cal_feature_ctrl.c
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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_feature_ctrl.c
*
* Project:
* --------
* All
*
* Description:
* ------------
* CAL interface
*
* Author:
* -------
* -------
*
*============================================================================
* HISTORY
* Below this line, this part is controlled by PVCS VM. DO NOT MODIFY!!
*------------------------------------------------------------------------------
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*------------------------------------------------------------------------------
* Upper this line, this part is controlled by PVCS VM. DO NOT MODIFY!!
*============================================================================
****************************************************************************/
#include "kal_release.h"
#include "cal_api.h"
#include "cal_if.h"
#include "image_sensor.h"
#include "isp_if.h"
#include "cal_if.h"
#include "cal_drv_features.h"
#include "cct_comm_def.h"
#include "sensor_comm_def.h"
#include "pp_comm_def.h"
#include "pp_api.h"
#include "feature_comm_def.h"
#include "pp_feature_def.h" /* to access the define of __POSTPROC_SUPPORT__ */
#include "cal_task_msg_if.h"
#include "sensor_capability.h"
#if defined(__MM_DCM_SUPPORT__)
#pragma arm section code = "DYNAMIC_CODE_CAMCAL_ROCODE", rodata = "DYNAMIC_CODE_CAMCAL_ROCODE"
#endif
#define CAL_FEATURE_CTRL_BUFF1_SIZE (CAL_MAX(CAL_MAX(CAL_MAX(sizeof(ISP_FEATURE_CUSTOM_DRIVER_FEATURE_CTRL_FUN_STRUCT), sizeof(IMAGE_SENSOR_SET_CAMERA_SOURCE_STRUCT)),CAL_MAX(sizeof(ISP_SCENARIO_CTRL_STRUCT),sizeof(ISP_FEATURE_GET_OUTPUT_RESOLUTION_IN_STRUCT))),sizeof(ISP_FEATURE_GET_DIGITAL_ZOOM_RESOLUTION_IN_STRUCT)) + 8)>>2
#define CAL_FEATURE_CTRL_BUFF2_SIZE (sizeof(ISP_FEATURE_GET_DIGITAL_ZOOM_RESOLUTION_OUT_STRUCT) + 8)>>2
kal_uint32 CalFeatureCtrlBuff1[CAL_FEATURE_CTRL_BUFF1_SIZE];
kal_uint32 CalFeatureCtrlBuff2[CAL_FEATURE_CTRL_BUFF2_SIZE];
IMAGE_SENSOR_GET_SENSOR_INFO_STRUCT CurrentSensorInfo;
kal_uint8 NextDigitalZoomStep=0;
CAL_CAMERA_DIGITAL_ZOOM_OUT_STRUCT CurrentDzInfo = {CAM_DZ_TYPE_RANGE, 1 , 100 , NULL};
CAM_IMAGE_SIZE_ENUM CurrentStillCaptureSize=CAM_IMAGE_SIZE_OTHER;
#ifdef __CAL_FAST_DIGITAL_ZOOM_SUPPORT__
CAL_CAMERA_FAST_ZOOM_STRUCT FastDigitalZoomPara;
#endif
#ifdef __CAL_GET_PREVIEW_IMAGE_SUPPORT__
CAL_CAMERA_GET_PREVIEW_IMAGE_STRUCT CamPreviewImageInfo;
kal_bool GetPreviewImageEnable=KAL_FALSE;
#endif
#if (defined(__JPEG_SENSOR_SUPPORT__))
IMAGE_SENSOR_CAPTURE_FORMAT_STRUCT CaptureFormatInfo;
#endif
extern kal_uint32 CalExtraQVIBuffAddr;
extern kal_uint32 CalExtraQVIBuffSize;
#if (defined(__MULTIPLE_ANGLE_VIEW_SUPPORT__)||defined(__3D_IMAGE_SUPPORT__))
extern CAL_ISP_PREVIEW_STRUCT CalMavIspPreviewPara;
void CalMavImageSetting(kal_uint32 FeatureId, kal_uint32 FeatureSetValue)
{
switch (FeatureId)
{
case CAL_FEATURE_CAMERA_IMAGE_EFFECT:
CalMavIspPreviewPara.ImageEffect = (CAL_CAMERA_IMAGE_EFFECT_ENUM)FeatureSetValue;
break;
case CAL_FEATURE_CAMERA_CONTRAST:
CalMavIspPreviewPara.ContrastLevel = (CAL_CAMERA_CONTRAST_ENUM)FeatureSetValue;
break;
case CAL_FEATURE_CAMERA_SATURATION:
CalMavIspPreviewPara.SaturationLevel = (CAL_CAMERA_SATURATION_ENUM)FeatureSetValue;
break;
case CAL_FEATURE_CAMERA_SHARPNESS:
CalMavIspPreviewPara.SharpnessLevel = (CAL_CAMERA_SHARPNESS_ENUM)FeatureSetValue;
break;
case CAL_FEATURE_CAMERA_WB:
CalMavIspPreviewPara.WbMode = (CAL_CAMERA_WB_ENUM)FeatureSetValue;
break;
case CAL_FEATURE_CAMERA_EV_VALUE:
CalMavIspPreviewPara.EvValue = (CAL_CAMERA_EV_ENUM)FeatureSetValue;
break;
case CAL_FEATURE_CAMERA_BANDING_FREQ:
CalMavIspPreviewPara.BandingFreq = (CAL_CAMERA_BANDING_FREQ_ENUM)FeatureSetValue;
break;
case CAL_FEATURE_CAMERA_AE_METERING_MODE:
CalMavIspPreviewPara.AeMeteringMode = (CAL_CAMERA_AE_METERING_MODE_ENUM)FeatureSetValue;
break;
case CAL_FEATURE_CAMERA_SCENE_MODE:
CalMavIspPreviewPara.SceneMode = (CAL_CAMERA_SCENE_MODE_ENUM)FeatureSetValue;
break;
#if(defined(__CAL_CAMERA_AF_SUPPORT__))
case CAL_FEATURE_CAMERA_AF_OPERATION_MODE:
CalMavIspPreviewPara.AfOperationMode = (CAL_CAMERA_AF_OPERATION_MODE_ENUM)FeatureSetValue;
break;
case CAL_FEATURE_CAMERA_AF_RANGE_CONTROL:
CalMavIspPreviewPara.AfRange = (CAL_CAMERA_AF_RANGE_ENUM)FeatureSetValue;
break;
#endif /* __CAL_CAMERA_AF_SUPPORT__ */
default:
break;
}
}
#endif /* __MULTIPLE_ANGLE_VIEW_SUPPORT__ */
#if ((defined(MT6255)||defined(MT6250)||defined(MT6260)||defined(MT6261))&&defined(__AUTOCAP_PANORAMA_SUPPORT__))
MM_ERROR_CODE_ENUM CalJpegCropWindow(kal_bool IsPartialEncode)
{
kal_uint16 i, tempW, tempH;
kal_uint32 DstOffset=0, SrcOffset, StartOffset;
void *dstUBufferTemp;
void *dstVBufferTemp;
if(IsPartialEncode)
{
tempW=JpegWrapper.srcWindow.w-JpegWrapper.srcWindow.w%16;
tempH=JpegWrapper.srcWindow.h-JpegWrapper.srcWindow.h%16;
}
else
{
tempW=JpegWrapper.dstWidth-JpegWrapper.dstWidth%16;
tempH=JpegWrapper.dstHeight-JpegWrapper.dstHeight%16;
