Bool CSVNodeData::UpdateCSVTable(GvNode* node, GvRun* run, GvCalc* calc) {
BaseDocument* doc = node->GetDocument();
if (m_initCsv) return TRUE;
// Obtain data to update the CSV Table. If *all* of those
// succeeded, the CSV table is updated.
GvPortCalc pCalc(node, &m_values, run, calc);
Bool header;
LONG delimiter;
Filename filename;
GvPort* pHeader = pCalc.GetInPort(CSVNODE_HEADER);
if (pHeader && pHeader->GetBool(&header, run)) ;
else return TRUE;
GvPort* pDelimiter = pCalc.GetInPort(CSVNODE_DELIMITER);
if (pDelimiter && pDelimiter->GetInteger(&delimiter, run)) ;
else return TRUE;
Bool ok = FALSE;
GvPort* pFilename = pCalc.GetInPort(CSVNODE_FILENAME);
filename = GvGetPortGeData(node, pFilename, run, &ok).GetFilename();
if (!ok) return TRUE;
// We now initialize the CSV Table and want to prevent any
// further initialization in the calculation cycle.
m_initCsv = TRUE;
// Validate and set the data to the CSV Table object.
if (m_pHeader != header) {
m_forceUpdate = TRUE;
}
m_pHeader = header;
m_table.SetHasHeader(header);
if (delimiter < 0 || delimiter > 255) {
delimiter = CSVNODE_DELIMITER_COMMA;
}
if (m_pDelimiter != delimiter) {
m_forceUpdate = TRUE;
}
m_pDelimiter = delimiter;
m_table.SetDelimiter((CHAR) delimiter);
// Make the CSV Filename relative to the node's document if the file
// does not exist.
if (doc && filename.Content() && !GeFExist(filename)) {
filename = doc->GetDocumentPath() + filename;
}
// Update the CSV Table.
Bool updated = FALSE;
Bool success = m_table.Init(filename, m_forceUpdate, &updated);
m_forceUpdate = FALSE;
return success;
}
/// Called from Message() for MSG_EDIT (when a user double-clicks
/// the object icon). Toggles the protection state of the container.
void ToggleProtect(BaseObject* op)
{
BaseDocument* doc = op->GetDocument();
if (doc)
{
doc->StartUndo();
doc->AddUndo(UNDOTYPE_CHANGE_SMALL, op);
doc->EndUndo();
}
BaseContainer const* bc = op->GetDataInstance();
if (!bc) return;
if (!m_protected)
{
String password;
if (!PasswordDialog(&password, false, true)) return;
String hashed = HashString(password);
m_protected = true;
m_protectionHash = hashed;
HideNodes(op, doc, true);
}
else
{
String password;
Bool unlock = false;
String emptyPassHash = HashString("");
if (m_protectionHash == emptyPassHash)
{
unlock = true;
}
else if (PasswordDialog(&password, true, true))
{
unlock = (m_protectionHash == HashString(password));
if (!unlock)
MessageDialog(GeLoadString(IDS_PASSWORD_INVALID));
}
if (unlock)
{
m_protected = false;
HideNodes(op, doc, false);
}
}
op->Message(MSG_CHANGE);
op->SetDirty(DIRTYFLAGS_DESCRIPTION);
EventAdd();
}
void SculptSelectionBrush::StartStroke(Int32 strokeCount, const BaseContainer& data)
{
//When the user starts a brush stroke we get the currently active document and store it for later use.
_doc = GetActiveDocument();
//Since we are handling Undo ourselves we need to call StartUndo.
_doc->StartUndo();
//This tool will change the selection on a PolygonObject. Since at this point we don't know what object
//the user is going to be using the brush on we will get all the PolygonObjects that are currently selected
//in the scene and add an Undo for each of them.
AutoAlloc<AtomArray> selection;
_doc->GetActiveObjects(selection, GETACTIVEOBJECTFLAGS_0);
Int32 a;
for (a = 0; a < selection->GetCount(); ++a)
{
C4DAtom* atom = selection->GetIndex(a);
if (atom && atom->IsInstanceOf(Opolygon))
{
BaseObject* pBase = (BaseObject*)atom;
if (IsObjectEnabled(pBase))
{
//Because you can not create a selection of the high res sculpted object, only the base object, that
//means the sculpting tools can not be used to create selections on an object with a Sculpt Tag.
