// ## Neighbor Remove ##
// This method is a handler for the NeighborRemove event. It is triggered
// when two cubes that were neighbored are separated.
//
// The side arguments for this event are the sides that the cubes
// _were_ neighbored on before they were separated. If you check the
// current state of their neighbors on those sides, they should of course
// be NONE.
public void OnNeighborRemove(Cube cube1, Cube.Side side1, Cube cube2, Cube.Side side2)
{
CubeWrapper wrapper = (CubeWrapper)cube1.userData;
CubeWrapper wrapper2 = (CubeWrapper)cube2.userData;
if (wrapper != null)
{
wrapper.mNeedTilt = false;
//wrapper.mNeedFlip = false;
Log.Debug("In OnNeighborRemove");
}
if (wrapper2 != null)
{
wrapper2.mNeedTilt = false;
//wrapper.mNeedFlip = false;
Log.Debug("In OnNeighborRemove");
}
//if (wrapper.eColiColor == "blue")
//{
// _client.SendPhoto("Blue");
//}
//else if (wrapper.eColiColor == "red")
//{
// _client.SendPhoto("Red");
//}
//else if (wrapper.eColiColor == "yellow")
//{
// _client.SendPhoto("Yellow");
//}
}
// ## Neighbor Add ##
// This method is a handler for the NeighborAdd event. It is triggered when
// two cubes are placed side by side.
//
// Cube1 and cube2 are the two cubes that are involved in this neighboring.
// The two cube arguments can be in any order; if your logic depends on
// cubes being in specific positions or roles, you need to add logic to
// this handler to sort the two cubes out.
//
// Side1 and side2 are the sides that the cubes neighbored on.
private void OnNeighborAdd(Cube cube1, Cube.Side side1, Cube cube2, Cube.Side side2)
{
Log.Debug("Neighbor add: {0}.{1} <-> {2}.{3}", cube1.UniqueId, side1, cube2.UniqueId, side2);
CubeWrapper wrapper = (CubeWrapper)cube1.userData;
if (wrapper != null)
{
// Here we set our wrapper's rotation value so that the image gets
// drawn with its top side pointing towards the neighbor cube.
//
// Cube.Side is an enumeration (TOP, LEFT, BOTTOM, RIGHT, NONE). The
// values of the enumeration can be cast to integers by counting
// counterclockwise:
//
// * TOP = 0
// * LEFT = 1
// * BOTTOM = 2
// * RIGHT = 3
// * NONE = 4
//wrapper.mRotation = (int)side1;
wrapper.mNeedDraw = true;
}
wrapper = (CubeWrapper)cube2.userData;
if (wrapper != null)
{
//wrapper.mRotation = (int)side2;
wrapper.mNeedDraw = true;
}
//TODO: Siegüberprüfung:
Cube[] row = CubeHelper.FindRow(CubeSet);
if (row.Length == totalCubes)
{
Log.Debug("6 connected");
//found = true;
//int lastId = -1;
//foreach (Cube cube in row) {
// CubeWrapper wrapper = (CubeWrapper)cube.userData;
// if (wrapper.mIndex < lastId)
// found = false;
// lastId = wrapper.mIndex;
// }
}
}
/*
* // ## Neighbor Add ##
* // This method is a handler for the NeighborAdd event. It is triggered when
* // two cubes are placed side by side.
* //
* // Cube1 and cube2 are the two cubes that are involved in this neighboring.
* // The two cube arguments can be in any order; if your logic depends on
* // cubes being in specific positions or roles, you need to add logic to
* // this handler to sort the two cubes out.
* //
* // Side1 and side2 are the sides that the cubes neighbored on.