}
StartOffset= JpegWrapper.srcWindow.x + JpegWrapper.srcWindow.y*JpegWrapper.dstWidth;
for(i=0; i<tempH; i++)
{
DstOffset=tempW*i;
SrcOffset=JpegWrapper.dstWidth*i + StartOffset;
kal_mem_cpy((kal_uint8 *)JpegWrapper.srcYUVBuffer[0]+DstOffset,
(kal_uint8 *)JpegWrapper.srcYUVBuffer[0]+SrcOffset,
tempW);
}
dstUBufferTemp=(kal_uint8 *)JpegWrapper.srcYUVBuffer[0]+DstOffset+tempW;
tempW=tempW/2;
tempH=tempH/2;
StartOffset= JpegWrapper.srcWindow.x/2 + JpegWrapper.srcWindow.y*JpegWrapper.dstWidth/4;
for(i=0; i<tempH; i++)
{
DstOffset=tempW*i;
SrcOffset=JpegWrapper.dstWidth*i/2 + StartOffset;
kal_mem_cpy((kal_uint8 *)dstUBufferTemp+DstOffset,
(kal_uint8 *)JpegWrapper.srcYUVBuffer[1]+SrcOffset,
tempW);
}
dstVBufferTemp=(kal_uint8 *)dstUBufferTemp+DstOffset+tempW;
for(i=0; i<tempH; i++)
{
DstOffset=tempW*i;
SrcOffset=JpegWrapper.dstWidth*i/2+StartOffset;
kal_mem_cpy((kal_uint8 *)dstVBufferTemp+DstOffset,
(kal_uint8 *)JpegWrapper.srcYUVBuffer[2]+SrcOffset,
tempW);
}
JpegWrapper.srcWidth=tempW*2;
JpegWrapper.srcHeight=tempH*2;
JpegWrapper.dstWidth=JpegWrapper.srcWidth;
JpegWrapper.dstHeight=JpegWrapper.srcHeight;
JpegWrapper.srcYUVBuffer[1] = dstUBufferTemp;
JpegWrapper.srcYUVBuffer[2] = dstVBufferTemp;
JpegWrapper.srcBufferSize[0]=JpegWrapper.dstWidth*JpegWrapper.dstHeight;
JpegWrapper.srcBufferSize[1]=JpegWrapper.srcBufferSize[0]/4;
JpegWrapper.srcBufferSize[2]=JpegWrapper.srcBufferSize[0]/4;
return MM_ERROR_NONE;
}
#endif /*(defined(MT6255)&&defined(__AUTOCAP_PANORAMA_SUPPORT__))*/
#if (defined(__PANORAMA_VIEW_SUPPORT__)||defined(__AUTOCAP_PANORAMA_SUPPORT__))
MM_ERROR_CODE_ENUM CalBgPanoAddImageStart(kal_uint32 FeatureId, void* pFeatureParaIn, void* pFeatureParaOut,
kal_uint32 FeatureParaOutLen, kal_uint32 *pRealFeatureParaOutLen)
{
MM_ERROR_CODE_ENUM ErrorCode=MM_ERROR_NONE;
P_CAL_FEATURE_CAMERA_PANO_ADD_IMAGE_STRUCT pCalPanoAddImagePara=(P_CAL_FEATURE_CAMERA_PANO_ADD_IMAGE_STRUCT)pFeatureParaIn;
PP_FEATURE_CTRL_STRUCT_UNION PpFeaturePara;
PANO_SET_INFO_STRUCT PanoSetEnvInfo;
PP_SCENARIO_CONF_IN_STRUCT_UNION PpConfInPara;
PP_PROC_INFO_STRUCT PpProcInfoPara;
#if defined(__AUTOCAP_PANORAMA_SUPPORT__)
kal_uint32 CapIdx = 0;
#endif
if ((1==pCalPanoAddImagePara->CurrentShotNumber)
#if defined(__AUTOCAP_PANORAMA_SUPPORT__)
|| (2==pCalPanoAddImagePara->CurrentShotNumber)
#endif
)
{
/* set env info */
PanoSetEnvInfo.SrcImgFormat = pCalPanoAddImagePara->SrcImgFormat;
PanoSetEnvInfo.StitchDirection = (PANO_DIRECTION_ENUM) pCalPanoAddImagePara->StitchDirection;
#if defined(__AUTOCAP_PANORAMA_SUPPORT__)
if (1==pCalPanoAddImagePara->CurrentShotNumber)
{ /* the stitch dir is undecided when adding first image */
PanoSetEnvInfo.StitchDirection = PANO_DIR_NO;
}
#endif
PanoSetEnvInfo.SrcImgWidth = pCalPanoAddImagePara->ImageWidth;
PanoSetEnvInfo.SrcImgHeight = pCalPanoAddImagePara->ImageHeight;
PpFeaturePara.pPanoSetEnvInfo = &PanoSetEnvInfo;
PpFeatureCtrl(PP_FUNC_PANORAMA, PP_FEATURE_SET_ENV_INFO,&PpFeaturePara, 0, 0);
}
PpProcInfoPara.PpSrcBufAddr = pCalPanoAddImagePara->ImageBufferAddr;
PpProcInfoPara.PpSrcBufSize = pCalPanoAddImagePara->ImageBufferSize;
PpProcInfoPara.PpProcBufAddr = pCalPanoAddImagePara->ExtmemStartAddr;
PpProcInfoPara.PpProcBufSize = pCalPanoAddImagePara->ExtmemSize;
#if defined(__AUTOCAP_PANORAMA_SUPPORT__)
pfIspFunc->IspFeatureCtrl(ISP_FEATURE_GET_CAPTURE_EV_IDX, 0, &CapIdx, 0, 0);
PpProcInfoPara.PpProcPara = (void*)CapIdx;
#endif
PpConfInPara.pFuncProcParaIn = &PpProcInfoPara;
// start background stitch
PpCtrl(PP_SCENARIO_BG_POSTPROC, PP_CTRL_CODE_START, &PpConfInPara, 0, 0);
CalPanoState = CAL_PANO_ADDIMAGE_STATE;
return ErrorCode;
}
MM_ERROR_CODE_ENUM CalBgPanoAddImageResume(kal_uint32 FeatureId, void* pFeatureParaIn, void* pFeatureParaOut,
kal_uint32 FeatureParaOutLen, kal_uint32 *pRealFeatureParaOutLen)
{
MM_ERROR_CODE_ENUM ErrorCode=MM_ERROR_NONE;
P_CAL_FEATURE_CAMERA_PANO_ADD_IMAGE_STRUCT pCalPanoAddImagePara=(P_CAL_FEATURE_CAMERA_PANO_ADD_IMAGE_STRUCT)pFeatureParaIn;
PP_SCENARIO_CONF_IN_STRUCT_UNION PpConfInPara;
PP_PROC_INFO_STRUCT PpProcInfoPara;
PpProcInfoPara.PpProcBufAddr = pCalPanoAddImagePara->ExtmemStartAddr;
PpProcInfoPara.PpProcBufSize = pCalPanoAddImagePara->ExtmemSize;
PpConfInPara.pFuncProcParaIn = &PpProcInfoPara;
// start background stitch
PpCtrl(PP_SCENARIO_BG_POSTPROC, PP_CTRL_CODE_RESUME, &PpConfInPara, 0, 0);
CalPanoState = CAL_PANO_ADDIMAGE_STATE;
return ErrorCode;
}
#endif //__PANORAMA_VIEW_SUPPORT__ || __AUTOCAP_PANORAMA_SUPPORT__
MM_ERROR_CODE_ENUM CalPassSensorInfoToIsp(CAL_CAMERA_SOURCE_ENUM CameraId)
{
MM_ERROR_CODE_ENUM ErrorCode=MM_ERROR_NONE;
kal_uint32 OutParaLen;
P_IMAGE_SENSOR_SET_CAMERA_SOURCE_STRUCT pCameraSource;
P_ISP_FEATURE_CUSTOM_DRIVER_FEATURE_CTRL_FUN_STRUCT pfIspCustomFunc;
if ((CAL_IDLE_STATE!=CalState)&&(CAL_CAMERA_SOURCE_MATV==CurrentCameraId)&&
(CameraId<CAL_CAMERA_SOURCE_MATV))
{
return MM_ERROR_CAL_INVALID_STATE;
}
// inform ISP new customized function pointers.
