void ProfileModel::p_save(KConfig *config) {
KConfigGroup profilesGroup(config, "Profiles");
profilesGroup.deleteGroup();
profilesGroup.writeEntry("Standard", p_current_profile_index);
profilesGroup.writeEntry("Count", p_cache.count());
for (int i = 0; i < p_cache.count(); ++i) {
KConfigGroup subGroup(&profilesGroup, QString("Profile %1").arg(i));
subGroup.writeEntry(PROFILE_MODEL_PROFILEINDEX_KEY, p_cache[i][PROFILE_MODEL_PROFILEINDEX_KEY]);
subGroup.writeEntry(PROFILE_MODEL_NAME_KEY, p_cache[i][PROFILE_MODEL_NAME_KEY]);
subGroup.writeEntry(PROFILE_MODEL_ICON_KEY, p_cache[i][PROFILE_MODEL_ICON_KEY]);
subGroup.writeEntry(PROFILE_MODEL_ENCODER_SELECTED_KEY, p_cache[i][PROFILE_MODEL_ENCODER_SELECTED_KEY]);
subGroup.writeEntry(PROFILE_MODEL_PATTERN_KEY, p_cache[i][PROFILE_MODEL_PATTERN_KEY]);
subGroup.writeEntry(PROFILE_MODEL_FAT32COMPATIBLE_KEY, p_cache[i][PROFILE_MODEL_FAT32COMPATIBLE_KEY]);
subGroup.writeEntry(PROFILE_MODEL_UNDERSCORE_KEY, p_cache[i][PROFILE_MODEL_UNDERSCORE_KEY]);
subGroup.writeEntry(PROFILE_MODEL_2DIGITSTRACKNUM_KEY, p_cache[i][PROFILE_MODEL_2DIGITSTRACKNUM_KEY]);
subGroup.writeEntry(PROFILE_MODEL_SC_KEY, p_cache[i][PROFILE_MODEL_SC_KEY]);
subGroup.writeEntry(PROFILE_MODEL_SC_SCALE_KEY, p_cache[i][PROFILE_MODEL_SC_SCALE_KEY]);
subGroup.writeEntry(PROFILE_MODEL_SC_SIZE_KEY, p_cache[i][PROFILE_MODEL_SC_SIZE_KEY]);
subGroup.writeEntry(PROFILE_MODEL_SC_FORMAT_KEY, p_cache[i][PROFILE_MODEL_SC_FORMAT_KEY]);
subGroup.writeEntry(PROFILE_MODEL_SC_NAME_KEY, p_cache[i][PROFILE_MODEL_SC_NAME_KEY]);
subGroup.writeEntry(PROFILE_MODEL_PL_KEY, p_cache[i][PROFILE_MODEL_PL_KEY]);
subGroup.writeEntry(PROFILE_MODEL_PL_FORMAT_KEY, p_cache[i][PROFILE_MODEL_PL_FORMAT_KEY]);
subGroup.writeEntry(PROFILE_MODEL_PL_NAME_KEY, p_cache[i][PROFILE_MODEL_PL_NAME_KEY]);
subGroup.writeEntry(PROFILE_MODEL_PL_ABS_FILE_PATH_KEY, p_cache[i][PROFILE_MODEL_PL_ABS_FILE_PATH_KEY]);
subGroup.writeEntry(PROFILE_MODEL_PL_UTF8_KEY, p_cache[i][PROFILE_MODEL_PL_UTF8_KEY]);
subGroup.writeEntry(PROFILE_MODEL_INF_KEY, p_cache[i][PROFILE_MODEL_INF_KEY]);
subGroup.writeEntry(PROFILE_MODEL_INF_TEXT_KEY, p_cache[i][PROFILE_MODEL_INF_TEXT_KEY]);
subGroup.writeEntry(PROFILE_MODEL_INF_NAME_KEY, p_cache[i][PROFILE_MODEL_INF_NAME_KEY]);
subGroup.writeEntry(PROFILE_MODEL_INF_SUFFIX_KEY, p_cache[i][PROFILE_MODEL_INF_SUFFIX_KEY]);
subGroup.writeEntry(PROFILE_MODEL_HL_KEY, p_cache[i][PROFILE_MODEL_HL_KEY]);
