private void btn_Solve2ActionPerformed(
java.awt.event.ActionEvent evt) { // GEN-FIRST:event_btn_Solve2ActionPerformed
if (nextMove > 0 && nextMove <= moveList.size()) {
nextMove--;
int move = moveList.get(nextMove);
for (int j = 4; j > (move % 3) + 1; j--) {
cube = model.DoMove(cube, TurnAxis.values()[(int) (move / 3)]);
}
updateC();
}
} // GEN-LAST:event_btn_Solve2ActionPerformed
private void btn_Solve1ActionPerformed(
java.awt.event.ActionEvent evt) { // GEN-FIRST:event_btn_Solve1ActionPerformed
if (nextMove >= 0 && nextMove < moveList.size()) {
int move = moveList.get(nextMove);
for (int j = 0; j < (move % 3) + 1; j++) {
cube = model.DoMove(cube, TurnAxis.values()[(int) (move / 3)]);
}
nextMove++;
updateC();
}
} // GEN-LAST:event_btn_Solve1ActionPerformed
private void jButton7ActionPerformed(
java.awt.event.ActionEvent evt) { // GEN-FIRST:event_jButton7ActionPerformed
cube = model.DoMove(cube, TurnAxis.B);
updateC();
} // GEN-LAST:event_jButton7ActionPerformed
/** Updates the coordinates displayed on the GUI */
public void updateC() {
if (!canEdit) {
jTextField6.setText("" + model.CornOriCoord(cube.c));
jTextField5.setText("" + model.EdgeOriCoord(cube.e));
jTextField4.setText("" + model.UDSliceCoord(cube));
int flipUD = flip.FlipUDSliceCoord(cube);
jTextField3.setText("" + (int) (flipUD / 16) + " " + (int) (flipUD % 16));
jTextField2.setText(
""
+ prune.Phase1PruningTable[(int) (flipUD / 16)][
table.CornOriSym[model.CornOriCoord(cube.c)][flipUD % 16]]);
jTextField11.setText("" + model.CornPermCoord(cube.c));
jTextField10.setText("" + model.EdgePermCoord(cube.e));
jTextField9.setText("" + model.UDSliceSortedCoord(cube));
if (model.CornOriCoord(cube.c) == 0
&& model.EdgeOriCoord(cube.e) == 0
&& (int) (flipUD / 16) == 0) { // phase2
jTextField12.setText("" + model.Phase2EdgePermCoord(cube));
int CornPerm = perm.CornPermCoord(cube);
jTextField8.setText("" + (int) (perm.CornPermCoord(cube) / 16) + " " + CornPerm % 16);
jTextField7.setText(
""
+ prune.Phase2PruningTable[(int) (CornPerm / 16)][
table.P2EdgePermSym[model.Phase2EdgePermCoord(cube)][CornPerm % 16]]);
}
updateView();
}
}
public void updateView() {
CubieCube cc = cube;
int corner = cc.c.a[Corner.URF.ordinal()].c.ordinal();
int ori = cc.c.a[Corner.URF.ordinal()].o;
if (ori % 3 == 2) {
ori -= 1;
} else if (ori % 3 == 1) {
ori += 1;
}
if (ori >= 3) {
up[2][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][ori % 3]));
right[0][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 2) % 3]));
front[2][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 1) % 3]));
} else {
up[2][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][ori]));
right[0][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 1) % 3]));
front[2][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 2) % 3]));
}
corner = cc.c.a[Corner.UFL.ordinal()].c.ordinal();
ori = cc.c.a[Corner.UFL.ordinal()].o;
if (ori % 3 == 2) {
ori -= 1;
} else if (ori % 3 == 1) {
ori += 1;
}
if (ori >= 3) {
up[0][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][ori % 3]));
front[0][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 2) % 3]));
left[2][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 1) % 3]));
} else {
up[0][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][ori]));
front[0][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 1) % 3]));
