void ObjController::addNewLinkIfPossible(ObjectsHolder* holder, ValueTree linkValues)
{
Array<ObjectComponent*> selectedObjects =
ObjectsHelper::getSelectedComponents<ObjectComponent>(*this);
if(selectedObjects.size() == 2)
{
ObjectComponent* oc1 = selectedObjects[0];
ObjectComponent* oc2 = selectedObjects[1];
jassert(oc1 && oc2);
if (ObjectsHelper::canObjectsBeConnected(*oc1, *oc2, linkValues.getType()) &&
!checkIfLinkExitsts(linkValues))
{
addLink(holder, linkValues, -1, true);
}
else
{
String msg = "Cannot connect ";
msg << oc1->getData().getType().toString();
msg << " and ";
msg << oc2->getData().getType().toString();
msg << " with ";
msg << linkValues.getType().toString();
msg << ".";
SAM_CONSOLE(msg, PostLevel::ERROR);
}
}
else
{
SAM_CONSOLE("Please select 2 Objects", PostLevel::ERROR);
}
}
ValueTree CtrlrMIDILibrary::scanChildrenForMenuIndex(ValueTree item, int itemIndexToFind, int ¤tIndex)
{
_DBG("CtrlrMIDILibrary::scanChildrenForMenuIndex");
if (isContainer (item))
{
_DBG("\tcontainer ["+item.getType().toString()+"]");
ValueTree child;
for (int topLevelIndex=0; topLevelIndex<item.getNumChildren(); topLevelIndex++)
{
child = scanChildrenForMenuIndex (item.getChild(topLevelIndex), itemIndexToFind, currentIndex);
if (child.isValid())
{
_DBG("\t\tvalid child found ["+child.getType().toString()+"] parent:["+child.getParent().getType().toString()+"]");
return (child);
}
currentIndex++;
}
}
if (itemIndexToFind == currentIndex)
{
_DBG("\t\titemIndexToFind == currentIndex ["+item.getType().toString()+"]");
return (item);
}
else
{
return (ValueTree());
}
}
const bool CtrlrLuaMethodEditor::canBeRenamed(const ValueTree &item) const
{
if ( item.getType() == Ids::luaMethod && ((int)item.getProperty(Ids::luaMethodSource) == CtrlrLuaMethod::codeInProperty) )
{
return (true);
}
if (item.getType() == Ids::luaMethodGroup)
{
return (true);
}
return (false);
}
void UnityProjectBuilder::updateBuildDirectories()
{
if (buildDir.isEmpty())
return;
ValueTree exportsTree (project.getChildWithName (Ids::exportFormats));
if (! exportsTree.isValid())
return;
const int numExports = exportsTree.getNumChildren();
for (int i = 0; i < numExports; ++i)
{
ValueTree exporter (exportsTree.getChild (i));
if (exporter.hasProperty (Ids::targetFolderProp))
{
logOutput ("Updating exporter " + exporter.getType().toString());
const String oldTarget (exporter.getProperty (Ids::targetFolderProp).toString());
String newTarget (buildDir);
if (oldTarget.containsChar ('/'))
newTarget << oldTarget.fromLastOccurrenceOf ("/", true, false);
exporter.setProperty (Ids::targetFolderProp, newTarget, nullptr);
}
}
}
const AttributedString CtrlrLuaMethodEditor::getDisplayString(const ValueTree &item) const
{
AttributedString str;
if (item.getType () == Ids::luaMethod)
{
Colour text;
if ((bool)item.getProperty(Ids::luaMethodValid) == false)
text = Colours::red;
else
text = Colours::black;
str.append (item.getProperty(Ids::luaMethodName).toString()+"\n", Font(12.0f, Font::plain), text);
if ((int)item.getProperty(Ids::luaMethodSource) == CtrlrLuaMethod::codeInFile)
{
str.append (File::descriptionOfSizeInBytes (File(item.getProperty(Ids::luaMethodSourcePath).toString()).getSize()), Font(10.0f, Font::italic), text.brighter(0.2f));
}
else
{
str.append (File::descriptionOfSizeInBytes (item.getProperty(Ids::luaMethodCode).toString().length()), Font(10.0f, Font::italic), text.brighter(0.2f));
}
str.setJustification (Justification::left);
}
if (item.getType() == Ids::luaMethodGroup)
{
str.append (item.getProperty(Ids::name), Font(14.0f, Font::plain), Colours::black);
str.append (" ["+String(item.getNumChildren())+"]", Font(10.0f, Font::italic), Colours::darkgrey);
str.setJustification (Justification::left);
}
if (item.getType() == Ids::luaManagerMethods)
{
str.append ("LUA", Font(14.0f, Font::bold), Colours::black);
str.setJustification (Justification::left);
}
return (str);
}
bool CtrlrMIDILibrary::transactionCanHandleType(const ValueTree &transactionState, const ValueTree transactionItem)
{
StringArray types = StringArray::fromTokens (transactionState.getProperty(Ids::transCap).toString(), ",; ", "\"\'");
for (int i=0; i<types.size(); i++)
{
if (types[i] == transactionItem.getType().toString())
return (true);
}
return (false);
}
RemoteChannels::RemoteChannels(ValueTree user_store , ValueTree subscriptions)
: configStore(user_store)
{
this->channelsLabel->setText(String(user_store.getType()) , juce::dontSendNotification) ;
this->expandButton ->addListener(this) ;
this->ignoreButton ->addListener(this) ;
this->addButton ->setVisible(false) ;
this->subscriptions = subscriptions ;
this->isExpanded = false ;
}
void StaticStreamViewport::StaticStreamComponent::valueTreePropertyChanged( ValueTree& treeWhosePropertyHasChanged, const Identifier& property )
{
ScopedLock locker(lock);
DBG("StaticStreamViewport::StaticStreamComponent::valueTreePropertyChanged " + treeWhosePropertyHasChanged.getType().toString() + " " + property.toString());
if (Identifiers::Name == property)
{
repaint();
return;
}
if (Identifiers::StreamID == property)
{
int64 streamID = tree[Identifiers::StreamID];
streamIdEditor.setText(String::toHexString(streamID));
