pp_scenario_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:
* ---------
* pp_scenario_ctrl.c
*
* Project:
* --------
* All
*
* Description:
* ------------
* Post Process interface
*
* Author:
* -------
* -------
*
*============================================================================
* HISTORY
* Below this line, this part is controlled by PVCS VM. DO NOT MODIFY!!
*------------------------------------------------------------------------------
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*============================================================================
****************************************************************************/
#include "pp_feature_def.h" /* to access the define of __POSTPROC_SUPPORT__ */
#if (defined(__POSTPROC_SUPPORT__))
#include "kal_release.h"
#include "feature_comm_def.h"
#include "pp_api.h"
#include "pp_comm_def.h"
#include "pp_if.h"
#include "fd_if.h"
#include "sd_if.h"
#include "pano_if.h"
#include "hdr_if.h"
#include "hdr_core.h"
#include "autocap_if.h"
#include "asd_if.h"
#include "asd_core.h"
#include "mavcap_if.h"
#include "MavMotionCore.h"
#include "mav_if.h"
#include "mav_core.h"
/* extern Function Points */
extern P_FD_FUNCTION_STRUCT pfFdFunc;
extern P_SD_FUNCTION_STRUCT pfSdFunc;
extern P_PANO_FUNCTION_STRUCT pfPanoFunc;
extern P_HDR_FUNCTION_STRUCT pfHdrFunc;
extern P_AUTOCAP_FUNCTION_STRUCT pfAutoCapFunc;
extern P_ASD_FUNCTION_STRUCT pfAsdFunc;
extern P_MAVCAP_FUNCTION_STRUCT pfMavCapFunc;
extern P_MAV_FUNCTION_STRUCT pfMavFunc;
PP_STATE_ENUM gPpPreviewState = PP_STATE_READY;
typedef union
{
FD_SET_MEM_INFO_STRUCT FdSetMemInfoPara;
SD_SET_MEM_INFO_STRUCT SdSetMemInfoPara;
AUTOCAP_SET_MEM_INFO_STRUCT AutoCapSetMemInfoPara;
PANO_SET_PROC_INFO_STRUCT PanoSetProcInfoPara;
HDR_SET_PROC_INFO_STRUCT HdrSetProcInfoPara;
MAVCAP_SET_MEM_INFO_STRUCT MavCapSetMemInfoPara;
MAV_SET_PROC_INFO_STRUCT MavSetProcInfoPara;
} PP_SET_PROC_STRUCT_UNION, *P_PP_SET_PROC_STRUCT_UNION;
/* global union set proc data except for bg postproc */
PP_SET_PROC_STRUCT_UNION gPpSetProcPara;
#if defined(__AUTO_SCENE_DETECT_SUPPORT__)
/* for ASD ctrl usage */
ASD_PROCESS_STRUCT gAsdMainParaIn;
ASD_PROCESS_STRUCT gAsdDeciderParaIn;
DECIDER_INFO_STRUCT gDeciderInfoPara;
ASD_PROC_AAA_PARA gAsdAaaPara;
ASD_RESULT_STRUCT gAsdScdResult;
FD_RESULT_STRUCT gAsdFdResult;
// mapping from fd result to asd input
const FD_FACE_POSE_ENUM FdPoseIndexLut[] =
{ // fd feature set idx = 1~12
// 1,2,3 => FD_FACE_POSE_0
// 4,6,8 => FD_FACE_POSE_90
// 10,11,12 => FD_FACE_POSE_180
// 5,7,9 => FD_FACE_POSE_270
FD_FACE_POSE_NUM,
FD_FACE_POSE_0, FD_FACE_POSE_0, FD_FACE_POSE_0, FD_FACE_POSE_90,
FD_FACE_POSE_270, FD_FACE_POSE_90, FD_FACE_POSE_270, FD_FACE_POSE_90,
FD_FACE_POSE_270, FD_FACE_POSE_180, FD_FACE_POSE_180, FD_FACE_POSE_180
};
/* for ASD scheduler usage */
const kal_uint8 PP_ASD_FD_PERIOD_MS_BASE = 30;
const kal_uint8 PP_ASD_DECIDER_PERIOD_FRAME = 3;
kal_uint8 PpAsdFrameCounter = 0;
kal_uint32 PpAsdTimeStick = 0;
kal_bool PpAsdScheDeciderOn = KAL_FALSE;
kal_bool PpAsdScheFdOn = KAL_FALSE;
kal_bool PpAsdScheScdOn = KAL_FALSE;
void PpAsdScheduler(P_ASD_PROC_AAA_PARA pAsdAaaPara,
P_FD_RESULT_STRUCT pAsdFdResult, P_ASD_RESULT_STRUCT pAsdScdResult)
{
PpAsdScheFdOn = PpAsdScheDeciderOn = PpAsdScheScdOn = KAL_FALSE;
// trigger Fd ?
pfFdFunc->FdFeatureCtrl(FD_FEATURE_GET_STATE, NULL, &gPpPreviewState, 0);
if(PP_STATE_BUSY!=gPpPreviewState)
{
pfFdFunc->FdFeatureCtrl(FD_FEATURE_GET_RESULT, NULL, pAsdFdResult, 0);
if(PP_ASD_FD_PERIOD_MS_BASE*PpTuningOperPara.asd_fd_frame_period < drv_get_duration_ms(PpAsdTimeStick))
{
PpAsdScheFdOn = KAL_TRUE;
PpAsdTimeStick = drv_get_current_time();
}
}
// trigger Scd ?