if (CAL_CAMERA_SOURCE_MAIN==CameraId)
{
CurrentSensorListIdx=MainSensorListIdx;
}
#ifdef __CAL_DUAL_CAMERA_SUPPORT__
else if (CAL_CAMERA_SOURCE_SUB==CameraId)
{
CurrentSensorListIdx=SubSensorListIdx;
}
#endif
#ifdef __CAL_MATV_SUPPORT__
else if (CAL_CAMERA_SOURCE_MATV==CameraId)
{
MatvSensorListIdx=GetSensorListIdx(KAL_FALSE,0,IMAGE_SENSOR_MATV);
CurrentSensorListIdx=MatvSensorListIdx;
}
#endif
else
{
ASSERT(0);
return MM_ERROR_CAL_INVALID_CAMERA_SOURCE_SELECT;
}
(pImageSensorList+CurrentSensorListIdx)->SensorFunc(&pfImageSensor);
CurrentCameraId = CameraId;
#ifdef __CAL_CAMERA_LENS_SUPPORT__
(pLensList + CurrentLensListIdx)->LensFunc(&pfLens);
#endif
// notify ISP driver to change the function pointer of sensor feature control
memset(&CurrentSensorInfo, 0, sizeof(CurrentSensorInfo));
pfImageSensor->SensorFeatureCtrl(IMAGE_SENSOR_FEATURE_GET_SENSOR_INFO, NULL,
(void *) &CurrentSensorInfo, sizeof(IMAGE_SENSOR_GET_SENSOR_INFO_STRUCT), &OutParaLen);
pCameraSource = (P_IMAGE_SENSOR_SET_CAMERA_SOURCE_STRUCT) &CalFeatureCtrlBuff1[0];
pCameraSource->ImageSensorIdx = (pImageSensorList+CurrentSensorListIdx)->SensorIdx;
pfImageSensor->SensorFeatureCtrl(IMAGE_SENSOR_FEATURE_SET_CAMERA_SOURCE, pCameraSource, NULL, 0, NULL);
pfIspCustomFunc=(P_ISP_FEATURE_CUSTOM_DRIVER_FEATURE_CTRL_FUN_STRUCT) &CalFeatureCtrlBuff1[0];
pfIspCustomFunc->CameraId=CameraId;
pfIspCustomFunc->SensorIdx=(pImageSensorList+CurrentSensorListIdx)->SensorIdx;
pfIspCustomFunc->pSensorInfo=(void *) &CurrentSensorInfo;
pfIspCustomFunc->SensorFeatureCtrl=pfImageSensor->SensorFeatureCtrl;
#ifdef __CAL_CAMERA_LENS_SUPPORT__
pfIspCustomFunc->LensFeatureControl=pfLens->LensFeatureCtrl;
#endif
pfIspFunc->IspFeatureCtrl(ISP_FEATURE_SET_CUSTOM_DRIVER_FEATURE_CTRL_FUNC, pfIspCustomFunc, NULL, 0, &OutParaLen);
#ifdef WEBCAM_SUPPORT
if ((CAL_CAMERA_SOURCE_MAIN == CameraId) || (CAL_CAMERA_SOURCE_SUB == CameraId))
{
ErrorCode = pfImageSensor->SensorFeatureCtrl(CAL_FEATURE_WEBCAM_GET_VIDEO_SIZE, NULL, &CalWebcamVideoSize, sizeof(CAL_FEATURE_WEBCAM_GET_VIDEO_SIZE_STRUCT), &OutParaLen);
ErrorCode = pfImageSensor->SensorFeatureCtrl(CAL_FEATURE_WEBCAM_GET_STILL_SIZE, NULL, &CalWebcamStillSize, sizeof(CAL_FEATURE_WEBCAM_GET_STILL_SIZE_STRUCT), &OutParaLen);
ErrorCode = pfImageSensor->SensorFeatureCtrl(CAL_FEATURE_WEBCAM_GET_COMPRESSION, NULL, &CalWebcamCompression, sizeof(CAL_FEATURE_WEBCAM_GET_COMPRESSION_STRUCT), &OutParaLen);
}
#endif
#if (defined(__POSTPROC_SUPPORT__))
{ // set sensor idx for pp custom parameters upload
PP_FEATURE_CTRL_STRUCT_UNION PpFeaturePara;
PpFeaturePara.SensorIdx = pfIspCustomFunc->SensorIdx;
PpFeatureCtrl(PP_FUNC_ALL, PP_FEATURE_SET_SENSOR_IDX, &PpFeaturePara, 0, 0);
}
#endif /* defined(__POSTPROC_SUPPORT__) */
return ErrorCode;
} /* CalPassSensorInfoToIsp() */
MM_ERROR_CODE_ENUM CalFeatureCtrl(P_CAL_FEATURE_CTRL_STRUCT pFeatureIn,
P_CAL_FEATURE_CTRL_STRUCT pFeatureOut,
kal_uint32 FeatureOutLen, kal_uint32 *pRealFeatureOutLen)
{
MM_ERROR_CODE_ENUM ErrorCode=MM_ERROR_NONE;
kal_bool EnableCrzCb=KAL_FALSE;
P_CAL_FEATURE_TYPE_ENUM_STRUCT pCamFeatureEnum=(P_CAL_FEATURE_TYPE_ENUM_STRUCT) &(pFeatureOut->FeatureInfo.FeatureEnum);
P_CAL_CAMERA_DIGITAL_ZOOM_OUT_STRUCT pCameraDzOut=((P_CAL_FEATURE_CTRL_STRUCT)pFeatureOut)->FeatureInfo.FeatureStructured.pCamDzOutPara;
P_CAL_CAMERA_GET_JPEG_SIZE_ESTIMATION_STRUCT pGetJpegSize=((P_CAL_FEATURE_CTRL_STRUCT)pFeatureIn)->FeatureInfo.FeatureStructured.pGetJpegSizeEstimationPara;
#ifdef __RECORDER_MOTION_SENSOR_SUPPORT_BY_ENCODE__
IDP_CAL_QUERY_ARG_T MdpCapQueryPara;
kal_uint32 MdpCapQueryResult;
#endif
#if (defined(__JPEG_SENSOR_SUPPORT__))
P_CAL_CAMERA_DIGITAL_ZOOM_IN_STRUCT pCameraDzIn= ((P_CAL_FEATURE_CTRL_STRUCT)pFeatureIn)->FeatureInfo.FeatureStructured.pCamDzInPara;
CAL_CAMERA_DIGITAL_ZOOM_IN_STRUCT tmpCameraDzIn;
#endif
#if defined(__SMILE_SHUTTER_SUPPORT__) || defined(__HIGH_DYNAMIC_RANGE_SUPPORT__)
PP_FEATURE_CTRL_STRUCT_UNION PpFeaturePara;
P_PP_FEATURE_CONFIG_INFO_STRUCT pPpFeatureMemPara =&PpFeatureConfigPara;
#endif
#if (defined(__PANORAMA_VIEW_SUPPORT__)||defined(__AUTOCAP_PANORAMA_SUPPORT__))
kal_bool BypassEnableFlag;
ISP_CAMERA_UPDATE_EXIF_INFO_STRUCT tmpIspUpdateExifInfo;
#endif
#if defined(__AUTOCAP_PANORAMA_SUPPORT__)
kal_bool Enable = KAL_FALSE;
CAL_SW_JPEG_ENCODE_REQ_STRUCT LocalPara;
P_CAL_FEATURE_CAMERA_PANO_ENCODE_STRUCT pCalPanoEncodePara;
#endif
#ifdef __CAL_GET_PREVIEW_IMAGE_SUPPORT__
kal_uint32 EventGroup;
#endif
#if (defined(__POSTPROC_SUPPORT__))
AAA_FACE_INFO_STRUCT FaceInfo;
#endif
#if (defined(__COMPOSITE_WEBCAM__))
char* at_string;
kal_uint32 at_data[4]={0};
kal_uint32 at_data_index=0;
char buffer[64];
IMAGE_SENSOR_REG_IN_STRUCT SensorReg;
SENSOR_REG_WIDTH_STRUCT SensorRegWidth;
kal_uint32 RegData=0;
extern CAL_STATE_ENUM CalState;
#endif
kal_bool FeatureEnumIsSupport;
if ((pFeatureIn->FeatureId>CAL_FEATURE_CAMERA_BEGIN)&&
(pFeatureIn->FeatureId<CAL_FEATURE_CAMERA_END))
{
CalTrace(CAL_TRACE_FLOW,CAL_FLOW_CAMERA_FEATURE_CTRL,CAL_FEATURE_CTRL,pFeatureIn->FeatureId,pFeatureIn->FeatureCtrlCode);
switch (pFeatureIn->FeatureId)
{
case CAL_FEATURE_CAMERA_SOURCE_SELECT:
if (pFeatureIn->FeatureSetValue != CurrentCameraId)
ErrorCode =CalPassSensorInfoToIsp((CAL_CAMERA_SOURCE_ENUM) pFeatureIn->FeatureSetValue);
break;
case CAL_FEATURE_CAMERA_DIGITAL_ZOOM:
#if (defined(__AUTOCAP_PANORAMA_SUPPORT__))
if (CAL_CAMERA_MODE_AUTORAMA==pFeatureIn->CameraMode&&(CAL_FEATURE_QUERY_OPERATION==pFeatureIn->FeatureCtrlCode))
{ /* to limit max autorama zoom = 3x due to bandwidth limitation of 1024x768 cap size */
pFeatureOut->FeatureType = CAL_FEATURE_TYPE_STRUCTURED;
pCameraDzOut->DzType=CAM_DZ_TYPE_RANGE;
pCameraDzOut->MaxZoomFactor = 300;
pCameraDzOut->TotalZoomSteps = 30;
memcpy(&CurrentDzInfo, pCameraDzOut, sizeof(CAL_CAMERA_DIGITAL_ZOOM_OUT_STRUCT));
break;
}