return;
}
if (Identifiers::DestinationAddress == property)
{
int64 address64 = tree[Identifiers::DestinationAddress];
MACAddress address(Int64ToMACAddress(address64));
multicastAddressEditor.setText(address.toString());
return;
}
if (Identifiers::ChannelCount == property)
{
channelsCombo.setSelectedId(tree[Identifiers::ChannelCount], dontSendNotification);
return;
}
if (Identifiers::Subtype == property)
{
int subtype = tree[Identifiers::Subtype];
clockReferenceButton.setToggleState(AVTP_SUBTYPE_CRS == subtype,dontSendNotification);
setChannelsVisible();
return;
}
if (Identifiers::Active == property)
{
enableControls(treeWhosePropertyHasChanged.getProperty(property));
return;
}
if (Identifiers::AutoStart == property)
{
autoStartButton.setToggleState(treeWhosePropertyHasChanged[property],dontSendNotification);
return;
}
}
bool Mixer::addRemoteUser(ValueTree user_store , ValueTree subscriptions)
{
// ensure GUI for this user does not already exist
Identifier user_id = user_store.getType() ; if (getChannels(user_id)) return false ;
// create remote user GUI
addChannels(new RemoteChannels(user_store , subscriptions) , user_id) ;
DEBUG_TRACE_ADD_REMOTE_USER
return true ;
}
ApiCollection::ClassCollection::ClassCollection(const ValueTree &api) :
classApi(api),
name(api.getType().toString())
{
for (int i = 0; i < api.getNumChildren(); i++)
{
items.add(new MethodItem(api.getChild(i), name));
addAndMakeVisible(items.getLast());
}
}
void CtrlrMIDILibrary::setCurrentBank(ValueTree bank)
{
_DBG("CtrlrMIDILibrary::setCurrentBank from data type="+bank.getType().toString());
if (isBank(bank))
{
currentBank = bank;
midiBankNumber = getNumber(bank);
midiBankNumberLSB = getLSB(bank);
midiBankNumberMSB = getMSB(bank);
}
else
{
currentBank = ValueTree();
_WRN("CtrlrMIDILibrary::setCurrentBank bank data is invalid");
}
listeners.call (&CtrlrMIDILibrary::Listener::programListChanged);
}
bool Channels::addChannel(ValueTree channel_store)
{
DEBUG_TRACE_ADD_CHANNEL_GUI_FAIL
// ensure GUI for this channel does not already exist
Identifier channel_id = channel_store.getType() ;
if (!channel_store.isValid() || getChannel(channel_id)) return false ;
// hide stereo slave channels
if (int(channel_store[CONFIG::STEREO_ID]) == CONFIG::STEREO_R) return false ;
// create channel GUI
Channel* channel = newChannel(channel_store) ;
addChildAndSetID(channel , String(channel_id)) ;
channel->toFront(false) ;
// resize and shift channel slices
resized() ;
DEBUG_TRACE_ADD_CHANNEL_GUI
return true ;
}
void MDLParser::addTree(ValueTree& rootTree, const ValueTree& newTree)
{
const Identifier& groupId = ObjectsHelper::getObjectGroup(newTree.getType());
ValueTree group = rootTree.getOrCreateChildWithName(groupId, nullptr);
group.addChild(newTree, -1, nullptr);
}
StaticStreamViewport::StaticStreamViewport(ValueTree tree_,CriticalSection &lock_, WorkbenchClient* client_)
{
setName("StaticStreamViewport " + tree_.getType().toString());
setViewedComponent(content = new ContentComponent(tree_,lock_, client_), false);
}
const String SAMCompiler::compile(ValueTree mdlRoot_)
{
String dspContent;
//==========================================================================
// DSP file header
//==========================================================================
dspContent << "// This DSP file has been generated by the Synth-A-Modeler compiler.\n";
dspContent << "import(\"physicalmodeling.lib\");\n\n";
//==========================================================================
ValueTree faustTree = mdlRoot_.getChildWithName(Objects::variables);
ValueTree massTree = mdlRoot_.getChildWithName(Objects::masses);
ValueTree linkTree = mdlRoot_.getChildWithName(Objects::links);
ValueTree wgTree = mdlRoot_.getChildWithName(Objects::waveguides);
ValueTree jTree = mdlRoot_.getChildWithName(Objects::junctions);
ValueTree tTree = mdlRoot_.getChildWithName(Objects::terminations);
ValueTree aoTree = mdlRoot_.getChildWithName(Objects::audioobjects);
int numMasslike = 0;
int numPorts = 0;
int numWaveguides = 0;
int numJunctions = 0;
String wgTermString;
String junctString;
StringArray wgOutputs;
StringArray wgInputs;
StringArray massWithJunct;
StringArray linkWithJunct;
StringArray massWithJunctLine;
StringArray portWithJunctLine;
StringArray massWithJunctOutputs;
StringArray junctInputs;
StringArray junctOutputs;
//==========================================================================
//==========================================================================
// Write all waveguides and terminations
//==========================================================================
OwnedArray<WgWithSuffixes> wgWithSuffixes;
for (int i = 0; i < wgTree.getNumChildren(); ++i)
{
++numWaveguides;
ValueTree wg = wgTree.getChild(i);
WgWithSuffixes* wws = new WgWithSuffixes();
wws->wgId = wg[Ids::identifier].toString();
ValueTree left = jTree.getChildWithProperty(Ids::identifier,
wg[Ids::startVertex]);
ValueTree right;
if (left.isValid())
{
right = tTree.getChildWithProperty(Ids::identifier,
wg[Ids::endVertex]);
}
else
{
left = tTree.getChildWithProperty(Ids::identifier, wg[Ids::startVertex]);