pfAsdFunc->AsdFeatureCtrl(ASD_FEATURE_GET_SCD_STATUS, NULL, &gPpPreviewState, 0);
if(PP_STATE_BUSY!=gPpPreviewState)
{
pfAsdFunc->AsdFeatureCtrl(ASD_FEATURE_GET_SCD_RESULT, NULL, pAsdScdResult, 0);
if(pAsdAaaPara->AeIsStable)
{
PpAsdScheScdOn = KAL_TRUE;
pfAsdFunc->AsdFeatureCtrl(ASD_FEATURE_SET_SCD_STATUS, NULL, NULL, 0); // set asd to wait proc state
}
}
// trigger Decider ?
if(PP_ASD_DECIDER_PERIOD_FRAME == (++PpAsdFrameCounter))
{
PpAsdScheDeciderOn = KAL_TRUE;
PpAsdFrameCounter = 0;
}
}
#endif //__AUTO_SCENE_DETECT_SUPPORT__
MM_ERROR_CODE_ENUM PpPreviewCtrl(PP_SCENARIO_CTRL_ENUM CtrlId, void *pInPara,
void *pOutPara, kal_uint32 OutParaLen)
{
MM_ERROR_CODE_ENUM ErrorCode = MM_ERROR_NONE;
P_PP_SCENARIO_CONF_IN_STRUCT_UNION pConfIn=(P_PP_SCENARIO_CONF_IN_STRUCT_UNION) pInPara;
/* Send Message */
P_FD_SET_MEM_INFO_STRUCT pFdSetMemInfoPara = &gPpSetProcPara.FdSetMemInfoPara;
P_SD_SET_MEM_INFO_STRUCT pSdSetMemInfoPara = &gPpSetProcPara.SdSetMemInfoPara;
#if (defined(__AUTOCAP_PANORAMA_SUPPORT__))
P_AUTOCAP_SET_MEM_INFO_STRUCT pAutoCapSetMemInfoPara = &gPpSetProcPara.AutoCapSetMemInfoPara;
#endif
#if defined(__AUTO_SCENE_DETECT_SUPPORT__)
DECIDER_INFO_STRUCT* pAsdDeciderCtrlInfoPara = &gDeciderInfoPara;
kal_bool AsdAbortFlag = KAL_FALSE;
#endif
#if defined(__MULTIPLE_ANGLE_VIEW_SUPPORT__)||defined(__3D_IMAGE_SUPPORT__)||defined(__CAMERA_GYRO_SUPPORT__)
P_MAVCAP_SET_MEM_INFO_STRUCT pMavCapSetMemInfoPara = &gPpSetProcPara.MavCapSetMemInfoPara;
#endif
PP_PROC_REQ_STRUCT PpProcReq;
switch(CtrlId)
{
case PP_CTRL_CODE_START:
#if (defined(__AUTO_SCENE_DETECT_SUPPORT__))
if(PP_IS_FEATURE_ENABLE(PP_FUNC_ASD))
{
PP_SET_FEATURE_STATE(PP_FUNC_ASD, PP_STATE_BUSY);
PP_SET_FEATURE_STATE(PP_FUNC_FACE_DETECT, PP_STATE_BUSY);
kal_mem_cpy(&gAsdAaaPara, (P_ASD_PROC_AAA_PARA)(pConfIn->pFuncProcParaIn->PpProcPara), sizeof(ASD_PROC_AAA_PARA));
// update Fd/Scd result and do scheduling
PpAsdScheduler(&gAsdAaaPara, &gAsdFdResult, &gAsdScdResult);
// trigger
if(PpAsdScheDeciderOn)
{ /* update 3a/fd/scd results to decider */
// 3a
pAsdDeciderCtrlInfoPara->InfoAaa.AeEv = gAsdAaaPara.AeEv;
pAsdDeciderCtrlInfoPara->InfoAaa.AeFaceEnhanceEv= gAsdAaaPara.AeFaceEnhanceEv;
pAsdDeciderCtrlInfoPara->InfoAaa.AeIsBacklit = gAsdAaaPara.AeIsBacklit;
pAsdDeciderCtrlInfoPara->InfoAaa.AeIsStable = gAsdAaaPara.AeIsStable;
pAsdDeciderCtrlInfoPara->InfoAaa.AwbCurRgain = gAsdAaaPara.AwbCurRgain;
pAsdDeciderCtrlInfoPara->InfoAaa.AwbCurBgain = gAsdAaaPara.AwbCurBgain;
pAsdDeciderCtrlInfoPara->InfoAaa.AwbIsStable = gAsdAaaPara.AwbIsStable;
pAsdDeciderCtrlInfoPara->InfoAaa.AfPosition = gAsdAaaPara.AfPosition;
pAsdDeciderCtrlInfoPara->InfoAaa.AfIsStable = gAsdAaaPara.AfIsStable;
// fd
pAsdDeciderCtrlInfoPara->InfoFd.FdProcTimeStart = gAsdFdResult.fd_start_time;
pAsdDeciderCtrlInfoPara->InfoFd.FdProcTimeEnd = gAsdFdResult.fd_end_time;
pAsdDeciderCtrlInfoPara->InfoFd.FdFaceNum = gAsdFdResult.face_no;
if(gAsdFdResult.face_no >= 1)
{
pAsdDeciderCtrlInfoPara->InfoFd.FdMainFaceLuma = gAsdFdResult.rect_lum[0];
pAsdDeciderCtrlInfoPara->InfoFd.FdMainFaceX0 = gAsdFdResult.rect_x0[0];
pAsdDeciderCtrlInfoPara->InfoFd.FdMainFaceX1 = gAsdFdResult.rect_x1[0];
pAsdDeciderCtrlInfoPara->InfoFd.FdMainFaceY0 = gAsdFdResult.rect_y0[0];
pAsdDeciderCtrlInfoPara->InfoFd.FdMainFaceY1 = gAsdFdResult.rect_y1[0];
pAsdDeciderCtrlInfoPara->InfoFd.FdMainFacePose = (kal_uint8)FdPoseIndexLut[gAsdFdResult.face_feature_set_index[0]];
}
// scd
pAsdDeciderCtrlInfoPara->InfoScd.ScdProcTimeStart = gAsdScdResult.asd_start_time;
pAsdDeciderCtrlInfoPara->InfoScd.ScdProcTimeEnd = gAsdScdResult.asd_end_time;
