void read_meta_data(TDimFormatHandle *fmtParams, meta_data* md)
{
TDimTagList *tagList = &fmtParams->metaData;
int pos;
if (tagList == NULL) return;
if (tagList->count == 0) return;
if (tagList->tags == NULL) return;
//FILE *in_stream = fopen("tag270.txt", "wb");
//fwrite(tagList->tags[pos].tagData, tagList->tags[pos].tagLength, 1, in_stream);
//fclose(in_stream);
//----------------------------------------------------------------------
// STK
//----------------------------------------------------------------------
if (isTagPresent( tagList, 33628 ) == TRUE)
{
int n = 1;
// read tag 306 - Date/Time
if ((pos = tagPos(tagList, 306)) != -1)
{
md->imaging_time = new char [tagList->tags[pos].tagLength+1];
strncpy(md->imaging_time, (char *) tagList->tags[pos].tagData, tagList->tags[pos].tagLength);
md->imaging_time[tagList->tags[pos].tagLength] = 0;
}
// read tag 270 - image description
if ((pos = tagPos(tagList, 33628)) != -1)
{
//md->imaging_time = new char [tagList->tags[pos].tagLength+1];
//strncpy(md->imaging_time, (char *) tagList->tags[pos].tagData, tagList->tags[pos].tagLength);
//FILE *in_stream = fopen("meta.txt", "wb");
//fwrite(tagList->tags[pos].tagData, tagList->tags[pos].tagLength, 1, in_stream);
//fclose(in_stream);
//parse_stk_uic1 ( (unsigned char *) tagList->tags[pos].tagData, tagList->tags[pos].tagLength, 1, md);
md->pixel_size_x = 0;
md->pixel_size_y = 0;
}
return;
}
//----------------------------------------------------------------------
// PSIA
//----------------------------------------------------------------------
if (isTagPresent( tagList, 50432 ) == TRUE)
{
if ((pos = tagPos(tagList, 50435)) != -1)
{
psiaImageHeader *psia_head = (psiaImageHeader *) tagList->tags[pos].tagData;
md->pixel_size_x = psia_head->dfXScanSize;
md->pixel_size_y = psia_head->dfYScanSize;
}
return;
}
//----------------------------------------------------------------------
// Fluoview
//----------------------------------------------------------------------
if (isTagPresent( tagList, 34361 ) == TRUE)
{
if ((pos = tagPos(tagList, 270)) != -1)
parse_fluoview_270 ( (char *) tagList->tags[pos].tagData, md );
if ((pos = tagPos(tagList, 285)) != -1)
parse_fluoview_285 ( (char *) tagList->tags[pos].tagData, md );
return;
}
// regular tiff
// read tag 306 - Date/Time
if ((pos = tagPos(tagList, 306)) != -1)
{
md->imaging_time = new char [tagList->tags[pos].tagLength+1];
strncpy(md->imaging_time, (char *) tagList->tags[pos].tagData, tagList->tags[pos].tagLength);
md->imaging_time[tagList->tags[pos].tagLength] = 0;
}
}
void CPersistantDebug::PostUpdateTags(float frameTime, SObj& obj)
{
Vec3 baseCenterPos;
float heightAboveBase(0.f);
if (!GetEntityParams(obj.entityId, baseCenterPos, heightAboveBase))
return;
// Check if entity is outside of global distance maximum or behind camera
CCamera &cam = GetISystem()->GetViewCamera();
float distFromCam = (cam.GetPosition() - baseCenterPos).GetLength();
float maxDist = m_pETMaxDisplayDistance->GetFVal();
bool isOutOfRange(maxDist >= 0.f && distFromCam > maxDist);
bool isBehindCamera(cam.GetViewdir().Dot(baseCenterPos - cam.GetPosition()) <= 0);
heightAboveBase = max(obj.entityHeight, heightAboveBase); // never let stored entity height get smaller
obj.entityHeight = heightAboveBase; // update stored position
heightAboveBase += 0.2f; // make tags start a little above the entity
std::vector<TListTag::iterator> toClear;
for (TListTag::iterator iterList = obj.tags.begin(); iterList != obj.tags.end(); ++iterList)
{
iterList->vScreenPos.zero();
if (iterList->params.visibleTime > 0.0f)
{
iterList->params.visibleTime -= frameTime;
if (iterList->params.visibleTime < 0.0f)
{
// If visibleTime has hit 0, make sure any spillover gets applied to fade time
iterList->params.fadeTime += iterList->params.visibleTime;
}
}
else
{
iterList->params.fadeTime -= frameTime;
}
if (iterList->params.fadeTime < 0.0f)
{
toClear.push_back(iterList);
}
else
{
if (isOutOfRange || isBehindCamera || 1==m_pETHideAll->GetIVal() ||
(1==m_pETHideBehaviour->GetIVal() && iterList->params.tagContext.compareNoCase("behaviour") == 0) ||
(1==m_pETHideReadability->GetIVal() && iterList->params.tagContext.compareNoCase("readability") == 0) ||
(1==m_pETHideAIDebug->GetIVal() && iterList->params.tagContext.compareNoCase("aidebug") == 0) ||
(1==m_pETHideFlowgraph->GetIVal() && iterList->params.tagContext.compareNoCase("flowgraph") == 0) ||
(1==m_pETHideScriptBind->GetIVal() && iterList->params.tagContext.compareNoCase("scriptbind") == 0))
continue;
// Check if entity is outside of max distance for this tag
float tagMaxDist = iterList->params.viewDistance;
if (tagMaxDist >= 0.f && distFromCam > tagMaxDist)
continue;
float distanceFix = distFromCam * 0.015f; // this constant found through trial and error
float riseAmount(0.0f);
if (iterList->params.staticId == "")
riseAmount = 2.0f * distanceFix * (1 - (obj.timeRemaining / obj.totalTime));
Vec3 tagPos(baseCenterPos.x, baseCenterPos.y, baseCenterPos.z + heightAboveBase + riseAmount);
Vec3 screenPos(ZERO);
gEnv->pRenderer->ProjectToScreen(tagPos.x, tagPos.y, tagPos.z, &screenPos.x, &screenPos.y, &screenPos.z);
iterList->vScreenPos = screenPos;
}
}
while (!toClear.empty())
{
obj.tags.erase(toClear.back());
toClear.pop_back();
}
}