right = jTree.getChildWithProperty(Ids::identifier, wg[Ids::endVertex]);
}
ValueTree term;
ValueTree junct;
StringArray wgSuffixes;
if (left.getType() == Ids::termination)
{
wgSuffixes.add(wgR);
wgSuffixes.add(wgL);
wgSuffixes.add(wgRp);
wgSuffixes.add(wgLp);
term = left;
junct = right;
wws->termRight = false;
}
else if (left.getType() == Ids::junction)
{
wgSuffixes.add(wgL);
wgSuffixes.add(wgR);
wgSuffixes.add(wgLp);
wgSuffixes.add(wgRp);
term = right;
junct = left;
wws->termRight = true;
}
wws->wgSuffixes = wgSuffixes;
wgInputs.add(wg[Ids::identifier].toString() + wgLp);
wgInputs.add(wg[Ids::identifier].toString() + wgRp);
wgOutputs.add(wg[Ids::identifier].toString() + wgL);
wgOutputs.add(wg[Ids::identifier].toString() + wgR);
ValueTree paWg = wg.getChildWithName(Ids::parameters);
StringArray paWgStrings;
for (int j = 0; j < paWg.getNumChildren(); ++j)
{
paWgStrings.add(paWg.getChild(j)[Ids::value].toString());
}
wws->wgParams = paWgStrings;
wgWithSuffixes.add(wws);
ValueTree paTerm = term.getChildWithName(Ids::parameters);
StringArray paTermStrings;
for (int j = 0; j < paTerm.getNumChildren(); ++j)
{
paTermStrings.add(paTerm.getChild(j)[Ids::value].toString());
}
//======================================================================
wgTermString << "\t";
wgTermString << wg[Ids::identifier].toString();
wgTermString << wgSuffixes[0] << " = " << term[Ids::identifier].toString();
wgTermString << " : ";
wgTermString << paWgStrings[1];
wgTermString << ";\n\t";
wgTermString << term[Ids::identifier].toString();
wgTermString << " = ";
wgTermString << wg[Ids::identifier].toString() << wgSuffixes[3];
wgTermString << " : ";
wgTermString << paTermStrings[0] << ";\n\n";
//======================================================================
}
//==========================================================================
// Write all junctions
//==========================================================================
for (int i = 0; i < jTree.getNumChildren(); ++i)
{
++numJunctions;
ValueTree junct = jTree.getChild(i);
junctOutputs.add(junct[Ids::identifier].toString());
junctInputs.add(junct[Ids::identifier].toString()+"p");
ValueTree wgs = getWgForJunct(wgTree, junct);
StringArray junctWgOuts;
StringArray junctWgParams;
junctString << "\t";
for (int k = 0; k < wgs.getNumChildren(); ++k)
{
ValueTree wg = wgs.getChild(k);
int wgSuffixesIdx = containsWgRef(wgWithSuffixes, wg[Ids::identifier].toString());
if (wgSuffixesIdx == -1)
continue;
const StringArray& wgSuffixes = wgWithSuffixes[wgSuffixesIdx]->wgSuffixes;
junctString << wg[Ids::identifier].toString() << wgSuffixes[1];
junctString << " = ";
junctString << junct[Ids::identifier].toString() << jTO;
junctString << wg[Ids::identifier].toString();
junctString << " : ";
junctString << wgWithSuffixes[wgSuffixesIdx]->wgParams[1];
junctString << ";\n\t";
junctString << junct[Ids::identifier].toString() << jTO;
junctString << wg[Ids::identifier].toString() << " = ";
junctString << junct[Ids::identifier].toString() << jOutputs;
junctString << ":(_,!)-";
junctString << wg[Ids::identifier].toString() << wgSuffixes[2];
junctString << ";\n\t";
String jwo;
jwo << wg[Ids::identifier].toString() << wgSuffixes[2];
jwo << "*" << wgWithSuffixes[wgSuffixesIdx]->wgParams[0];
junctWgOuts.add(jwo);
junctWgParams.add(wgWithSuffixes[wgSuffixesIdx]->wgParams[0]);
}
String junctLinkString;
String junctMassString;
// Check if junction has one link and mass connected
ValueTree junctLink = getJunctionLink(linkTree, junct);
if (junctLink.isValid())
{
String jm;
if (junctLink[Ids::startVertex] == junct[Ids::identifier])
jm << junctLink[Ids::endVertex].toString();
else
jm << junctLink[Ids::startVertex].toString();
junctMassString << jm << "p";
massWithJunct.add(jm);
massWithJunctOutputs.add(jm + "p");
linkWithJunct.add(junctLink[Ids::identifier].toString());
ValueTree junctLinkParams = junctLink.getChildWithName(Ids::parameters);
StringArray junctLinkParamsStrings;
for (int k = 0; k < junctLinkParams.getNumChildren(); ++k)
{
ValueTree param = junctLinkParams.getChild(k);
junctLinkParamsStrings.add(param[Ids::value].toString());
}
junctLinkString << "junction" << junctLink.getType().toString();
junctLinkString << "Underneath(0.0,";
junctLinkString << junctLinkParamsStrings.joinIntoString(",");
junctLinkString << ")";
// Get mass-like object connected with junction > link
ValueTree mwj = massTree.getChildWithProperty(Ids::identifier, jm);
String mwjl = "\t";
mwjl << jm;
mwjl << " = (0.0";
StringArray otherLinks;
for (int k = 0; k < linkTree.getNumChildren(); ++k)
{
ValueTree li = linkTree.getChild(k);
if(li[Ids::identifier].toString() == junctLink[Ids::identifier].toString())
continue;
if(li[Ids::startVertex].toString() == jm)
{
otherLinks.add("-"+li[Ids::identifier].toString());
}
else if (li[Ids::endVertex].toString() == jm)
{
otherLinks.add("+"+li[Ids::identifier].toString());
}
}
mwjl << otherLinks.joinIntoString(String::empty);
mwjl << "+(";
mwjl << junct[Ids::identifier].toString() << jOutputs << ":(!,_)))";
// mwjl << " : ";
// ValueTree mwjp = mwj.getChildWithName(Ids::parameters);
// StringArray mwjpStrings;
// for (int p = 0; p < mwjp.getNumChildren(); ++p)