* private void OnNeighborAdd (Cube cube1, Cube.Side side1, Cube cube2, Cube.Side side2)
* {
* CubeWrapper wrapper1 = (CubeWrapper)cube1.userData;
* CubeWrapper wrapper2 = (CubeWrapper)cube2.userData;
* Log.Debug ("Neighbor add: {0}.{1} <-> {2}.{3}", wrapper1.mNumber, side1, wrapper2.mNumber, side2);
*
* if (wrapper2.mNumber < wrapper1.mNumber) {
* CubeWrapper wrapper3 = cube1.userData;
* wrapper2 = wrapper1;
* wrapper1 = wrapper3;
* }
*
*
*
* //s'arranger pour savoir quel cube est le premier, celui qui a le plus petit nombre, devient wrapper1
* if (cube1 == SOURCE) {
* switch (cube2){
* case FILTER:
* break;
* }
*
*
* }
*
*
* if (wrapper1.mNumber == 1) {
* if (wrapper2.mNumber == 2) {
*
* }
* }
*
* if (wrapper1.mNumber== 2) {
* if (wrapper2.mNumber == 3) {
* cube2.Image("all",0,0,0,ALL_LFO,Cube.SCREEN_WIDTH,Cube.SCREEN_HEIGHT,0,0);
* }
* }
*
* cube1.Paint();
* cube2.Paint();
* /*
* CubeWrapper wrapper = (CubeWrapper)cube1.userData;
* if (wrapper != null) {
* // Here we set our wrapper's rotation value so that the image gets
* // drawn with its top side pointing towards the neighbor cube.
* //
* // Cube.Side is an enumeration (TOP, LEFT, BOTTOM, RIGHT, NONE). The
* // values of the enumeration can be cast to integers by counting
* // counterclockwise:
* //
* // * TOP = 0
* // * LEFT = 1
* // * BOTTOM = 2
* // * RIGHT = 3
* // * NONE = 4
* wrapper.mRotation = (int)side1;
* wrapper.mNeedDraw = true;
* }
*
* wrapper = (CubeWrapper)cube2.userData;
* if (wrapper != null) {
* wrapper.mRotation = (int)side2;
* wrapper.mNeedDraw = true;
*
* }
*
* // ## Neighbor Remove ##
* // This method is a handler for the NeighborRemove event. It is triggered
* // when two cubes that were neighbored are separated.
* //
* // The side arguments for this event are the sides that the cubes
* // _were_ neighbored on before they were separated. If you check the
* // current state of their neighbors on those sides, they should of course
* // be NONE.
* private void OnNeighborRemove (Cube cube1, Cube.Side side1, Cube cube2, Cube.Side side2)
* {
* CubeWrapper wrapper1 = (CubeWrapper)cube1.userData;
* CubeWrapper wrapper2 = (CubeWrapper)cube2.userData;
*
* if (wrapper2.mNumber < wrapper1.mNumber) {
* CubeWrapper wrapper3 = cube1.userData;
* wrapper2 = wrapper1;
* wrapper1 = wrapper3;
* }
* Log.Debug ("Neighbor remove: {0}.{1} <-> {2}.{3}", wrapper1.mNumber, side1, wrapper2.mNumber, side2);
*
* if (cube1 == SOURCE) {
* switch (cube2){
* case FILTER:
* break;
* }
*
*
* }
*
*
* if (wrapper1.mNumber == 1) {
* if (wrapper2.mNumber == 2) {
* cube2.Image("all",0,0,0,ALL_FILTERBASIC,Cube.SCREEN_WIDTH,Cube.SCREEN_HEIGHT,0,0);
* cube1.Image("all",0,0,0,ALL_SOURCE,Cube.SCREEN_WIDTH,Cube.SCREEN_HEIGHT,0,0);
* //message OSC, son de base
* }
* }
*
* if (wrapper1.mNumber == 2) {
* if (wrapper2.mNumber == 3) {
* cube2.Image("all",0,0,0,ALL_LFOBASIC,Cube.SCREEN_WIDTH,Cube.SCREEN_HEIGHT,0,0);
* // message OSC, son filtré simplement
* //savoir si on sait faire un "ctrl+z" sur KYMA, alors on reprend juste le son précédent
* //si pas -> switch
* }
* }
*
* cube1.Paint();
* cube2.Paint();
*
* /* CubeWrapper wrapper = (CubeWrapper)cube1.userData;
* if (wrapper != null) {
* wrapper.mScale = 1;
* wrapper.mRotation = 0;
* wrapper.mNeedDraw = true;
* }
*
* wrapper = (CubeWrapper)cube2.userData;
* if (wrapper != null) {
* wrapper.mScale = 1;
* wrapper.mRotation = 0;
* wrapper.mNeedDraw = true;
* }
* }
*/
private void OnNeighborAdd(Cube cube1, Cube.Side side1, Cube cube2, Cube.Side side2)
{
CubeWrapper wrapper1 = (CubeWrapper)cube1.userData;
CubeWrapper wrapper2 = (CubeWrapper)cube2.userData;
if (wrapper2.mNumber < wrapper1.mNumber)
{
CubeWrapper wrapper3 = (CubeWrapper)cube2.userData;
wrapper2 = wrapper1;
wrapper1 = wrapper3;
Cube cuby;
cuby = cube2;
cube2 = cube1;
cube1 = cuby;
}
Cube[] connected = CubeHelper.FindConnected(cube1);
foreach (Cube cuby in connected)
{
Log.Debug("connected {0}", connected);
}
if (connected.Length > 1)
{
foreach (Cube cubelook in connected)
{
CubeWrapper wrapper4 = (CubeWrapper)cubelook.userData;
if (wrapper4.mNumber == 1)
{
wrapper2.mIsconnected = true;
wrapper2.mHaschanged = true;
mNeedCheck = true;
Log.Debug("on a bien changé le connected");
}
}
}
mNeedCheck = true;
}
// ## Neighbor Remove ##
// This method is a handler for the NeighborRemove event. It is triggered
// when two cubes that were neighbored are separated.