//Because of this plugins such as this that modify the Selection on the PolygonObject
//should only be allowed on PolygonObjects that DO NOT have a sculpt tag.
if (!pBase->GetTag(Tsculpt))
{
_doc->AddUndo(UNDOTYPE_CHANGE_SELECTION, pBase);
}
}
}
}
}
// ------------------------------------------------------------------------------------------------
// Imports the given file into the given scene structure.
void C4DImporter::InternReadFile( const std::string& pFile,
aiScene* pScene, IOSystem* pIOHandler)
{
std::unique_ptr<IOStream> file( pIOHandler->Open( pFile));
if( file.get() == NULL) {
ThrowException("failed to open file " + pFile);
}
const size_t file_size = file->FileSize();
std::vector<uint8_t> mBuffer(file_size);
file->Read(&mBuffer[0], 1, file_size);
Filename f;
f.SetMemoryReadMode(&mBuffer[0], file_size);
// open document first
BaseDocument* doc = LoadDocument(f, SCENEFILTER_OBJECTS | SCENEFILTER_MATERIALS);
if(doc == NULL) {
ThrowException("failed to read document " + pFile);
}
pScene->mRootNode = new aiNode("<C4DRoot>");
// first convert all materials
ReadMaterials(doc->GetFirstMaterial());
// process C4D scenegraph recursively
try {
RecurseHierarchy(doc->GetFirstObject(), pScene->mRootNode);
}
catch(...) {
for(aiMesh* mesh : meshes) {
delete mesh;
}
BaseDocument::Free(doc);
throw;
}
BaseDocument::Free(doc);
// copy meshes over
pScene->mNumMeshes = static_cast<unsigned int>(meshes.size());
pScene->mMeshes = new aiMesh*[pScene->mNumMeshes]();
std::copy(meshes.begin(), meshes.end(), pScene->mMeshes);
// copy materials over, adding a default material if necessary
unsigned int mat_count = static_cast<unsigned int>(materials.size());
for(aiMesh* mesh : meshes) {
ai_assert(mesh->mMaterialIndex <= mat_count);
if(mesh->mMaterialIndex >= mat_count) {
++mat_count;
ScopeGuard<aiMaterial> def_material(new aiMaterial());
const aiString name(AI_DEFAULT_MATERIAL_NAME);
def_material->AddProperty(&name, AI_MATKEY_NAME);
materials.push_back(def_material.dismiss());
break;
}
}
pScene->mNumMaterials = static_cast<unsigned int>(materials.size());
pScene->mMaterials = new aiMaterial*[pScene->mNumMaterials]();
std::copy(materials.begin(), materials.end(), pScene->mMaterials);
}
Bool ApplinkImporter::createObjects()
{
BaseDocument* doc = GetActiveDocument();
Int32 vertCnt = 0;
const Matrix tM(Vector(0.0f, 0.0f, 0.0f), Vector(1.0f, 0.0f, 0.0f), Vector(0.0f, 1.0f, 0.0f), Vector(0.0f, 0.0f, -1.0f));
StatusSetText("Create objects...");
for(unsigned int i = 0; i < groups.size(); i++)
{
Vector *vadr = 0;// vertex adress
CPolygon *padr = 0;// polygon adress
Group gr = this->groups[i];
if(this->pSet.impReplace)
{
BaseObject* bo = doc->SearchObject(gr.groupName);
if(bo)
{
BaseObject::Free(bo);
}
}
PolygonObject* pObj = PolygonObject::Alloc(gr.numGVertices, gr.numGFaces);
if (!pObj){ return false;}
pObj->SetName(this->groups[i].groupName);
//GePrint("Name group: " + pObj->GetName());
GePrint("V count: " + String::IntToString((Int32)gr.numGVertices));
GePrint("Poly count: " + String::IntToString((Int32)gr.numGFaces));
vadr = pObj->GetPointW();
padr = pObj->GetPolygonW();
for (int p = 0; p < gr.numGFaces; p++)
{
padr[p] = CPolygon(gr.faces[p].vp[0] - vertCnt, gr.faces[p].vp[1] - vertCnt, gr.faces[p].vp[2] - vertCnt, gr.faces[p].vp[3] - vertCnt);
//GePrint("poly " + LongToString(p) + ": " + LongToString(padr[p].a) + ", " + LongToString(padr[p].b) + ", " + LongToString(padr[p].c) + ", " + LongToString(padr[p].d));
}
for (int v = 0; v < gr.numGVertices; v++)
{
vadr[v] = tM * this->verticies[v + vertCnt] ;
//GePrint("vert " + LongToString(v) + ": " + LongToString(vadr[v].x) + ", " + LongToString(vadr[v].y) + ", " + LongToString(vadr[v].z));
}
//// import UV