// {
// ValueTree param = mwjp.getChild(p);
// mwjpStrings.add(param[Ids::value].toString());
// }
// mwjl << mwj.getType().toString();
// mwjl << "(" << mwjpStrings.joinIntoString(",") << ")";
mwjl << ";";
massWithJunctLine.add(mwjl);
}
else
{
junctMassString << "0.0";
junctLinkString << "junctionlink(0.0, 0.0, 0.0, 0.0)";
}
junctString << junct[Ids::identifier].toString() << jOutputs;
junctString << " = (";
junctString << junctMassString << ", 0.0+";
junctString << junctWgOuts.joinIntoString("+");
junctString << ", 0.0+";
junctString << junctWgParams.joinIntoString("+");
junctString << ") : ";
junctString << junctLinkString << ";\n\t";
junctString << junct[Ids::identifier].toString();
junctString << " = ";
junctString << junct[Ids::identifier].toString() << jOutputs;
junctString << ":(_,!);\n\n";
}
//==========================================================================
// Write all faustcode
//==========================================================================
for (int i = 0; i < faustTree.getNumChildren(); ++i)
{
ValueTree fa = faustTree.getChild(i);
dspContent << fa[Ids::identifier].toString();
dspContent << "=";
dspContent << fa[Ids::faustCode].toString();
dspContent << ";\n";
}
dspContent << "\n";
//==========================================================================
// Get all mass names
//==========================================================================
OwnedArray<MassLinkRef> massLinkRefs;
for (int i = 0; i < massTree.getNumChildren(); ++i)
{
ValueTree ma = massTree.getChild(i);
if (massWithJunct.contains(ma[Ids::identifier].toString()))
continue;
MassLinkRef* mlf = new MassLinkRef();
mlf->massId = ma[Ids::identifier].toString();
StringArray mlfa;
mlf->linkRefs = mlfa;
if (ma.getType() == Ids::port)
mlf->isPort = true;
else
mlf->isPort = false;
massLinkRefs.add(mlf);
}
//==========================================================================
// Write all link-like objects
//==========================================================================
StringArray linkobjects;
for (int i = 0; i < linkTree.getNumChildren(); ++i)
{
ValueTree li = linkTree.getChild(i);
String linkId = li[Ids::identifier].toString();
if (linkWithJunct.contains(linkId))
continue;
String startVertex = li[Ids::startVertex].toString();
String endVertex = li[Ids::endVertex].toString();
int sIdx = containsMassLinkRef(massLinkRefs, startVertex);
if (sIdx >= 0)
massLinkRefs[sIdx]->linkRefs.add("-" + linkId);
int eIdx = containsMassLinkRef(massLinkRefs, endVertex);
if (eIdx >= 0)
massLinkRefs[eIdx]->linkRefs.add("+" + linkId);
String tagName = li.getType().toString();
ValueTree params = li.getChildWithName(Ids::parameters);
StringArray paramsStr;
for (int k = 0; k < params.getNumChildren(); ++k)
{
ValueTree param = params.getChild(k);
paramsStr.add(param[Ids::value].toString());
}
//======================================================================
String linkLine;
linkLine << "\t";
linkLine << linkId;
linkLine << " = (";
linkLine << startVertex << "p - ";
linkLine << endVertex << "p) : ";
linkLine << tagName << "(";
linkLine << paramsStr.joinIntoString(",") << ");";
linkobjects.add(linkLine);
//======================================================================
}
StringArray massobjects;
//==========================================================================
// write all mass-like object except those connected to junctions
//==========================================================================
for (int i = 0; i < massTree.getNumChildren(); ++i)
{
ValueTree ma = massTree.getChild(i);
if (massWithJunct.contains(ma[Ids::identifier].toString()))
{
if(ma.getType().toString().compare("port") == 0)
++numPorts;
continue;
}
++numMasslike;
String tagName = ma.getType().toString();
String massName = ma[Ids::identifier].toString();
String massLine;
massLine << "\t";
massLine << massName << " = (0.0";
if (tagName.compare("port") == 0)
++numPorts;
int mIdx = containsMassLinkRef(massLinkRefs, massName);
if (mIdx >= 0)
{
if (massLinkRefs[mIdx]->linkRefs.size() > 0)
{
massLine << massLinkRefs[mIdx]->linkRefs.joinIntoString(String::empty);
}
}
massLine << ")";
if (tagName.compare("port") != 0)
{
massLine << " : ";
massLine << tagName << "(";
ValueTree params = ma.getChildWithName(Ids::parameters);
StringArray paramsStr;
for (int k = 0; k < params.getNumChildren(); ++k)
{
ValueTree param = params.getChild(k);
paramsStr.add(param[Ids::value].toString());
}
massLine << paramsStr.joinIntoString(",") << ")";
}
massLine << ";";
massobjects.add(massLine);
}
//==========================================================================
// add remaining mass-like object which are connected to junctions
//==========================================================================
massobjects.addArray(massWithJunctLine);
//==========================================================================
// Write all audio objects
//==========================================================================
StringArray audioobjects;
StringArray audioNames;
for (int i = 0; i < aoTree.getNumChildren(); ++i)
{
ValueTree ao = aoTree.getChild(i);
