protected override bool defineCmd()
{
JSIApp app = (JSIApp)this.mApp;
JSIPerspCameraPerson cp = app.getPerspCameraPerson();
// calculate the normal vector of the card plane.
Vector3 normalDir =
Vector3.ProjectOnPlane(-cp.getView(), Vector3.up).normalized;
// define card dimensions.
float cardWidth = 1.0f;
float cardHeight = 2.0f;
Vector3 cardCenter = new Vector3(0.0f, cardHeight / 2.0f, 0.0f);
Vector3 cardZDir = -normalDir;
Vector3 cardYDir = Vector3.up;
Vector3 cardXDir = Vector3.Cross(cardYDir, cardZDir);
Quaternion rot = Quaternion.LookRotation(cardZDir, cardYDir);
// create a new stadning card
JSIStandingCard sc = new JSIStandingCard("EmptyStandingCard",
cardWidth, cardHeight, cardCenter, rot, null);
// add the standing card to its mgr
app.getStandingCardMgr().getStandingCards().Add(sc);
return(true);
}
protected override bool defineCmd()
{
JSIApp app = (JSIApp)this.mApp;
JSIPerspCameraPerson cp = app.getPerspCameraPerson();
// create the ground plane.
Plane groundPlane = new Plane(Vector3.up, Vector3.zero);
// project the previous screen point to the plane.
Ray prevPtRay = cp.getCamera().ScreenPointToRay(this.mPrevPt);
float prevPtDist = float.NaN;
groundPlane.Raycast(prevPtRay, out prevPtDist);
Vector3 prevPtOnPlane = prevPtRay.GetPoint(prevPtDist);
// project the previous screen point to the plane.
Ray curPtRay = cp.getCamera().ScreenPointToRay(this.mCurPt);
float curPtDist = float.NaN;
groundPlane.Raycast(curPtRay, out curPtDist);
Vector3 curPtOnPlane = curPtRay.GetPoint(curPtDist);
// calculate position difference between the two points.
Vector3 diff = curPtOnPlane - prevPtOnPlane;
// update the position of the selected standing card
JSIEditStandingCardScenario scenario =
JSIEditStandingCardScenario.getSingleton();
JSIStandingCard standingCardToMove =
scenario.getSelectedStandingCard();
standingCardToMove.getGameObject().transform.position += diff;
return(true);
}
protected override bool defineCmd()
{
JSIApp app = (JSIApp)this.mApp;
JSIEditStandingCardScenario scenario =
JSIEditStandingCardScenario.getSingleton();
this.mSelectedStandingCard = scenario.selectStandingCardByStand();
scenario.setSelectedStandingCard(this.mSelectedStandingCard);
return(true);
}
public override void getReady()
{
JSIApp app = (JSIApp)this.mScenario.getApp();
JSIEditStandingCardScenario scenario =
(JSIEditStandingCardScenario)this.mScenario;
// selecte the card to roate
JSIStandingCard standingCardToRotate =
scenario.selectStandingCardByStand();
scenario.setSelectedStandingCard(standingCardToRotate);
}
protected override bool defineCmd()
{
JSIApp app = (JSIApp)this.mApp;
JSIPerspCameraPerson cp = app.getPerspCameraPerson();
// create the ground plane.
Plane groundPlane = new Plane(Vector3.up, Vector3.zero);
// project the previous screen point to the plane.
Ray prevPtRay = cp.getCamera().ScreenPointToRay(this.mPrevPt);
float prevPtDist = float.NaN;
groundPlane.Raycast(prevPtRay, out prevPtDist);
Vector3 prevPtOnPlane = prevPtRay.GetPoint(prevPtDist);
// project the previous screen point to the plane.