left[2][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 2) % 3]));
}
corner = cc.c.a[Corner.ULB.ordinal()].c.ordinal();
ori = cc.c.a[Corner.ULB.ordinal()].o;
if (ori % 3 == 2) {
ori -= 1;
} else if (ori % 3 == 1) {
ori += 1;
}
if (ori >= 3) {
up[0][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][ori % 3]));
left[0][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 2) % 3]));
back[0][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 1) % 3]));
} else {
up[0][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][ori]));
left[0][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 1) % 3]));
back[0][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 2) % 3]));
}
corner = cc.c.a[Corner.UBR.ordinal()].c.ordinal();
ori = cc.c.a[Corner.UBR.ordinal()].o;
if (ori % 3 == 2) {
ori -= 1;
} else if (ori % 3 == 1) {
ori += 1;
}
if (ori >= 3) {
up[2][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][ori % 3]));
back[2][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 2) % 3]));
right[2][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 1) % 3]));
} else {
up[2][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][ori]));
back[2][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 1) % 3]));
right[2][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 2) % 3]));
}
corner = cc.c.a[Corner.DFR.ordinal()].c.ordinal();
ori = cc.c.a[Corner.DFR.ordinal()].o;
if (ori % 3 == 2) {
ori -= 1;
} else if (ori % 3 == 1) {
ori += 1;
}
if (ori >= 3) {
down[2][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][ori % 3]));
front[2][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 2) % 3]));
right[0][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 1) % 3]));
} else {
down[2][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][ori]));
front[2][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 1) % 3]));
right[0][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 2) % 3]));
}
corner = cc.c.a[Corner.DLF.ordinal()].c.ordinal();
ori = cc.c.a[Corner.DLF.ordinal()].o;
if (ori % 3 == 2) {
ori -= 1;
} else if (ori % 3 == 1) {
ori += 1;
}
if (ori >= 3) {
down[0][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][ori % 3]));
left[2][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 2) % 3]));
front[0][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 1) % 3]));
} else {
down[0][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][ori % 3]));
left[2][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 1) % 3]));
front[0][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 2) % 3]));
}
corner = cc.c.a[Corner.DBL.ordinal()].c.ordinal();
ori = cc.c.a[Corner.DBL.ordinal()].o;
if (ori % 3 == 2) {
ori -= 1;
} else if (ori % 3 == 1) {
ori += 1;
}
if (ori >= 3) {
down[0][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][ori % 3]));
back[0][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 2) % 3]));
left[0][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 1) % 3]));
} else {
down[0][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][ori]));
back[0][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 1) % 3]));
left[0][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 2) % 3]));
}
corner = cc.c.a[Corner.DRB.ordinal()].c.ordinal();
ori = cc.c.a[Corner.DRB.ordinal()].o;
if (ori % 3 == 2) {
ori -= 1;
} else if (ori % 3 == 1) {
ori += 1;
}
if (ori >= 3) {
down[2][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][ori % 3]));