subGroup.writeEntry(PROFILE_MODEL_HL_FORMAT_KEY, p_cache[i][PROFILE_MODEL_HL_FORMAT_KEY]);
subGroup.writeEntry(PROFILE_MODEL_HL_NAME_KEY, p_cache[i][PROFILE_MODEL_HL_NAME_KEY]);
subGroup.writeEntry(PROFILE_MODEL_CUE_KEY, p_cache[i][PROFILE_MODEL_CUE_KEY]);
subGroup.writeEntry(PROFILE_MODEL_CUE_NAME_KEY, p_cache[i][PROFILE_MODEL_CUE_NAME_KEY]);
subGroup.writeEntry(PROFILE_MODEL_SF_KEY, p_cache[i][PROFILE_MODEL_SF_KEY]);
subGroup.writeEntry(PROFILE_MODEL_SF_NAME_KEY, p_cache[i][PROFILE_MODEL_SF_NAME_KEY]);
subGroup.writeEntry(PROFILE_MODEL_RG_KEY, p_cache[i][PROFILE_MODEL_RG_KEY]);
subGroup.writeEntry(PROFILE_MODEL_COLUMN_ENCODER_LAME_PARAMETERS_KEY, p_cache[i][PROFILE_MODEL_COLUMN_ENCODER_LAME_PARAMETERS_KEY]);
subGroup.writeEntry(PROFILE_MODEL_COLUMN_ENCODER_OGGENC_PARAMETERS_KEY, p_cache[i][PROFILE_MODEL_COLUMN_ENCODER_OGGENC_PARAMETERS_KEY]);
subGroup.writeEntry(PROFILE_MODEL_COLUMN_ENCODER_FLAC_PARAMETERS_KEY, p_cache[i][PROFILE_MODEL_COLUMN_ENCODER_FLAC_PARAMETERS_KEY]);
subGroup.writeEntry(PROFILE_MODEL_COLUMN_ENCODER_FAAC_PARAMETERS_KEY, p_cache[i][PROFILE_MODEL_COLUMN_ENCODER_FAAC_PARAMETERS_KEY]);
subGroup.writeEntry(PROFILE_MODEL_COLUMN_ENCODER_WAVE_PARAMETERS_KEY, p_cache[i][PROFILE_MODEL_COLUMN_ENCODER_WAVE_PARAMETERS_KEY]);
subGroup.writeEntry(PROFILE_MODEL_COLUMN_ENCODER_CUSTOM_PARAMETERS_KEY, p_cache[i][PROFILE_MODEL_COLUMN_ENCODER_CUSTOM_PARAMETERS_KEY]);
}
if (p_cache.count()>0) profilesGroup.config()->sync();
}
void ProfileModel::p_load(KConfig *config) {
KConfigGroup profilesGroup(config, "Profiles");
clear();
p_current_profile_index = profilesGroup.readEntry("Standard", -1);
int profileCount = profilesGroup.readEntry("Count", QVariant(0)).toInt();
for (int i = 0; i < profileCount; ++i) {
Profile p;
KConfigGroup subGroup(&profilesGroup, QString("Profile %1").arg(i));
p[PROFILE_MODEL_PROFILEINDEX_KEY] = subGroup.readEntry(PROFILE_MODEL_PROFILEINDEX_KEY, DEFAULT_PROFILEINDEX);
p[PROFILE_MODEL_NAME_KEY] = subGroup.readEntry(PROFILE_MODEL_NAME_KEY, DEFAULT_NAME);
p[PROFILE_MODEL_ICON_KEY] = subGroup.readEntry(PROFILE_MODEL_ICON_KEY, DEFAULT_ICON);
p[PROFILE_MODEL_ENCODER_SELECTED_KEY] = subGroup.readEntry(PROFILE_MODEL_ENCODER_SELECTED_KEY, DEFAULT_ENCODER_SELECTED);
p[PROFILE_MODEL_PATTERN_KEY] = subGroup.readEntry(PROFILE_MODEL_PATTERN_KEY, DEFAULT_PATTERN);
p[PROFILE_MODEL_FAT32COMPATIBLE_KEY] = subGroup.readEntry(PROFILE_MODEL_FAT32COMPATIBLE_KEY, DEFAULT_FAT32);
