memory), then after completing one cluster streaming, it calculates the next cluster address using the previous cluster address by checking it in the linked list called the FAT...This process consumed a small valuable time which gives a 'small pause' to the streaming for a small time interval, which results in a periodic distortion in the audio. This is the main problem of my earlier version of wav player (made 2 months ago).  Then after getting the next cluster address, the wav data in the next cluster is streamed to the PWM register, and the process is continued untill a 0xFFFF is read from any successive FAT reading, which denotes the end of file.
However, the above mentioned 'periodic noise' is suppressed to an extent in my updated wav player (updated on 06/09/2011). 

   Here, I introduced two buffers of 64-byte each and the steaming is loaded to the 64byte buffers and I used timer interrupt to send the buffered data to the PWM register. Then I observed an improvement in the audio(as in above video). The reason for the improvement is the buffer still streams the data stored in it while the uC is capturing the next cluster address from the FAT. Any way, for high bit rate wav files, still this 64 byte buffer is not enough for the purpose, but I am helpless since RAM memory is limited in PIC16F877A.

       I  didn't used any FAT library for the purpose, and I wrote my own code to access the FAT. Any way, I am trying to do it in a much better way, and if I feel any improvement in audio, then I will update it here.........(last update - 06/09/2011)

   Also, I am planning to introduce a wireless control, most probably a TV remote control to control the wave player. I prefer a TV remote just because it have many keys and thus I could implement a lot of functions (mute, play, pause, fvd, rev, next song, previous song etc etc all in the same PIC16F877A) by software modification.

CIRCUIT DIAGRAM:

FAT16 FILE SYSTEM:
Structure
After formatting an MMC using a FAT16 file system, its total memory is divided to various blocks as in below diagram.


Boot Record

 This information is located in the first sector of every partition.

Offset	Description	Size
00h	Jump Code + NOP	3 Bytes
03h	OEM Name	8 Bytes
0Bh	Bytes Per Sector	1 Word
0Dh	Sectors Per Cluster	1 Byte
0Eh	Reserved Sectors	1 Word
10h	Number of Copies of FAT	1 Byte
11h	Maximum Root Directory Entries	1 Word
13h	Number of Sectors in Partition Smaller than 32MB	1 Word
15h	Media Descriptor (F8h for Hard Disks)	1 Byte
16h	Sectors Per FAT	1 Word
18h	Sectors Per Track	1 Word
1Ah	Number of Heads	1 Word
1Ch	Number of Hidden Sectors in Partition	1 Double Word
20h	Number of Sectors in Partition	1 Double Word
24h	Logical Drive Number of Partition	1 Word
26h	Extended Signature (29h)	1 Byte
27h	Serial Number of Partition	1 Double Word
2Bh	Volume Name of Partition	11 Bytes
36h	FAT Name (FAT16)	8 Bytes
3Eh	Executable Code	448 Bytes
1FEh	Executable Marker (55h AAh)	2 Bytes

FAT16 Drive Layout

Offset	Description
Start of Partition	Boot Sector
Start + # of Reserved Sectors	Fat Tables
Start + # of Reserved + (# of Sectors Per FAT * 2)	Root Directory Entry
Start + # of Reserved + (# of Sectors Per FAT * 2) + ((Maximum Root Directory Entries * 32) / Bytes per Sector)	Data Area (Starts with Cluster #2)

Cluster Meaning (FAT Table Entries)

A Cluster is a Group of Sectors on the MMC or Hard Drive that have information in them. A 16K Cluster has 32 Sectors in it (512*32=16384).  Each Cluster is given a spot in the FAT Table.  When you look at an Entry in the FAT, the number there tells you whether or not that cluster has data in it, and if so, if it is the end of the data or there is another cluster after it.  All Data on a Partition starts with Cluster #2 (Right after Root Directory).    If the FAT Entry is 0, then there is no data in that cluster.  If the FAT Entry is FFFFh, then it is the last entry in the chain. 