String audioLine;
String audioName = ao[Ids::identifier].toString();
audioNames.add(audioName);
audioLine << "\t";
audioLine << audioName << " = ";
ValueTree sources = ao.getChildWithName(Ids::sources);
String paramLine;
StringArray paramsStr;
if (sources.getNumChildren() > 0)
{
for (int k = 0; k < sources.getNumChildren(); ++k)
{
ValueTree src = sources.getChild(k);
paramsStr.add(src[Ids::value].toString());
}
paramLine << paramsStr.joinIntoString("+");
}
String optional = ao[Ids::optional].toString();
if (optional != String::empty)
{
if(! paramLine.startsWith("("))
paramLine = "(" + paramLine;
if(! paramLine.endsWith(")"))
paramLine << ")";
paramLine << optional;
}
audioLine << paramLine;
audioLine << ";";
audioobjects.add(audioLine);
}
//==========================================================================
// Generate all inputs and outputs
//==========================================================================
StringArray inputs;
StringArray inputsPorts;
for (int i = 0; i < massLinkRefs.size(); ++i)
{
if (massLinkRefs[i]->isPort)
inputsPorts.add(massLinkRefs[i]->massId);
else
inputs.add(massLinkRefs[i]->massId);
}
StringArray outputs = inputs;
outputs.addArray(massWithJunct);
StringArray outputsPorts = inputsPorts;
StringArray inputsP;
StringArray inputsPPorts;
for (int i = 0; i < inputs.size(); ++i)
{
String inputP = inputs[i];
inputP << "p";
inputsP.add(inputP);
}
for (int i = 0; i < massWithJunctOutputs.size(); ++i)
{
++numMasslike;
String inputP = massWithJunctOutputs[i];
inputsP.add(inputP);
}
for (int i = 0; i < inputsPorts.size(); ++i)
{
String inputPPort = inputsPorts[i];
inputPPort << "p";
inputsPPorts.add(inputPPort);
}
//==========================================================================
// bibBlock with all imputs and outputs
//==========================================================================
dspContent << "bigBlock(" << inputsP.joinIntoString(",");
if (wgInputs.size() > 0)
dspContent << "," << wgInputs.joinIntoString(",");
if (junctInputs.size() > 0)
dspContent << "," << junctInputs.joinIntoString(",");
if (inputsPPorts.size() > 0)
dspContent << "," << inputsPPorts.joinIntoString(",");
dspContent << ") = (";
dspContent << outputs.joinIntoString(",");
if (wgOutputs.size() > 0)
dspContent << "," << wgOutputs.joinIntoString(",");
if (junctOutputs.size() > 0)
dspContent << "," << junctOutputs.joinIntoString(",");
if (outputsPorts.size() > 0)
dspContent << "," << outputsPorts.joinIntoString(",");
if (audioNames.size() > 0)
dspContent << "," << audioNames.joinIntoString(",");
dspContent << ") with {\n";
//==========================================================================
// code for model objects
//==========================================================================
dspContent << "\n\t//waveguide termination objects\n";
dspContent << wgTermString;
dspContent << "\t//junctions\n";
dspContent << junctString;
dspContent << "\t//mass-like objects\n";
dspContent << massobjects.joinIntoString("\n") << "\n";
dspContent << "\n\t//link-like objects\n";
dspContent << linkobjects.joinIntoString("\n") << "\n";
dspContent << "\n\t//audio objects\n";
dspContent << audioobjects.joinIntoString("\n") << "\n};\n\n";
//==========================================================================
// Calculate and write feedback line
//==========================================================================
StringArray feedbackArray;
StringArray outputArray;
//TODO: needs to be fixed for latest Synth-A-Modeler changes/fiyes
int numFeedback = numMasslike - numPorts + (2 * numWaveguides) + numJunctions;
for (int i = 0; i < numFeedback; ++i)
{
feedbackArray.add("_");
outputArray.add("!");
}
for (int i = 0; i < numPorts + audioNames.size(); ++i)
{
feedbackArray.add("!");
outputArray.add("_");
}
dspContent << "process = (bigBlock)~(";
dspContent << feedbackArray.joinIntoString(",");
dspContent << "):(";
dspContent << outputArray.joinIntoString(",") << ");";
//==========================================================================
massLinkRefs.clear();
wgWithSuffixes.clear();
return dspContent;
}
void MidiControllerAutomationHandler::restoreFromValueTree(const ValueTree &v)
{
if (v.getType() != Identifier("MidiAutomation")) return;
clear();
for (int i = 0; i < v.getNumChildren(); i++)
{
ValueTree cc = v.getChild(i);
int controller = cc.getProperty("Controller", 1);
auto& aArray = automationData[controller];
AutomationData a;
a.ccNumber = controller;
a.processor = ProcessorHelpers::getFirstProcessorWithName(mc->getMainSynthChain(), cc.getProperty("Processor"));
a.macroIndex = cc.getProperty("MacroIndex");
auto attributeString = cc.getProperty("Attribute", a.attribute).toString();
const bool isParameterId = attributeString.containsAnyOf("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ");
// The parameter was stored correctly as ID
if (isParameterId && a.processor.get() != nullptr)
{
const Identifier pId(attributeString);
for (int j = 0; j < a.processor->getNumParameters(); j++)
{
if (a.processor->getIdentifierForParameterIndex(j) == pId)
{
a.attribute = j;
break;
}
}
}
else
{
// This tries to obtain the correct id.