Ray curPtRay = cp.getCamera().ScreenPointToRay(this.mCurPt);
float curPtDist = float.NaN;
groundPlane.Raycast(curPtRay, out curPtDist);
Vector3 curPtOnPlane = curPtRay.GetPoint(curPtDist);
// calculate rotation
JSIEditStandingCardScenario scenario =
JSIEditStandingCardScenario.getSingleton();
JSIStandingCard standingCardToRotate =
scenario.getSelectedStandingCard();
JSIAppCircle3D stand = standingCardToRotate.getStand();
Vector3 standCtr = stand.getGameObject().transform.position;
Quaternion prevRot = Quaternion.LookRotation(
Vector3.up, prevPtOnPlane - standCtr);
Quaternion curRot = Quaternion.LookRotation(
Vector3.up, curPtOnPlane - standCtr);
Quaternion delRot = curRot * Quaternion.Inverse(prevRot);
standingCardToRotate.getGameObject().transform.rotation =
delRot * standingCardToRotate.getGameObject().transform.rotation;
return(true);
}
public JSIStandingCard selectStandingCardByScaleHandle()
{
JSIApp app = (JSIApp)this.mApp;
List <JSIStandingCard> hitStandingCards =
new List <JSIStandingCard>();
foreach (JSIStandingCard standingCard in
app.getStandingCardMgr().getStandingCards())
{
if (app.getCursor().hits(standingCard.getScaleHandle()))
{
hitStandingCards.Add(standingCard);
}
}
if (hitStandingCards.Count == 0)
{
return(null);
}
// find and return the smallest standing card among ths hit ones.
float minWidth = Mathf.Infinity;
JSIStandingCard smallestStandingCard = null;
foreach (JSIStandingCard standingCard in
hitStandingCards)
{
JSIAppRect3D card = standingCard.getCard();
JSIRect3D rect = (JSIRect3D)card.getGeom3D();
if (rect.getWidth() < minWidth)
{
smallestStandingCard = standingCard;
minWidth = rect.getWidth();
}
}
return(smallestStandingCard);
}
protected override bool defineCmd()
{
JSIApp app = (JSIApp)this.mApp;
JSIPerspCameraPerson cp = app.getPerspCameraPerson();
// check if there exist 2D point curves.
if (app.getPtCurve2DMgr().getPtCurve2Ds().Count == 0)
{
return(false);
}
//find the lowest 2D point.
Vector2 lowestPt2D = this.calcLowestPt2D(
app.getPtCurve2DMgr().getPtCurve2Ds());
// calculate the lowest 3D point.
Ray lowestPtRay = cp.getCamera().ScreenPointToRay(lowestPt2D);
Plane groundPlane = new Plane(Vector3.up, Vector3.zero);
float lowestPtDist = float.NaN;
groundPlane.Raycast(lowestPtRay, out lowestPtDist);
Vector3 lowestPt3D = lowestPtRay.GetPoint(lowestPtDist);
// calculate the noraml vector of the card plane.
Vector3 normalDir = Vector3.ProjectOnPlane(
-cp.getView(), Vector3.up).normalized;
// calculate 3D point curves by projecting 2D point curves
// to the plane.
Plane cardPlane = new Plane(normalDir, lowestPt3D);
List <JSIAppPolyline3D> ptCurve3Ds =
this.calcProjectedPtCurve3Ds(
app.getPtCurve2DMgr().getPtCurve2Ds(), cardPlane,
cp.getCamera());
// clear 2D point curves.
foreach (JSIAppPolyline2D ptCurve2D in
app.getPtCurve2DMgr().getPtCurve2Ds())
{
ptCurve2D.destroyGameObject();
}
app.getPtCurve2DMgr().getPtCurve2Ds().Clear();
// calculate
Vector3 cardZDir = -normalDir;
Vector3 cardYDir = Vector3.up;
Vector3 cardXDir = Vector3.Cross(cardYDir, cardZDir).normalized;
Vector3 cardCtr = this.calcCardCtr(ptCurve3Ds, lowestPt3D,
cardXDir, cardYDir, cardZDir);
// calculate the local 3D
List <JSIAppPolyline3D> localPtCurve3Ds =
this.createLocalPtCurve3Ds(ptCurve3Ds, cardCtr, cardXDir,
cardYDir, cardZDir);
// clear 3D point curves.
foreach (JSIAppPolyline3D ptCurve3D in ptCurve3Ds)
{
ptCurve3D.destroyGameObject();
}
ptCurve3Ds.Clear();
// create a new standing card.