//
// The side arguments for this event are the sides that the cubes
// _were_ neighbored on before they were separated. If you check the
// current state of their neighbors on those sides, they should of course
// be NONE.
private void OnNeighborRemove(Cube cube1, Cube.Side side1, Cube cube2, Cube.Side side2)
{
Log.Debug("Neighbor remove: {0}.{1} <-> {2}.{3}", cube1.UniqueId, side1, cube2.UniqueId, side2);
CubeWrapper wrapper = (CubeWrapper)cube1.userData;
if (wrapper != null)
{
wrapper.mScale = 1;
//wrapper.mRotation = 0;
wrapper.mNeedDraw = true;
}
wrapper = (CubeWrapper)cube2.userData;
if (wrapper != null)
{
wrapper.mScale = 1;
//wrapper.mRotation = 0;
wrapper.mNeedDraw = true;
}
}
// ## Neighbor Add ##
// This method is a handler for the NeighborAdd event. It is triggered when
// two cubes are placed side by side.
//
// Cube1 and cube2 are the two cubes that are involved in this neighboring.
// The two cube arguments can be in any order; if your logic depends on
// cubes being in specific positions or roles, you need to add logic to
// this handler to sort the two cubes out.
//
// Side1 and side2 are the sides that the cubes neighbored on.
// If two cubes are neighboring each other, raise the mNeedTilt flag (see the OnTilt method).
private void OnNeighborAdd(Cube cube1, Cube.Side side1, Cube cube2, Cube.Side side2)
{
Log.Debug("In neighbor method");
CubeWrapper wrapper = (CubeWrapper)cube1.userData;
CubeWrapper wrapper2 = (CubeWrapper)cube2.userData;
//If neither CubeWrappers are null...
if (wrapper != null && wrapper2 != null)
{
string wId = wrapper.mCube.UniqueId;
string w2Id = wrapper2.mCube.UniqueId;
#region If colored and plasmid cubes become neighbors
if (wrapper.mCubeType == 0 && wrapper2.mCubeType == 1)
{
Log.Debug("wrapper is 0 and wrapper2 is 1");
//reorients cubes - if cube1 is the color cube and cube2 is the plasmid cube
if (cube1.Neighbors.SideOf(cube2) != Cube.Side.BOTTOM &&
cube2.Neighbors.SideOf(cube1) != Cube.Side.TOP)
{
Cube.Side sidePlasmid = cube1.Neighbors.SideOf(cube2); //defines side neighboring cube is on
Cube.Side sideColor = cube2.Neighbors.SideOf(cube1); //defines side of neighbor original cube is adjacent to
#region reorients plasmid cube
if (sideColor == Cube.Side.BOTTOM)
{
if (cube2.Orientation == Cube.Side.BOTTOM)
{
cube2.Orientation = Cube.Side.TOP;
}
else if (cube2.Orientation == Cube.Side.TOP)
{
cube2.Orientation = Cube.Side.BOTTOM;
}
else if (cube2.Orientation == Cube.Side.RIGHT)
{
cube2.Orientation = Cube.Side.LEFT;
}
else if (cube2.Orientation == Cube.Side.LEFT)
{
cube2.Orientation = Cube.Side.RIGHT;
}
}
if (sideColor == Cube.Side.RIGHT)
{
if (cube2.Orientation == Cube.Side.BOTTOM)
{
cube2.Orientation = Cube.Side.LEFT;
}
else if (cube2.Orientation == Cube.Side.TOP)
{
cube2.Orientation = Cube.Side.RIGHT;
}
else if (cube2.Orientation == Cube.Side.RIGHT)
{
cube2.Orientation = Cube.Side.BOTTOM;
}
else if (cube2.Orientation == Cube.Side.LEFT)
{