pAsdDeciderCtrlInfoPara->InfoScd.ScdScore[ASD_SCENE_LANDSCAPE] = gAsdScdResult.asd_score[ASD_SCENE_LANDSCAPE];
pAsdDeciderCtrlInfoPara->InfoScd.ScdScore[ASD_SCENE_BACKLIT] = gAsdScdResult.asd_score[ASD_SCENE_BACKLIT];
}
if(PpAsdScheDeciderOn||PpAsdScheScdOn)
{ /* trigger asd decider || copy buffer for scd */
gAsdDeciderParaIn.ProcId = ASD_PROC_DECIDER;
gAsdDeciderParaIn.pDeciderInfo = (PpAsdScheDeciderOn) ? pAsdDeciderCtrlInfoPara : NULL;
gAsdDeciderParaIn.src_buffer_addr = (PpAsdScheScdOn) ? pConfIn->pFuncProcParaIn->PpSrcBufAddr : NULL;
// Send Func running at CAL task
PpProcReq.Func = pfAsdFunc->AsdCtrl;
PpProcReq.FuncId = PP_FUNC_ASD;
PpProcReq.ScenarioId = PP_SCENARIO_CAMERA_PREVIEW;
PpProcReq.CtrlCode = PP_CTRL_CODE_START;
PpProcReq.pParaIn = &gAsdDeciderParaIn;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_START, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
}
if(PpAsdScheScdOn)
{ /* trigger asd scd */
AsdAbortFlag = KAL_FALSE;
pfAsdFunc->AsdFeatureCtrl(ASD_FEATURE_SET_SCD_ABORT, &AsdAbortFlag, 0, 0);
// asd main run at low task
gAsdMainParaIn.ProcId = ASD_PROC_MAIN;
//Send Func running at CAL_Low task
PpProcReq.Func = pfAsdFunc->AsdCtrl;
PpProcReq.FuncId = PP_FUNC_ASD;
PpProcReq.ScenarioId = PP_SCENARIO_CAMERA_PREVIEW;
PpProcReq.CtrlCode = PP_CTRL_CODE_START;
PpProcReq.pParaIn = &gAsdMainParaIn;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_START, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
}
if(PpAsdScheFdOn)
{ /* get info and update source memory, add image buffer for ALG usagememory copy */
// fd main ; Send Func running at CAL task
pFdSetMemInfoPara->PpProcBufAddr = gPpProcInfoPara.PpProcBufAddr;
pFdSetMemInfoPara->PpProcBufSize = gPpProcInfoPara.PpProcBufSize;
pFdSetMemInfoPara->PpProcFmt = gPpProcInfoPara.PpProcFmt;
pFdSetMemInfoPara->PpSrcBufAddr = pConfIn->pFuncProcParaIn->PpSrcBufAddr;
pFdSetMemInfoPara->PpSrcBufSize = pConfIn->pFuncProcParaIn->PpSrcBufSize;
pFdSetMemInfoPara->PpMemOpType = PP_MEM_OP_COPY_TO_PROC_BUF;
pfFdFunc->FdFeatureCtrl(FD_FEATURE_SET_PROC_INFO, pFdSetMemInfoPara, 0, 0);
PpProcReq.Func = pfFdFunc->FdCtrl;
PpProcReq.FuncId = PP_FUNC_FACE_DETECT;
PpProcReq.ScenarioId = PP_SCENARIO_CAMERA_PREVIEW;
PpProcReq.CtrlCode = PP_CTRL_CODE_START;
PpProcReq.pParaIn = 0;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_START, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
}
}
else if(PP_IS_FEATURE_ENABLE(PP_FUNC_SMILE_DETECT)&&PP_CHECK_FEATURE_STATE(PP_FUNC_FACE_DETECT, PP_STATE_BUSY))
#else // !__AUTO_SCENE_DETECT_SUPPORT__
if(PP_IS_FEATURE_ENABLE(PP_FUNC_SMILE_DETECT)&&PP_CHECK_FEATURE_STATE(PP_FUNC_FACE_DETECT, PP_STATE_BUSY))
#endif
{ /* SD Process */
PP_SET_FEATURE_STATE(PP_FUNC_SMILE_DETECT, PP_STATE_BUSY);
// Check State
pfSdFunc->SdFeatureCtrl(SD_FEATURE_GET_STATE, NULL, &gPpPreviewState, 0);
if(gPpPreviewState!=PP_STATE_BUSY)
{ /* get info and update source memory, add image buffer copy for ALG usagememory copy */
pSdSetMemInfoPara->PpProcBufAddr = gPpProcInfoPara.PpProcBufAddr;
pSdSetMemInfoPara->PpProcBufSize = gPpProcInfoPara.PpProcBufSize;
pSdSetMemInfoPara->PpProcFmt = gPpProcInfoPara.PpProcFmt;
pSdSetMemInfoPara->PpSrcBufAddr = pConfIn->pFuncProcParaIn->PpSrcBufAddr;
pSdSetMemInfoPara->PpSrcBufSize = pConfIn->pFuncProcParaIn->PpSrcBufSize;
#if(defined(FD_SOURCE_IMAGE_FROM_CRZ))
pSdSetMemInfoPara->PpMemOpType = PP_MEM_OP_RESIZE_TO_PROC_BUF;
#else
pSdSetMemInfoPara->PpMemOpType = PP_MEM_OP_COPY_TO_PROC_BUF;
#endif
pfSdFunc->SdFeatureCtrl(SD_FEATURE_SET_PROC_INFO, pSdSetMemInfoPara, 0, 0);
/* Send message to CAL task */
PpProcReq.Func = pfSdFunc->SdCtrl;
