ddi_display_controller_lds514.c

sigmatel STMP36XX MP4方案下1289控制器和HX8347控制器

////////////////////////////////////////////////////////////////////////////////
//! \addtogroup ddi_display
//! @{
//
// Copyright (c) 2004-2005 SigmaTel, Inc.
//
//! \file ddi_display_controller_lds514.c
//! \brief Structures and code specific to the Leadis lds514 controller
//! \version 0.1
//! \date 08/2005
//!
////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////
// Includes and external references
////////////////////////////////////////////////////////////////////////////////
#include <types.h>
#include <components\gfx.h>
#include <drivers\ddi_display.h>
#include <stdarg.h>
#include <string.h>
#include "..\ddi_display_controller.h"
#include "..\ddi_display_controller_priv.h"

////////////////////////////////////////////////////////////////////////////////
// Externs
////////////////////////////////////////////////////////////////////////////////

////////////////////////////////////////////////////////////////////////////////
// Definitions
////////////////////////////////////////////////////////////////////////////////

//! Command byte to set the horizontal position register
#define DDI_DISPLAY_HORZ_START_REGION_CMD 0x34
#define DDI_DISPLAY_HORZ_STOP_REGION_CMD 0x35

//! Command byte to set the vertical position register
#define DDI_DISPLAY_VERT_START_REGION_CMD 0x36
#define DDI_DISPLAY_VERT_STOP_REGION_CMD 0x37

#ifdef DDI_DISPLAY_CONTROLLER_ILI814
#define MAX_CONTRAST_REGISTER_VAL 0x7f
#else
#define MAX_CONTRAST_REGISTER_VAL 0xff
#endif

//! Minimum contrast value set in hardware
#define MIN_CONTRAST_RED 0
//! Maximum contrast value set in hardware
#define MAX_CONTRAST_RED MAX_CONTRAST_REGISTER_VAL

//! Minimum contrast value set in hardware
#define MIN_CONTRAST_GREEN 0
//! Maximum contrast value set in hardware
#define MAX_CONTRAST_GREEN MAX_CONTRAST_REGISTER_VAL

//! Minimum contrast value set in hardware
#define MIN_CONTRAST_BLUE 0
//! Maximum contrast value set in hardware
#define MAX_CONTRAST_BLUE MAX_CONTRAST_REGISTER_VAL

//! Min allowed brightness setting
#define MIN_BRIGHTNESS 0
//! Max allowed brightness setting
#define MAX_BRIGHTNESS 15

#ifdef DDI_DISPLAY_CONTROLLER_ILI814
// Max width for the controller
#define DDI_DISPLAY_CONTROLLER_MAX_WIDTH 96

// Max height for the controller
#define DDI_DISPLAY_CONTROLLER_MAX_HEIGHT 96
#else
// Max width for the controller
#define DDI_DISPLAY_CONTROLLER_MAX_WIDTH 96

// Max height for the controller
#define DDI_DISPLAY_CONTROLLER_MAX_HEIGHT 64
#endif

// This controller uses data mode for parameters
#define PARAM_MODE DATA_MODE

#ifdef DDI_LCDIF_WORDLENGTH_16BITS
#define DDI_DISPLAY_DATA_SWIZZLE NO_SWAP
#else
#define DDI_DISPLAY_DATA_SWIZZLE HWD_BYTE_SWAP 
#define DDI_DISPLAY_DATA_SWIZZLE_18BIT NO_SWAP
#endif

////////////////////////////////////////////////////////////////////////////////
// Prototypes
////////////////////////////////////////////////////////////////////////////////

static RtStatus_t SendControllerResolution(uint16_t u16Width, uint16_t u16Height, ddi_display_Rotation_t eRotation);
static RtStatus_t SendControllerInitSeq(gfx_BitmapTypeEnum_t eBitmapType, 
                                        uint32_t u32Width, uint32_t u32Height);
static void SendControllerOutputEnable(bool bOn);
static void SendControllerContrast(uint32_t u32Percentage);
static void SendControllerBrightness(uint32_t u32Percentage);
static RtStatus_t SendControllerRegion(uint32_t u32XDst, uint32_t u32YDst, 
                                       uint32_t *pu32Width, uint32_t *pu32Height,
                                       ddi_display_Rotation_t eRotation);
static RtStatus_t SendControllerBitmapType(gfx_BitmapTypeEnum_t eBitmapType);
static RtStatus_t SendControllerRotation(ddi_display_Rotation_t eRotation);