cube2.Orientation = Cube.Side.TOP;
}
}
if (sideColor == Cube.Side.LEFT)
{
if (cube2.Orientation == Cube.Side.BOTTOM)
{
cube2.Orientation = Cube.Side.RIGHT;
}
else if (cube2.Orientation == Cube.Side.TOP)
{
cube2.Orientation = Cube.Side.LEFT;
}
else if (cube2.Orientation == Cube.Side.RIGHT)
{
cube2.Orientation = Cube.Side.TOP;
}
else if (cube2.Orientation == Cube.Side.LEFT)
{
cube2.Orientation = Cube.Side.BOTTOM;
}
}
#endregion
#region reorients color cube
if (sidePlasmid == Cube.Side.LEFT)
{
if (cube1.Orientation == Cube.Side.BOTTOM)
{
cube1.Orientation = Cube.Side.LEFT;
}
else if (cube1.Orientation == Cube.Side.TOP)
{
cube1.Orientation = Cube.Side.RIGHT;
}
else if (cube1.Orientation == Cube.Side.RIGHT)
{
cube1.Orientation = Cube.Side.BOTTOM;
}
else if (cube1.Orientation == Cube.Side.LEFT)
{
cube1.Orientation = Cube.Side.TOP;
}
}
if (sidePlasmid == Cube.Side.RIGHT)
{
if (cube1.Orientation == Cube.Side.BOTTOM)
{
cube1.Orientation = Cube.Side.RIGHT;
}
else if (cube1.Orientation == Cube.Side.TOP)
{
cube1.Orientation = Cube.Side.LEFT;
}
else if (cube1.Orientation == Cube.Side.LEFT)
{
cube1.Orientation = Cube.Side.BOTTOM;
}
else if (cube1.Orientation == Cube.Side.RIGHT)
{
cube1.Orientation = Cube.Side.TOP;
}
}
if (sidePlasmid == Cube.Side.TOP)
{
if (cube1.Orientation == Cube.Side.BOTTOM)
{
cube1.Orientation = Cube.Side.TOP;
}
else if (cube1.Orientation == Cube.Side.TOP)
{
cube1.Orientation = Cube.Side.BOTTOM;
}
else if (cube1.Orientation == Cube.Side.LEFT)
{
cube1.Orientation = Cube.Side.RIGHT;
}
else if (cube1.Orientation == Cube.Side.RIGHT)
{
cube1.Orientation = Cube.Side.LEFT;
}
}
#endregion
//redraws both cubes
wrapper.DrawColoredCube();
wrapper2.DrawPlasmidCube();
}
//Log.Debug("1 Neighbors: Colored and Plasmid");
if (wrapper.mCube.Neighbors.Bottom == cube2)
{
Log.Debug("1 Neighbors: Colored and Plasmid");
//wrapper.cCubeStringId = wId;
wrapper2.cCubeStringId = wId;
wrapper.pCubeStringId = w2Id;
//wrapper2.pCubeStringId = w2Id;
}
}//end if wrapper has colored cube and wrapper2 has plasmid cube
if (wrapper.mCubeType == 1 && wrapper2.mCubeType == 0)
{
Log.Debug("wrapper2 is 0 and wrapper is 1");
//reorients cube - if cube2 is the color cube and cube1 is the plasmid cube
if (cube2.Neighbors.SideOf(cube1) != Cube.Side.BOTTOM &&
cube1.Neighbors.SideOf(cube2) != Cube.Side.TOP)
{
Cube.Side sidePlasmid = cube2.Neighbors.SideOf(cube1); //defines side neighboring cube is on
Cube.Side sideColor = cube1.Neighbors.SideOf(cube2); //defines side of neighbor original cube is adjacent to
#region reorients plasmid cube
if (sideColor == Cube.Side.BOTTOM)
{
if (cube1.Orientation == Cube.Side.BOTTOM)
{
cube1.Orientation = Cube.Side.TOP;
}
else if (cube1.Orientation == Cube.Side.TOP)
{
cube1.Orientation = Cube.Side.BOTTOM;
}
else if (cube1.Orientation == Cube.Side.RIGHT)
{
cube1.Orientation = Cube.Side.LEFT;
}
else if (cube1.Orientation == Cube.Side.LEFT)
{
cube1.Orientation = Cube.Side.RIGHT;
}
}
if (sideColor == Cube.Side.RIGHT)
{
