cal_mem_def.h
27.5 KB
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/*******************************************************************************
* Copyright Statement:
* --------------------
* This software is protected by Copyright and the information contained
* herein is confidential. The software may not be copied and the information
* contained herein may not be used or disclosed except with the written
* permission of MediaTek Inc. (C) 2005
*
* BY OPENING THIS FILE, BUYER HEREBY UNEQUIVOCALLY ACKNOWLEDGES AND AGREES
* THAT THE SOFTWARE/FIRMWARE AND ITS DOCUMENTATIONS ("MEDIATEK SOFTWARE")
* RECEIVED FROM MEDIATEK AND/OR ITS REPRESENTATIVES ARE PROVIDED TO BUYER ON
* AN "AS-IS" BASIS ONLY. MEDIATEK EXPRESSLY DISCLAIMS ANY AND ALL WARRANTIES,
* EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF
* MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE OR NONINFRINGEMENT.
* NEITHER DOES MEDIATEK PROVIDE ANY WARRANTY WHATSOEVER WITH RESPECT TO THE
* SOFTWARE OF ANY THIRD PARTY WHICH MAY BE USED BY, INCORPORATED IN, OR
* SUPPLIED WITH THE MEDIATEK SOFTWARE, AND BUYER AGREES TO LOOK ONLY TO SUCH
* THIRD PARTY FOR ANY WARRANTY CLAIM RELATING THERETO. MEDIATEK SHALL ALSO
* NOT BE RESPONSIBLE FOR ANY MEDIATEK SOFTWARE RELEASES MADE TO BUYER'S
* SPECIFICATION OR TO CONFORM TO A PARTICULAR STANDARD OR OPEN FORUM.
*
* BUYER'S SOLE AND EXCLUSIVE REMEDY AND MEDIATEK'S ENTIRE AND CUMULATIVE
* LIABILITY WITH RESPECT TO THE MEDIATEK SOFTWARE RELEASED HEREUNDER WILL BE,
* AT MEDIATEK'S OPTION, TO REVISE OR REPLACE THE MEDIATEK SOFTWARE AT ISSUE,
* OR REFUND ANY SOFTWARE LICENSE FEES OR SERVICE CHARGE PAID BY BUYER TO
* MEDIATEK FOR SUCH MEDIATEK SOFTWARE AT ISSUE.
*
* THE TRANSACTION CONTEMPLATED HEREUNDER SHALL BE CONSTRUED IN ACCORDANCE
* WITH THE LAWS OF THE STATE OF CALIFORNIA, USA, EXCLUDING ITS CONFLICT OF
* LAWS PRINCIPLES. ANY DISPUTES, CONTROVERSIES OR CLAIMS ARISING THEREOF AND
* RELATED THERETO SHALL BE SETTLED BY ARBITRATION IN SAN FRANCISCO, CA, UNDER
* THE RULES OF THE INTERNATIONAL CHAMBER OF COMMERCE (ICC).
*
*******************************************************************************/
/*******************************************************************************
* Filename:
* ---------
* cal_mem_def.h
*
* Project:
* --------
*
*
* Description:
* ------------
* This file is intends for defining memory requirement of CAL.
*
* Author:
* -------
* -------
*
*============================================================================
* HISTORY
* Below this line, this part is controlled by PVCS VM. DO NOT MODIFY!!
*------------------------------------------------------------------------------
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*============================================================================
****************************************************************************/
#ifndef __CAL_MEM_DEF_H__
#define __CAL_MEM_DEF_H__
#include "isp_mem.h"
#include "jaia_mem.h"
#include "idp_mem_def.h"
#include "jpeg_mem.h"
#include "drv_sw_features_jpeg.h"
#include "pp_mem_def.h"
#include "sensor_capability.h"
#include "lcd_sw_inc.h"
#include "cal_feature_option.h"
#include "mav_mem.h"
#ifndef ISP_IMAGE_BUF_SIZE
#define ISP_IMAGE_BUF_SIZE 0
#endif
#ifndef ISP_EXT_WORKING_BUF_SIZE
#define ISP_EXT_WORKING_BUF_SIZE 0
#endif
#ifndef JPEG_ENC_EXT_MIN_MEM_SIZE
#define JPEG_ENC_EXT_MIN_MEM_SIZE 0
#endif
#ifndef JAIA_WORKING_BUF_SIZE_FOR_CAMERA_CAPTURE
#define JAIA_WORKING_BUF_SIZE_FOR_CAMERA_CAPTURE 0
#endif
#ifndef IDP_MEM_CONSUME_CAMERA_PREVIEW_EXTMEM
#define IDP_MEM_CONSUME_CAMERA_PREVIEW_EXTMEM 0
#endif
#ifndef IDP_MEM_CONSUME_CAMERA_CAPTURE_TO_JPEG_EXTMEM
#define IDP_MEM_CONSUME_CAMERA_CAPTURE_TO_JPEG_EXTMEM 0
#endif
#ifndef IDP_MEM_CONSUME_VIDEO_ENCODE_EXTMEM
#define IDP_MEM_CONSUME_VIDEO_ENCODE_EXTMEM 0
#endif
#ifndef IDP_MEM_CONSUME_VIDEO_CALL_ENCODE_EXTMEM
#define IDP_MEM_CONSUME_VIDEO_CALL_ENCODE_EXTMEM 0
#endif
#ifndef PP_PREVIEW_EXT_MEM_SIZE
#define PP_PREVIEW_EXT_MEM_SIZE 0
#endif
#ifndef PP_CAPTURE_EXT_MEM_SIZE