#endif
#if (defined(__JPEG_SENSOR_SUPPORT__))
// if ((IMAGE_SENSOR_DATA_OUT_FORMAT_JPEG==CurrentSensorInfo.CaptureDataFormat)&&(CAL_FEATURE_QUERY_OPERATION==pFeatureIn->FeatureCtrlCode))
if((CAL_FEATURE_QUERY_OPERATION==pFeatureIn->FeatureCtrlCode)&&(IMAGE_SENSOR_DATA_OUT_FORMAT_JPEG == CurrentSensorInfo.CaptureDataFormat)&&(CAL_CAMERA_MODE_CAMERA==pFeatureIn->CameraMode))
{ // query from sensor, the type would be structured
pCameraDzIn->ScenarioId=CAL_SCENARIO_CAMERA_PREVIEW;
pfImageSensor->SensorFeatureCtrl(pFeatureIn->FeatureId, pCameraDzIn, pCameraDzOut, FeatureOutLen, pRealFeatureOutLen);
}
else
#endif
{ // query from ISP driver. the type would be range
if (CAL_FEATURE_SET_OPERATION==pFeatureIn->FeatureCtrlCode)
{ // 1. Notify MDP to callback when CRZ interrupt
// 2. Notify ISP to set the result window, execute in MdpCallback()
// 3. Notify MDP to configure CRZ, execute in MdpCallback()
#ifdef __CAL_FAST_DIGITAL_ZOOM_SUPPORT__
FastDigitalZoomPara.ZoomStart=KAL_FALSE;
#endif
NextDigitalZoomStep=pFeatureIn->FeatureSetValue;
EnableCrzCb=KAL_TRUE;
ErrorCode = MdpFunc.pfnIdpCalSet(CurrentScenarioId, IdpCalKey, IDP_CAL_SET_CRZ_FRAMESTART_CB_ENABLE, &EnableCrzCb);
}
else
{ // query/get from ISP driver directly
ErrorCode =pfIspFunc->IspFeatureCtrl(pFeatureIn->FeatureId, pFeatureIn, pFeatureOut, FeatureOutLen, pRealFeatureOutLen);
if(CAL_CAMERA_MODE_CAMERA==pFeatureIn->CameraMode)
memcpy(&CurrentDzInfo, pCameraDzOut, sizeof(CAL_CAMERA_DIGITAL_ZOOM_OUT_STRUCT));
}
}
break;
case CAL_FEATURE_CAMERA_CURRENT_ZOOM_FACTOR:
case CAL_FEATURE_CAMERA_CURRENT_ZOOM_STEP:
if (CAL_FEATURE_GET_OPERATION==pFeatureIn->FeatureCtrlCode)
{
ErrorCode =pfIspFunc->IspFeatureCtrl(ISP_FEATURE_GET_CURRENT_ZOOM_INFO, NULL, (void *) &CurrentZoomInfo, 0, &FeatureOutLen);
if (CAL_FEATURE_CAMERA_CURRENT_ZOOM_FACTOR==pFeatureIn->FeatureId)
pFeatureOut->FeatureCurrentValue=CurrentZoomInfo.CurrentZoomFactor;
else
pFeatureOut->FeatureCurrentValue=CurrentZoomInfo.CurrentZoomStep;
}
break;
#ifdef __CAL_FAST_DIGITAL_ZOOM_SUPPORT__
case CAL_FEATURE_CAMERA_FAST_ZOOM:
if (CAL_FEATURE_SET_OPERATION==pFeatureIn->FeatureCtrlCode)
{ // enable CRZ callback
kal_mem_cpy(&FastDigitalZoomPara, pFeatureIn->FeatureInfo.FeatureStructured.pCamFastZoom, sizeof(CAL_CAMERA_FAST_ZOOM_STRUCT));
EnableCrzCb=FastDigitalZoomPara.ZoomStart;
ErrorCode = MdpFunc.pfnIdpCalSet(CurrentScenarioId, IdpCalKey, IDP_CAL_SET_CRZ_FRAMESTART_CB_ENABLE, &EnableCrzCb);
}
break;
#endif
case CAL_FEATURE_CAMERA_BINNING_INFO:
{
P_CAL_FEATURE_CAMERA_BINNING_INFO_STRUCT pBinningInfo=pFeatureOut->FeatureInfo.FeatureStructured.pBinningInfo;
kal_uint8 i;
for (i=CAM_ISO_AUTO;i<CAM_NO_OF_ISO;i++)
{
pBinningInfo->IsoBinningInfo[i].MaxResolution=CAM_IMAGE_SIZE_1M;
pBinningInfo->IsoBinningInfo[i].IsoSupported=KAL_FALSE;
pBinningInfo->IsoBinningInfo[i].BinningEnable=KAL_FALSE;
}
}
break;
case CAL_FEATURE_CAMERA_STILL_CAPTURE_SIZE:
// call to camera_common for customization
ErrorCode=pfImageSensor->SensorFeatureCtrl(pFeatureIn->FeatureId, pFeatureIn, pFeatureOut, FeatureOutLen, pRealFeatureOutLen);
if (CAL_FEATURE_SET_OPERATION==pFeatureIn->FeatureCtrlCode)
CurrentStillCaptureSize= (CAM_IMAGE_SIZE_ENUM) pFeatureIn->FeatureSetValue;
#if (defined(__JPEG_SENSOR_SUPPORT__))
if(IMAGE_SENSOR_DATA_OUT_FORMAT_JPEG == CurrentSensorInfo.CaptureDataFormat)
{
CAL_CAMERA_DIGITAL_ZOOM_OUT_STRUCT CameraDzOut;
tmpCameraDzIn.ScenarioId = CAL_SCENARIO_CAMERA_PREVIEW;
tmpCameraDzIn.CameraImageSize = CurrentStillCaptureSize;
pfImageSensor->SensorFeatureCtrl(CAL_FEATURE_CAMERA_DIGITAL_ZOOM, &tmpCameraDzIn, &CameraDzOut, 0, NULL);
memcpy(&CurrentDzInfo, &CameraDzOut, sizeof(CAL_CAMERA_DIGITAL_ZOOM_OUT_STRUCT));
ErrorCode =pfImageSensor->SensorFeatureCtrl(IMAGE_SENSOR_FEATURE_GET_CAPTURE_FORMAT, &tmpCameraDzIn, &CaptureFormatInfo, FeatureOutLen, pRealFeatureOutLen);
ErrorCode =pfIspFunc->IspFeatureCtrl(ISP_FEATURE_SET_CAPTURE_FORMAT, &CaptureFormatInfo, NULL , 0, NULL);
}
#endif
break;
case CAL_FEATURE_CAMERA_STILL_CAPTURE_SIZE_WITH_DIMENSION:
//if ((CAL_FEATURE_QUERY_OPERATION==pFeatureIn->FeatureCtrlCode) && (NULL!=pFeatureIn->FeatureInfo.FeatureEnum.SupportItemInfo))
{
memset(pFeatureIn->FeatureInfo.FeatureEnum.SupportItemInfo,0x0,sizeof(CAL_CAMERA_IMAGE_SIZE_STRUCT)*MAX_CAMERA_SUPPORT_ITEM_COUNT);
}
ErrorCode=pfImageSensor->SensorFeatureCtrl(CAL_FEATURE_CAMERA_STILL_CAPTURE_SIZE, pFeatureIn, pFeatureOut, FeatureOutLen, pRealFeatureOutLen);
FeatureEnumIsSupport = pFeatureOut->FeatureInfo.FeatureEnum.IsSupport;
pfImageSensor->SensorFeatureCtrl(pFeatureIn->FeatureId, pFeatureIn, pFeatureOut, FeatureOutLen, pRealFeatureOutLen);
//if ((CAL_FEATURE_QUERY_OPERATION==pFeatureIn->FeatureCtrlCode) && (NULL!=pFeatureIn->FeatureInfo.FeatureEnum.SupportItemInfo))
{
if (FeatureEnumIsSupport)
{
kal_uint8 i;
P_CAL_CAMERA_IMAGE_SIZE_STRUCT pCalImageSize;
pCalImageSize = (CAL_CAMERA_IMAGE_SIZE_STRUCT *) pFeatureOut->FeatureInfo.FeatureEnum.SupportItemInfo;
pFeatureOut->FeatureInfo.FeatureEnum.IsSupport = FeatureEnumIsSupport;
for (i=0;i<pFeatureOut->FeatureInfo.FeatureEnum.ItemCount;i++)
{
//if ((0 ==pCalImageSize[i].ImageSizeWidth) && (0 ==pCalImageSize[i].ImageSizeHeight)) // It doesn't update in sensor driver
if (0 ==pCalImageSize[i].ImageSizeWidth) // It doesn't update in sensor driver
{
switch (pFeatureOut->FeatureInfo.FeatureEnum.SupportItem[i])
{
case CAM_IMAGE_SIZE_QVGA:
pCalImageSize[i].ImageSizeWidth = 320;
pCalImageSize[i].ImageSizeHeight = 240;
break;
#if (IMAGE_SENSOR_TARGET_MAX_WIDTH>=IMAGE_03M_MAX_WIDTH)
case CAM_IMAGE_SIZE_VGA:
pCalImageSize[i].ImageSizeWidth = 640;
pCalImageSize[i].ImageSizeHeight = 480;
break;
#endif
#if (IMAGE_SENSOR_TARGET_MAX_WIDTH>=IMAGE_1M_MAX_WIDTH)
case CAM_IMAGE_SIZE_1M:
pCalImageSize[i].ImageSizeWidth = 1280;
pCalImageSize[i].ImageSizeHeight = 960;//1024 or 960 ?
