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/*
* Copyright (C) 2012 - 2013 Freescale Semiconductor, Inc. All Rights Reserved.
* THIS SOURCE CODE IS CONFIDENTIAL AND PROPRIETARY AND MAY NOT
* BE USED OR DISTRIBUTED WITHOUT THE WRITTEN PERMISSION OF
* Freescale Semiconductor, Inc.
*/
#ifndef __EINK_PROCESSING_H__
#define __EINK_PROCESSING_H__
#include <linux/mxcfb.h>
#define WAVEFORM_SET_ALGO_DATA 1
#define WAVEFORM_RESTORE_DEFAULT_PMM 2
/*
* select a version according to SoCs on the platform
* i.MX6SL has Cortex A9 core
* i.MX508 has Cortex A8 core
* The algorithms are not compatible
* so use care to select proper lib.1_shipped for the correct core
* for the target platform.
*/
#undef IMX6SL_AA
#define IMX508_AA
/*
* E-ink Gen II waveform algorithm aa implementation - version 2.2.1
*
* Function Name:
* int do_aa_processing ( .. )
* input parameters:
* unsigned short *working_buffer_ptr_in,
* unsigned short *working_buffer_ptr_out,
* struct mxcfb_rect *update_region,
* long working_buffer_width
* long working_buffer_height
* return:
* 0 - normal exit
* -1 - no advance algorithm
*/
int do_aa_processing_v2_2_1(
unsigned short *working_buffer_ptr_in,
unsigned short *working_buffer_ptr_out,
struct mxcfb_rect *update_region,
long working_buffer_width,
long working_buffer_height);
/*
* E-ink Gen II waveform algorithm AA-D implementation version 2.1.1
* for i.MX50 (508: 86ms for 1024x768, 52ms for 800x600)
* Function Name:
* int do_aad_processing ( .. )
* input parameters:
* unsigned short *working_buffer_ptr_in,
* unsigned short *working_buffer_ptr_out,
* struct mxcfb_rect *update_region,
* long working_buffer_width
* long working_buffer_height
* return:
* 0 - normal exit
* -1 - no advance algorithm
*/
int do_aad_processing_v2_1_1(
unsigned short *working_buffer_ptr_in,
unsigned short *working_buffer_ptr_out,
struct mxcfb_rect *update_region,
long working_buffer_width,
long working_buffer_height);
/*
* E-ink Gen II waveform algorithm aa implementation - version 2.2.0
*
* Function Name:
* int do_aa_processing( .. )
* input parameters:
* unsigned char* update_region_ptr
* struct mxcfb_rect* update_region
* unsigned long update_region_stride
* unsigned short* working_buffer_ptr
* long working_buffer_width
* long working_buffer_height
* output:
* unsigned char* update_region_ptr
* return:
* 0 - normal exit
* -1 - no advance algorithm
*/
int do_aa_processing_v2_2_0(
unsigned char *update_region_ptr, struct mxcfb_rect *update_region,
unsigned long update_region_stride, unsigned short *working_buffer_ptr,
long working_buffer_width, long working_buffer_height);
/*
* E-ink Gen II waveform algorithm AA-D implementation version 2.1.0
* Function Name:
* int do_aad_processing( .. )
* input parameters:
* unsigned char* update_region_ptr
* struct mxcfb_rect* update_region
* unsigned long update_region_stride
* unsigned short* working_buffer_ptr
* long working_buffer_width
* long working_buffer_height
* output parameters:
* unsigned char* update_region_ptr
* return:
* 0 - normal exit
* -1 - no advance algorithm
*/
int do_aad_processing_v2_1_0(
unsigned char *update_region_ptr, struct mxcfb_rect *update_region,
unsigned long update_region_stride, unsigned short *working_buffer_ptr,
long working_buffer_width, long working_buffer_height);
/*
* API for setting the update counter
* Function Name:
* void set_aad_update_counter( .. )
* input parameters:
* unsigned long value
* return:
* none
*/
void set_aad_update_counter(unsigned long value);
/*
* Function for fetching the voltage control data for EPDC PMIC
* name: int mxc_epdc_fb_fetch_vc_data ( .. )
* return: 0 - normal exit, -1 - invalide waveform mode or invalid temperature range, -2 - data checksum error
* parameters: *waveform_vcd_buffer holds the voltage control data table for waveform modes, typically fb_data->waveform_vcd_buffer
* wMode - waveform mode for the interested vc data
* wTempRange - specific temperature range of the waveform mode for vc data
* waveform_mc - the number of waveform modes in the waveform file, typically it is fb_data-waveform_mc
* waveform_trc - the number of temperature ranges in each waveform mode, typically fb_data->waveform_trc
* *VoltageCtrlData - 16-byte data array for returning vc data
*/
int mxc_epdc_fb_fetch_vc_data( unsigned char *waveform_vcd_buffer,
unsigned wMode,
unsigned wTempRange,
unsigned waveform_mc,
unsigned waveform_trc,
unsigned char *VoltageCtrlData);
/*
* function for extracting the extra waveform information data (usually the waveform name)
* name: int mxc_epdc_fb_fetch_wxi_data(( .. )
* return: number of bytes in the extra information
* parameters: *waveform_xwi_buffer holds the extra waveform data, typically fb_data->waveform_xwi_buffer
* *ExtraWaveformString - NULL if no buffer allocated, the function will return the number of bytes in string
* and it can be used for allocating the string buffer
* Note: typically fetching the extra waveform information requires two function calls.
* The first call with NULL pointer to get the length of the information then allocate a string buffer with one byte larger than the size of the xwi
* The second call with the allocated buffer to get the data then set the null termination for completing the string.
*/
int mxc_epdc_fb_fetch_wxi_data( unsigned char *waveform_xwi_buffer,
char *ExtraWaveformString);
/*
* Function for preparing the advance algorithm control data
* name: int mxc_epdc_fb_prep_algorithm_data( ( .. )
* return: 0 - no advance algorithm data
* 1 - version 1 algorithm data (AA algorithm)
* 2 - version 2 algorithm data (AA/AA-D)
* -1 - no advance waveform support algorithms in this version of library
* -2 - invalid waveform mode or invalid temperature range
* < -2 values - data checksum errors
* parameters: *waveform_acd_buffer holds the algorithm control data table for waveform modes, typically fb_data->waveform_acd_buffer
* wMode - waveform mode for the interested vc data
* wTempRange - specific temperature range of the waveform mode for vc data
* waveform_mc - the number of waveform modes in the waveform file, typically it is fb_data-waveform_mc
* waveform_trc - the number of temperature ranges in each waveform mode, typically fb_data->waveform_trc
* waveform_magic_number - algorithm data code from the waveform file, typically fb_data->waveform_magic_number
* ctrlFlags - 0 just look up the version of the algorithm data,
* 1 - transfer the data to be used by algorithm if defined,
* 3 - same as 1 but restore the default data if there is no algorithm data.
*/
int mxc_epdc_fb_prep_algorithm_data( unsigned char *waveform_acd_buffer,
unsigned wMode,
unsigned wTempRange,
unsigned waveform_mc,
unsigned waveform_trc,
unsigned waveform_magic_number,
unsigned ctrlFlags);
/* Function about advance algoritms in this device driver
* name: int mxc_epdc_fb_aa_info( void )
* return: number of advance algorithms built into this device driver
* parameters: none
*/
int mxc_epdc_fb_aa_info( void );
#endif
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