#define PP_CAPTURE_EXT_MEM_SIZE 0
#endif
#ifndef PP_BG_POSTPROC_EXT_MEM_SIZE
#define PP_BG_POSTPROC_EXT_MEM_SIZE 0
#endif
#ifndef PP_POSTPROC_HDR_EXT_IMAGE_MEM_SIZE
#define PP_POSTPROC_HDR_EXT_IMAGE_MEM_SIZE 0
#endif
#ifndef PP_POSTPROC_HDR_EXT_WORKING_MEM_SIZE
#define PP_POSTPROC_HDR_EXT_WORKING_MEM_SIZE 0
#endif
#ifndef JPEG_DEC_EXT_MIN_MEM_SIZE
#define JPEG_DEC_EXT_MIN_MEM_SIZE 0
#endif
#ifndef PP_POSTPROC_EXT_MEM_SIZE
#define PP_POSTPROC_EXT_MEM_SIZE 0
#endif
#ifndef JPEG_ENC_EXT_MAX_MEM_SIZE
#define JPEG_ENC_EXT_MAX_MEM_SIZE 0
#endif
#ifndef JPEG_SW_ENC_EXT_MIN_MEM_SIZE
#define JPEG_SW_ENC_EXT_MIN_MEM_SIZE 0
#endif
#if (defined(__CAL_ADVANCED_IMAGE_EFFECT_SUPPORT__))
#define PREVIEW_IMAGE_EFFECT_MEM_SIZE LCD_WIDTH*LCD_HEIGHT*4
#else
#define PREVIEW_IMAGE_EFFECT_MEM_SIZE 0
#endif
#if defined(__JPEG_SENSOR_SUPPORT__)
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE_VGA (300*1024) /* 300KB for VGA */
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE_1M (896*1024) /* 896KB for 1.3M */
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE_2M (1536*1024) /* 1536KB for 2M */
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE_3M (2048*1024) /* 2048KB for 3M */
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE_4M (2560*1024) /* 2048KB for 3M */
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE_5M (3072*1024) /* 3072KB for 5M */
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE_8M (5600*1024) /* 5600KB for 8M */
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE_OTHER (896*1024)
#else // for yuv or raw sensor
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE_VGA (900*1024) /* for VGA */
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE_1M (1000*1024) /* for 1.3M */
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE_2M (1200*1024) /* 1536KB for 2M */
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE_3M (1400*1024) /* 2048KB for 3M */
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE_4M (2560*1024) /* 2048KB for 3M */
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE_5M (3072*1024) /* 3072KB for 5M */
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE_8M (5600*1024) /* 5600KB for 8M */
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE_OTHER (900*1024)
#endif
#if (defined(__YUVCAM_INTERPOLATION_SW__) || defined(__YUVCAM_INTERPOLATION_HW__))
#if defined(__IMAGE_SENSOR_01M__)
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE (300*1024) /* 300KB for 0.3M */
#elif defined(__IMAGE_SENSOR_03M__)
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE (896*1024) /* 896KB for 1.3M */
#elif defined(__IMAGE_SENSOR_1M__)
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE (1536*1024) /* 1536KB for 2M */
#elif defined(__IMAGE_SENSOR_2M__)
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE (2048*1024) /* 2048KB for 3M */
#elif defined(__IMAGE_SENSOR_3M__)
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE (3072*1024) /* 3072KB for 5M */
#elif defined(__IMAGE_SENSOR_5M__)
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE (5600*1024) /* 5600KB for 8M */
#elif defined(__IMAGE_SENSOR_8M__)
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE (5600*1024) /* 5600KB for 8M */
#else
//#error "Please define max resolution of sensor in image_sensor.h"
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE (1*1024) /* a dummy buffer if no sensor is selected */
#endif
// the address offset between raw image and JPEG image buffer while overlap these two buffers
// it is to minimize the requirement of memory while capture a picture
#if (defined(__IMAGE_SENSOR_03M__)||defined(__IMAGE_SENSOR_01M__))
#define CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET (88320)
#elif defined(__IMAGE_SENSOR_1M__)
#define CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET (93440)
#elif defined(__IMAGE_SENSOR_2M__)
#define CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET (100608)
#elif defined(__IMAGE_SENSOR_3M__)
#define CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET (109312)