break;
#endif
#if (IMAGE_SENSOR_TARGET_MAX_WIDTH>=IMAGE_2M_MAX_WIDTH)
case CAM_IMAGE_SIZE_2M:
pCalImageSize[i].ImageSizeWidth = 1600;
pCalImageSize[i].ImageSizeHeight = 1200;
break;
#endif
#if (IMAGE_SENSOR_TARGET_MAX_WIDTH>=IMAGE_3M_MAX_WIDTH)
case CAM_IMAGE_SIZE_3M:
pCalImageSize[i].ImageSizeWidth = 2048;
pCalImageSize[i].ImageSizeHeight = 1536;
break;
#endif
#if (IMAGE_SENSOR_TARGET_MAX_WIDTH>=IMAGE_5M_MAX_WIDTH)
case CAM_IMAGE_SIZE_5M:
pCalImageSize[i].ImageSizeWidth = 2592;
pCalImageSize[i].ImageSizeHeight = 1944;
break;
#endif
#if (IMAGE_SENSOR_TARGET_MAX_WIDTH>=IMAGE_8M_MAX_WIDTH)
case CAM_IMAGE_SIZE_8M:
pCalImageSize[i].ImageSizeWidth = 3264;
pCalImageSize[i].ImageSizeHeight = 2448;
break;
#endif
default:
break;
}
}
}
}
}
break;
#if defined(__ZERO_SHUTTER_DELAY_SUPPORT__)
case CAL_FEATURE_CAMERA_ZSD_CAPTURE_SIZE:
if(IMAGE_SENSOR_DATA_OUT_FORMAT_JPEG!=CurrentSensorInfo.CaptureDataFormat)
pFeatureIn->FeatureId = CAL_FEATURE_CAMERA_STILL_CAPTURE_SIZE;
ErrorCode=pfImageSensor->SensorFeatureCtrl(pFeatureIn->FeatureId, pFeatureIn, pFeatureOut, FeatureOutLen, pRealFeatureOutLen);
break;
#endif
case CAL_FEATURE_CAMERA_STILL_CAPTURE_MODE:
ErrorCode=pfIspFunc->IspFeatureCtrl(pFeatureIn->FeatureId, pFeatureIn, pFeatureOut, FeatureOutLen, pRealFeatureOutLen);
break;
#ifdef __CAL_CAPTURE_MODE_BSS_SUPPORT__
case CAL_FEATURE_CAMERA_GET_BSS_RESULT:
ErrorCode=pfIspFunc->IspFeatureCtrl(pFeatureIn->FeatureId, pFeatureIn, pFeatureOut, FeatureOutLen, pRealFeatureOutLen);
break;
#endif
#if (defined(__PANORAMA_VIEW_SUPPORT__)||defined(__AUTOCAP_PANORAMA_SUPPORT__))
case CAL_FEATURE_CAMERA_PANO_DIRECTION:
break;
case CAL_FEATURE_CAMERA_BG_PANO_ADD_IMAGE_START:
ErrorCode=CalBgPanoAddImageStart(pFeatureIn->FeatureId, (void*)pFeatureIn->FeatureInfo.FeatureStructured.pPanoAddImgPara, pFeatureOut, FeatureOutLen, pRealFeatureOutLen);
break;
case CAL_FEATURE_CAMERA_BG_PANO_ADD_IMAGE_STOP:
// Abort Panorama
BypassEnableFlag=KAL_FALSE;
ErrorCode=PpCtrl(PP_SCENARIO_BG_POSTPROC, PP_CTRL_CODE_STOP, 0, 0, 0);
//Bypass ISP control when IDLE state due to STOP after CalClose in MED special case
if(CAL_IDLE_STATE!=CalState)
{
pfIspFunc->IspFeatureCtrl(ISP_FEATURE_SET_AE_BYPASS, (void*)&BypassEnableFlag, NULL, 0, 0);
pfIspFunc->IspFeatureCtrl(ISP_FEATURE_SET_AWB_BYPASS, (void*)&BypassEnableFlag, NULL, 0, 0);
pfIspFunc->IspFeatureCtrl(ISP_FEATURE_SET_AF_BYPASS, (void*)&BypassEnableFlag, NULL, 0, 0);
pfIspFunc->IspFeatureCtrl(ISP_FEATURE_RESET_AF, NULL, NULL, 0, 0);
#if defined(__AUTOCAP_PANORAMA_SUPPORT__)
Enable = KAL_FALSE;
pfIspFunc->IspFeatureCtrl(ISP_FEATURE_SET_AE_LIMIT_ENABLE, &Enable, NULL, 0, 0);
#endif
}
IsPanoPaused=KAL_FALSE;
CalPanoState = CAL_PANO_STANDBY_STATE;
break;
case CAL_FEATURE_CAMERA_BG_PANO_ADD_IMAGE_PAUSE:
IsPanoPaused=KAL_TRUE;
ErrorCode = PpCtrl(PP_SCENARIO_POSTPROC, PP_CTRL_CODE_PAUSE, 0, 0, 0);
break;
case CAL_FEATURE_CAMERA_BG_PANO_ADD_IMAGE_RESUME:
IsPanoPaused=KAL_FALSE;
ErrorCode=CalBgPanoAddImageResume(pFeatureIn->FeatureId, (void*)pFeatureIn->FeatureInfo.FeatureStructured.pPanoAddImgPara, pFeatureOut, FeatureOutLen, pRealFeatureOutLen);
break;
#if defined(__AUTOCAP_PANORAMA_SUPPORT__)
case CAL_FEATURE_CAMERA_ENCODE_PANORAMA:
LocalPara.ScenarioId = CAL_SCENARIO_POST_PROCESSING;
pCalPanoEncodePara=(P_CAL_FEATURE_CAMERA_PANO_ENCODE_STRUCT)pFeatureIn->FeatureInfo.FeatureStructured.pPanoEncodePara;
//Check if need to do Jpeg partial encode
if((pCalPanoEncodePara->QuickviewRoiWidth<CalPanoPostProcPara.QuickViewPanoImageWidth)||
(pCalPanoEncodePara->QuickviewRoiHeight<CalPanoPostProcPara.QuickViewPanoImageHeight))
{
JpegWrapper.srcWindow.x = (pCalPanoEncodePara->QuickviewRoiX*JpegWrapper.srcWidth)/CalPanoPostProcPara.QuickViewPanoImageWidth;
JpegWrapper.srcWindow.y = (pCalPanoEncodePara->QuickviewRoiY*JpegWrapper.srcHeight)/CalPanoPostProcPara.QuickViewPanoImageHeight;
JpegWrapper.srcWindow.w = (pCalPanoEncodePara->QuickviewRoiWidth*JpegWrapper.srcWidth)/CalPanoPostProcPara.QuickViewPanoImageWidth;
JpegWrapper.srcWindow.h = (pCalPanoEncodePara->QuickviewRoiHeight*JpegWrapper.srcHeight)/CalPanoPostProcPara.QuickViewPanoImageHeight;
//Force width & height as an even number
JpegWrapper.srcWindow.x &= ~0x00000001;
JpegWrapper.srcWindow.y &= ~0x00000001;
JpegWrapper.srcWindow.w &= ~0x00000001;
JpegWrapper.srcWindow.h &= ~0x00000001;
#if defined(MT6255)||defined(MT6250)||defined(MT6260)||defined(MT6261)
//Force width & height as 16x number (Hybrid JPEG encoder limitation)
CalJpegCropWindow(KAL_TRUE);
JpegWrapper.srcWindow.x = 0;
JpegWrapper.srcWindow.y = 0;
JpegWrapper.srcWindow.w=JpegWrapper.dstWidth;
JpegWrapper.srcWindow.h=JpegWrapper.dstHeight;
#endif
JpegWrapper.dstWidth=JpegWrapper.srcWindow.w;
JpegWrapper.dstHeight=JpegWrapper.srcWindow.h;
if(JpegWrapper.srcWindow.w*CalPanoPostProcPara.CalMdpPostProcPara.QuickViewImageHeight>=
JpegWrapper.srcWindow.h*CalPanoPostProcPara.CalMdpPostProcPara.QuickViewImageWidth)
{
CalPanoPostProcPara.ImageAlignmentHandle=KAL_FALSE;
}
else
{
CalPanoPostProcPara.ImageAlignmentHandle=KAL_TRUE;
}
if(CalPanoPostProcPara.ImageAlignmentHandle) //Vertical stitch
{
if(JpegWrapper.srcWindow.h>CalPanoPostProcPara.CalMdpPostProcPara.QuickViewImageHeight)
{
CalPanoPostProcPara.QuickViewPanoImageHeight=CalPanoPostProcPara.CalMdpPostProcPara.QuickViewImageHeight;
CalPanoPostProcPara.QuickViewPanoImageWidth=(CalPanoPostProcPara.CalMdpPostProcPara.QuickViewImageHeight*JpegWrapper.srcWindow.w)/JpegWrapper.srcWindow.h;
}
else
{
CalPanoPostProcPara.QuickViewPanoImageHeight=JpegWrapper.srcWindow.h;
CalPanoPostProcPara.QuickViewPanoImageWidth=JpegWrapper.srcWindow.w;
}
}
else //Horizontal stitch
{
if(JpegWrapper.srcWindow.w>CalPanoPostProcPara.CalMdpPostProcPara.QuickViewImageWidth)
{
CalPanoPostProcPara.QuickViewPanoImageWidth=CalPanoPostProcPara.CalMdpPostProcPara.QuickViewImageWidth;