float cardWidth = this.calcCardWidth(localPtCurve3Ds);
float cardHeight = this.calcCardHeight(localPtCurve3Ds);
Quaternion q = Quaternion.LookRotation(cardZDir, cardYDir);
JSIStandingCard sc = new JSIStandingCard("StandingCard", cardWidth,
cardHeight, cardCtr, q, localPtCurve3Ds);
// add the standing car to its manager.
app.getStandingCardMgr().getStandingCards().Add(sc);
return(true);
}
protected override bool defineCmd()
{
JSIApp app = (JSIApp)this.mApp;
JSIPerspCameraPerson cp = app.getPerspCameraPerson();
JSIEditStandingCardScenario scenario =
JSIEditStandingCardScenario.getSingleton();
JSIStandingCard standingCardToScale =
scenario.getSelectedStandingCard();
JSIAppRect3D card = standingCardToScale.getCard();
JSIAppCircle3D stand = standingCardToScale.getStand();
JSIAppCircle3D scaleHandle = standingCardToScale.getScaleHandle();
List <JSIAppPolyline3D> ptCurve3Ds =
standingCardToScale.getPtCurve3Ds();
// create the card plane.
Plane cardPlane = new Plane(
standingCardToScale.getGameObject().transform.forward,
standingCardToScale.getGameObject().transform.position);
// project the previous screen point to the plane.
Ray prevPtRay = cp.getCamera().ScreenPointToRay(this.mPrevPt);
float prevPtDist = float.NaN;
cardPlane.Raycast(prevPtRay, out prevPtDist);
Vector3 prevPtOnPlane = prevPtRay.GetPoint(prevPtDist);
// project the previous screen point to the plane.
Ray curPtRay = cp.getCamera().ScreenPointToRay(this.mCurPt);
float curPtDist = float.NaN;
cardPlane.Raycast(curPtRay, out curPtDist);
Vector3 curPtOnPlane = curPtRay.GetPoint(curPtDist);
// calculate the scale factor.
float scaleFactor = curPtOnPlane.y / prevPtOnPlane.y;
// resize the card.
JSIRect3D rect = (JSIRect3D)card.getGeom3D();
float newCardWidth = scaleFactor * rect.getWidth();
float newCardHeight = scaleFactor * rect.getHeight();
card.setSize(newCardWidth, newCardHeight);
// change the position of the standing card and its card.
Vector3 standingCardPos =
standingCardToScale.getGameObject().transform.position;
Vector3 newStandingCardPos =
new Vector3(standingCardPos.x, standingCardPos.y * scaleFactor,
standingCardPos.z);
standingCardToScale.getGameObject().transform.position =
newStandingCardPos;
// change the position of the stand
Vector3 standLocalPos =
stand.getGameObject().transform.localPosition;
Vector3 newStandLocalPos = new Vector3(standLocalPos.x,
scaleFactor * standLocalPos.y, standLocalPos.z);
stand.getGameObject().transform.localPosition =
newStandLocalPos;
stand.setRadius(newCardWidth / 2.0f);
// change the position of the scale handle
Vector3 scaleHandleLocalPos =
scaleHandle.getGameObject().transform.localPosition;
Vector3 newScaleHanleLocalPos = new Vector3(
scaleHandleLocalPos.x, scaleFactor * scaleHandleLocalPos.y,
scaleHandleLocalPos.z);
scaleHandle.getGameObject().transform.localPosition =
newScaleHanleLocalPos;
// scale 3D points curves.
if (ptCurve3Ds != null)
{
foreach (JSIAppPolyline3D ptCurve3D in ptCurve3Ds)
{
JSIPolyline3D polyline =
(JSIPolyline3D)ptCurve3D.getGeom3D();
List <Vector3> scalePt3Ds = new List <Vector3>();
foreach (Vector3 pt3D in polyline.getPts())
{
Vector3 scaledPt3D = new Vector3(
pt3D.x * scaleFactor,
pt3D.y * scaleFactor,
pt3D.z);
scalePt3Ds.Add(scaledPt3D);
}
ptCurve3D.setPts(scalePt3Ds);
}
}
return(true);
}
public void setSelectedStandingCard(JSIStandingCard sc)
{
this.mSelectedStandingCard = sc;
}