#elif defined(__IMAGE_SENSOR_5M__)
#define CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET (109312)
#elif defined(__IMAGE_SENSOR_8M__)
#define CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET (109312)
#else
#define CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET (1024) /* dummy buffer if no sensor is selcted */
#endif
#else
#if defined(__IMAGE_SENSOR_01M__)
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE (100*1024 + 0x10000) /* 100KB for CIF and 0x10000 is the JAIA offset*/
#elif defined(__IMAGE_SENSOR_03M__)
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE (300*1024) /* 300KB for VGA */
#elif defined(__IMAGE_SENSOR_1M__)
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE (896*1024) /* 896KB for 1.3M */
#elif defined(__IMAGE_SENSOR_2M__)
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE (1536*1024) /* 1536KB for 2M */
#elif defined(__IMAGE_SENSOR_3M__)
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE (2048*1024) /* 2048KB for 3M */
#elif defined(__IMAGE_SENSOR_5M__)
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE (3072*1024) /* 3072KB for 5M */
#elif defined(__IMAGE_SENSOR_8M__)
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE (5600*1024) /* 5600KB for 8M */
#else
//#error "Please define max resolution of sensor in image_sensor.h"
#define MAX_STILL_CAPTURE_JPEG_BUFF_SIZE (1*1024) /* a dummy buffer if no sensor is selected */
#endif
// the address offset between raw image and JPEG image buffer while overlap these two buffers
// it is to minimize the requirement of memory while capture a picture
#if (defined(__IMAGE_SENSOR_03M__)||defined(__IMAGE_SENSOR_01M__))
#define CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET (78080)
#elif defined(__IMAGE_SENSOR_1M__)
#define CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET (88320)
#elif defined(__IMAGE_SENSOR_2M__)
#define CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET (93440)
#elif defined(__IMAGE_SENSOR_3M__)
#define CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET (100608)
#elif defined(__IMAGE_SENSOR_5M__)
#define CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET (109312)
#elif defined(__IMAGE_SENSOR_8M__)
#define CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET (109312)
#else
#define CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET (1024) /* dummy buffer if no sensor is selcted */
#endif
#endif
//#if ((defined(MT6252) || defined(MT6255)) && (defined(__CAMERA_MOTION_SENSOR_SUPPORT_BY_TAG__)||defined(__CAMERA_MOTION_SENSOR_SUPPORT_BY_ENCODE__)))
#if ((defined(MT6252) || defined(MT6255)|| defined(MT6250)|| defined(MT6256)|| defined(MT6260)|| defined(MT6261)|| defined(MT2501)|| defined(MT2502)) && !defined(__CAMCO_QUICK_VIEW_ROTATE_SHRAE_APP_MEM__) && !defined(__CAMERA_NO_NEED_QUICK_VIEW_ROTATE__)) /* QVI rotate buffer from APP to reduce memory usage */
#define CAL_QVI_ROT_WORKING_BUFF_SIZE LCD_WIDTH*LCD_HEIGHT*2
#else
#define CAL_QVI_ROT_WORKING_BUFF_SIZE 0
#endif
// CAL_PREVIEW_EXT_MEMORY_SIZE : the external working memory for camera preview only scenario
// CAL_STILL_CAPTURE_EXT_MEMORY_SIZE : the external working memory for still capture only scenario
// CAL_VIDEO_EXT_MEMORY_SIZE : the external working memory for video only scenario
// CAL_PP_PREVIEW_EXT_MEMORY_SIZE : additional external working memory if FD/SD is enable during camera preview
// CAL_PP_STILL_CAPTURE_EXT_MEMORY_SIZE : addition external working memory if Panorama is enable during camera still capture
// CAL_PP_BG_EXT_MEMORY_SIZE : the external working memory for post process backgournd stitch. It will exist during the panorama capture.
// CAL_PP_SCENARIO_EXT_MEMORY_SIZE : the external working memory for post process scenario
// CAL_WEB_CAM_PREVIEW_EXT_MEM_SIZE : the external working memory for web camera preview scenario
// CAL_WEB_CAM_STILL_CAPTURE_EXT_MEM_SIZE : the external working memory for web camera still capture scenario
// CAL_STILL_CAPTURE_RAW_IMAGE_BUFF_SIZE : the raw image buffer for still capture scenario.