PpProcReq.FuncId = PP_FUNC_SMILE_DETECT;
PpProcReq.ScenarioId = PP_SCENARIO_CAMERA_PREVIEW;
PpProcReq.CtrlCode = PP_CTRL_CODE_START;
PpProcReq.pParaIn = 0;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_START, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
}
}
else if(PP_IS_FEATURE_ENABLE(PP_FUNC_FACE_DETECT))
{ /* FD Process */
PP_SET_FEATURE_STATE(PP_FUNC_FACE_DETECT, PP_STATE_BUSY);
// Check State
pfFdFunc->FdFeatureCtrl(FD_FEATURE_GET_STATE, NULL, &gPpPreviewState, 0);
if(gPpPreviewState!=PP_STATE_BUSY)
{ /* get info and update source memory, add image buffer copy for ALG usagememory copy */
pFdSetMemInfoPara->PpProcBufAddr = gPpProcInfoPara.PpProcBufAddr;
pFdSetMemInfoPara->PpProcBufSize = gPpProcInfoPara.PpProcBufSize;
pFdSetMemInfoPara->PpProcFmt = gPpProcInfoPara.PpProcFmt;
pFdSetMemInfoPara->PpSrcBufAddr = pConfIn->pFuncProcParaIn->PpSrcBufAddr;
pFdSetMemInfoPara->PpSrcBufSize = pConfIn->pFuncProcParaIn->PpSrcBufSize;
#if(defined(FD_SOURCE_IMAGE_FROM_CRZ))
pFdSetMemInfoPara->PpMemOpType = PP_MEM_OP_RESIZE_TO_PROC_BUF;
#else
pFdSetMemInfoPara->PpMemOpType = PP_MEM_OP_COPY_TO_PROC_BUF;
#endif
pfFdFunc->FdFeatureCtrl(FD_FEATURE_SET_PROC_INFO, pFdSetMemInfoPara, 0, 0);
/* Send message to CAL task */
PpProcReq.Func = pfFdFunc->FdCtrl;
PpProcReq.FuncId = PP_FUNC_FACE_DETECT;
PpProcReq.ScenarioId = PP_SCENARIO_CAMERA_PREVIEW;
PpProcReq.CtrlCode = PP_CTRL_CODE_START;
PpProcReq.pParaIn = 0;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_START, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
}
}
#if (defined(__AUTOCAP_PANORAMA_SUPPORT__))
else if(PP_IS_FEATURE_ENABLE(PP_FUNC_AUTOCAP_PANORAMA))
{ /* AutoCap Process */
PP_SET_FEATURE_STATE(PP_FUNC_AUTOCAP_PANORAMA, PP_STATE_BUSY);
// Check State
pfAutoCapFunc->AutoCapFeatureCtrl(AUTOCAP_FEATURE_GET_STATE, NULL, &gPpPreviewState, 0);
if(gPpPreviewState!=PP_STATE_BUSY)
{ /* get info and update source memory, add image buffer copy for ALG usagememory copy */
pAutoCapSetMemInfoPara->PpProcBufAddr = gPpProcInfoPara.PpProcBufAddr;
pAutoCapSetMemInfoPara->PpProcBufSize = gPpProcInfoPara.PpProcBufSize;
pAutoCapSetMemInfoPara->PpProcFmt = gPpProcInfoPara.PpProcFmt;
pAutoCapSetMemInfoPara->PpSrcBufAddr = pConfIn->pFuncProcParaIn->PpSrcBufAddr;
pAutoCapSetMemInfoPara->PpSrcBufSize = pConfIn->pFuncProcParaIn->PpSrcBufSize;
#if(defined(AUTOCAP_SOURCE_IMAGE_FROM_CRZ))
pAutoCapSetMemInfoPara->PpMemOpType = PP_MEM_OP_RESIZE_TO_PROC_BUF;
#else
pAutoCapSetMemInfoPara->PpMemOpType = PP_MEM_OP_COPY_TO_PROC_BUF;
#endif
pfAutoCapFunc->AutoCapFeatureCtrl(AUTOCAP_FEATURE_SET_PROC_INFO, pAutoCapSetMemInfoPara, 0, 0);
/* Send message to CAL task */
PpProcReq.Func = pfAutoCapFunc->AutoCapCtrl;
PpProcReq.FuncId = PP_FUNC_AUTOCAP_PANORAMA;
PpProcReq.ScenarioId = PP_SCENARIO_CAMERA_PREVIEW;
PpProcReq.CtrlCode = PP_CTRL_CODE_START;
PpProcReq.pParaIn = 0;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_START, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
}
}
#endif
#if defined(__MULTIPLE_ANGLE_VIEW_SUPPORT__)||defined(__3D_IMAGE_SUPPORT__)||defined(__CAMERA_GYRO_SUPPORT__)
else if(PP_IS_FEATURE_ENABLE(PP_FUNC_MAVCAP))
{ /* MavCap Process */
PP_SET_FEATURE_STATE(PP_FUNC_MAVCAP, PP_STATE_BUSY);
// Check State
pfMavCapFunc->MavCapFeatureCtrl(MAVCAP_FEATURE_GET_STATE, NULL, &gPpPreviewState, 0);
if(gPpPreviewState!=PP_STATE_BUSY)
{ /* get info and update source memory, add image buffer copy for ALG usagememory copy */
pMavCapSetMemInfoPara->PpProcBufAddr = gPpProcInfoPara.PpProcBufAddr;
pMavCapSetMemInfoPara->PpProcBufSize = gPpProcInfoPara.PpProcBufSize;
