Use only SD Card Library | TFT & EPD Graphic Library 2

HOW TO SET-UP THE LIBRARY FOR SD CARD CODE ONLY

This guide explains how to use only the SD card functionality from the TFT Library. The PIC TFT Library is primarily designed for TFT displays, with SD card support included as one of its modules.
You can download the full library from the link at the top of the homepage.

Download and Extract the library. Place the main folder (TftLib) inside your project directory.

Use only SD Card Library

Note: You may remove font files to reduce size, but keep the font folders themselves.
The setup tool expects these folders to exist and may warn if they are missing (although it will still function).

Open TFT_Graphic_Lib.exe located in the TftLib folder. Configure the following options:
Select your MCU type (8-bit or 16-bit)
Select the required module: SD Card
Set FAT System to FAT16/32
Choose the communication method:
Hardware SPI (SPI1 or SPI2) or Software SPI
Enter the required pin assignments

The tool will generate the required include statements. Copy and paste them into your project, after the Declare section.

Once configured, the SD card functions can be used in the same way as the original FileSys24 library.
This version also supports 8-bit MCUs. For detailed command descriptions and usage examples, refer to the SD Card FAT16/32 section in the library documentation.

An example project file is included to help you get started:

Device = 18F57Q83

Declare Xtal = 64

Declare Auto_Heap_Arrays = On

Declare Auto_Heap_Strings = On

Declare Auto_Variable_Bank_Cross = On

Declare Watchdog = OFF

Declare Warnings = Off

Declare Optimiser_Level = 3

'================ MCU =======================

$define McuType 0

Include "TftLib\TFT_Graphic_Lib.inc"

'================ SD CARD ===================

$define SDCardUsed 1

$define SDCardFatUsed 1

$define SD_COM SPI_SW

$define SD_CS PORTA.3

$define SD_SDO PORTC.5

$define _SD_SDO _PORTC.5

$define SD_SDI PORTB.2

$define _SD_SDI _PORTB.2

$define SD_CLK PORTB.3

$define _SD_CLK _PORTB.3

Include "TftLib\SdCard\SdCard.inc"

Include "TftLib\SdCard\Fat.inc"

'================ MEMORY ====================

$define MemoryType 0

'================ TFT TOUCH =================

$define TOUCH_IC 0

'================ SPRITES ===================

$define SpritesUsed 0

'=============== SND FONT ===================

$define FontSNDUsed 0

'=============== BDF FONT ===================

$define FontBDFUsed 0

Dim MyFileName As String * 11

Main:

Clear

SetCrystal()

SetPins()

File_Init()

End

'Set Fosc

Proc SetCrystal()

Clear

OSCCON1 = %01100000

OSCEN.6 = 1

OSCFRQ = %00001000

DelayMS 100

EndProc

Proc SetPins()

'Set all digital

ANSELA = 0

ANSELB = 0

ANSELC = 0

ANSELD = 0

ANSELE = 0

ANSELF = 0

EndProc

'**** Added by Fuse Configurator ****

Config_Start

FEXTOSC = OFF ;Oscillator not enable

RSTOSC = HFINTOSC_64MHZ ;HFINTOSC with HFFRQ = 64 MHz and CDIV = 1:

CLKOUTEN = OFF ;CLKOUT function is disable

PR1WAY = OFF ;PRLOCKED bit can be set and cleared repeatedl

CSWEN = On ;Writing to NOSC and NDIV is allowe

JTAGEN = OFF ;Disable JTAG Boundary Scan

FCMEN = On ;Fail-Safe Clock Monitor enable

FCMENP = OFF ;FSCM timer will not set FSCMP bit or OSFIF interrupt on Primary XTAL failur

FCMENS = OFF ;FSCM timer will not set FSCMS bit or OSFIF interrupt on Secondary XTAL failur

MCLRE = EXTMCLR ;If LVP = 0, MCLR pin is MCLR; If LVP = 1, RE3 pin function is MCLR

PWRTS = PWRT_OFF ;PWRT is disable

MVECEN = OFF ;Interrupt contoller does not use vector table to prioritze interrupt

IVT1WAY = OFF ;IVTLOCKED bit can be cleared and set repeatedl

LPBOREN = OFF ;Low-Power BOR disable

BOREN = SBORDIS ;Brown-out Reset enabled , SBOREN bit is ignore

BORV = VBOR_1P9 ;Brown-out Reset Voltage (VBOR) set to 1.9

ZCD = OFF ;ZCD module is disabled. ZCD can be enabled by setting the ZCDSEN bit of ZCDCO

PPS1WAY = OFF ;PPSLOCKED bit can be set and cleared repeatedly (subject to the unlock sequence

STVREN = On ;Stack full/underflow will cause Rese

LVP = On ;LV programming

XINST = OFF ;Extended Instruction Set and Indexed Addressing Mode disable

WDTCPS = WDTCPS_31 ;Divider ratio 1:65536; software control of WDTP

WDTE = OFF ;WDT Disabled; SWDTEN is ignore

WDTCWS = WDTCWS_7 ;window always open (100%); software control; keyed access not require

WDTCCS = SC ;Software Contro

BBSIZE = BBSIZE_512 ;Boot Block size is 512 word

BBEN = OFF ;Boot block disable

SAFEN = On ;SAF enable

WRTB = OFF ;Boot Block not Write protecte

WRTC = OFF ;Configuration registers not Write protecte

WRTD = OFF ;Data EEPROM not Write protecte

WRTSAF = OFF ;SAF not Write Protecte

WRTAPP = OFF ;Application Block not write protecte

BOOTPINSEL = RC5 ;CRC on boot output pin is RC

BPEN = OFF ;CRC on boot output pin disable

ODCON = OFF ;Pin drives both high-going and low-going signal

Cp = OFF ;PFM and Data EEPROM code protection disable

BOOTSCEN = OFF ;CRC on boot will not include the boot area of program memory in its calculatio

BOOTCOE = Continue ;CRC on boot will allow device to continue code execution regardless of error detection in boot area

APPSCEN = OFF ;CRC on boot will not include the application area of program memory in its calculatio

SAFSCEN = OFF ;CRC on boot will not include the SAF area of program memory in its calculatio

DATASCEN = OFF ;CRC on boot will not include data EEPROM in its calculatio

CFGSCEN = OFF ;CRC on boot will not include the configuration fuses in its calculatio

COE = HALT ;CRC on boot will stop device if error is detected in non-boot area

BOOTPOR = OFF ;CRC on boot will not ru

BCRCPOLT = HFF ;BCRCPOL is 0xF

Config_End

'**** End of Fuse Configurator Settings ****

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