FAT Code Range	Meaning
0000h	Available Cluster
0002h-FFEFh	Used, Next Cluster in File
FFF0h-FFF6h	Reserved Cluster
FFF7h	BAD Cluster
FFF8h-FFFF	Used, Last Cluster in File

The link from which i got many information about FAT16 file system is http://home.teleport.com/~brainy/fat16.htm (Thanks to Mr Jack Dobiash for the providing the excellent tutorial about FAT file system)

WAVE FILE STRUCTURE:

       The WAVE file format is a subset of Microsoft's RIFF specification for the storage of multimedia files. A RIFF file starts out with a file header followed by a sequence of data chunks. A WAVE file is often just a RIFF file with a single "WAVE" chunk which consists of two sub-chunks -- a "fmt " chunk specifying the data format and a "data" chunk containing the actual sample data. 

As an example, here are the opening 72 bytes of a WAVE file with bytes shown as hexadecimal numbers:

52 49 46 46 24 08 00 00 57 41 56 45 66 6d 74 20 10 00 00 00 01 00 02 00 
22 56 00 00 88 58 01 00 04 00 10 00 64 61 74 61 00 08 00 00 00 00 00 00 
24 17 1e f3 3c 13 3c 14 16 f9 18 f9 34 e7 23 a6 3c f2 24 f2 11 ce 1a 0d  

PROGRAM (C): 

/*
------------------------------------------------------------
PIC16F877A + MMC WAV PLAYER
(code updated on 06/09/2011)
improved audio quality compared to
previous version.
------------------------------------------------------------
Compiler -High Tech C
------------------------------------------------------------
Author: Vinod S
<vinodstanur@gmail.com>
http://vinodstanur.blogspot.com
------------------------------------------------------------
*/
#include<pic.h>
#define _XTAL_FREQ 20e6
#define CS RC2
#define RS RB2
#define EN RB1
#define fst cmd(0x80)
#define snd cmd(0xc0)
unsigned int i, g, trickl, trickr;
unsigned long int lg;
unsigned int fat_start, dir_start, count, data_start, scan, numm, numm1;
unsigned char buf[64], play1[64], play2[64], no, status, sect_per_clst, bb;
unsigned long int long1, long2, bitrate;
unsigned char readdata, readdata2, u, speed, check, zz, zx;
unsigned int count;
float flt;
bit toggle;
bit set;
/*-----------------LCD BEGIN----------------------------*/
void LCD_STROBE(void)
{
    EN = 1;
    __delay_us(0.5);
    EN = 0;
}

void data(unsigned char c)
{
    RS = 1;
    __delay_us(40);
    PORTD = (c >> 4);
    LCD_STROBE();
    PORTD = (c);
    LCD_STROBE();
}

void cmd(unsigned char c)
{
    RS = 0;
    __delay_us(40);
    PORTD = (c >> 4);
    LCD_STROBE();
    PORTD = (c);
    LCD_STROBE();
}

void clear(void)
{
    cmd(0x01);
    __delay_ms(2);
}

void lcd_init()
{
    __delay_ms(20);
    cmd(0x30);
    __delay_ms(1);
    cmd(0x30);
    __delay_ms(1);
    cmd(0x30);
    cmd(0x28);            // Function set (4-bit interface, 2 lines, 5*7Pixels)
    cmd(0x28);            // Function set (4-bit interface, 2 lines, 5*7Pixels)
    cmd(0x28);            // Function set (4-bit interface, 2 lines, 5*7Pixels)
    cmd(0x0c);            // Make cursorinvisible
    clear();
    clear();            // Clear screen
    cmd(0x6);            // Set entry Mode
}

void string(const char *q)
{
    while (*q) {
        data(*q++);
    }
}

void istring(unsigned int q)
{
    data(48 + (q / 10000));
    q %= 10000;
    data(48 + (q / 1000));
    q %= 1000;
    data(48 + (q / 100));
    q %= 100;
    data(48 + (q / 10));
    q %= 10;
    data(48 + (q));
}