////////////////////////////////////////////////////////////////////////////////
// Variables
////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////
// Code
////////////////////////////////////////////////////////////////////////////////

////////////////////////////////////////////////////////////////////////////////
//! \fn static RtStatus_t SendControllerResolution(uint16_t u16Width, uint16_t u16Height, ddi_display_Rotation_t eRotation)
//!
//! \brief Sets up the controller for the specified resolution
//!
//! \fntype Function
//!
//! \param[in] u16Width Desired width of the display
//! \param[in] u16Height Desired height of the display
//! \param[in] eRotation Desired orientation of the display
//!
//! The display driver is built with a default width and height for each
//! controller.  Most controllers support displays of varying screen
//! dimensions.  In order to support all possible dimensions without rebuilding
//! the display libraries, this function can set the dimensions of the display
//! to match the actual display in use.  This function only needs to be called
//! once to set the dimensions for the currently set screen orientation.  If the 
//! display is rotated after the dimensions are set, then the dimensions will
//! be adjusted accordingly in the display driver.  There is no need to reset
//! the dimensions after rotating the display.
//!
//! \retval SUCCESS No error
//!
//! \retval ERROR_DDI_DISPLAY_CONTROLLER_RESOLUTION The specified resolution is
//!         not supported by the controller
//!
////////////////////////////////////////////////////////////////////////////////
static RtStatus_t SendControllerResolution(uint16_t u16Width, uint16_t u16Height, ddi_display_Rotation_t eRotation)
{
    uint16_t u16MaxWidth;
    uint16_t u16MaxHeight;

    // max dimensions are rotation specific
    switch(eRotation)
    {
        case DDI_DISPLAY_ROTATION_NONE:
        case DDI_DISPLAY_ROTATION_180:
            u16MaxWidth = DDI_DISPLAY_CONTROLLER_MAX_WIDTH;
            u16MaxHeight = DDI_DISPLAY_CONTROLLER_MAX_HEIGHT;
            break;

        case DDI_DISPLAY_ROTATION_90:
        case DDI_DISPLAY_ROTATION_270:
            u16MaxWidth = DDI_DISPLAY_CONTROLLER_MAX_HEIGHT;
            u16MaxHeight = DDI_DISPLAY_CONTROLLER_MAX_WIDTH;
            break;
    }

    // Check for out of bounds
    if( u16Width > u16MaxWidth || u16Height > u16MaxHeight )
        return ERROR_DDI_DISPLAY_CONTROLLER_RESOLUTION;

    if( DDI_DISPLAY_ROTATION_90 == eRotation ||
        DDI_DISPLAY_ROTATION_270 == eRotation )
    {
        // Swap width and height, the controller dimensions
        // are only set up in one orientation
        uint16_t u16Swap = u16Width;
        u16Width = u16Height;
        u16Height = u16Swap;
    }

    // Set the dimensions in the controller
    ddi_display_controller_WriteDirect(CMD_MODE, 0x30);    // Display size X
    ddi_display_controller_WriteDirect(PARAM_MODE, 0);      // --- X start
    ddi_display_controller_WriteDirect(PARAM_MODE, u16Width);   // --- X stop
    ddi_display_controller_WriteDirect(CMD_MODE, 0x32);    // Display size Y
    ddi_display_controller_WriteDirect(PARAM_MODE, 0);      // --- Y Start
    ddi_display_controller_WriteDirect(PARAM_MODE, u16Height);   // --- Y Stop