if(ApplinkImporter::pSet.impUV && gr.numGTVertices > 0)
{
UVWStruct us;
UVWTag* uvwtag = nullptr;
uvwtag = UVWTag::Alloc(gr.numGFaces);
if(!uvwtag) return false;
for (Int32 p = 0; p < gr.numGFaces; p++)
{
us = UVWStruct(this->uvw[gr.faces[p].vt[0]], this->uvw[gr.faces[p].vt[1]], this->uvw[gr.faces[p].vt[2]], this->uvw[gr.faces[p].vt[3]]);
void *dataptr = uvwtag->GetDataAddressW();
uvwtag->Set(dataptr, p, us);
}
pObj->InsertTag(uvwtag, NULL);
uvwtag->Message(MSG_UPDATE);
}
////// insert phongTag
if (!pObj->MakeTag(Tphong)) GePrint("Error on inserting phongTag. Object: " + pObj->GetName());
/////add materials, textures and poly clusters
if(this->pSet.impMat)
{
String selTagName = "";
if(this->matArray.size() == 1)
{
this->InsertTextureTag(pObj, this->matArray[0].Name, selTagName);
}
else if(this->matArray.size() > 1)
{
this->InsertTextureTag(pObj, this->matArray[0].Name, selTagName);
CPolygon ps;
SelectionTag* polyTag = NULL;
for (Int32 c = 1; c < this->matArray.size(); c++)
{
polyTag = SelectionTag::Alloc(Tpolygonselection);
if(!polyTag) return false;
selTagName = "Selection " + String::IntToString(c);
polyTag->SetName(selTagName);
BaseSelect* sel = polyTag->GetBaseSelect();
for (Int32 p = 0; p < gr.numGFaces; p++)
{
if(gr.polyMatIdx[p] == c)
{
sel->Select(p);
}
}
pObj->InsertTag(polyTag, this->GetLastTag(pObj));
polyTag->Message(MSG_UPDATE);
this->InsertTextureTag(pObj, this->matArray[c].Name, selTagName);
}
}
}
doc->InsertObject(pObj, NULL, NULL);
pObj->Message(MSG_UPDATE);
ModelingCommandData md;
md.doc = doc;
md.op = pObj;
if(!SendModelingCommand(MCOMMAND_REVERSENORMALS, md)) return false;
pObj = 0;
vertCnt += gr.numGVertices;
}
return true;
}
void UpdateGadgets(Bool relevants=false)
{
Int32 mode;
Bool add_dynamics;
GetBool(CHK_ADDDYNAMICS, add_dynamics);
GetInt32(CMB_MODE, mode);
BaseDocument* doc = GetActiveDocument();
BaseObject* op = doc ? doc->GetActiveObject() : nullptr;
Enable(EDT_MAXCONN, mode != CMB_MODE_CHAIN);
Enable(EDT_RADIUS, mode != CMB_MODE_CHAIN);
Enable(CHK_CLOSED, mode == CMB_MODE_CHAIN);
Enable(CHK_COMPOUND, add_dynamics);
// Need at least two child objects on the active object.
Bool execEnabled = op != nullptr && op->GetDown() != nullptr
&& op->GetDown()->GetNext() != nullptr;
Enable(BTN_EXECUTE, execEnabled);
if (relevants)
{
FreeChildren(CMB_TYPE);
Int32 pluginid;
GetInt32(CMB_FORCE, pluginid);
do {
BaseObject* op = BaseObject::Alloc(pluginid);
if (!op) break;
AutoFree<BaseObject> free(op);
AutoAlloc<Description> desc;
if (!op->GetDescription(desc, DESCFLAGS_DESC_0)) break;
BaseContainer temp;
AutoAlloc<AtomArray> arr;
const BaseContainer* param = desc->GetParameter(FORCE_TYPE, temp, arr);
if (!param) break;
const BaseContainer* cycle = param->GetContainerInstance(DESC_CYCLE);
if (!cycle) break;
const BaseContainer* icons = param->GetContainerInstance(DESC_CYCLEICONS);
Int32 i = 0;
Int32 last_id = -1;
while (true) {
Int32 id = cycle->GetIndexId(i++);
if (id == NOTOK) break;
Int32 icon = icons ? icons->GetInt32(id) : -1;
String name = cycle->GetString(id);
if (name.Content()) {
if (icon > 0) name += "&i" + String::IntToString(icon);
if (last_id < 0) last_id = id;
AddChild(CMB_TYPE, id, name);
}
}
SetInt32(CMB_TYPE, last_id);
} while (0);
LayoutChanged(CMB_TYPE);
}
}
Bool ExecuteAutoConnect()
{
ConnectOptions options;
Bool addDynamicsTag = false, inheritDynamicsTag = true;
GetInt32(CMB_FORCE, options.forcePluginId);
GetInt32(CMB_TYPE, options.forceType);
GetInt32(CMB_MODE, options.connectMode);
GetInt32(EDT_MAXCONN, options.maxConnections);
GetFloat(EDT_RADIUS, options.radius);
GetBool(CHK_CLOSED, options.closedChain);
GetBool(CHK_ADDDYNAMICS, addDynamicsTag);
GetBool(CHK_COMPOUND, inheritDynamicsTag);
// Create an InExcludeData for the selection object.