pMavCapSetMemInfoPara->PpProcFmt = gPpProcInfoPara.PpProcFmt;
pMavCapSetMemInfoPara->PpSrcBufAddr = pConfIn->pFuncProcParaIn->PpSrcBufAddr;
pMavCapSetMemInfoPara->PpSrcBufSize = pConfIn->pFuncProcParaIn->PpSrcBufSize;
pMavCapSetMemInfoPara->PpMemOpType = PP_MEM_OP_COPY_TO_PROC_BUF;
pMavCapSetMemInfoPara->PpForceToShot = (kal_bool) (pConfIn->pFuncProcParaIn->PpProcPara); // force to shot flag
pfMavCapFunc->MavCapFeatureCtrl(MAVCAP_FEATURE_SET_PROC_INFO, pMavCapSetMemInfoPara, 0, 0);
/* Send message to CAL task */
PpProcReq.Func = pfMavCapFunc->MavCapCtrl;
PpProcReq.FuncId = PP_FUNC_MAVCAP;
PpProcReq.ScenarioId = PP_SCENARIO_CAMERA_PREVIEW;
PpProcReq.CtrlCode = PP_CTRL_CODE_START;
PpProcReq.pParaIn = 0;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_START, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
}
}
#endif
break;
case PP_CTRL_CODE_STOP:
if(PP_IS_FEATURE_ENABLE(PP_FUNC_SMILE_DETECT))
{ /* SD Process */
PpFeatureCtrl(PP_FUNC_SMILE_DETECT, PP_FEATURE_SET_DISABLE,0, 0, 0);
PP_SET_FEATURE_STATE(PP_FUNC_SMILE_DETECT, PP_STATE_STANDBY);
}
if(PP_IS_FEATURE_ENABLE(PP_FUNC_FACE_DETECT))
{ /* FD Process */
PpFeatureCtrl(PP_FUNC_FACE_DETECT, PP_FEATURE_SET_DISABLE,0, 0, 0);
PP_SET_FEATURE_STATE(PP_FUNC_FACE_DETECT, PP_STATE_STANDBY);
}
#if (defined(__AUTOCAP_PANORAMA_SUPPORT__))
if(PP_IS_FEATURE_ENABLE(PP_FUNC_AUTOCAP_PANORAMA))
{ /* AutoCap Process */
PpFeatureCtrl(PP_FUNC_AUTOCAP_PANORAMA, PP_FEATURE_SET_DISABLE,0, 0, 0);
PP_SET_FEATURE_STATE(PP_FUNC_AUTOCAP_PANORAMA, PP_STATE_STANDBY);
}
#endif
#if (defined(__AUTO_SCENE_DETECT_SUPPORT__))
if(PP_IS_FEATURE_ENABLE(PP_FUNC_ASD))
{ /* ASD Process */
if(!PP_CHECK_FEATURE_STATE(PP_FUNC_ASD, PP_STATE_STANDBY))
{
/* Asd Exit */
/* Send message to CAL_LOW task */
gAsdMainParaIn.ProcId = ASD_PROC_MAIN;
PpProcReq.Func = pfAsdFunc->AsdCtrl;
PpProcReq.FuncId = PP_FUNC_ASD;
PpProcReq.ScenarioId = PP_SCENARIO_CAMERA_PREVIEW;
PpProcReq.CtrlCode = PP_CTRL_CODE_STOP;
PpProcReq.pParaIn = &gAsdMainParaIn;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_STOP, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
/* wait asd stop complete */
PP_WAIT_EVENT(PP_EVENT_ASD_STOP_CNF);
}
PpFeatureCtrl(PP_FUNC_ASD, PP_FEATURE_SET_DISABLE,0, 0, 0);
PP_SET_FEATURE_STATE(PP_FUNC_ASD, PP_STATE_STANDBY);
}
#endif //__AUTO_SCENE_DETECT_SUPPORT__
#if defined(__MULTIPLE_ANGLE_VIEW_SUPPORT__)||defined(__3D_IMAGE_SUPPORT__)||defined(__CAMERA_GYRO_SUPPORT__)
if(PP_IS_FEATURE_ENABLE(PP_FUNC_MAVCAP))
{ /* MavCap Process */
PpFeatureCtrl(PP_FUNC_MAVCAP, PP_FEATURE_SET_DISABLE,0, 0, 0);
PP_SET_FEATURE_STATE(PP_FUNC_MAVCAP, PP_STATE_STANDBY);
}
#endif //__MULTIPLE_ANGLE_VIEW_SUPPORT__
break;
case PP_CTRL_CODE_RESET:
#if (defined(__AUTO_SCENE_DETECT_SUPPORT__))
if(PP_IS_FEATURE_ENABLE(PP_FUNC_ASD))
{
AsdAbortFlag = KAL_TRUE;
pfAsdFunc->AsdFeatureCtrl(ASD_FEATURE_SET_SCD_ABORT, &AsdAbortFlag, 0, 0);
}
else if(PP_IS_FEATURE_ENABLE(PP_FUNC_FACE_DETECT))
#else
if(PP_IS_FEATURE_ENABLE(PP_FUNC_FACE_DETECT))
#endif
{ /* FD Process */
PpProcReq.Func = pfFdFunc->FdCtrl;
PpProcReq.FuncId = PP_FUNC_FACE_DETECT;
PpProcReq.ScenarioId = PP_SCENARIO_CAMERA_PREVIEW;
PpProcReq.CtrlCode = PP_CTRL_CODE_RESET;
PpProcReq.pParaIn = 0;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = sizeof(FD_RESULT_STRUCT);
pfPpCb(PP_CBID_POSTPROC_STOP, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
}
break;
case PP_CTRL_CODE_PAUSE:
case PP_CTRL_CODE_RESUME:
break;
default:
break;
}
return ErrorCode;
} /* PpPreviewCtrl() */
MM_ERROR_CODE_ENUM PpCaptureCtrl(PP_SCENARIO_CTRL_ENUM CtrlId, void *pInPara,
void *pOutPara, kal_uint32 OutParaLen)
{