auto presetVersion = v.getRoot().getProperty("Version").toString();
const Identifier pId = UserPresetHelpers::getAutomationIndexFromOldVersion(presetVersion, attributeString.getIntValue());
if (pId.isNull())
{
a.attribute = attributeString.getIntValue();
}
else
{
for (int j = 0; j < a.processor->getNumParameters(); j++)
{
if (a.processor->getIdentifierForParameterIndex(j) == pId)
{
a.attribute = j;
break;
}
}
}
}
double start = cc.getProperty("Start");
double end = cc.getProperty("End");
double skew = cc.getProperty("Skew", a.parameterRange.skew);
double interval = cc.getProperty("Interval", a.parameterRange.interval);
auto fullStart = cc.getProperty("FullStart", start);
auto fullEnd = cc.getProperty("FullEnd", end);
a.parameterRange = NormalisableRange<double>(start, end, interval, skew);
a.fullRange = NormalisableRange<double>(fullStart, fullEnd, interval, skew);
a.used = true;
a.inverted = cc.getProperty("Inverted", false);
aArray.addIfNotAlreadyThere(a);
}
sendChangeMessage();
refreshAnyUsedState();
}
bool MDLParser::parseMDL(const File& f)
{
RegularExpression re;
RegularExpression reComment("\\A\\s*#[^#].*$");
const File& in = f;//mdlFile.getFile();
String mdlContent = in.loadFileAsString();
ValueTree mdlTree(Objects::synthamodeler);// = mdlFile.mdlRoot;
mdlTree.setProperty(Ids::mdlName, in.getFileName(), nullptr);
mdlTree.setProperty(Ids::mdlPath, in.getFullPathName(), nullptr);
StringArray lines;
lines.addTokens(mdlContent, "\n", "\"");
for (int i = 0; i < lines.size(); ++i) {
String line = lines[i];
if(reComment.fullMatch(line) || line.isEmpty())
{
continue;
}
if(re.fullMatch(SAMRegex::getVertexLine(), line))
{
StringArray values;
re.fullMatchValues(line, values, 4);
ValueTree newTree;
if (values[0].compare("mass") == 0)
{
newTree = ValueTree(Ids::mass);
}
else if (values[0].compare("port") == 0)
{
newTree = ValueTree(Ids::port);
}
else if (values[0].compare("ground") == 0)
{
newTree = ValueTree(Ids::ground);
}
else if (values[0].compare("resonators") == 0)
{
newTree = ValueTree(Ids::resonators);
}
else
{
DBG("Something went really wrong!");
return false;
}
Point<int> pos = getPos(line);
newTree.setProperty(Ids::posX, pos.getX(), nullptr);
newTree.setProperty(Ids::posY, pos.getY(), nullptr);
if(newTree.getType() != Ids::port && newTree.getType() != Ids::ground)
{
StringArray paramsArray = MDLHelper::getParamsFromString(values[1]);
if(newTree.getType() == Ids::resonators)
{
static const int NUM_RES_PARAMS = 3;
if(paramsArray.size() % NUM_RES_PARAMS == 0)
{
ValueTree paramsTree(Ids::parameters);
Array<ValueTree> valuesArr;
for (int np = 0; np < NUM_RES_PARAMS; ++np)
{
valuesArr.add(ValueTree(Ids::parameter));
}
for (int n = 0; n < paramsArray.size(); ++n)
{
const int paramIdx = n % NUM_RES_PARAMS;
ValueTree subVal(ObjectsHelper::getResonatorParamsIds()[paramIdx]);
subVal.setProperty(Ids::value, paramsArray[n].trim(), nullptr);
valuesArr[paramIdx].addChild(subVal, -1, nullptr);
}
for (int np = 0; np < NUM_RES_PARAMS; ++np)
{
paramsTree.addChild(valuesArr[np], -1, nullptr);
}
newTree.addChild(paramsTree, -1, nullptr);
}
}
else
{
newTree.addChild(ObjectFactory::createParamsTree(paramsArray),
-1, nullptr);
}
}
if(newTree.getType() == Ids::ground)
{
ValueTree paramsTree(Ids::parameters);
ValueTree param(Ids::parameter);
param.setProperty(Ids::value, values[1].trim(), nullptr);
paramsTree.addChild(param, -1, nullptr);
newTree.addChild(paramsTree, -1, nullptr);
}
newTree.setProperty(Ids::identifier, values[2].trim(), nullptr);
ValueTree masses = mdlTree.getOrCreateChildWithName(Objects::masses, nullptr);
masses.addChild(newTree, -1, nullptr);
}
else if(re.fullMatch(SAMRegex::getLinkLine(), line))
{
StringArray values;
re.fullMatchValues(line, values, 5);
ValueTree linkTree;
if (values[0].compare("link") == 0)
{
linkTree = ValueTree(Ids::link);
}
else if (values[0].compare("touch") == 0)
{
linkTree = ValueTree(Ids::touch);
}
else if (values[0].compare("pulsetouch") == 0)
{
linkTree = ValueTree(Ids::pulsetouch);
}
else if (values[0].compare("pluck") == 0)
{
linkTree = ValueTree(Ids::pluck);
}