itostr(unsigned long int q)
{
    cmd(0x81);
    data(48 + (q / 1000000000));
    q %= 1000000000;
    data(48 + (q / 100000000));
    q %= 100000000;
    data(48 + (q / 10000000));
    q %= 10000000;
    data(48 + (q / 1000000));
    q %= 1000000;
    data(48 + (q / 100000));
    q %= 100000;
    data(48 + (q / 10000));
    q %= 10000;
    data(48 + (q / 1000));
    q %= 1000;
    data(48 + (q / 100));
    q %= 100;
    data(48 + (q / 10));
    q %= 10;
    data(48 + (q));
}

void cstring(unsigned int q)
{
    data(48 + (q / 100));
    q %= 100;
    data(48 + (q / 10));
    q %= 10;
    data(48 + (q));
}

/*-----------------------LCD END--------------------*/
/*-----------------------USRT BEGIN--------------------*/
void usrt_init()
{
    TRISC6 = 0;
    TXSTA = 0b00100110;
    RCSTA = 0b11010000;
    SPBRG = 10;
}

void printf(const char *p)
{
    while (*p) {
        TXREG = *p;
        while (TRMT == 0);
        p++;
    }
}

void txd(unsigned char vv)
{
    TXREG = vv;
    while (TRMT == 0);
}

/*-----------------------USRT END---------------------*/

/*----------------------PWM BEGINS--------------------*/
void pwm_init()
{
    TRISC1 = 0;
    T2CKPS1 = 0;
    T2CKPS0 = 0;
    PR2 = 200;
    CCPR2L = 0x10;
    TMR2ON = 1;
    CCP2CON = 0b00001100;
}

void pwm_disable()
{
    CCP2CON = 0b00000000;
}

void pwm_enable()
{
    CCP2CON = 0b00001100;
}

/*--------------------PWM END------------------------*/
/*----------------------TIMER1 BEGINS--------------------*/
void timer1_init()
{
    T1CON = 0b00000001;
    TMR1IE = 1;
    GIE = 1;
    PEIE = 1;
}

void timer0_init()
{
    OPTION_REG = 0b00000000;
    T0IE = 1;
    GIE = 1;
}

/*--------------------TIMER1 END------------------------*/
/*-------------------MMC BEGIN-----------------------*/
void spi_init()
{
    TRISC4 = 1;
    RC2 = 1;
    RC3 = 0;
    RC5 = 0;
    TRISC2 = TRISC3 = TRISC5 = 0;
    SSPCON = 0b00100010;
    SSPEN = 1;
    SMP = 0;
    CKE = 1;
    CKP = 0;
}

void spi_write(unsigned char kk)
{
    SSPBUF = kk;
    while (BF == 0);
}

void spi_read()
{
    SSPBUF = 0xff;
    while (BF == 0);
    readdata = SSPBUF;
}

void command(char command, unsigned long int fourbyte_arg, char CRCbits)
{
    spi_write(0xff);
    spi_write(0b01000000 | command);
    spi_write((unsigned char) (fourbyte_arg >> 24));
    spi_write((unsigned char) (fourbyte_arg >> 16));
    spi_write((unsigned char) (fourbyte_arg >> 8));
    spi_write((unsigned char) fourbyte_arg);
    spi_write(CRCbits);
    spi_read();
}