p[PROFILE_MODEL_UNDERSCORE_KEY] = subGroup.readEntry(PROFILE_MODEL_UNDERSCORE_KEY, DEFAULT_UNDERSCORE);
p[PROFILE_MODEL_2DIGITSTRACKNUM_KEY] = subGroup.readEntry(PROFILE_MODEL_2DIGITSTRACKNUM_KEY, DEFAULT_2DIGITSTRACKNUM);
p[PROFILE_MODEL_SC_KEY] = subGroup.readEntry(PROFILE_MODEL_SC_KEY, DEFAULT_SC);
p[PROFILE_MODEL_SC_SCALE_KEY] = subGroup.readEntry(PROFILE_MODEL_SC_SCALE_KEY, DEFAULT_SC_SCALE);
p[PROFILE_MODEL_SC_SIZE_KEY] = subGroup.readEntry(PROFILE_MODEL_SC_SIZE_KEY, DEFAULT_SC_SIZE);
p[PROFILE_MODEL_SC_FORMAT_KEY] = subGroup.readEntry(PROFILE_MODEL_SC_FORMAT_KEY, DEFAULT_SC_FORMAT);
p[PROFILE_MODEL_SC_NAME_KEY] = subGroup.readEntry(PROFILE_MODEL_SC_NAME_KEY, DEFAULT_SC_NAME);
p[PROFILE_MODEL_PL_KEY] = subGroup.readEntry(PROFILE_MODEL_PL_KEY, DEFAULT_PL);
p[PROFILE_MODEL_PL_FORMAT_KEY] = subGroup.readEntry(PROFILE_MODEL_PL_FORMAT_KEY, DEFAULT_PL_NAME);
p[PROFILE_MODEL_PL_NAME_KEY] = subGroup.readEntry(PROFILE_MODEL_PL_NAME_KEY, DEFAULT_PL_NAME);
p[PROFILE_MODEL_PL_ABS_FILE_PATH_KEY] = subGroup.readEntry(PROFILE_MODEL_PL_ABS_FILE_PATH_KEY, DEFAULT_PL_ABS_FILE_PATH);
p[PROFILE_MODEL_PL_UTF8_KEY] = subGroup.readEntry(PROFILE_MODEL_PL_UTF8_KEY, DEFAULT_PL_UTF8);
p[PROFILE_MODEL_INF_KEY] = subGroup.readEntry(PROFILE_MODEL_INF_KEY, DEFAULT_INF);
p[PROFILE_MODEL_INF_TEXT_KEY] = subGroup.readEntry(PROFILE_MODEL_INF_TEXT_KEY, DEFAULT_INF_TEXT);
p[PROFILE_MODEL_INF_NAME_KEY] = subGroup.readEntry(PROFILE_MODEL_INF_NAME_KEY, DEFAULT_INF_NAME);
p[PROFILE_MODEL_INF_SUFFIX_KEY] = subGroup.readEntry(PROFILE_MODEL_INF_SUFFIX_KEY, DEFAULT_INF_SUFFIX);
p[PROFILE_MODEL_HL_KEY] = subGroup.readEntry(PROFILE_MODEL_HL_KEY, DEFAULT_HL);
p[PROFILE_MODEL_HL_FORMAT_KEY] = subGroup.readEntry(PROFILE_MODEL_HL_FORMAT_KEY, DEFAULT_HL_FORMAT);
p[PROFILE_MODEL_HL_NAME_KEY] = subGroup.readEntry(PROFILE_MODEL_HL_NAME_KEY, DEFAULT_HL_NAME);
p[PROFILE_MODEL_CUE_KEY] = subGroup.readEntry(PROFILE_MODEL_CUE_KEY, DEFAULT_CUE);
p[PROFILE_MODEL_CUE_NAME_KEY] = subGroup.readEntry(PROFILE_MODEL_CUE_NAME_KEY, DEFAULT_CUE_NAME);
p[PROFILE_MODEL_SF_KEY] = subGroup.readEntry(PROFILE_MODEL_SF_KEY, DEFAULT_SF);
p[PROFILE_MODEL_SF_NAME_KEY] = subGroup.readEntry(PROFILE_MODEL_SF_NAME_KEY, DEFAULT_SF_NAME);
p[PROFILE_MODEL_RG_KEY] = subGroup.readEntry(PROFILE_MODEL_RG_KEY, DEFAULT_RG);
p[PROFILE_MODEL_COLUMN_ENCODER_LAME_PARAMETERS_KEY] = subGroup.readEntry(PROFILE_MODEL_COLUMN_ENCODER_LAME_PARAMETERS_KEY, DEFAULT_ENCODER_PARAMETERS);