    return SUCCESS;
}



////////////////////////////////////////////////////////////////////////////////
//! \fn static RtStatus_t SendControllerInitSeq(gfx_BitmapTypeEnum_t eBitmapType, uint32_t u32Width, uint32_t u32Height)
//! 
//! \brief Sends commands to initialize the controller from reset
//!
//! \fntype Function
//!
//! \param[in] eBitmapType Graphics color format specifier
//! \param[in] u32Width    Desired screen width setting
//! \param[in] u32Height   Desired screen height setting
//!
//! This function sends commands to initialize the controller after it has
//! been taken out of reset.
//!
//! \retval SUCCESS No error
//!
//! \retval ERROR_DDI_DISPLAY_CONTROLLER_BITMAP_TYPE_UNSUPPORTED This
//!         controller does not support the given bitmap color type
//!
//! \retval ERROR_DDI_DISPLAY_CONTROLLER_RESOLUTION This
//!         controller does not support the given screen dimensions
//!
////////////////////////////////////////////////////////////////////////////////
static RtStatus_t SendControllerInitSeq(gfx_BitmapTypeEnum_t eBitmapType, 
                                        uint32_t u32Width, uint32_t u32Height)
{
    RtStatus_t ret = SUCCESS;
    //Init command
#ifdef DDI_DISPLAY_CONTROLLER_ILI814
    ddi_display_controller_WriteDirect(CMD_MODE, 0xf1);    // Device ID password
    ddi_display_controller_WriteDirect(PARAM_MODE, 0x0d);  // ILI814 
#endif
    ddi_display_controller_WriteDirect(CMD_MODE, 0x14);    // Dot matrix stand-by
    ddi_display_controller_WriteDirect(PARAM_MODE, 0x00);   // --- OSCA start
    ddi_display_controller_WriteDirect(CMD_MODE, 0x02);    // Dot matrix on/off
    ddi_display_controller_WriteDirect(PARAM_MODE, 0x00);   // --- off
    ddi_display_controller_WriteDirect(CMD_MODE, 0x1a);    // Dot matrix freq set
    ddi_display_controller_WriteDirect(PARAM_MODE, 0x02);   //

    ddi_display_controller_WriteDirect(CMD_MODE, 0x1d);    // Addressing mode
    ddi_display_controller_WriteDirect(PARAM_MODE, 0x00);

    ddi_display_controller_WriteDirect(CMD_MODE, 0x09);    // Display direction control
    ddi_display_controller_WriteDirect(PARAM_MODE, 0x00);
    
    ddi_display_controller_WriteDirect(CMD_MODE, 0x40);    // Red dot current set
    ddi_display_controller_WriteDirect(PARAM_MODE, 0x21);
    ddi_display_controller_WriteDirect(CMD_MODE, 0x41);    // Green dot current set
    ddi_display_controller_WriteDirect(PARAM_MODE, 0x21);
    ddi_display_controller_WriteDirect(CMD_MODE, 0x42);    // Blue dot current set
    ddi_display_controller_WriteDirect(PARAM_MODE, 0x2a);
    
    ddi_display_controller_WriteDirect(CMD_MODE, 0x1e);    // Data reverse & color masking
    ddi_display_controller_WriteDirect(PARAM_MODE, 0x07);
    ddi_display_controller_WriteDirect(CMD_MODE, 0x13);    // Row scan sequence set
    ddi_display_controller_WriteDirect(PARAM_MODE, 0x00);
#ifndef DDI_DISPLAY_CONTROLLER_ILI814
    ddi_display_controller_WriteDirect(CMD_MODE, 0x16);    // Peak pulse delay set
    ddi_display_controller_WriteDirect(PARAM_MODE, 0x02);
    
    ddi_display_controller_WriteDirect(CMD_MODE, 0x3a);    // Red peak pulse width set
    ddi_display_controller_WriteDirect(PARAM_MODE, 0x0a);
    ddi_display_controller_WriteDirect(CMD_MODE, 0x3b);    // Green peak pulse width set
    ddi_display_controller_WriteDirect(PARAM_MODE, 0x0c);