// the address offset from JPEG start address for JAIA merge
#define CAL_JAIA_MEMORY_OFFSET 0x10000
#define CAL_MAX_EXT_MEM(A,B) ( ((A)>(B)) ? (A) : (B))
#define CAL_JAIA_EXT_MEM_SIZE(RawBuffSize, JaiaBuffSize) (((RawBuffSize)>(JaiaBuffSize)) ? 0 : JaiaBuffSize)
#define MAX_STILL_CAPTURE_LCD_IMAGE_JPEG_BUFF_SIZE (LCD_WIDTH*LCD_HEIGHT+CAL_JAIA_MEMORY_OFFSET)
#define IMAGE_SENSOR_BAYER_FULL_SIZE (IMAGE_SENSOR_SOURCE_MAX_WIDTH * IMAGE_SENSOR_SOURCE_MAX_HEIGHT)
#define USE_LCD_SIZE_RESOLUTION (ISP_IMAGE_BUF_SIZE ? ((LCD_WIDTH*LCD_HEIGHT*4>ISP_IMAGE_BUF_SIZE)? 0 : 1) : (((LCD_WIDTH*LCD_HEIGHT*4)>(IMAGE_SENSOR_SOURCE_MAX_WIDTH * IMAGE_SENSOR_SOURCE_MAX_HEIGHT*2))? 0 : 1) )
#define USE_VGA_SIZE_RESOLUTION (ISP_IMAGE_BUF_SIZE ? ((640*480*4>ISP_IMAGE_BUF_SIZE)? 0 : 1) : (((640*480*4)>(IMAGE_SENSOR_SOURCE_MAX_WIDTH * IMAGE_SENSOR_SOURCE_MAX_HEIGHT*2))? 0 : 1) )
#if ((defined(MT6255) || defined(MT6256)) && defined(__JPEG_SENSOR_SUPPORT__))
#define STILL_CAPTURE_PRE_IMAGE_EXT_MEM_SIZE 0
#else
#define STILL_CAPTURE_PRE_IMAGE_EXT_MEM_SIZE ((JPEG_ENC_EXT_MIN_MEM_SIZE+31)&0xFFFFFFE0)
#endif
#define STILL_CAPTURE_PRE_IMAGE_BUFF_SIZE (((CAL_MAX_EXT_MEM((LCD_WIDTH*LCD_HEIGHT*4)+CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET+CAL_JAIA_MEMORY_OFFSET,(MAX_STILL_CAPTURE_LCD_IMAGE_JPEG_BUFF_SIZE+JAIA_WORKING_BUF_SIZE_FOR_CAMERA_CAPTURE))+CAL_QVI_ROT_WORKING_BUFF_SIZE+31)&0xFFFFFFE0)+10240)
#if ((defined(MT6255) || defined(MT6256)) && defined(__JPEG_SENSOR_SUPPORT__))
#define STILL_CAPTURE_VGA_IMAGE_EXT_MEM_SIZE 0
#else
#define STILL_CAPTURE_VGA_IMAGE_EXT_MEM_SIZE ((JPEG_ENC_EXT_MIN_MEM_SIZE+31)&0xFFFFFFE0)
#endif
#define STILL_CAPTURE_VGA_IMAGE_BUFF_SIZE (((CAL_MAX_EXT_MEM((640*480*4)+CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET+CAL_JAIA_MEMORY_OFFSET,(640*480+JAIA_WORKING_BUF_SIZE_FOR_CAMERA_CAPTURE))+CAL_QVI_ROT_WORKING_BUFF_SIZE+31)&0xFFFFFFE0)+10240)
#define CAL_PREVIEW_EXT_MEMORY_SIZE ((PREVIEW_IMAGE_EFFECT_MEM_SIZE+IDP_MEM_CONSUME_CAMERA_PREVIEW_EXTMEM+31)&0xFFFFFFE0)
//#define CAL_STILL_CAPTURE_EXT_MEMORY_SIZE (CAL_MAX_EXT_MEM((ISP_EXT_WORKING_BUF_SIZE + IDP_MEM_CONSUME_CAMERA_CAPTURE_TO_JPEG_EXTMEM + JPEG_ENC_EXT_MIN_MEM_SIZE), CAL_JAIA_EXT_MEM_SIZE(ISP_IMAGE_BUF_SIZE,JAIA_WORKING_BUF_SIZE_FOR_CAMERA_CAPTURE))+31)&0xFFFFFFE0
#if ((defined(MT6255) || defined(MT6256)) && defined(__JPEG_SENSOR_SUPPORT__))
#define CAL_STILL_CAPTURE_EXT_MEMORY_SIZE 0
#else
#define CAL_STILL_CAPTURE_EXT_MEMORY_SIZE ((ISP_EXT_WORKING_BUF_SIZE + IDP_MEM_CONSUME_CAMERA_CAPTURE_TO_JPEG_EXTMEM + JPEG_ENC_EXT_MIN_MEM_SIZE+31)&0xFFFFFFE0)
#endif
#if defined(__JPEG_SENSOR_SUPPORT__)
#if defined(MT6255)
#define CAL_STILL_CAPTURE_MAIN_IMAGE_BUFF_SIZE ((CAL_MAX_EXT_MEM((ISP_IMAGE_BUF_SIZE+IDP_MEM_CONSUME_CAMERA_CAPTURE_TO_JPEG_EXTMEM),(MAX_STILL_CAPTURE_JPEG_BUFF_SIZE+JAIA_WORKING_BUF_SIZE_FOR_CAMERA_CAPTURE))+CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET+CAL_JAIA_MEMORY_OFFSET+31+CAL_QVI_ROT_WORKING_BUFF_SIZE)&0xFFFFFFE0)