GeData ge_selection(CUSTOMGUI_INEXCLUDE_LIST, DEFAULTVALUE);
auto selectionList = static_cast<InExcludeData*>(
ge_selection.GetCustomDataType(CUSTOMGUI_INEXCLUDE_LIST));
if (!selectionList)
return false;
// Get the active document and object.
BaseDocument* doc = GetActiveDocument();
if (!doc)
return false;
BaseObject* op = doc->GetActiveObject();
if (!op)
return false;
// Create the root object that will contain the connectors.
AutoFree<BaseObject> root(BaseObject::Alloc(Onull));
if (!root)
return false;
// Function to create a dynamics tag.
auto fAddDynamicsTag = [doc] (BaseObject* op, Int32 mode)
{
// Create a dynamics tag for the root object if it
// does not already exist.
BaseTag* dyn = op->GetTag(ID_RIGIDBODY);
if (!dyn)
{
dyn = op->MakeTag(ID_RIGIDBODY);
if (dyn) doc->AddUndo(UNDOTYPE_NEW, dyn);
}
// Update the parameters.
if (dyn)
{
dyn->SetParameter(RIGID_BODY_HIERARCHY, mode, DESCFLAGS_SET_0);
doc->AddUndo(UNDOTYPE_CHANGE_SMALL, dyn);
}
};
// This list will contain all objects that should be connected.
// While collecting, create the dynamics tags.
maxon::BaseArray<BaseObject*> objects;
doc->StartUndo();
for (BaseObject* child=op->GetDown(); child; child=child->GetNext())
{
objects.Append(child);
if (addDynamicsTag && inheritDynamicsTag)
fAddDynamicsTag(child, RIGID_BODY_HIERARCHY_COMPOUND);
}
if (addDynamicsTag && !inheritDynamicsTag)
fAddDynamicsTag(op, RIGID_BODY_HIERARCHY_INHERIT);
// If no objects where collected, quit already.
if (objects.GetCount() <= 0)
{
doc->EndUndo();
doc->DoUndo(false);
return true;
}
// Create the connection objects.
ConnectObjects(op->GetName() + ": ", objects, options);
// Fill the selection list and insert the objects.
for (auto it=options.output.Begin(); it != options.output.End(); ++it)
{
(*it)->InsertUnderLast(root);
doc->AddUndo(UNDOTYPE_NEW, *it);
selectionList->InsertObject(*it, 0);
}
root->SetName(op->GetName() + ": " + root->GetName() + " (" + options.forceName + ")");
doc->InsertObject(root, nullptr, nullptr);
doc->AddUndo(UNDOTYPE_NEW, root);
// Create the selection object.