void mmc_init()
{
    CS = 1;
    for (u = 0; u < 50; u++) {
        spi_write(0xff);
    }
    CS = 0;
    __delay_ms(1);
    command(0, 0, 0x95);
    count = 0;
    while ((readdata != 1) && (count < 1000)) {
        spi_read();
        count++;
    }
    if (count >= 1000) {
        string("CARD ERROR-CMD0 ");
        while (1);
    }
    command(1, 0, 0xff);
    count = 0;
    while ((readdata != 0) && (count < 1000)) {
        command(1, 0, 0xff);
        spi_read();
        count++;
    }
    if (count >= 1000) {
        string("CARD ERROR-CMD1 ");
        while (1);
    }
    command(16, 512, 0xff);
    count = 0;
    while ((readdata != 0) && (count < 1000)) {
        spi_read();
        count++;
    }
    if (count >= 1000) {
        string("CARD ERROR-CMD16");
        while (1);
    }
    string("MMC INITIALIZED!");
    __delay_ms(290);
    SSPCON = SSPCON & 0b11111101;
}

void write(unsigned char dataa, unsigned long int sector)
{
    long1 = sector;
    long1 *= 512;
    command(24, long1, 0xff);
    while (readdata != 0) {
        spi_read();
    }
    spi_write(0xff);
    spi_write(0xff);
    spi_write(0b11111110);
    for (int g = 0; g < 512; g++) {
        spi_write(dataa);
    }
    spi_write(0xff);
    spi_write(0xff);
    spi_read();
    while ((readdata & 0b00011111) != 0x05) {
        spi_read();
    }
    while (readdata != 0xff) {
        spi_read();
    }
}

void load_to_buf(unsigned long int sector, unsigned char num)
{
    long1 = sector;
    long1 *= 512;
    command(17, long1, 0xff);
    while (readdata != 0) {
        spi_read();
    }
    while (readdata != 0xfe) {
        spi_read();
    }
    trickl = 64;
    trickl *= num;
    trickr = 448 - trickl;
    for (g = 0; g < trickl; g++) {
        spi_read();
    }
    for (g = 0; g < 64; g++) {
        spi_read();
        buf[g] = readdata;
    }
    for (g = 0; g < trickr; g++) {
        spi_read();
    }
    spi_write(0xff);
    spi_write(0xff);
}

void read(unsigned long int c)
{
    for (i = 0; i <= sect_per_clst; i++) {
        long1 = 512 * c;
        command(17, long1, 0xff);
        while (readdata != 0) {
            spi_read();
        }
        while (readdata != 0xfe) {
            spi_read();
        }
        for (g = 0; g < 4; g++) {
            while (toggle == 0);
            {
                for (zx = 0; zx < 64; zx++) {
                    spi_read();
                    play2[zx] = readdata;
                }
            }
            while (toggle == 1);
            {
                for (zx = 0; zx < 64; zx++) {
                    spi_read();
                    play1[zx] = readdata;
                }
            }
        }
        spi_write(0xff);
        spi_write(0xff);
        c += 1;
    }
}

/*--------------------------FAT ACCESS-----------------------------*/
void fat_init()            //BOOT SECTOR SCANNING//
{
    load_to_buf(0, 0);
    fat_start = buf[0x0e];
    dir_start = (fat_start + (((buf[0x17] << 8) + buf[0x16]) * 2));
    data_start = (dir_start + ((((buf[0x12] << 8) + (buf[0x11])) * 32) / 512));
    sect_per_clst = buf[0x0d];
}

unsigned int find_next_cluster(unsigned int clstt)
{
    numm1 = (2 * (clstt % 256));
    load_to_buf((fat_start + (clstt / 256)), numm1 / 64);
    numm = numm1 % 64;
    return ((buf[numm + 1] << 8) + buf[numm]);
}

void play_file(unsigned int clstr)
{
    long2 = clstr - 2;
    long2 *= sect_per_clst;
    long2 += data_start;
    load_to_buf(long2, 0);
    for (u = 31; u > 27; u--) {
        bitrate <<= 8;
        bitrate += buf[u];
    }
    itostr(bitrate);
    flt = 1.4 * 1250000 / bitrate;
    bb = 255 - flt;
    cmd(0xc0);
    istring(bb);
    TMR0IE = 1;
    while (clstr != 0xffff) {
        long2 = clstr - 2;
        long2 *= sect_per_clst;
        long2 += data_start;
        read(long2);
        if (((buf[numm + 3] << 8) + buf[numm + 2]) != (clstr + 1)) {
            clstr = find_next_cluster(clstr);
            } else {
            clstr++;
            numm++;
        }
    }
    cmd(0xc0);
    string("read complete   ");
    __delay_ms(1000);
    TMR0IE = 0;
}