MM_ERROR_CODE_ENUM ErrorCode = MM_ERROR_NONE;
switch(CtrlId)
{
case PP_CTRL_CODE_START:
break;
case PP_CTRL_CODE_STOP:
break;
case PP_CTRL_CODE_RESET:
break;
case PP_CTRL_CODE_PAUSE:
break;
case PP_CTRL_CODE_RESUME:
break;
default:
break;
}
return ErrorCode;
}
MM_ERROR_CODE_ENUM PpBgPostProcCtrl(PP_SCENARIO_CTRL_ENUM CtrlId, void *pInPara,
void *pOutPara, kal_uint32 OutParaLen)
{
MM_ERROR_CODE_ENUM ErrorCode = MM_ERROR_NONE;
P_PP_SCENARIO_CONF_IN_STRUCT_UNION pConfIn=(P_PP_SCENARIO_CONF_IN_STRUCT_UNION) pInPara;
/* Set Proc Info */
PANO_SET_PROC_INFO_STRUCT PanoSetProcInfoPara;
/* Send Message */
PP_PROC_REQ_STRUCT PpProcReq;
switch(CtrlId)
{
case PP_CTRL_CODE_START:
if(PP_IS_FEATURE_ENABLE(PP_FUNC_PANORAMA))
{
/* Pano Process */
PP_SET_FEATURE_STATE(PP_FUNC_PANORAMA, PP_STATE_BUSY);
/* Pano Add Image */
PanoSetProcInfoPara.WorkingBufAddr = pConfIn->pFuncProcParaIn->PpProcBufAddr;
PanoSetProcInfoPara.WorkingBufSize = pConfIn->pFuncProcParaIn->PpProcBufSize;
PanoSetProcInfoPara.PanoCtrl = PANO_CTRL_ADD_IMAGE;
PanoSetProcInfoPara.SrcImgAddr = pConfIn->pFuncProcParaIn->PpSrcBufAddr;
PanoSetProcInfoPara.SrcImgSize = pConfIn->pFuncProcParaIn->PpSrcBufSize;
#if (defined(__AUTOCAP_PANORAMA_SUPPORT__))
PanoSetProcInfoPara.EV = (kal_int32)pConfIn->pFuncProcParaIn->PpProcPara;
#endif
pfPanoFunc->PanoFeatureCtrl(PANO_FEATURE_SET_PROC_INFO, &PanoSetProcInfoPara, 0, 0);
/* Send message to CAL_LOW task */
PpProcReq.Func = pfPanoFunc->PanoCtrl;
PpProcReq.FuncId = PP_FUNC_PANORAMA;
PpProcReq.ScenarioId = PP_SCENARIO_BG_POSTPROC;
PpProcReq.CtrlCode = PP_CTRL_CODE_START;
PpProcReq.pParaIn = 0;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_START, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
}
break;
case PP_CTRL_CODE_STOP:
if(PP_IS_FEATURE_ENABLE(PP_FUNC_PANORAMA))
{ /* Pano Process */
if(!PP_CHECK_FEATURE_STATE(PP_FUNC_PANORAMA, PP_STATE_STANDBY))
{
/* Pano Exit */
/* Send message to CAL_LOW task */
PpProcReq.Func = pfPanoFunc->PanoCtrl;
PpProcReq.FuncId = PP_FUNC_PANORAMA;
PpProcReq.ScenarioId = PP_SCENARIO_BG_POSTPROC;
PpProcReq.CtrlCode = PP_CTRL_CODE_STOP;
PpProcReq.pParaIn = 0;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_STOP, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
/* wait pano stop complete */
PP_WAIT_EVENT(PP_EVENT_PANO_STOP_CNF);
}
PpFeatureCtrl(PP_FUNC_PANORAMA, PP_FEATURE_SET_DISABLE,0, 0, 0);
PP_SET_FEATURE_STATE(PP_FUNC_PANORAMA, PP_STATE_STANDBY);
}
break;
case PP_CTRL_CODE_RESET:
break;
case PP_CTRL_CODE_PAUSE:
if(PP_IS_FEATURE_ENABLE(PP_FUNC_PANORAMA))
{ /* Pano Process */
if(PP_CHECK_FEATURE_STATE(PP_FUNC_PANORAMA, PP_STATE_BUSY))
{
/* Pano Exit */
/* Send message to CAL_LOW task */
PpProcReq.Func = pfPanoFunc->PanoCtrl;
PpProcReq.FuncId = PP_FUNC_PANORAMA;
PpProcReq.ScenarioId = PP_SCENARIO_BG_POSTPROC;
PpProcReq.CtrlCode = PP_CTRL_CODE_PAUSE;
PpProcReq.pParaIn = 0;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_STOP, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
/* wait pano pause complete */
PP_WAIT_EVENT(PP_EVENT_PANO_PAUSE_CNF);
}
PP_SET_FEATURE_STATE(PP_FUNC_PANORAMA, PP_STATE_PAUSE);
}
break;
case PP_CTRL_CODE_RESUME:
if(PP_IS_FEATURE_ENABLE(PP_FUNC_PANORAMA))
{
/* Pano Process */
PP_SET_FEATURE_STATE(PP_FUNC_PANORAMA, PP_STATE_BUSY);
/* Pano Stitch */
PanoSetProcInfoPara.WorkingBufAddr = pConfIn->pFuncProcParaIn->PpProcBufAddr;
PanoSetProcInfoPara.WorkingBufSize = pConfIn->pFuncProcParaIn->PpProcBufSize;
PanoSetProcInfoPara.PanoCtrl = PANO_CTRL_ADD_IMAGE;
pfPanoFunc->PanoFeatureCtrl(PANO_FEATURE_SET_PROC_INFO, &PanoSetProcInfoPara, 0, 0);
/* Send message to CAL_LOW task */