#elif defined(MT6256)
#define CAL_STILL_CAPTURE_MAIN_IMAGE_BUFF_SIZE ((CAL_MAX_EXT_MEM(MAX_STILL_CAPTURE_JPEG_BUFF_SIZE,IDP_MEM_CONSUME_CAMERA_CAPTURE_TO_JPEG_EXTMEM)+CAL_MAX_EXT_MEM(JAIA_WORKING_BUF_SIZE_FOR_CAMERA_CAPTURE,ISP_EXT_WORKING_BUF_SIZE)+CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET+CAL_JAIA_MEMORY_OFFSET+31+CAL_QVI_ROT_WORKING_BUFF_SIZE)&0xFFFFFFE0)
#else
#define CAL_STILL_CAPTURE_MAIN_IMAGE_BUFF_SIZE ((CAL_MAX_EXT_MEM(ISP_IMAGE_BUF_SIZE+CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET+CAL_JAIA_MEMORY_OFFSET,(MAX_STILL_CAPTURE_JPEG_BUFF_SIZE+JAIA_WORKING_BUF_SIZE_FOR_CAMERA_CAPTURE+CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET+CAL_JAIA_MEMORY_OFFSET))+31+CAL_QVI_ROT_WORKING_BUFF_SIZE)&0xFFFFFFE0)
#endif
#else // yuv sensor
#define CAL_STILL_CAPTURE_MAIN_IMAGE_BUFF_SIZE ((CAL_MAX_EXT_MEM(ISP_IMAGE_BUF_SIZE+CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET+CAL_JAIA_MEMORY_OFFSET,(MAX_STILL_CAPTURE_JPEG_BUFF_SIZE+JAIA_WORKING_BUF_SIZE_FOR_CAMERA_CAPTURE))+31+CAL_QVI_ROT_WORKING_BUFF_SIZE)&0xFFFFFFE0)
#endif
#define CAL_VIDEO_EXT_MEMORY_SIZE ((IDP_MEM_CONSUME_VIDEO_ENCODE_EXTMEM+31)&0xFFFFFFE0)
#define CAL_VT_EXT_MEMORY_SIZE ((IDP_MEM_CONSUME_VIDEO_CALL_ENCODE_EXTMEM+31)&0xFFFFFFE0)
#define CAL_PP_PREVIEW_EXT_MEMORY_SIZE ((PP_PREVIEW_EXT_MEM_SIZE+31)&0xFFFFFFE0)
#define CAL_PP_STILL_CAPTURE_EXT_MEMORY_SIZE ((PP_CAPTURE_EXT_MEM_SIZE+31)&0xFFFFFFE0)
#define CAL_PP_BG_EXT_MEMORY_SIZE ((PP_BG_POSTPROC_EXT_MEM_SIZE+31)&0xFFFFFFE0)
#if defined(__HIGH_DYNAMIC_RANGE_SUPPORT__)
// CAL hdr post-processing result image buffer (before encode) ; contained jaia working buffer
// CAL hdr post-processing working mem ; pp_working || jpeg_enc_working || jpeg_dec_working || lcd_size yuv420 tmp buffer for dithering
#define CAL_PP_HDR_SCENARIO_EXT_IMAGE_SIZE ( (CAL_MAX_EXT_MEM((PP_POSTPROC_HDR_EXT_IMAGE_MEM_SIZE+CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET+CAL_JAIA_MEMORY_OFFSET),(MAX_STILL_CAPTURE_JPEG_BUFF_SIZE+JAIA_WORKING_BUF_SIZE_FOR_CAMERA_CAPTURE))+31)&0xFFFFFFE0 )
#if (defined(__CAMERA_MOTION_SENSOR_SUPPORT_BY_TAG__)||defined(__CAMERA_MOTION_SENSOR_SUPPORT_BY_ENCODE__))
#define CAL_PP_HDR_SCENARIO_EXT_WORKING_SIZE ( (CAL_MAX_EXT_MEM(CAL_MAX_EXT_MEM(PP_POSTPROC_HDR_EXT_WORKING_MEM_SIZE, LCD_WIDTH*LCD_HEIGHT*2)+JPEG_ENC_EXT_MIN_MEM_SIZE, CAL_MAX_EXT_MEM(JPEG_ENC_EXT_MIN_MEM_SIZE, JPEG_DEC_EXT_MIN_MEM_SIZE)) + 31)&0xFFFFFFE0 )
#else
#define CAL_PP_HDR_SCENARIO_EXT_WORKING_SIZE ( (CAL_MAX_EXT_MEM(CAL_MAX_EXT_MEM(PP_POSTPROC_HDR_EXT_WORKING_MEM_SIZE, LCD_WIDTH*LCD_HEIGHT*3/2), CAL_MAX_EXT_MEM(JPEG_ENC_EXT_MIN_MEM_SIZE, JPEG_DEC_EXT_MIN_MEM_SIZE)) + 31)&0xFFFFFFE0 )
#endif
// #define CAL_PP_HDR_SCENARIO_EXT_WORKING_SIZE ( (CAL_MAX_EXT_MEM(PP_POSTPROC_HDR_EXT_WORKING_MEM_SIZE, CAL_MAX_EXT_MEM(JPEG_ENC_EXT_MIN_MEM_SIZE, JPEG_DEC_EXT_MIN_MEM_SIZE)) + 31)&0xFFFFFFE0 )