if (cube1.Orientation == Cube.Side.BOTTOM)
{
cube1.Orientation = Cube.Side.LEFT;
}
else if (cube1.Orientation == Cube.Side.TOP)
{
cube1.Orientation = Cube.Side.RIGHT;
}
else if (cube1.Orientation == Cube.Side.RIGHT)
{
cube1.Orientation = Cube.Side.BOTTOM;
}
else if (cube1.Orientation == Cube.Side.LEFT)
{
cube1.Orientation = Cube.Side.TOP;
}
}
if (sideColor == Cube.Side.LEFT)
{
if (cube1.Orientation == Cube.Side.BOTTOM)
{
cube1.Orientation = Cube.Side.RIGHT;
}
else if (cube1.Orientation == Cube.Side.TOP)
{
cube1.Orientation = Cube.Side.LEFT;
}
else if (cube1.Orientation == Cube.Side.RIGHT)
{
cube1.Orientation = Cube.Side.TOP;
}
else if (cube1.Orientation == Cube.Side.LEFT)
{
cube1.Orientation = Cube.Side.BOTTOM;
}
}
#endregion
#region reorients color cube
if (sidePlasmid == Cube.Side.LEFT)
{
if (cube2.Orientation == Cube.Side.BOTTOM)
{
cube2.Orientation = Cube.Side.LEFT;
}
else if (cube2.Orientation == Cube.Side.TOP)
{
cube2.Orientation = Cube.Side.RIGHT;
}
else if (cube2.Orientation == Cube.Side.RIGHT)
{
cube2.Orientation = Cube.Side.BOTTOM;
}
else if (cube2.Orientation == Cube.Side.LEFT)
{
cube2.Orientation = Cube.Side.TOP;
}
}
if (sidePlasmid == Cube.Side.RIGHT)
{
if (cube2.Orientation == Cube.Side.BOTTOM)
{
cube2.Orientation = Cube.Side.RIGHT;
}
else if (cube2.Orientation == Cube.Side.TOP)
{
cube2.Orientation = Cube.Side.LEFT;
}
else if (cube2.Orientation == Cube.Side.LEFT)
{
cube2.Orientation = Cube.Side.BOTTOM;
}
else if (cube2.Orientation == Cube.Side.RIGHT)
{
cube2.Orientation = Cube.Side.TOP;
}
}
if (sidePlasmid == Cube.Side.TOP)
{
if (cube2.Orientation == Cube.Side.BOTTOM)
{
cube2.Orientation = Cube.Side.TOP;
}
else if (cube2.Orientation == Cube.Side.TOP)
{
cube2.Orientation = Cube.Side.BOTTOM;
}
else if (cube2.Orientation == Cube.Side.LEFT)
{
cube2.Orientation = Cube.Side.RIGHT;
}
else if (cube2.Orientation == Cube.Side.RIGHT)
{
cube2.Orientation = Cube.Side.LEFT;
}
}
#endregion
//redraws both cubes
wrapper2.DrawColoredCube();
wrapper.DrawPlasmidCube();
}
//Log.Debug("2 Neighbors: Colored and Plasmid");
if (wrapper2.mCube.Neighbors.Bottom == cube1)
{
Log.Debug("2 Neighbors: Colored and Plasmid");
//wrapper.pCubeStringId = wId;
wrapper2.pCubeStringId = wId;
wrapper.cCubeStringId = w2Id;
//wrapper2.cCubeStringId = w2Id;
}
}//end if wrapper has plasmid cube and wrapper2 has colored cube
#endregion
#region If plasmid and E. Coli cubes become neighbors
if (wrapper.mCubeType == 1 && wrapper2.mCubeType == 2)
{
cube1.Orientation = Cube.Side.TOP;
wrapper.DrawPlasmidCube();
Log.Debug("1 Neighbors: Plasmid and E. Coli");
//if (wrapper.mCube.Neighbors.Right == cube2 ||
// wrapper.mCube.Neighbors.Left == cube2)
//{
wrapper2.pCubeStringId = wId;
wrapper.eCubeStringId = w2Id;
wrapper.mNeedFlip = true;
//}
}
if (wrapper.mCubeType == 2 && wrapper2.mCubeType == 1)
{
cube2.Orientation = Cube.Side.TOP;
wrapper2.DrawPlasmidCube();
Log.Debug("2 Neighbors: Plasmid and E. Coli");
//if (wrapper2.mCube.Neighbors.Right == cube1 ||