void file_scan()
{
    scan:scan = dir_start;
    no = 0;
    while (1) {
        load_to_buf(scan, no);
        if ((buf[1] != 0) && (buf[2] != 0) && (buf[0] != 0xe5) && (buf[0] != 0x00) && ((buf[11]) & 0b00010000) == 0) {
            fst;
            clear();
            for (g = 0; g < 11; g++) {
                data(buf[g]);
            }
            for (lg = 0; lg < 140000; lg++) {
                if (RE0 == 1) {
                    status = 1;
                    break;
                }
            }
        }
        if (status == 1) {
            play_file((buf[27] << 8) + buf[26]);
            status = 0;
            break;
        }
        if (buf[32] == 0) {
            break;
        }
        if ((buf[33] != 0) && (buf[34] != 0) && (buf[32] != 0xe5) && ((buf[43]) & 0b00010000) == 0) {
            fst;
            clear();
            for (g = 32; g < 43; g++) {
                data(buf[g]);
            }
            for (lg = 0; lg < 140000; lg++) {
                if (RE0 == 1) {
                    status = 2;
                    break;
                }
            }
            fst;
            clear();
        }
        no++;
        if (no == 8) {
            no = 1;
            scan += 1;
        }
        if (status == 2) {
            play_file((buf[27 + 32] << 8) + buf[26 + 32]);
            status = 0;
            break;
        }
    }
    goto scan;
}

/*------------------------------mmc end-------------------------------*/
/*---------------------------ADC functions----------------------------*/
void adc_init()
{
    TRISA0 = 1;
    ADCON0 = 0b10000001;
    ADCON1 = 0b10001110;
}

/*---------------------------ADC END----------------------------*/
void interrupt timer()
{
    if (toggle == 1) {
        CCPR2L = play1[zz];
        zz++;
        if (zz == 64) {
            zz = 0;
            toggle = 0;
        }
        } else if (toggle == 0) {
        CCPR2L = play2[zz];
        zz++;
        if (zz == 64) {
            zz = 0;
            toggle = 1;
        }
    }
    TMR0 = bb;
    TMR0IF = 0;
}

main()
{
    CS = 1;
    PORTD = 0;
    TRISC4 = 0;
    TRISC5 = 0;
    TRISD = 0;
    TRISB2 = 0;
    TRISB1 = 0;
    TRISB6 = 0;
    TRISB7 = 0;
    TRISE0 = 1;
    TRISE1 = 1;
    lcd_init();
    adc_init();
    usrt_init();
    spi_init();
    mmc_init();
    fat_init();
    timer0_init();
    pwm_init();
    pwm_enable();
    speed = 0;
    RB7 = 0;
    count = 0;
    CS = 0;
    no = 0;
    zz = 0;
    while (1) {
        file_scan();
        for (;;);
    }
} 

HEX FILE: (NEW)