if (selectionList->GetObjectCount() > 0)
{
BaseObject* selection = BaseObject::Alloc(Oselection);
if (selection)
{
selection->SetParameter(SELECTIONOBJECT_LIST, ge_selection, DESCFLAGS_SET_0);
selection->SetName(op->GetName() + ": " + options.forceName + " (" + selection->GetName() + ")");
doc->InsertObject(selection, nullptr, nullptr);
doc->AddUndo(UNDOTYPE_NEW, selection);
}
ActiveObjectManager_SetMode(ACTIVEOBJECTMODE_OBJECT, false);
doc->SetActiveObject(selection);
}
else
doc->SetActiveObject(root);
root.Release();
doc->EndUndo();
EventAdd();
return true;
}
BaseObject *Objectify::GetVirtualObjects(BaseObject *op, HierarchyHelp *hh)
{
BaseDocument *doc = op->GetDocument();
BaseContainer *data = op->GetDataInstance();
BaseObject* obj = (BaseObject*)data->GetLink(CTT_OBJECT_LINK,doc,Obase);
LONG crntFrame = doc->GetTime().GetFrame(doc->GetFps());
if (!obj) return NULL;
if (obj->GetType() != Ospline){
return NULL;
}
// start new list
op->NewDependenceList();
// check cache for validity and check master object for changes
Bool dirty = op->CheckCache(hh) || op->IsDirty(DIRTYFLAGS_DATA);
// if child list has been modified
if (!dirty) dirty = !op->CompareDependenceList();
// mark child objects as processed
op->TouchDependenceList();
dirty = dirty || (prevFrame != crntFrame);
prevFrame = crntFrame;
// if no change has been detected, return original cache
if (!dirty) return op->GetCache(hh);
SplineObject* spline = (SplineObject*) obj;
AutoAlloc<SplineHelp> splineHelp;
StatusSetText("Collecting points");
float positioAlongSpline = data->GetReal(POSITION_ALONG_SPLINE,0.5);
positioAlongSpline /= 10000.0f;
positioAlongSpline = positioAlongSpline > 1.0 ? 1.0: positioAlongSpline;
positioAlongSpline = positioAlongSpline < 0.0 ? 0.0: positioAlongSpline;
cout<<positioAlongSpline<<endl;
vector<vector<float> > points;
for (LONG i = 0; i < spline->GetSegmentCount(); i++){
Vector p = spline->GetSplinePoint(positioAlongSpline, i);
vector<float> point;
point.push_back(p.x);
point.push_back(p.y);
point.push_back(p.z);
points.push_back(point);
}
StatusSetText("Collected "+LongToString(points.size())+" points");
ksearchNeighbors= data->GetLong(TRIANGULATION_MAX_NEIGHBORS, 100);
gp3SearchRadius = data->GetReal(TRIANGULATION_MAX_SEARCH_RADIUS,30.);
gp3MaxNeighbors = data->GetLong(KSEARCH_NEIGHBORS, 20);
gp3Mu = data->GetReal(KSEARCH_MU, 0.5);
vector<vector<float> > surfacePoints;
vector<vector<int> > triIndxs;
StatusSetBar(0);
StatusSetText("Triangulating");
bool useMls = data->GetBool(USE_MLS, false);
tri.computeSurface(points, surfacePoints, triIndxs, ksearchNeighbors, gp3SearchRadius, gp3MaxNeighbors, gp3Mu, useMls);
StatusSetBar(100);
StatusSetText("Got "+LongToString(triIndxs.size())+" triangles");
if (triIndxs.size() == 0){
return NULL;
}
PolygonObject* myPoly = PolygonObject::Alloc(surfacePoints.size(),triIndxs.size());
Vector* ppoints = myPoly->GetPointW();
vector<float> sp;
for (int t = 0; t < surfacePoints.size()-2; t += 3) {
sp = surfacePoints[t];
ppoints[t+0] = Vector(sp[0],sp[1],sp[2]);
sp = surfacePoints[t+1];
ppoints[t+1] = Vector(sp[0],sp[1],sp[2]);
sp = surfacePoints[t+2];
ppoints[t+2] = Vector(sp[0],sp[1],sp[2]);
}
for (int t = 0; t < triIndxs.size(); t ++) {
myPoly->GetPolygonW()[t] = CPolygon(triIndxs[t][0], triIndxs[t][1], triIndxs[t][2], triIndxs[t][2]);
}
StatusClear();
myPoly->Message(MSG_UPDATE);
return ToPoly(myPoly);
BaseThread* bt=hh->GetThread();
BaseObject* main = BaseObject::Alloc(Onull);
SplineObject* emptySpline = SplineObject::Alloc(0, SPLINETYPE_LINEAR);
ModelingCommandData mcd;
mcd.doc = doc;
mcd.op = emptySpline;
if(!SendModelingCommand(MCOMMAND_JOIN, mcd)){
return NULL;
}
Error:
return NULL;
}
void SculptSelectionBrush::EndStroke()
{
//At the end of the brush stroke (which happens on MouseUp) we end then undo.
_doc->EndUndo();
_doc = nullptr;
}