// wrapper2.mCube.Neighbors.Left == cube1)
//{
wrapper2.eCubeStringId = wId;
wrapper.pCubeStringId = w2Id;
wrapper2.mNeedFlip = true;
//}
}
#endregion
#region Tilting animation
//Each if statement does the same thing just from a different cube's perspective--
//If the bottom neighbor of the cube is cube2 and if cube is a colored cube and
//the neighboring cube is a bottom cube
if (cube1.Neighbors.Bottom == cube2 &&
(wrapper.mCubeType == 0 && wrapper2.mCubeType == 1))
{
Log.Debug("mNeedTilt is true");
wrapper.mNeedTilt = true;
}
if (cube2.Neighbors.Bottom == cube1 &&
(wrapper.mCubeType == 1 && wrapper2.mCubeType == 0))
{
Log.Debug("mNeedTilt is true");
wrapper2.mNeedTilt = true;
}
#endregion
#region Left-Right Plasmid/Ecoli Interaction
//Each if statement checks for whether the neighboring cubes are Plasmid and E. Coli cubes
//and they are to the left or right of each other
//if ((cube1.Neighbors.Left == cube2
// && (wrapper.mCubeType == 1 && wrapper2.mCubeType == 2)) ||
// ((cube1.Neighbors.Right == cube2)
// && (wrapper.mCubeType == 1 && wrapper2.mCubeType == 2)))
//{
// Log.Debug("mNeedFlip is true");
// wrapper.mNeedFlip = true;
//}
//if ((cube2.Neighbors.Left == cube1 &&
// (wrapper.mCubeType == 2 && wrapper2.mCubeType == 1)) ||
// (cube2.Neighbors.Right == cube1 &&
// (wrapper.mCubeType == 2 && wrapper2.mCubeType == 1)))
//{
// Log.Debug("mNeedFlip is true");
// wrapper2.mNeedFlip = true;
//}
#endregion
#region If two E. Coli cubes become top-bottom neighbors
if (wrapper.mCubeType == 2 && wrapper2.mCubeType == 2)
{
resetCubeWrappers(cube1, cube2);
Log.Debug("two white Ecoli!");
if (wrapper.mCube.Neighbors.Bottom == cube2) //If cube1 is on top
{
Log.Debug("white top, white bottom");
wrapper.bCubeWrapper = wrapper2;
wrapper.bCube = cube2;
//wrapper.mCube.Orientation = Cube.Side.BOTTOM;
wrapper.mCube.Image(mEcoliTravelNames[0], 0, 0, 0, 0, 128, 128, 1, 2);
wrapper.mEcoliTravel = true;
}
if (wrapper2.mCube.Neighbors.Bottom == cube1) //If cube2 is on top
{
Log.Debug("white bottom, white top");
wrapper2.bCubeWrapper = wrapper;
wrapper2.bCube = cube1;
//wrapper2.mCube.Orientation = Cube.Side.BOTTOM;
wrapper2.mCube.Image(mEcoliTravelNames[0], 0, 0, 0, 0, 128, 128, 1, 2);
wrapper2.mEcoliTravel = true;
}
}
#endregion
#region If two Ecoli cubes Left-Right Neighbors
if (wrapper.mCubeType == 2 && wrapper2.mCubeType == 2)
{
resetCubeWrappers(cube1, cube2);
//Log.Debug("two white Ecoli!");
if (wrapper.mCube.Neighbors.Right == cube2 ||
wrapper2.mCube.Neighbors.Left == cube1)
{
//Log.Debug("white left, white right");
wrapper.rCubeWrapper = wrapper2;
wrapper.rCube = cube2;
//wrapper2.lCubeWrapper = wrapper;
//wrapper2.lCube = cube1;
//wrapper.mCube.Orientation = Cube.Side.BOTTOM;
wrapper.mCube.Image(mEcoliTravelNames[0], 0, 0, 0, 0, 128, 128, 1, 1);
wrapper2.mCube.Image(mEcoliTravelNames[0], 0, 0, 0, 0, 128, 128, 1, 3);
wrapper.mEcoliTravel = true;
return;
}
if (wrapper2.mCube.Neighbors.Right == cube1 ||