PpProcReq.Func = pfPanoFunc->PanoCtrl;
PpProcReq.FuncId = PP_FUNC_PANORAMA;
PpProcReq.ScenarioId = PP_SCENARIO_BG_POSTPROC;
PpProcReq.CtrlCode = PP_CTRL_CODE_RESUME;
PpProcReq.pParaIn = 0;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_START, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
}
break;
default:
break;
}
return ErrorCode;
}
MM_ERROR_CODE_ENUM PpPostProcCtrl(PP_SCENARIO_CTRL_ENUM CtrlId, void *pInPara,
void *pOutPara, kal_uint32 OutParaLen)
{
MM_ERROR_CODE_ENUM ErrorCode = MM_ERROR_NONE;
P_PP_SCENARIO_CONF_IN_STRUCT_UNION pConfIn=(P_PP_SCENARIO_CONF_IN_STRUCT_UNION) pInPara;
/* Set Proc Info */
P_PANO_SET_PROC_INFO_STRUCT pPanoSetProcInfoPara = &gPpSetProcPara.PanoSetProcInfoPara;
P_HDR_SET_PROC_INFO_STRUCT pHdrSetProcInfoPara = &gPpSetProcPara.HdrSetProcInfoPara;
P_MAV_SET_PROC_INFO_STRUCT pMavSetProcInfoPara = &gPpSetProcPara.MavSetProcInfoPara;
P_MAV_PROC_PARA pMavProcPara;
/* Send Message */
PP_PROC_REQ_STRUCT PpProcReq;
switch(CtrlId)
{
case PP_CTRL_CODE_START:
if(PP_IS_FEATURE_ENABLE(PP_FUNC_HDR))
{
/* Hdr Process */
PP_SET_FEATURE_STATE(PP_FUNC_HDR, PP_STATE_BUSY);
pHdrSetProcInfoPara->SrcImgAddr= pConfIn->pFuncProcParaIn->PpSrcBufAddr;
pHdrSetProcInfoPara->SrcImgSize = pConfIn->pFuncProcParaIn->PpSrcBufSize;
pHdrSetProcInfoPara->WorkingBufAddr = pConfIn->pFuncProcParaIn->PpProcBufAddr;
pHdrSetProcInfoPara->MaxWorkingBufSize = pConfIn->pFuncProcParaIn->PpProcBufSize;
pfHdrFunc->HdrFeatureCtrl(HDR_FEATURE_SET_PROC_INFO, pHdrSetProcInfoPara, 0, 0);
/* Send message to CAL_LOW task */
PpProcReq.Func = pfHdrFunc->HdrCtrl;
PpProcReq.FuncId = PP_FUNC_HDR;
PpProcReq.ScenarioId = PP_SCENARIO_POSTPROC;
PpProcReq.CtrlCode = PP_CTRL_CODE_START;
PpProcReq.pParaIn = 0;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_START, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
}
if(PP_IS_FEATURE_ENABLE(PP_FUNC_PANORAMA))
{
/* Pano Process */
PP_SET_FEATURE_STATE(PP_FUNC_PANORAMA, PP_STATE_BUSY);
/* Pano Stitch */
pPanoSetProcInfoPara->WorkingBufAddr = pConfIn->pFuncProcParaIn->PpProcBufAddr;
pPanoSetProcInfoPara->WorkingBufSize = pConfIn->pFuncProcParaIn->PpProcBufSize;
pPanoSetProcInfoPara->PanoCtrl = PANO_CTRL_STITCH;
pfPanoFunc->PanoFeatureCtrl(PANO_FEATURE_SET_PROC_INFO, pPanoSetProcInfoPara, 0, 0);
/* Send message to CAL_LOW task */
PpProcReq.Func = pfPanoFunc->PanoCtrl;
PpProcReq.FuncId = PP_FUNC_PANORAMA;
PpProcReq.ScenarioId = PP_SCENARIO_POSTPROC;
PpProcReq.CtrlCode = PP_CTRL_CODE_START;
PpProcReq.pParaIn = 0;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_START, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
}
if(PP_IS_FEATURE_ENABLE(PP_FUNC_MAV))
{
/* Mav Process */
PP_SET_FEATURE_STATE(PP_FUNC_MAV, PP_STATE_BUSY);
pMavSetProcInfoPara->PpImgBufAddr = pConfIn->pFuncProcParaIn->PpSrcBufAddr;
pMavSetProcInfoPara->PpImgBufSize= pConfIn->pFuncProcParaIn->PpSrcBufSize;
pMavProcPara = (P_MAV_PROC_PARA)(pConfIn->pFuncProcParaIn->PpProcPara);
{
int i;
for(i = 0; i < pMavProcPara->ProcImageNum ; i++)
{
pMavSetProcInfoPara->GlobalMotion[i][0] = (kal_int32)(pMavProcPara->GlobalMotion[i][0]);
pMavSetProcInfoPara->GlobalMotion[i][1] = (kal_int32)(pMavProcPara->GlobalMotion[i][1]);
}
}
pMavSetProcInfoPara->TotalImgNumber = pMavProcPara->ProcImageNum;
pfMavFunc->MavFeatureCtrl(MAV_FEATURE_SET_PROC_INFO, pMavSetProcInfoPara, 0, 0);
/* Send message to CAL_LOW task */
PpProcReq.Func = pfMavFunc->MavCtrl;
PpProcReq.FuncId = PP_FUNC_MAV;
PpProcReq.ScenarioId = PP_SCENARIO_POSTPROC;
PpProcReq.CtrlCode = PP_CTRL_CODE_START;
PpProcReq.pParaIn = 0;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_START, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