right[2][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 2) % 3]));
back[2][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 1) % 3]));
} else {
down[2][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][ori]));
right[2][2].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 1) % 3]));
back[2][0].setBackground(model.ColorIndexToColor(model.CCI.a[corner][(ori + 2) % 3]));
}
int edge = cc.e.a[Edge.UR.ordinal()].e.ordinal();
ori = cc.e.a[Edge.UR.ordinal()].o;
up[2][1].setBackground(model.ColorIndexToColor(model.ECI.a[edge][ori]));
right[1][0].setBackground(model.ColorIndexToColor(model.ECI.a[edge][(ori + 1) % 2]));
edge = cc.e.a[Edge.UF.ordinal()].e.ordinal();
ori = cc.e.a[Edge.UF.ordinal()].o;
up[1][2].setBackground(model.ColorIndexToColor(model.ECI.a[edge][ori]));
front[1][0].setBackground(model.ColorIndexToColor(model.ECI.a[edge][(ori + 1) % 2]));
edge = cc.e.a[Edge.UL.ordinal()].e.ordinal();
ori = cc.e.a[Edge.UL.ordinal()].o;
up[0][1].setBackground(model.ColorIndexToColor(model.ECI.a[edge][ori]));
left[1][0].setBackground(model.ColorIndexToColor(model.ECI.a[edge][(ori + 1) % 2]));
edge = cc.e.a[Edge.UB.ordinal()].e.ordinal();
ori = cc.e.a[Edge.UB.ordinal()].o;
up[1][0].setBackground(model.ColorIndexToColor(model.ECI.a[edge][ori]));
back[1][2].setBackground(model.ColorIndexToColor(model.ECI.a[edge][(ori + 1) % 2]));
edge = cc.e.a[Edge.DR.ordinal()].e.ordinal();
ori = cc.e.a[Edge.DR.ordinal()].o;
down[2][1].setBackground(model.ColorIndexToColor(model.ECI.a[edge][ori]));
right[1][2].setBackground(model.ColorIndexToColor(model.ECI.a[edge][(ori + 1) % 2]));
edge = cc.e.a[Edge.DF.ordinal()].e.ordinal();
ori = cc.e.a[Edge.DF.ordinal()].o;
down[1][0].setBackground(model.ColorIndexToColor(model.ECI.a[edge][ori]));
front[1][2].setBackground(model.ColorIndexToColor(model.ECI.a[edge][(ori + 1) % 2]));
edge = cc.e.a[Edge.DL.ordinal()].e.ordinal();
ori = cc.e.a[Edge.DL.ordinal()].o;
down[0][1].setBackground(model.ColorIndexToColor(model.ECI.a[edge][ori]));
left[1][2].setBackground(model.ColorIndexToColor(model.ECI.a[edge][(ori + 1) % 2]));
edge = cc.e.a[Edge.DB.ordinal()].e.ordinal();
ori = cc.e.a[Edge.DB.ordinal()].o;
down[1][2].setBackground(model.ColorIndexToColor(model.ECI.a[edge][ori]));
back[1][0].setBackground(model.ColorIndexToColor(model.ECI.a[edge][(ori + 1) % 2]));
edge = cc.e.a[Edge.FR.ordinal()].e.ordinal();
ori = cc.e.a[Edge.FR.ordinal()].o;
front[2][1].setBackground(model.ColorIndexToColor(model.ECI.a[edge][ori]));
right[0][1].setBackground(model.ColorIndexToColor(model.ECI.a[edge][(ori + 1) % 2]));
edge = cc.e.a[Edge.FL.ordinal()].e.ordinal();
ori = cc.e.a[Edge.FL.ordinal()].o;
front[0][1].setBackground(model.ColorIndexToColor(model.ECI.a[edge][ori]));
left[2][1].setBackground(model.ColorIndexToColor(model.ECI.a[edge][(ori + 1) % 2]));
edge = cc.e.a[Edge.BL.ordinal()].e.ordinal();
ori = cc.e.a[Edge.BL.ordinal()].o;
back[0][1].setBackground(model.ColorIndexToColor(model.ECI.a[edge][ori]));
left[0][1].setBackground(model.ColorIndexToColor(model.ECI.a[edge][(ori + 1) % 2]));
edge = cc.e.a[Edge.BR.ordinal()].e.ordinal();
ori = cc.e.a[Edge.BR.ordinal()].o;
back[2][1].setBackground(model.ColorIndexToColor(model.ECI.a[edge][ori]));
right[2][1].setBackground(model.ColorIndexToColor(model.ECI.a[edge][(ori + 1) % 2]));
up[1][1].setBackground(Color.ORANGE);
down[1][1].setBackground(Color.RED);
