[C4D] Tracer Test
課題：エミッターのマテリアル適用方法 水面に当たると波紋かスプラッシュを発生させる。 ※Broadcastでできるかしら:(
Particles Tracer Test from cephalos on Vimeo.
XSI PPG for Cpp
うーむ、イベントよくわかんのぅ
PPGEventContext使わない？
というわけで中途半端にうｐ
#define READONLY (siReadOnly | siPersistable)
#define ANIMATABLE (siAnimatable | siPersistable | siKeyable)
static Application app;
static Factory factory = app.GetFactory();
... 他省略 ...
XSIPLUGINCALLBACK CStatus hoge_Execute( CRef& in_ctxt )
{
Context ctxt( in_ctxt );
CValueArray args = ctxt.GetAttribute(L"Arguments");
//
// TODO: Put your command implementation here.
CustomProperty oPSet = factory.CreateObject(L"CustomProperty");
oPSet.PutName(L"hoge");
oSel = app.GetSelection().GetItem(0);
app.LogMessage(oSel.GetAsText());
Parameter oParam;
Parameter txtParam;
Parameter btnParam;
oPSet.AddParameter(L"Instance", CValue::siString, READONLY, L"", L"", L"instance here.", txtParam);
oPSet.AddParameter(L"Count", CValue::siInt2, ANIMATABLE, L"", L"", 0, oParam);
oPSet.AddParameter(L"Position", CValue::siInt1, siPersistable, L"", L"", 0, btnParam);
PPGLayout oLayout = oPSet.GetPPGLayout();
oLayout.Clear();
oLayout.AddGroup(L"Duplicate");
oLayout.AddItem(L"Instance", L"Target");
oLayout.AddItem(L"Count", 0);
oLayout.EndGroup();
CValueArray radio(6);
radio[0] = L"Left"; radio[1] = 0;
radio[2] = L"Center"; radio[3] = 1;
radio[4] = L"Right"; radio[5] = 2;
oLayout.AddGroup(L"Position");
oLayout.AddEnumControl(L"Position", radio, L"Change", siControlRadio);
oLayout.EndGroup();
// Logic
oLayout.PutLanguage(L"JScript");
oLayout.PutLogic(L"LogMessage(\"test\");");
CValueArray wParam(5);
wParam[0] = oPSet;
wParam[1] = L"Duplicate Item";
wParam[2] = (LONG)siRecycle;
wParam[3] = false;
CValue retval;
app.ExecuteCommand(L"InspectObj", wParam, retval);
//
// Return a value by setting this attribute:
ctxt.PutAttribute( L"ReturnValue", true );
// Return CStatus::Fail if you want to raise a script error
return CStatus::OK;
}
XSI JScript - Get FCurve
アニメートされたオブジェクトからFカーブを取得するだけのもの
オブジェクトが選択されてない場合、ピックさせるようにする処理を追加
var HogeFCurve = function() { this.init(); }
/////////////////////////////////////////////////////////
// initialize class
/////////////////////////////////////////////////////////
HogeFCurve.prototype.init = function() {
this.oPSet = XSIFactory.CreateObject("CustomProperty");
this.oPSet.Name = "Test FCurve Param";
this.oSel = Application.Selection(0);
this.oParam = this.oPSet.AddFCurveParameter("TestFCurve");
this.oFc = this.oParam.Value;
this.oKey = this.oFc.Keys;
try {
this._checkSelection();
var fcx = this.oSel.posx.Source;
var fcy = this.oSel.posy.Source;
var fcz = this.oSel.posz.Source;
var datax = this.GetFCurveFromSource(fcx);
var datay = this.GetFCurveFromSource(fcy);
var dataz = this.GetFCurveFromSource(fcz);
this.oFc.SetKeys(datax);
LogMessage("x = " + datax + ", y = " + datay + ", z = " + dataz);
//this.printInfo(fcx);
//this.printInfo(fcy);
//this.printInfo(fcz);
} catch(err) {
LogMessage(err.message);
return false;
}
}
HogeFCurve.prototype._checkSelection = function() {
if(ClassName(this.oSel) != "X3DObject") {
var oPick = PickObject("Select Object");
var oRet = oPick.Value("ButtonPressed");
LogMessage("Result = " + oRet);
if(oRet) this.oSel = oPick.Value("PickedElement");
}
if(!this.oSel.IsClassOf(siX3DObjectID)) throw "Select or Pick Object.";
}
/////////////////////////////////////////////////////////
// show PPG
/////////////////////////////////////////////////////////
HogeFCurve.prototype.show = function() {
try {
this._checkSelection();
InspectObj(this.oPSet, null, "", siRecycle, false);
} catch(err) {
LogMessage(err.message);
}
return this;
}
/////////////////////////////////////////////////////////
//
// @param in_fc Parameter - Source property of KinematicState
// @return Array -
/////////////////////////////////////////////////////////
HogeFCurve.prototype.GetFCurveFromSource = function(in_fc) {
if(ClassName(in_fc) != "FCurve") throw "You passed me an a(n) " + ClassName(in_fc) + "istead of an FCurve.";
data = []
fckeys = in_fc.Keys;
for(var i = 0, j = 0, k = 1; i < fckeys.Count; ++i, j+=2, k+=2) {
data[j] = fckeys(i).Time;
data[k] = fckeys(i).Value;
}
return data;
}
HogeFCurve.prototype.printInfo = function(in_fc) {
if(ClassName(in_fc) != "FCurve") throw "You passed me an a(n) " + ClassName(in_fc) + "istead of an FCurve.";
LogMessage("FCurve for parameter:" + in_fc.Parent);
LogMessage("Number of keys:" + in_fc.GetNumKeys());
LogMessage("Is the FCurve begin editing? ..." + in_fc.IsEditing());
data = []
fckeys = in_fc.Keys;
for(var i = 0; i < fckeys.Count; ++i) {
data[i] = fckeys(i).Value;
LogMessage("Key[" + i + "] set at frame " + fckeys(i).Time + " = " + fckeys(i).Value);
}
LogMessage("data = " + data)
}
/////////////////////////////////////////////////////////
// Get current frame of scene.
// @return Double - current frame number.
/////////////////////////////////////////////////////////
HogeFCurve.prototype.currentFrame = function() {
var remote = Dictionary.GetObject("PlayControl");
var cur = remote.Parameters("Current");
return cur.Value;
}
HogeFCurve.prototype.play = function(in_start, in_loop) {
var is_start = in_start || false;
var is_loop = in_loop || false;
if(is_start) PlayForwardsFromStart();
else PlayForwards();
if(is_loop) SetValue("PlayControl.Loop", true, null);
else SetValue("PlayControl.Loop", false, null);
return this;
}
new HogeFCurve().show().play();
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