#else
#define CAL_PP_HDR_SCENARIO_EXT_IMAGE_SIZE (0)
#define CAL_PP_HDR_SCENARIO_EXT_WORKING_SIZE (0)
#endif
#define CAL_PP_HDR_SCENARIO_EXT_MEMORY_SIZE (CAL_PP_HDR_SCENARIO_EXT_IMAGE_SIZE+CAL_PP_HDR_SCENARIO_EXT_WORKING_SIZE)
#if defined(__PANORAMA_VIEW_SUPPORT__)
#define CAL_PP_PANO_SCENARIO_EXT_IMAGE_SIZE (PP_POSTPROC_EXT_MEM_SIZE) // tmp
#define CAL_PP_PANO_SCENARIO_EXT_WORKING_SIZE (0) // tmp
#elif defined(__AUTOCAP_PANORAMA_SUPPORT__)
#define CAL_PP_PANO_SCENARIO_EXT_IMAGE_SIZE (PP_POSTPROC_PANO_EXT_IMAGE_MEM_SIZE) // tmp
#define CAL_PP_PANO_SCENARIO_EXT_WORKING_SIZE (PP_POSTPROC_PANO_EXT_WORKING_MEM_SIZE)
#else
#define CAL_PP_PANO_SCENARIO_EXT_IMAGE_SIZE (0)
#define CAL_PP_PANO_SCENARIO_EXT_WORKING_SIZE (0)
#endif
#define CAL_PP_PANO_SCENARIO_EXT_MEMORY_SIZE (CAL_PP_PANO_SCENARIO_EXT_IMAGE_SIZE+CAL_PP_PANO_SCENARIO_EXT_WORKING_SIZE)
// cal postproc scenario external memory usage
#if ( CAL_PP_HDR_SCENARIO_EXT_MEMORY_SIZE > CAL_PP_PANO_SCENARIO_EXT_MEMORY_SIZE )
#define CAL_PP_SCENARIO_EXT_MEMORY_SIZE ((CAL_PP_HDR_SCENARIO_EXT_MEMORY_SIZE+31)&0xFFFFFFE0)
#else
#define CAL_PP_SCENARIO_EXT_MEMORY_SIZE ((CAL_PP_PANO_SCENARIO_EXT_MEMORY_SIZE+31)&0xFFFFFFE0)
#endif
// cal mav scenario external memory usage
#if ( PP_POSTPROC_MAV_EXT_WORKING_MEM_SIZE > (MAV_ENC_MAX_WORKING_BUF_SIZE+MAV_ENC_MAX_DESTINATION_BUF_SIZE) )
#define CAL_PP_MAV_SCENARIO_EXT_MEMORY_SIZE ((LCD_WIDTH*LCD_HEIGHT*3*MAV_IMAGE_NUM/2+PP_POSTPROC_MAV_EXT_WORKING_MEM_SIZE+31)&0xFFFFFFE0)
#else
#define CAL_PP_MAV_SCENARIO_EXT_MEMORY_SIZE ((LCD_WIDTH*LCD_HEIGHT*3*MAV_IMAGE_NUM/2+MAV_ENC_MAX_WORKING_BUF_SIZE+MAV_ENC_MAX_DESTINATION_BUF_SIZE+31)&0xFFFFFFE0)
#endif
// Camera gyro
// cal camera-motion scenario external memory usage (same with mavcap only)
#define CAL_PP_CAMERA_GYRO_SCENARIO_EXT_MEMORY_SIZE ((MAVCAP_IMAGE_XS*MAVCAP_IMAGE_YS*3+PP_PREVIEW_CAMERA_GYRO_EXT_WORKING_MEM_SIZE+31)&0xFFFFFFE0)
#if ((defined(MT6255) || defined(MT6256)) && defined(__JPEG_SENSOR_SUPPORT__))
#define CAL_STILL_CAPTURE_LCD_IMAGE_EXT_MEMORY_SIZE 0
#else
#define CAL_STILL_CAPTURE_LCD_IMAGE_EXT_MEMORY_SIZE (USE_LCD_SIZE_RESOLUTION ? STILL_CAPTURE_PRE_IMAGE_EXT_MEM_SIZE : CAL_STILL_CAPTURE_EXT_MEMORY_SIZE)
#endif
// if ISP raw capture is disabled (6276), Then use preview image buffer is enough since the LCD size image will be captured.
// if ISP raw capture is enabled (6236/6268), then check whether the the max capture size less then preview size to decide request
// full image size buffer or not.
#define CAL_STILL_CAPTURE_LCD_IMAGE_BUFF_SIZE (ISP_IMAGE_BUF_SIZE ? (USE_LCD_SIZE_RESOLUTION ? STILL_CAPTURE_PRE_IMAGE_BUFF_SIZE :CAL_MAX_EXT_MEM(CAL_STILL_CAPTURE_MAIN_IMAGE_BUFF_SIZE,STILL_CAPTURE_PRE_IMAGE_BUFF_SIZE)) : STILL_CAPTURE_PRE_IMAGE_BUFF_SIZE)
// If AP just need capture LCD size(like MRE) and without thumbnial and quickview for JAIA.