CalPanoPostProcPara.QuickViewPanoImageHeight=(CalPanoPostProcPara.CalMdpPostProcPara.QuickViewImageWidth*JpegWrapper.srcWindow.h)/JpegWrapper.srcWindow.w;
}
else
{
CalPanoPostProcPara.QuickViewPanoImageWidth=JpegWrapper.srcWindow.w;
CalPanoPostProcPara.QuickViewPanoImageHeight=JpegWrapper.srcWindow.h;
}
}
}
else
{
if(CalPanoPostProcPara.ImageAlignmentHandle) //Vertical stitch
{
CalPanoPostProcPara.QuickViewPanoImageHeight=CalPanoPostProcPara.CalMdpPostProcPara.QuickViewImageHeight;
CalPanoPostProcPara.QuickViewPanoImageWidth=(CalPanoPostProcPara.CalMdpPostProcPara.QuickViewImageHeight*JpegWrapper.dstWidth)/JpegWrapper.dstHeight;
}
else //Horizontal stitch
{
CalPanoPostProcPara.QuickViewPanoImageWidth=CalPanoPostProcPara.CalMdpPostProcPara.QuickViewImageWidth;
CalPanoPostProcPara.QuickViewPanoImageHeight=(CalPanoPostProcPara.CalMdpPostProcPara.QuickViewImageWidth*JpegWrapper.dstHeight)/JpegWrapper.dstWidth;
}
JpegWrapper.srcWindow.x=0;
JpegWrapper.srcWindow.y=0;
#if defined(MT6255)||defined(MT6250)||defined(MT6260)||defined(MT6261)
CalJpegCropWindow(KAL_FALSE);
#endif
JpegWrapper.srcWindow.w=JpegWrapper.dstWidth;
JpegWrapper.srcWindow.h=JpegWrapper.dstHeight;
}
tmpIspUpdateExifInfo.ImageTargetWidth = JpegWrapper.dstWidth;
tmpIspUpdateExifInfo.ImageTargetHeight = JpegWrapper.dstHeight;
tmpIspUpdateExifInfo.StillImageExifOrientation=1;
pfIspFunc->IspFeatureCtrl(ISP_FEATURE_UPDATE_EXIF_INFO, (void *) &tmpIspUpdateExifInfo, NULL, 0, &FeatureOutLen);
CalPanoPostProcPara.JaiaQviBufAligned=pCalPanoEncodePara->IsJaiaQviBufAligned;
LocalPara.pJpegWrapperPara = &JpegWrapper;
#ifdef __CAL_HW_JPEG_ENCODE_SUPPORT__
if (KAL_TRUE==IsHwJpegEncSupport)
SendMsgToCal(MSG_ID_CAL_LOW_HW_JPEG_ENCODE_REQ, &LocalPara);
else
#endif
SendMsgToCal(MSG_ID_CAL_LOW_SW_JPEG_ENCODE_REQ, &LocalPara);
CalPanoState=CAL_PANO_ENCODING_STATE;
break;
#endif /* defined(__AUTOCAP_PANORAMA_SUPPORT__) */
#endif //__PANORAMA_VIEW_SUPPORT__ || __AUTOCAP_PANORAMA_SUPPORT__
#if defined(__SMILE_SHUTTER_SUPPORT__)
case CAL_FEATURE_CAMERA_SMILE_DETECT_START:
if (KAL_TRUE == pFeatureIn->FeatureSetValue)
{
/* set env info */
pPpFeatureMemPara->PostProcMode = PP_MODE_SMILE_DETECT;
pPpFeatureMemPara->ImgWidth = CalPreviewInfo.DisplayImageWidth;
pPpFeatureMemPara->ImgHeight = CalPreviewInfo.DisplayImageHeight;
PpFeaturePara.pConfigInfo = pPpFeatureMemPara;
PpFeatureCtrl(PP_FUNC_ALL, PP_FEATURE_SET_ENV_INFO,&PpFeaturePara, 0, 0);
}
else
{
PpFeatureCtrl(PP_FUNC_SMILE_DETECT, PP_FEATURE_SET_DISABLE, 0, 0, 0);
}
break;
#endif /* defined(__SMILE_SHUTTER_SUPPORT__) */
#if defined(__HIGH_DYNAMIC_RANGE_SUPPORT__)
case CAL_FEATURE_CAMERA_HDR_CAPTURE_ABORT:
IsHdrAborted=KAL_TRUE;
if (CAL_HDR_CORE_STATE == CalHdrState)
{
PpCtrl(PP_SCENARIO_POSTPROC, PP_CTRL_CODE_STOP, 0, 0, 0);
kal_sleep_task(5);
}
else if (CAL_HDR_ENCODED_STATE != CalHdrState)
{
kal_set_eg_events(CalEventId,0,KAL_AND);
kal_retrieve_eg_events(CalEventId,CAL_PP_ABORT_DONE_EVENT, KAL_OR_CONSUME,&EventGroup,KAL_SUSPEND);
PpCtrl(PP_SCENARIO_POSTPROC, PP_CTRL_CODE_STOP, 0, 0, 0);
}
break;
#endif //__HIGH_DYNAMIC_RANGE_SUPPORT__
#ifdef __CAL_CAMERA_AF_SUPPORT__
case CAL_FEATURE_CAMERA_GET_AF_ZONE:
ErrorCode=pfIspFunc->IspFeatureCtrl(pFeatureIn->FeatureId, pFeatureIn, pFeatureOut, FeatureOutLen, pRealFeatureOutLen);
break;
#endif
#if defined(__COMPOSITE_WEBCAM__)
case CAL_FEATURE_CAMERA_TUNING_SENSOR:
at_string = (char *)(pFeatureIn->FeatureSetValue);
//Parse the AT Command
while ((at_string[at_data_index] != '=' ) && //AT+SENSOR=XXXXXXXX
at_data_index < strlen(at_string))
{
at_data_index++;
}
at_string = at_string + at_data_index+1;
at_data_index=0;
while (at_string)
{
at_data[at_data_index] = strtoul(at_string,&at_string,0);
if (','== *at_string)
{
at_string++;
at_data_index++;
}
else
{
break;
}
}
if (pfImageSensor && ((CalState == CAL_CAMERA_PREVIEW_STATE)||(CalState == CAL_WEBCAM_PREVIEW_STATE)))// && at_data_index>0)
{
switch (at_data[0])
{
//Get Sensor info
case 0:
ErrorCode=pfImageSensor->SensorFeatureCtrl(IMAGE_SENSOR_FEATURE_GET_DATA_INFO,NULL,&SensorRegWidth,FeatureOutLen,NULL);
sprintf(buffer, "+SENSOR: %d, %d",SensorRegWidth.AddrWidth,SensorRegWidth.ParaWidth);
rmmi_write_to_uart((kal_uint8*)buffer, strlen(buffer), KAL_TRUE);
break;
//Read sensor register
case 1:
SensorReg.RegNum = 1;
SensorReg.pRegAddr = &at_data[1]; //Register Address
SensorReg.pRegData = &RegData; //Register Value
ErrorCode=pfImageSensor->SensorFeatureCtrl(IMAGE_SENSOR_FEATURE_GET_REGISTER,&SensorReg,&SensorReg,FeatureOutLen,NULL);
sprintf(buffer, "+SENSOR: 0x%X",RegData);
rmmi_write_to_uart((kal_uint8*)buffer, strlen(buffer), KAL_TRUE);
break;
//Write sensor register
case 2:
SensorReg.RegNum = 1;
SensorReg.pRegAddr = &at_data[1]; //Register Address
SensorReg.pRegData = &at_data[2]; //Register Value
ErrorCode=pfImageSensor->SensorFeatureCtrl(IMAGE_SENSOR_FEATURE_SET_REGISTER,&SensorReg,&SensorReg,FeatureOutLen,NULL);
sprintf(buffer, "+SENSOR: 0x%X",at_data[2]);
rmmi_write_to_uart((kal_uint8*)buffer, strlen(buffer), KAL_TRUE);
break;
defult:
break;
}
sprintf(buffer, "OK");
rmmi_write_to_uart((kal_uint8*)buffer, strlen(buffer), KAL_TRUE);
}
break;
#endif
#ifdef __CAL_GET_PREVIEW_IMAGE_SUPPORT__
case CAL_FEATURE_CAMERA_GET_PREVIEW_IMAGE:
kal_mem_cpy(&CamPreviewImageInfo, pFeatureIn->FeatureInfo.FeatureStructured.pCamGetPreviewImageInPara, sizeof(CAL_CAMERA_GET_PREVIEW_IMAGE_STRUCT));
if (pFeatureIn->FeatureInfo.FeatureStructured.pCamGetPreviewImageInPara->ImageRotAngle & 0x01)
{
CamPreviewImageInfo.ImageWidth=pFeatureIn->FeatureInfo.FeatureStructured.pCamGetPreviewImageInPara->ImageHeight;
CamPreviewImageInfo.ImageHeight=pFeatureIn->FeatureInfo.FeatureStructured.pCamGetPreviewImageInPara->ImageWidth;
}
kal_set_eg_events(CalEventId,0,KAL_AND);