}
break;
case PP_CTRL_CODE_STOP:
if(PP_IS_FEATURE_ENABLE(PP_FUNC_HDR))
{ /* HDR Process */
if(!PP_CHECK_FEATURE_STATE(PP_FUNC_HDR, PP_STATE_STANDBY))
{
/* Hdr Exit */
/* Send message to CAL_LOW task */
PpProcReq.Func = pfHdrFunc->HdrCtrl;
PpProcReq.FuncId = PP_FUNC_HDR;
PpProcReq.ScenarioId = PP_SCENARIO_POSTPROC;
PpProcReq.CtrlCode = PP_CTRL_CODE_STOP;
PpProcReq.pParaIn = 0;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_STOP, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
/* wait hdr stop complete */
PP_WAIT_EVENT(PP_EVENT_HDR_STOP_CNF);
}
PpFeatureCtrl(PP_FUNC_HDR, PP_FEATURE_SET_DISABLE,0, 0, 0);
PP_SET_FEATURE_STATE(PP_FUNC_HDR, PP_STATE_STANDBY);
}
if(PP_IS_FEATURE_ENABLE(PP_FUNC_PANORAMA))
{ /* Pano Process */
if(!PP_CHECK_FEATURE_STATE(PP_FUNC_PANORAMA, PP_STATE_STANDBY))
{
/* Pano Exit */
/* Send message to CAL_LOW task */
PpProcReq.Func = pfPanoFunc->PanoCtrl;
PpProcReq.FuncId = PP_FUNC_PANORAMA;
PpProcReq.ScenarioId = PP_SCENARIO_POSTPROC;
PpProcReq.CtrlCode = PP_CTRL_CODE_STOP;
PpProcReq.pParaIn = 0;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_STOP, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
/* wait pano stop complete */
PP_WAIT_EVENT(PP_EVENT_PANO_STOP_CNF);
}
PpFeatureCtrl(PP_FUNC_PANORAMA, PP_FEATURE_SET_DISABLE,0, 0, 0);
PP_SET_FEATURE_STATE(PP_FUNC_PANORAMA, PP_STATE_STANDBY);
}
if(PP_IS_FEATURE_ENABLE(PP_FUNC_MAV))
{ /* Mav Process */
if(!PP_CHECK_FEATURE_STATE(PP_FUNC_MAV, PP_STATE_STANDBY))
{
/* Mav Exit */
/* Send message to CAL_LOW task */
PpProcReq.Func = pfMavFunc->MavCtrl;
PpProcReq.FuncId = PP_FUNC_MAV;
PpProcReq.ScenarioId = PP_SCENARIO_POSTPROC;
PpProcReq.CtrlCode = PP_CTRL_CODE_STOP;
PpProcReq.pParaIn = 0;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_STOP, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
/* wait mav stop complete */
PP_WAIT_EVENT(PP_EVENT_MAV_STOP_CNF);
}
PpFeatureCtrl(PP_FUNC_MAV, PP_FEATURE_SET_DISABLE,0, 0, 0);
PP_SET_FEATURE_STATE(PP_FUNC_MAV, PP_STATE_STANDBY);
}
break;
case PP_CTRL_CODE_RESET:
break;
case PP_CTRL_CODE_PAUSE:
if(PP_IS_FEATURE_ENABLE(PP_FUNC_PANORAMA))
{ /* Pano Process */
if(PP_CHECK_FEATURE_STATE(PP_FUNC_PANORAMA, PP_STATE_BUSY))
{
/* Pano Exit */
/* Send message to CAL_LOW task */
PpProcReq.Func = pfPanoFunc->PanoCtrl;
PpProcReq.FuncId = PP_FUNC_PANORAMA;
PpProcReq.ScenarioId = PP_SCENARIO_POSTPROC;
PpProcReq.CtrlCode = PP_CTRL_CODE_PAUSE;
PpProcReq.pParaIn = 0;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_STOP, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
/* wait pano pause complete */
PP_WAIT_EVENT(PP_EVENT_PANO_PAUSE_CNF);
}
PP_SET_FEATURE_STATE(PP_FUNC_PANORAMA, PP_STATE_PAUSE);
}
break;
case PP_CTRL_CODE_RESUME:
if(PP_IS_FEATURE_ENABLE(PP_FUNC_PANORAMA))
{
/* Pano Process */
PP_SET_FEATURE_STATE(PP_FUNC_PANORAMA, PP_STATE_BUSY);
/* Pano Stitch */
pPanoSetProcInfoPara->WorkingBufAddr = pConfIn->pFuncProcParaIn->PpProcBufAddr;
pPanoSetProcInfoPara->WorkingBufSize = pConfIn->pFuncProcParaIn->PpProcBufSize;
pPanoSetProcInfoPara->PanoCtrl = PANO_CTRL_STITCH;
pfPanoFunc->PanoFeatureCtrl(PANO_FEATURE_SET_PROC_INFO, pPanoSetProcInfoPara, 0, 0);
/* Send message to CAL_LOW task */
PpProcReq.Func = pfPanoFunc->PanoCtrl;
PpProcReq.FuncId = PP_FUNC_PANORAMA;
PpProcReq.ScenarioId = PP_SCENARIO_POSTPROC;
PpProcReq.CtrlCode = PP_CTRL_CODE_RESUME;
PpProcReq.pParaIn = 0;
PpProcReq.pParaOut = 0;
PpProcReq.ParaOutLen = 0;
pfPpCb(PP_CBID_POSTPROC_START, &PpProcReq, sizeof(PP_PROC_REQ_STRUCT));
}
break;
default:
break;
}
return ErrorCode;
}
#endif