// CAL alloc only 2 YUV420 capture(LCD size) buffer (lcd_w * lcd_h * 1.5 * 2).
// 1. If capture need rotate, capture to top YUV420 buffer(1st buffer), and rotate to below YUV420 buffer(2nd buffer).
// 2. If capture need not rotate, capture to below YUV420 buffer(2nd buffer).
// 3. Rotate below YUV420 buffer(2nd buffer) to top YUV420 buffer(1st buffer), for QVI rotate.
// 4. Resize top YUV420 buffer(1st buffer) to destination display QVI buffer.
// 5. Encode below YUV420 buffer(2nd buffer) to jpeg which position is top YUV420 buffer(1st buffer)
#define CAL_STILL_CAPTURE_LCD_IMAGE_BUFF_MIN_SIZE (LCD_WIDTH*LCD_HEIGHT*3)
#if ((defined(MT6255) || defined(MT6256)) && defined(__JPEG_SENSOR_SUPPORT__))
#define CAL_STILL_CAPTURE_VGA_IMAGE_EXT_MEMORY_SIZE 0
#else
#define CAL_STILL_CAPTURE_VGA_IMAGE_EXT_MEMORY_SIZE (USE_VGA_SIZE_RESOLUTION ? STILL_CAPTURE_VGA_IMAGE_EXT_MEM_SIZE : CAL_STILL_CAPTURE_EXT_MEMORY_SIZE)
#endif
#define CAL_STILL_CAPTURE_VGA_IMAGE_BUFF_SIZE (ISP_IMAGE_BUF_SIZE ? (USE_VGA_SIZE_RESOLUTION ? STILL_CAPTURE_VGA_IMAGE_BUFF_SIZE :CAL_STILL_CAPTURE_MAIN_IMAGE_BUFF_SIZE) : STILL_CAPTURE_VGA_IMAGE_BUFF_SIZE)
//// WEBCAM external memory //////
#define WEBCAM_MAX_WIDTH (640) ///Bin: TODO: should can be customized ??
#define WEBCAM_MAX_HEIGHT (480)
#ifdef __JPEG_ENC_HW_SUPPORTED__
#define CAL_WEBCAM_JPEG_BUFFER_SIZE (300*1024) ///WEBCAM JPEG bitstream buffer (triple buffer for USB)
#define WEBCAM_YUV_IMAGE_BUFFER_SIZE (0) ///For YUV420
#else
#define CAL_WEBCAM_JPEG_BUFFER_SIZE (145*1024) /// (0xC000+12)*3 - Make sure sync with webcam
#define WEBCAM_YUV_IMAGE_BUFFER_SIZE (WEBCAM_MAX_WIDTH*WEBCAM_MAX_WIDTH*3/2)
#endif
#define CAL_WEBCAM_EXT_MEM_SIZE ((WEBCAM_YUV_IMAGE_BUFFER_SIZE+IDP_MEM_CONSUME_CAMERA_CAPTURE_TO_JPEG_EXTMEM+JPEG_ENC_EXT_MAX_MEM_SIZE+31)&0xFFFFFFE0)
//// WEBCAM end ////
#define CAL_STILL_CAPTURE_RAW_IMAGE_BUFF_SIZE ((ISP_IMAGE_BUF_SIZE+31)&0xFFFFFFE0)
typedef union
{
kal_uint8 _CAL_JAIA_MEMORY_OFFSET[CAL_JAIA_MEMORY_OFFSET+4];
kal_uint8 _CAL_PP_BG_EXT_MEMORY_SIZE[CAL_PP_BG_EXT_MEMORY_SIZE+4];
kal_uint8 _CAL_PP_HDR_SCENARIO_EXT_IMAGE_SIZE[CAL_PP_HDR_SCENARIO_EXT_IMAGE_SIZE+4];
kal_uint8 _CAL_PP_HDR_SCENARIO_EXT_MEMORY_SIZE[CAL_PP_HDR_SCENARIO_EXT_MEMORY_SIZE+4];
kal_uint8 _CAL_PP_HDR_SCENARIO_EXT_WORKING_SIZE[CAL_PP_HDR_SCENARIO_EXT_WORKING_SIZE+4];
kal_uint8 _CAL_PP_PANO_SCENARIO_EXT_IMAGE_SIZE[CAL_PP_PANO_SCENARIO_EXT_IMAGE_SIZE+4];
kal_uint8 _CAL_PP_PANO_SCENARIO_EXT_MEMORY_SIZE[CAL_PP_PANO_SCENARIO_EXT_MEMORY_SIZE+4];