GetPreviewImageEnable=KAL_TRUE;
kal_retrieve_eg_events(CalEventId,CAL_GET_PREVIEW_IMAGE_EVENT, KAL_OR_CONSUME,&EventGroup,KAL_SUSPEND);
break;
#endif
case CAL_FEATURE_CAMERA_GET_JPEG_SIZE_ESTIMATION:
if (CAL_FEATURE_GET_OPERATION==pFeatureIn->FeatureCtrlCode)
{
// jpeg_wrapper_query_dst_buffer_size((kal_uint32 *) &(pFeatureOut->FeatureCurrentValue),
// pFeatureIn->FeatureInfo.FeatureStructured.pGetJpegSizeEstimationPara->JpegEncQuality,
// GetJpegWrapperFormat(pFeatureIn->FeatureInfo.FeatureStructured.pGetJpegSizeEstimationPara->JpegSamplingFormat),
// pFeatureIn->FeatureInfo.FeatureStructured.pGetJpegSizeEstimationPara->ImageWidth,
// pFeatureIn->FeatureInfo.FeatureStructured.pGetJpegSizeEstimationPara->ImageHeight);
jpeg_wrapper_query_dst_buffer_size((kal_uint32 *) &(pFeatureOut->FeatureCurrentValue),
pGetJpegSize->JpegEncQuality,
GetJpegWrapperFormat(pGetJpegSize->JpegSamplingFormat),
pGetJpegSize->ImageWidth, pGetJpegSize->ImageHeight);
}
break;
case CAL_FEATUER_CAMERA_CAPTURE_OVERLAY_CAPABILITY:
if (CAL_FEATURE_QUERY_OPERATION==pFeatureIn->FeatureCtrlCode)
{
#ifdef __CAL_CAMERA_OVERLAY_SUPPORT__
if (IMAGE_SENSOR_DATA_OUT_FORMAT_JPEG==CurrentSensorInfo.CaptureDataFormat)
pFeatureOut->FeatureInfo.FeatureStructured.pCamOverlayCap->CaptureOverlaySupport=KAL_FALSE;
else
pFeatureOut->FeatureInfo.FeatureStructured.pCamOverlayCap->CaptureOverlaySupport=KAL_TRUE;
#else
pFeatureOut->FeatureInfo.FeatureStructured.pCamOverlayCap->CaptureOverlaySupport=KAL_FALSE;
#endif
}
break;
case CAL_FEATURE_CAMERA_QUERY_SW_ROTATE:
#ifdef __CAL_CAMERA_VIDEO_ROTATE_SUPPORT__
if (CAL_FEATURE_QUERY_OPERATION==pFeatureIn->FeatureCtrlCode)
pFeatureOut->FeatureInfo.FeatureStructured.pCamSwRotOutPara->RequireSwRotate=CalImageSwRotateDetect(pFeatureIn->FeatureInfo.FeatureStructured.pCamSwRotInPara);
#else
if (CAL_FEATURE_QUERY_OPERATION==pFeatureIn->FeatureCtrlCode)
pFeatureOut->FeatureInfo.FeatureStructured.pCamSwRotOutPara->RequireSwRotate=KAL_FALSE;
#endif
break;
case CAL_FEATURE_CAMERA_PREVIEW_POSTPROC_PAUSE:
#if (defined(__POSTPROC_SUPPORT__))
gCalPreviewPostProcPaused = KAL_TRUE;
FaceInfo.FaceNo = 0;
FaceInfo.FaceLum = 0;
FaceInfo.FdEnable = KAL_TRUE;
FaceInfo.SdEnable = KAL_FALSE;
FaceInfo.ImgSrcWidth = 160; /* to avoid divide by zero */
FaceInfo.ImgSrcHeight = 120;
pfIspFunc->IspFeatureCtrl(ISP_FEATURE_SET_FACE_INFO, (void *) &FaceInfo, NULL, 0, &FeatureOutLen);
#endif /* defined(__POSTPROC_SUPPORT__) */
break;
case CAL_FEATURE_CAMERA_PREVIEW_POSTPROC_RESUME:
#if (defined(__POSTPROC_SUPPORT__))
gCalPreviewPostProcPaused = KAL_FALSE;
#endif /* defined(__POSTPROC_SUPPORT__) */
break;
#ifdef __RECORDER_MOTION_SENSOR_SUPPORT_BY_ENCODE__
case CAL_FEATURE_CAMERA_SET_VIDEO_ROT_ANGLE:
if (CAL_SCENARIO_VIDEO_MJPEG!=CurrentScenarioId)
{
switch (SensorScenarioParaIn.ImageMirror)
{
case IMAGE_SENSOR_MIRROR_NORMAL:
CalVideoInfo.VideoImageRotAngle=(MM_IMAGE_ROTATE_ENUM) pFeatureIn->FeatureSetValue;
break;
case IMAGE_SENSOR_MIRROR_HV:
CalVideoInfo.VideoImageRotAngle=GetRestRotAngle((MM_IMAGE_ROTATE_ENUM) pFeatureIn->FeatureSetValue, MM_IMAGE_ROTATE_180);
break;
case IMAGE_SENSOR_MIRROR_H:
CalVideoInfo.VideoImageRotAngle=GetRestRotAngle((MM_IMAGE_ROTATE_ENUM) pFeatureIn->FeatureSetValue, MM_IMAGE_H_MIRROR);
break;
case IMAGE_SENSOR_MIRROR_V:
CalVideoInfo.VideoImageRotAngle=GetRestRotAngle((MM_IMAGE_ROTATE_ENUM) pFeatureIn->FeatureSetValue, MM_IMAGE_H_MIRROR_ROTATE_180);
break;
}
MdpCapQueryPara.ePath=IDP_CAL_QUERY_ARG_POSTPROC_PATH;
MdpCapQueryPara.eDesiredAngle=(img_rot_angle_enum_t)CalVideoInfo.VideoImageRotAngle;
MdpCapQueryPara.eRotateWidth=CalVideoInfo.VideoImageWidth;
MdpFunc.pfnIdpCalQuery(CurrentScenarioId, IdpCalKey, IDP_CAL_QUERY_ROT_CAP, &MdpCapQueryPara, &MdpCapQueryResult);
if (MdpCapQueryResult == CalVideoInfo.VideoImageRotAngle)
{ // notify MDP new video rotate angle
CalVideoInfo.VideoImageRotAngle = MM_IMAGE_ROTATE_0;
}
else
{ // notify MDP do not roate video image, SW will roate the video image
SwVideoRotAngle = CalVideoInfo.VideoImageRotAngle;
MdpCapQueryResult=MM_IMAGE_ROTATE_0;
}
MdpFunc.pfnIdpCalSet(CurrentScenarioId, IdpCalKey, IDP_CAL_SET_ENCODE_ROTATION, &MdpCapQueryResult);
if (MM_IMAGE_ROTATE_0!=CalVideoInfo.VideoImageRotAngle)
{
VideoRotBuffAddr = (kal_uint32) CalVideoInfo.pfGetVideoBuff().pu1Address;
}
}
break;
#endif
case CAL_FEATURE_CAMERA_EXTRA_QVI_BUF_ADDR:
CalExtraQVIBuffAddr = pFeatureIn->FeatureSetValue;
break;
case CAL_FEATURE_CAMERA_EXTRA_QVI_BUF_SIZE:
CalExtraQVIBuffSize = pFeatureIn->FeatureSetValue;
break;
case CAL_FEATURE_CAMERA_JAIA_DISABLE:
CalStillCaptureInfo.ImageJaiaDisable = (kal_bool) pFeatureIn->FeatureSetValue;
break;
#if (defined(__CATS_SUPPORT__)||defined(__ATA_SUPPORT__))
case CAL_FEATURE_CAMERA_SENOSR_OUTPUT_TEST_PATTERN:
{
IMAGE_SENSOR_COMM_DATA_STRUCT SensorCommData;
SensorCommData.FeatureValue = pFeatureIn->FeatureSetValue;
ErrorCode = pfImageSensor->SensorFeatureCtrl(pFeatureIn->FeatureId, &SensorCommData, NULL, 0, NULL);
break;
}
case CAL_FEATURE_CAMERA_GET_TEST_PATTERN:
{
IMAGE_SENSOR_COMM_DATA_STRUCT SensorCommData;
ErrorCode = pfImageSensor->SensorFeatureCtrl(pFeatureIn->FeatureId, NULL, &SensorCommData, 0, NULL);
pFeatureOut->FeatureCurrentValue = SensorCommData.FeatureValue;
break;
}
#endif
#if defined (IDP_CAM_PREVIEW_TILEMODE_2PASS_SUPPORT)
case CAL_FEATURE_CAMERA_PREVIEW_SIZE:
if(CAL_FEATURE_QUERY_OPERATION == pFeatureIn->FeatureCtrlCode)
{
P_CAL_CAMERA_GET_PREVIEW_IMAGE_STRUCT pCamGetPreviewImageInPara = ((P_CAL_FEATURE_CTRL_STRUCT)pFeatureOut)->FeatureInfo.FeatureStructured.pCamGetPreviewImageInPara;
pCamGetPreviewImageInPara->ImageWidth = CurrentSensorInfo.PreviewWidth;
pCamGetPreviewImageInPara->ImageHeight = CurrentSensorInfo.PreviewHeight;
}
break;
#endif
default:
{ // YUV sensor, pass the features to sensor driver.