wrapper.mCube.Neighbors.Left == cube2)
{
//Log.Debug("white right, white left");
wrapper2.rCubeWrapper = wrapper;
wrapper2.rCube = cube1;
//wrapper.lCubeWrapper = wrapper2;
//wrapper.lCube = cube2;
//wrapper.mCube.Orientation = Cube.Side.BOTTOM;
wrapper2.mCube.Image(mEcoliTravelNames[0], 0, 0, 0, 0, 128, 128, 1, 1);
wrapper.mCube.Image(mEcoliTravelNames[0], 0, 0, 0, 0, 128, 128, 1, 3);
wrapper2.mEcoliTravel = true;
return;
}
}
#endregion
}
}
private void OnNeighborRemove(Cube cube1, Cube.Side side1, Cube cube2, Cube.Side side2)
{
bool sourceishere = false;
bool sourceishere2 = false;
//the "remove part" is a little bit more tricky because we have to check which part stays with the source
/*
* CubeWrapper wrapper1 = (CubeWrapper)cube1.userData;
* CubeWrapper wrapper2 = (CubeWrapper)cube2.userData;
*
* if (wrapper2.mNumber < wrapper1.mNumber)
* {
* CubeWrapper wrapper3 = (CubeWrapper)cube2.userData;
* wrapper2 = wrapper1;
* wrapper1 = wrapper3;
*
* Cube cuby = Cube;
* cuby = cube2;
* cube2 = cube1;
* cube1 = cuby;
* }
*/
Cube[] connected = CubeHelper.FindConnected(cube1);
Cube[] connected2 = CubeHelper.FindConnected(cube2);
foreach (Cube cubelook4 in connected)
{
CubeWrapper wrapper4 = (CubeWrapper)cubelook4.userData;
if (wrapper4.mNumber == 1)
{ //we check if the source is in this part, and if it is the case, everycube in the group is connected
sourceishere = true;
}
}
foreach (Cube cubelook2 in connected2)
{
CubeWrapper wrapper4 = (CubeWrapper)cubelook2.userData;
if (wrapper4.mNumber == 1)
{ //we check if the source is in this part, and if it is the case, everycube in the group is connected
sourceishere2 = true;
}
}
if (sourceishere)
{
foreach (Cube cubelook3 in connected)
{
CubeWrapper wrapper5 = (CubeWrapper)cubelook3.userData;
wrapper5.mIsconnected = true; //if it is not the case, they are not connected
wrapper5.mHaschanged = true;
}
foreach (Cube cubelook3 in connected2)
{
CubeWrapper wrapper5 = (CubeWrapper)cubelook3.userData;
wrapper5.mIsconnected = false; //if it is not the case, they are not connected
wrapper5.mHaschanged = true;
}
}
if (sourceishere2)
{
foreach (Cube cubelook3 in connected2)
{
CubeWrapper wrapper5 = (CubeWrapper)cubelook3.userData;
wrapper5.mIsconnected = true; //if it is not the case, they are not connected
wrapper5.mHaschanged = true;
}
foreach (Cube cubelook3 in connected)
{
CubeWrapper wrapper5 = (CubeWrapper)cubelook3.userData;
wrapper5.mIsconnected = false; //if it is not the case, they are not connected
wrapper5.mHaschanged = true;
}
}
/*foreach (Cube cubelook2 in connected2)
* {
* CubeWrapper wrapper4 = (CubeWrapper)cubelook2.userData;
*
* if (wrapper4.mNumber == 1)
* { //we check if the source is in this part, and if it is the case, everycube in the group is connected
* foreach (Cube cubelook3 in connected2)
* {
* CubeWrapper wrapper5 = (CubeWrapper)cubelook3.userData;
* wrapper5.mIsconnected = true;
* sourceishere = true;
* }
* }
* }*/
mNeedCheck = true;
}