kal_uint8 _CAL_PP_PANO_SCENARIO_EXT_WORKING_SIZE[CAL_PP_PANO_SCENARIO_EXT_WORKING_SIZE+4];
kal_uint8 _CAL_PP_PREVIEW_EXT_MEMORY_SIZE[CAL_PP_PREVIEW_EXT_MEMORY_SIZE+4];
kal_uint8 _CAL_PP_SCENARIO_EXT_MEMORY_SIZE[CAL_PP_SCENARIO_EXT_MEMORY_SIZE+4];
kal_uint8 _CAL_PP_STILL_CAPTURE_EXT_MEMORY_SIZE[CAL_PP_STILL_CAPTURE_EXT_MEMORY_SIZE+4];
kal_uint8 _CAL_PREVIEW_EXT_MEMORY_SIZE[CAL_PREVIEW_EXT_MEMORY_SIZE+4];
kal_uint8 _CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET[CAL_RAW_IMAGE_JPEG_OVERLAP_OFFSET+4];
kal_uint8 _CAL_STILL_CAPTURE_EXT_MEMORY_SIZE[CAL_STILL_CAPTURE_EXT_MEMORY_SIZE+4];
kal_uint8 _CAL_STILL_CAPTURE_LCD_IMAGE_BUFF_SIZE[CAL_STILL_CAPTURE_LCD_IMAGE_BUFF_SIZE+4];
kal_uint8 _CAL_STILL_CAPTURE_LCD_IMAGE_BUFF_MIN_SIZE[CAL_STILL_CAPTURE_LCD_IMAGE_BUFF_MIN_SIZE+4];
kal_uint8 _CAL_STILL_CAPTURE_LCD_IMAGE_EXT_MEMORY_SIZE[CAL_STILL_CAPTURE_LCD_IMAGE_EXT_MEMORY_SIZE+4];
kal_uint8 _CAL_STILL_CAPTURE_MAIN_IMAGE_BUFF_SIZE[CAL_STILL_CAPTURE_MAIN_IMAGE_BUFF_SIZE+4];
kal_uint8 _CAL_STILL_CAPTURE_RAW_IMAGE_BUFF_SIZE[CAL_STILL_CAPTURE_RAW_IMAGE_BUFF_SIZE+4];
kal_uint8 _CAL_STILL_CAPTURE_VGA_IMAGE_BUFF_SIZE[CAL_STILL_CAPTURE_VGA_IMAGE_BUFF_SIZE+4];
kal_uint8 _CAL_STILL_CAPTURE_VGA_IMAGE_EXT_MEMORY_SIZE[CAL_STILL_CAPTURE_VGA_IMAGE_EXT_MEMORY_SIZE+4];
kal_uint8 _CAL_VIDEO_EXT_MEMORY_SIZE[CAL_VIDEO_EXT_MEMORY_SIZE+4];
kal_uint8 _CAL_VT_EXT_MEMORY_SIZE[CAL_VT_EXT_MEMORY_SIZE+4];
kal_uint8 _CAL_WEBCAM_EXT_MEM_SIZE[CAL_WEBCAM_EXT_MEM_SIZE+4];
kal_uint8 _CAL_WEBCAM_JPEG_BUFFER_SIZE[CAL_WEBCAM_JPEG_BUFFER_SIZE+4];
kal_uint8 _IMAGE_SENSOR_BAYER_FULL_SIZE[IMAGE_SENSOR_BAYER_FULL_SIZE+4];
kal_uint8 _MAX_STILL_CAPTURE_JPEG_BUFF_SIZE[MAX_STILL_CAPTURE_JPEG_BUFF_SIZE+4];
kal_uint8 _MAX_STILL_CAPTURE_LCD_IMAGE_JPEG_BUFF_SIZE[MAX_STILL_CAPTURE_LCD_IMAGE_JPEG_BUFF_SIZE+4];
kal_uint8 _STILL_CAPTURE_PRE_IMAGE_BUFF_SIZE[STILL_CAPTURE_PRE_IMAGE_BUFF_SIZE+4];
kal_uint8 _STILL_CAPTURE_PRE_IMAGE_EXT_MEM_SIZE[STILL_CAPTURE_PRE_IMAGE_EXT_MEM_SIZE+4];
kal_uint8 _STILL_CAPTURE_VGA_IMAGE_BUFF_SIZE[STILL_CAPTURE_VGA_IMAGE_BUFF_SIZE+4];
kal_uint8 _STILL_CAPTURE_VGA_IMAGE_EXT_MEM_SIZE[STILL_CAPTURE_VGA_IMAGE_EXT_MEM_SIZE+4];
kal_uint8 _USE_LCD_SIZE_RESOLUTION[USE_LCD_SIZE_RESOLUTION+4];
kal_uint8 _USE_VGA_SIZE_RESOLUTION[USE_VGA_SIZE_RESOLUTION+4];
kal_uint8 _WEBCAM_MAX_HEIGHT[WEBCAM_MAX_HEIGHT+4];
kal_uint8 _WEBCAM_MAX_WIDTH[WEBCAM_MAX_WIDTH+4];
kal_uint8 _WEBCAM_YUV_IMAGE_BUFFER_SIZE[WEBCAM_YUV_IMAGE_BUFFER_SIZE+4];
} CAL_EXT_MEM_UNION;
#endif /* __CAL_MEM_DEF_H__ */