p[PROFILE_MODEL_COLUMN_ENCODER_OGGENC_PARAMETERS_KEY] = subGroup.readEntry(PROFILE_MODEL_COLUMN_ENCODER_OGGENC_PARAMETERS_KEY, DEFAULT_ENCODER_PARAMETERS);
p[PROFILE_MODEL_COLUMN_ENCODER_FLAC_PARAMETERS_KEY] = subGroup.readEntry(PROFILE_MODEL_COLUMN_ENCODER_FLAC_PARAMETERS_KEY, DEFAULT_ENCODER_PARAMETERS);
p[PROFILE_MODEL_COLUMN_ENCODER_FAAC_PARAMETERS_KEY] = subGroup.readEntry(PROFILE_MODEL_COLUMN_ENCODER_FAAC_PARAMETERS_KEY, DEFAULT_ENCODER_PARAMETERS);
p[PROFILE_MODEL_COLUMN_ENCODER_WAVE_PARAMETERS_KEY] = subGroup.readEntry(PROFILE_MODEL_COLUMN_ENCODER_WAVE_PARAMETERS_KEY, DEFAULT_ENCODER_PARAMETERS);
p[PROFILE_MODEL_COLUMN_ENCODER_CUSTOM_PARAMETERS_KEY] = subGroup.readEntry(PROFILE_MODEL_COLUMN_ENCODER_CUSTOM_PARAMETERS_KEY, DEFAULT_ENCODER_PARAMETERS);
p_cache.append(p);
}
if (profileCount>0) {
if (p_current_profile_index==-1) p_current_profile_index = 0;
emit profilesRemovedOrInserted();
}
}
/*!
\brief 递归逐维分组碰撞算法
当分组到达最小组数量的时候，将最小组作为参数调用
SBC::SimpleColl
\param group 参与碰撞检测的BOX组
\param fData 帧数据指针
\param minGroupSize 最小分组
\param freeBlockList 空闲块链表
\param axis1 当前检测的坐标轴
\param axis2 下个递归检测的坐标轴
*/
void
RDCColl(LIST<BOX*> &group, const FRAMEDATA *fData, size_t minGroupSize, BUFFER *freeBlockList, AXIS axis1, AXIS axis2)
{
if(axis1 == AXIS_INVALID || group.SizeIfLessThan(minGroupSize))
{
SimpleColl(group, fData);
}
else
{
LIST<OPENCLOSEBOUNDARY> openCloseBoundaryList(&freeBlockList->m_collInfoBuffer);
_FindOpenCloseBoundaryList(axis1,
group, openCloseBoundaryList);
LIST<BOX*> subGroup(group.GetFreeBlockList());
unsigned int count = 0;
AXIS newAxis1 = axis2;
AXIS newAxis2 = AXIS_INVALID;
bool groupSubdivided = false;
OPENCLOSEBOUNDARY *thisBoundaryPtr;
for(LIST<OPENCLOSEBOUNDARY>::NOTE
*thisNote = openCloseBoundaryList.QSort();
thisNote; thisNote = thisNote->GetNext())
{
thisBoundaryPtr = &thisNote->Get();
if(thisBoundaryPtr->type == TYPE_OPEN)
{
++count;
subGroup.Create(thisBoundaryPtr->pBox);
}
else
{
--count;
if(count == 0)
{
if(thisNote != openCloseBoundaryList.GetLast())
{
groupSubdivided = true;
}
if(groupSubdivided)
{
if(newAxis1 == AXIS_X)
{
newAxis1 = AXIS_Y;
newAxis2 = AXIS_X;
}
if(newAxis1 == AXIS_Y)
{
newAxis1 = AXIS_X;
newAxis2 = AXIS_Y;
}
}
RDCColl(subGroup,
fData,
minGroupSize,
freeBlockList,
newAxis1,
newAxis2);
subGroup.Clear();
}
}
} // for loop - end
} // if - end
} // RDCColl - end