:060000000A128A11122809
:10000800FE00030EF1000408F2000A08F300831250
:1000180003137F08F4000A168A11B72D0A168A11ED
:100028002A2D81300A168A11E1240A128A113B30DE
:1000380083120313A3009A30A200CA30A100003033
:10004800A0003108A7003008A6002F08A5002E0838
:10005800A4000A128A15D4200A128A1183120313E3
:100068002008303E0A168A11BD240A128A113B3034
:1000780083120313A3009A30A200CA30A1000030F3
:10008800A0003108A7003008A6002F08A5002E08F8
:10009800A4000A168A1139270A128A118312031337
:1000A8002308B1002208B0002108AF002008AE00E4
:1000B8000530A300F530A200E130A1000030A00017
:1000C8003108A7003008A6002F08A5002E08A400B4
:1000D8000A128A15D4200A128A11831203132008DF
:1000E800303E0A168A11BD240A128A11053083127D
:1000F8000313A300F530A200E130A1000030A000F6
:100108003108A7003008A6002F08A5002E08A40073
:100118000A168A1139270A128A118312031323082F
:10012800B1002208B0002108AF002008AE0000305E
:10013800A3009830A2009630A1008030A0003108BA
:10014800A7003008A6002F08A5002E08A4000A1250
:100158008A15D4200A128A11831203132008303E0C
:100168000A168A11BD240A128A1100308312031359
:10017800A3009830A2009630A1008030A00031087A
:10018800A7003008A6002F08A5002E08A4000A160C
:100198008A1139270A128A11831203132308B1001E
:1001A8002208B0002108AF002008AE000030A300EC
:1001B8000F30A2004230A1004030A0003108A70053
:1001C8003008A6002F08A5002E08A4000A128A15D8
:1001D800D4200A128A11831203132008303E0A160B
:1001E8008A11BD240A128A11003083120313A30056
:1001F8000F30A2004230A1004030A0003108A70013
:100208003008A6002F08A5002E08A4000A168A1197
:1002180039270A128A11831203132308B10022080E
:10022800B0002108AF002008AE000030A300013064
:10023800A2008630A100A030A0003108A700300835
:10024800A6002F08A5002E08A4000A128A15D4209B
:100258000A128A11831203132008303E0A168A11E3
:10026800BD240A128A11003083120313A30001303F
:10027800A2008630A100A030A0003108A7003008F5
:10028800A6002F08A5002E08A4000A168A113927EF
:100298000A128A11831203132308B1002208B0003E
:1002A8002108AF002008AE000030A3000030A200F3
:1002B8002730A1001030A0003108A7003008A600A0
:1002C8002F08A5002E08A4000A128A15D4200A12A5
:1002D8008A11831203132008303E0A168A11BD249E
:1002E8000A128A11003083120313A3000030A200FF
:1002F8002730A1001030A0003108A7003008A60060
:100308002F08A5002E08A4000A168A1139270A12F8
:100318008A11831203132308B1002208B0002108B0
:10032800AF002008AE000030A3000030A200033068
:10033800A100E830A0003108A7003008A6002F0867
:10034800A5002E08A4000A128A15D4200A128A11C0
:10035800831203132008303E0A168A11BD240A129C
:100368008A11003083120313A3000030A200033067
:10037800A100E830A0003108A7003008A6002F0827
:10038800A5002E08A4000A168A1139270A128A1114
:10039800831203132308B1002208B0002108AF001C
:1003A8002008AE000030A3000030A2000030A100F9
:1003B8006430A0003108A7003008A6002F08A50067
:1003C8002E08A4000A128A15D4200A128A11831250
:1003D80003132008303E0A168A11BD240A128A1116
:1003E800003083120313A3000030A2000030A100E4
:1003F8006430A0003108A7003008A6002F08A50027
:100408002E08A4000A168A1139270A128A118312A3
:1004180003132308B1002208B0002108AF00200808
:10042800AE000030A3000030A2000030A1000A3066
:10043800A0003108A7003008A6002F08A5002E0844
:10044800A4000A128A15D4200A128A1183120313EF
:100458002008303E0A168A11BD240A128A1100307B
:1004680083120313A3000030A2000030A1000A3059
:10047800A0003108A7003008A6002F08A5002E0804
:10048800A4000A168A1139270A128A118312031343
:100498002308B1002208B0002108AF002008AE00F0
:1004A8002E08303E0A168A11BD240A128A11080045
:1004B800831203134308FE3ED10044080318013E8B
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