else if (values[0].compare("detent") == 0)
{
linkTree = ValueTree(Ids::detent);
}
else if (values[0].compare("softeninglink") == 0)
{
linkTree = ValueTree(Ids::softeninglink);
}
else if (values[0].compare("stiffeninglink") == 0)
{
linkTree = ValueTree(Ids::stiffeninglink);
}
else
{
DBG("Something went really wrong!");
return false;
}
StringArray paramsArray = MDLHelper::getParamsFromString(values[1]);
linkTree.addChild(ObjectFactory::createParamsTree(paramsArray),
-1, nullptr);
linkTree.setProperty(Ids::identifier, values[2].trim(), nullptr);
linkTree.setProperty(Ids::startVertex, values[3].trim(), nullptr);
linkTree.setProperty(Ids::endVertex, values[4].trim(), nullptr);
ValueTree linksTree = mdlTree.getOrCreateChildWithName(Objects::links, nullptr);
linksTree.addChild(linkTree, -1, nullptr);
}
else if(re.fullMatch(SAMRegex::getFaustCodeLine(), line))
{
StringArray values;
re.fullMatchValues(line, values, 1);
ValueTree faustcodeTree(Ids::faustcode);
faustcodeTree.setProperty(Ids::value, values[0].trim(), nullptr);
ValueTree fcbTree = mdlTree.getOrCreateChildWithName(Objects::faustcodeblock, nullptr);
fcbTree.addChild(faustcodeTree, -1, nullptr);
}
else if(re.fullMatch(SAMRegex::getAudioOutLine(), line))
{
StringArray values;
re.fullMatchValues(line, values, 3);
Point<int> pos = getPos(line);
ValueTree audioTree(Ids::audioout);
audioTree.setProperty(Ids::posX, pos.x, nullptr);
audioTree.setProperty(Ids::posY, pos.y, nullptr);
audioTree.setProperty(Ids::identifier, values[0].trim(), nullptr);
// split everything from line starting with first colon
int posColon = values[1].indexOf(":");
String audioLine;
if(posColon > 0)
{
audioLine = values[1].substring(0, posColon);
audioLine = MDLHelper::removeUnbalancedParentheses(audioLine);
audioTree.setProperty(Ids::optional,values[1].substring(posColon+1), nullptr);
}
else
{
audioTree.setProperty(Ids::optional, "", nullptr);
audioLine = values[1];
}
// add outputDSP to optional values if not present
if(! audioTree[Ids::optional].toString().contains("outputDSP"))
{
String aoOpt = audioTree[Ids::optional].toString();
if(aoOpt.isNotEmpty())
{
aoOpt = ":" + aoOpt;
}
String aoOpt2 = "outputDSP" + aoOpt;
audioTree.setProperty(Ids::optional, aoOpt2, nullptr);
}
// remove unbalanced parentheses
audioLine = MDLHelper::removeUnbalancedParentheses(audioLine);
// remove surrounding paranthese if there are some.
String audioLineClean = MDLHelper::removeSurroundingParentheses(audioLine);
StringArray audioOutSourcesList;
audioOutSourcesList.addTokens(audioLineClean, "+", "\"");
ValueTree audioSources(Ids::sources);
for (int l = 0; l < audioOutSourcesList.size(); ++l)
{
if(audioOutSourcesList[l].trim().compare("0.0") != 0)
{
ValueTree aoSource(Ids::audiosource);
aoSource.setProperty(Ids::value, audioOutSourcesList[l].trim(), nullptr);
audioSources.addChild(aoSource, -1, nullptr);
}
}
audioTree.addChild(audioSources, -1, nullptr);
ValueTree audioObjectsTree = mdlTree.getOrCreateChildWithName(Objects::audioobjects, nullptr);
audioObjectsTree.addChild(audioTree, -1, nullptr);
}
else if(re.fullMatch(SAMRegex::getWaveguideLine(), line))
{
StringArray values;
re.fullMatchValues(line, values, 5);
ValueTree waveguideTree(Ids::waveguide);
StringArray paramsArray(values.begin(), 2);
waveguideTree.addChild(ObjectFactory::createParamsTree(paramsArray),
-1, nullptr);
waveguideTree.setProperty(Ids::identifier, values[2].trim(), nullptr);
waveguideTree.setProperty(Ids::startVertex, values[3].trim(), nullptr);
waveguideTree.setProperty(Ids::endVertex, values[4].trim(), nullptr);
ValueTree wavesTree = mdlTree.getOrCreateChildWithName(Objects::waveguides, nullptr);
wavesTree.addChild(waveguideTree, -1, nullptr);
}
else if(re.fullMatch(SAMRegex::getTerminationLine(), line))
{
StringArray values;
re.fullMatchValues(line, values, 4);
Point<int> pos = getPos(line);
ValueTree terminationTree(Ids::termination);
terminationTree.setProperty(Ids::posX, pos.x, nullptr);
terminationTree.setProperty(Ids::posY, pos.y, nullptr);
StringArray paramsArray = MDLHelper::getParamsFromString(values[1]);