if((pFeatureOut!=NULL) && (CAL_FEATURE_QUERY_OPERATION == pFeatureIn->FeatureCtrlCode))
{
pCamFeatureEnum->IsSupport = KAL_FALSE;//default value
}
switch (pFeatureIn->FeatureId)
{
case CAL_FEATURE_CAMERA_IMAGE_EFFECT:
if(CAL_FEATURE_QUERY_OPERATION == pFeatureIn->FeatureCtrlCode)
{
ErrorCode= pfImageSensor->SensorFeatureCtrl(pFeatureIn->FeatureId, pFeatureIn, pFeatureOut, FeatureOutLen, pRealFeatureOutLen);
#if (defined(__CAL_ADVANCED_IMAGE_EFFECT_SUPPORT__))
/* only support in camera mode */
if (CAL_CAMERA_MODE_CAMERA == pFeatureIn->CameraMode)
{
const P_CAL_FEATURE_TYPE_ENUM_STRUCT Effect = &pFeatureOut->FeatureInfo.FeatureEnum;
pFeatureOut->FeatureModeSupport = CAL_FEATURE_CAMERA_SUPPORT;
Effect->IsSupport = KAL_TRUE;
Effect->SupportItem[Effect->ItemCount] = CAM_EFFECT_ENC_LOMO;
Effect->SupportItem[Effect->ItemCount+1] = CAM_EFFECT_ENC_COLOR_RED;
Effect->SupportItem[Effect->ItemCount+2] = CAM_EFFECT_ENC_COLOR_YELLOW;
Effect->SupportItem[Effect->ItemCount+3] = CAM_EFFECT_ENC_COLOR_GREEN;
Effect->SupportItem[Effect->ItemCount+4] = CAM_EFFECT_ENC_COLOR_BLUE;
Effect->ItemCount += 5;
}
#endif /* __CAL_ADVANCED_IMAGE_EFFECT_SUPPORT__ */
}
else
{
#if (defined(__CAL_ADVANCED_IMAGE_EFFECT_SUPPORT__))
CalImageEffect = pFeatureIn->FeatureSetValue;
if (pFeatureIn->FeatureSetValue >= CAM_EFFECT_ENC_LOMO)
{ /* reset image effect to normal for sensor */
pFeatureIn->FeatureSetValue = CAM_EFFECT_ENC_NORMAL;
}
#endif /* __CAL_ADVANCED_IMAGE_EFFECT_SUPPORT__ */
ErrorCode=pfIspFunc->IspFeatureCtrl(pFeatureIn->FeatureId, pFeatureIn, pFeatureOut, FeatureOutLen, pRealFeatureOutLen);
}
break;
case CAL_FEATURE_CAMERA_CONTRAST:
case CAL_FEATURE_CAMERA_SATURATION:
case CAL_FEATURE_CAMERA_SHARPNESS:
case CAL_FEATURE_CAMERA_WB:
case CAL_FEATURE_CAMERA_EV_VALUE:
case CAL_FEATURE_CAMERA_FLASH_MODE:
case CAL_FEATURE_CAMERA_BANDING_FREQ:
case CAL_FEATURE_CAMERA_AE_METERING_MODE:
case CAL_FEATURE_CAMERA_SCENE_MODE:
case CAL_FEATURE_CAMERA_VIDEO_SCENE_MODE:
if(CAL_FEATURE_QUERY_OPERATION == pFeatureIn->FeatureCtrlCode)
ErrorCode= pfImageSensor->SensorFeatureCtrl(pFeatureIn->FeatureId, pFeatureIn, pFeatureOut, FeatureOutLen, pRealFeatureOutLen);
else
ErrorCode=pfIspFunc->IspFeatureCtrl(pFeatureIn->FeatureId, pFeatureIn, pFeatureOut, FeatureOutLen, pRealFeatureOutLen);
break;
#if(defined(__CAL_CAMERA_AF_SUPPORT__))
//pass the AF features to sensor driver via ISP
case CAL_FEATURE_CAMERA_AF_KEY:
case CAL_FEATURE_CAMERA_AF_OPERATION_MODE:
case CAL_FEATURE_CAMERA_AF_RANGE_CONTROL:
ErrorCode= pfIspFunc->IspFeatureCtrl(pFeatureIn->FeatureId, pFeatureIn, pFeatureOut, FeatureOutLen, pRealFeatureOutLen);
break;
#endif
default:
ErrorCode = MM_ERROR_SENSOR_FEATURE_NOT_SUPPORT;
break;
}
#if (defined(__MULTIPLE_ANGLE_VIEW_SUPPORT__)||defined(__3D_IMAGE_SUPPORT__))
if (CAL_FEATURE_SET_OPERATION == pFeatureIn->FeatureCtrlCode)
CalMavImageSetting(pFeatureIn->FeatureId, pFeatureIn->FeatureSetValue);
#endif /* __MULTIPLE_ANGLE_VIEW_SUPPORT__ */
}
break;
}
}
#ifdef WEBCAM_SUPPORT
else if ((pFeatureIn->FeatureId>CAL_FEATURE_WEBCAM_BEGIN)&&
(pFeatureIn->FeatureId<CAL_FEATURE_WEBCAM_END))
{
CalTrace(CAL_TRACE_FLOW,CAL_FLOW_WEBCAM_FEATURE_CTRL,CAL_FEATURE_CTRL,pFeatureIn->FeatureId,pFeatureIn->FeatureCtrlCode);
ErrorCode=CalWebcamFeatureCtrl(pFeatureIn, pFeatureOut, FeatureOutLen);
}
#endif
#ifdef __CAL_PROFILING_ENABLE__
else if ((pFeatureIn->FeatureId>CAL_FEATURE_CAMERA_PROFILING_BEGIN)&&
(pFeatureIn->FeatureId<CAL_FEATURE_CAMERA_PROFILING_END))
{
CalTrace(CAL_TRACE_FLOW,CAL_FLOW_PROFILING_FEATURE_CTRL,CAL_FEATURE_CTRL,pFeatureIn->FeatureId,pFeatureIn->FeatureCtrlCode);
ErrorCode=CalProfilingFeatureCtrl(pFeatureIn, pFeatureOut, FeatureOutLen, pRealFeatureOutLen);
}
#endif
return ErrorCode;
} /* CalFeatureCtrl() */
#if defined(__MM_DCM_SUPPORT__)
#pragma arm section code, rodata
#endif