left[1][1].setBackground(Color.GREEN);
right[1][1].setBackground(Color.BLUE);
back[1][1].setBackground(Color.YELLOW);
front[1][1].setBackground(Color.WHITE);
up[1][1].setEnabled(false);
down[1][1].setEnabled(false);
left[1][1].setEnabled(false);
right[1][1].setEnabled(false);
back[1][1].setEnabled(false);
front[1][1].setEnabled(false);
}
private void btn_saveActionPerformed(
java.awt.event.ActionEvent evt) { // GEN-FIRST:event_btn_saveActionPerformed
CubieCube cc = new CubieCube();
try {
cc.c.a[Corner.URF.ordinal()] =
model.IDCorner(
up[2][2].getBackground(), right[0][0].getBackground(), front[2][0].getBackground());
cc.c.a[Corner.UFL.ordinal()] =
model.IDCorner(
up[0][2].getBackground(), front[0][0].getBackground(), left[2][0].getBackground());
cc.c.a[Corner.ULB.ordinal()] =
model.IDCorner(
up[0][0].getBackground(), left[0][0].getBackground(), back[0][2].getBackground());
cc.c.a[Corner.UBR.ordinal()] =
model.IDCorner(
up[2][0].getBackground(), back[2][2].getBackground(), right[2][0].getBackground());
cc.c.a[Corner.DFR.ordinal()] =
model.IDCorner(
down[2][0].getBackground(), front[2][2].getBackground(), right[0][2].getBackground());
cc.c.a[Corner.DLF.ordinal()] =
model.IDCorner(
down[0][0].getBackground(), left[2][2].getBackground(), front[0][2].getBackground());
cc.c.a[Corner.DBL.ordinal()] =
model.IDCorner(
down[0][2].getBackground(), back[0][0].getBackground(), left[0][2].getBackground());
cc.c.a[Corner.DRB.ordinal()] =
model.IDCorner(
down[2][2].getBackground(), right[2][2].getBackground(), back[2][0].getBackground());
cc.e.a[Edge.UR.ordinal()] =
model.IDEdge(up[2][1].getBackground(), right[1][0].getBackground());
cc.e.a[Edge.UF.ordinal()] =
model.IDEdge(up[1][2].getBackground(), front[1][0].getBackground());
cc.e.a[Edge.UL.ordinal()] =
model.IDEdge(up[0][1].getBackground(), left[1][0].getBackground());
cc.e.a[Edge.UB.ordinal()] =
model.IDEdge(up[1][0].getBackground(), back[1][2].getBackground());
cc.e.a[Edge.DR.ordinal()] =
model.IDEdge(down[2][1].getBackground(), right[1][2].getBackground());
cc.e.a[Edge.DF.ordinal()] =
model.IDEdge(down[1][0].getBackground(), front[1][2].getBackground());
cc.e.a[Edge.DL.ordinal()] =
model.IDEdge(down[0][1].getBackground(), left[1][2].getBackground());
cc.e.a[Edge.DB.ordinal()] =
model.IDEdge(down[1][2].getBackground(), back[1][0].getBackground());
cc.e.a[Edge.FR.ordinal()] =
model.IDEdge(front[2][1].getBackground(), right[0][1].getBackground());
cc.e.a[Edge.FL.ordinal()] =
model.IDEdge(front[0][1].getBackground(), left[2][1].getBackground());
cc.e.a[Edge.BL.ordinal()] =
model.IDEdge(back[0][1].getBackground(), left[0][1].getBackground());
cc.e.a[Edge.BR.ordinal()] =
model.IDEdge(back[2][1].getBackground(), right[2][1].getBackground());
} catch (Exception e) {
JOptionPane.showMessageDialog(this, "Cube is not valid!");
return;
}
if (model.verifyCube(cc)) {
cube = cc;
canEdit = false;
updateC();
btn_Solve.setEnabled(true);
btn_input.setEnabled(true);
btn_save.setEnabled(false);
} else {
JOptionPane.showMessageDialog(this, "Cube is not valid!");
}
} // GEN-LAST:event_btn_saveActionPerformed
private void jButton11ActionPerformed(
java.awt.event.ActionEvent evt) { // GEN-FIRST:event_jButton11ActionPerformed
if (jList1.getSelectedIndex() < 0) return;
cube = model.DoSym(cube, jList1.getSelectedIndices()[0], false);
updateC();
} // GEN-LAST:event_jButton11ActionPerformed