terminationTree.addChild(ObjectFactory::createParamsTree(paramsArray),
-1, nullptr);
terminationTree.setProperty(Ids::identifier, values[2].trim(), nullptr);
ValueTree terminations = mdlTree.getOrCreateChildWithName(Objects::terminations, nullptr);
terminations.addChild(terminationTree, -1, nullptr);
}
else if(re.fullMatch(SAMRegex::getJunctionLine(), line))
{
StringArray values;
re.fullMatchValues(line, values, 4);
Point<int> pos = getPos(line);
ValueTree junctTree(Ids::junction);
junctTree.setProperty(Ids::posX, pos.x, nullptr);
junctTree.setProperty(Ids::posY, pos.y, nullptr);
ValueTree junctParams(Ids::parameters);
ValueTree junctParam(Ids::parameter);
junctParam.setProperty(Ids::value, values[1].trim(), nullptr);
junctParams.addChild(junctParam, -1, nullptr);
junctTree.addChild(junctParams, -1, nullptr);
junctTree.setProperty(Ids::identifier, values[2].trim(), nullptr);
ValueTree junctsTree = mdlTree.getOrCreateChildWithName(Objects::junctions, nullptr);
junctsTree.addChild(junctTree, -1, nullptr);
}
else if(re.fullMatch(SAMRegex::getCommentObjectLine(), line))
{
StringArray values;
if(! re.fullMatchValues(line, values, 3))
{
DBG("Error reading comment object!");
}
ValueTree newTree(Ids::comment);
Point<int> pos = getPos(line);
newTree.setProperty(Ids::posX, pos.getX(), nullptr);
newTree.setProperty(Ids::posY, pos.getY(), nullptr);
newTree.setProperty(Ids::identifier, values[2], nullptr);
StringArray paramsArray = MDLHelper::getParamsFromString(values[1]);
StringArray commVal;
commVal.addTokens(paramsArray[0].unquoted(), "|" , "\"");
newTree.setProperty(Ids::value, commVal.joinIntoString("\n"), nullptr);
newTree.setProperty(Ids::fontSize, paramsArray[1], nullptr);
newTree.setProperty(Ids::commentColour, paramsArray[2], nullptr);
ValueTree comments = mdlTree.getOrCreateChildWithName(Objects::comments, nullptr);
comments.addChild(newTree, -1, nullptr);
}
}
// DBG(mdlTree.toXmlString());
mdlFile.mdlRoot = mdlTree;
return true;
}
void ChannelViewport::valueTreeChildAdded( ValueTree& parentTree, ValueTree& childWhichHasBeenAdded )
{
DBG("ChannelViewport::valueTreeChildAdded " << parentTree.getType().toString() << " " << childWhichHasBeenAdded.getType().toString());
triggerAsyncUpdate();
}
//------------------------------------------------------------------------------
//values: mass-type, parameters, identifier
ValueTree MDLParser::getMassTree(const String& line, RegularExpression& re)
{
StringArray values;
re.fullMatchValues(line, values, 3);
ValueTree newTree = ObjectFactory::getMassTreeFromStringId(values[0]);
if (!newTree.isValid())
{
throw std::runtime_error("Cannot parse mass-like object");
}
const Point<int> pos = getPos(line);
newTree.setProperty(Ids::posX, pos.getX(), nullptr);
newTree.setProperty(Ids::posY, pos.getY(), nullptr);
if (newTree.getType() != Ids::port && newTree.getType() != Ids::ground)
{
StringArray paramsArray = MDLHelper::getParamsFromString(values[1]);
if (newTree.getType() == Ids::resonators)
{
static const int NUM_RES_PARAMS = 3;
if(paramsArray.size() % NUM_RES_PARAMS == 0)
{
ValueTree paramsTree(Ids::parameters);
Array<ValueTree> valuesArr;
for (int np = 0; np < NUM_RES_PARAMS; ++np)
{
valuesArr.add(ValueTree(Ids::parameter));
}
for (int n = 0; n < paramsArray.size(); ++n)
{
const int paramIdx = n % NUM_RES_PARAMS;
ValueTree subVal(ObjectsHelper::getResonatorParamsIds()[paramIdx]);
subVal.setProperty(Ids::value, paramsArray[n].trim(), nullptr);
valuesArr[paramIdx].addChild(subVal, -1, nullptr);
}
for (int np = 0; np < NUM_RES_PARAMS; ++np)
{
paramsTree.addChild(valuesArr[np], -1, nullptr);
}
newTree.addChild(paramsTree, -1, nullptr);
}
}
else
{
newTree.addChild(ObjectFactory::createParamsTree(paramsArray),
-1, nullptr);
}
}
else if (newTree.getType() == Ids::ground)
{
ValueTree paramsTree(Ids::parameters);
ValueTree param(Ids::parameter);
param.setProperty(Ids::value, values[1].trim(), nullptr);
paramsTree.addChild(param, -1, nullptr);
newTree.addChild(paramsTree, -1, nullptr);
}
newTree.setProperty(Ids::identifier, values[2].trim(), nullptr);
return newTree;
}
