private void OnMouseDown()
{
//If this square contains a block that isn't carrying energy, clicking on the square will remove the block and cause it to follow the cursor.
if (NodeBlock != null && Battle_Manager.liftedBlock == null && !NodeBlock.HasEnergy)
{
Battle_Manager.liftedBlock = NodeBlock;
NodeBlock.Placed = false;
NodeBlock.GetComponent <SpriteRenderer>().sortingOrder = 6;
NodeBlock = null;
//Doing this deselects any selected Action.
if (Battle_Manager.selectedAction != null)
{
Battle_Manager.selectedAction.Deselect();
Battle_Manager.selectedAction = null;
}
}
//If this square is empty and a block is following the cursor, place the block onto this square.
else if (NodeBlock == null && Battle_Manager.liftedBlock != null)
{
NodeBlock = Battle_Manager.liftedBlock;
NodeBlock.Placed = true;
NodeBlock.GridPosition = GridPosition;
Battle_Manager.liftedBlock = null;
NodeBlock.transform.position = transform.position;
NodeBlock.GetComponent <SpriteRenderer>().sortingOrder = 4;
}
}
//Compare each pulse with the block positioned above it (in the bottom row of the grid)
//If the above block is a source node, create energy at that block.
public void CreateEnergy(Pulse pulse)
{
GameObject[,] currentNodeGrid = Grid.nodeGrid;
int pulseColumn = pulse.CurrentGridColumn;
if (currentNodeGrid[pulseColumn, 4] != null)
{
Node_Block currentBlock = currentNodeGrid[pulseColumn, 4].GetComponent <Node_Block>();
//Proceed if the block is a source node and doesn't already contain energy
if (currentBlock.IsSource && currentBlock.HasEnergy == false)
{
//TODO: Instantiate energy prefab, set position to correct block and set that block's hasEnergy and possessedEnergy
GameObject newEnergyObject = Instantiate(energyObject, currentBlock.transform.position, Quaternion.identity);
newEnergyObject.transform.position += new Vector3(0, -0.09f, 0);
Energy newEnergy = newEnergyObject.GetComponent <Energy>();
newEnergy.GridPosition = new Vector2(pulseColumn, 4);
currentBlock.PossessedEnergy = newEnergy;
currentBlock.HasEnergy = true;
Debug.Log("Creating energy in column " + pulseColumn);
}
}
}
//Save data on each block in the grid.
public void PopulateSaveData(Save_Data a_SaveData)
{
for (int i = 0; i < 20; i++)
{
for (int j = 0; j < 5; j++)
{
Debug.Log("Attempting block [" + i + ", " + j + "]");
Debug.Log(nodeGrid[i, j]);
if (nodeGrid[i, j] != null)
{
//Pass necessary data from the block to the save data, then save it.
Node_Block blockScript = nodeGrid[i, j].GetComponent <Node_Block>();
Save_Data.BlockData blockData = new Save_Data.BlockData();
blockData.path = blockScript.BlockPath;
blockData.gridPosition = blockScript.GridPosition;
blockData.rotation = blockScript.BlockRotation;
a_SaveData.m_AllBlockData.m_BlockData[5 * i + j] = blockData;
Debug.Log("[" + i + ", " + j + "] Saved block to data!");
a_SaveData.m_Score = 4;
}
//Set default data for empty squares.
else
{
Save_Data.BlockData blockData = new Save_Data.BlockData();
blockData.path = "";
blockData.gridPosition = new Vector2(i, j);
blockData.rotation = 0;
a_SaveData.m_AllBlockData.m_BlockData[5 * i + j] = blockData;
}
}
}
}
//Remove blocks from all squares and delete those blocks.
public void ClearAllBlocks()
{
for (int i = 0; i < 20; i++)
{
for (int j = 0; j < 5; j++)
{
//Remove reference to the block in the corresponding square and delete the block.
Node_Block clearingBlock = squareGrid[i, j].GetComponent <Grid_Square>().NodeBlock;
if (clearingBlock != null)
{
squareGrid[i, j].GetComponent <Grid_Square>().NodeBlock = null;
Destroy(clearingBlock.gameObject);
}
}
}
}
//Send energy from one block to another.
//This is only called after compatibility between the two blocks has been confirmed.
public void SendEnergy(Node_Block sendingBlock, Node_Block receivingBlock, string entrance)
{
receivingBlock.PossessedEnergy = sendingBlock.PossessedEnergy;
sendingBlock.PossessedEnergy = null;
receivingBlock.HasEnergy = true;
sendingBlock.HasEnergy = false;
//Specify the entrance used by the energy for future animations and sends
if (entrance == "A")
{
receivingBlock.ExitDirection = receivingBlock.EnterDirectionB;
}
else if (entrance == "B")
{
receivingBlock.ExitDirection = receivingBlock.EnterDirectionA;
}
else
{
Debug.Log("Entrance not specified. This isn't supposed to be possible...");
}
}
//Transfer energy from this block to another that has been found and approved by AttemptSend
public void AttemptSend(Node_Block targetBlock)
{
//Debug.Log("Target block exists, really attempting send...");
if (!targetBlock.HasEnergy)
{
if (targetBlock.EnterDirectionA == (Directions)(((int)ExitDirection + 2) % 4)) //Results in opposite direction from ExitDirection.
{
if (!targetBlock.IsSource && !targetBlock.IsReceiver) //Sources and receivers don't have dynamic ExitDirections.
{
targetBlock.ExitDirection = targetBlock.EnterDirectionB;
}
targetBlock.HasEnergy = true;
targetBlock.PossessedEnergy = PossessedEnergy;
PossessedEnergy.EnteredNewBlock();
PossessedEnergy = null;
HasEnergy = false;
}
else if (targetBlock.EnterDirectionB == (Directions)(((int)ExitDirection + 2) % 4) && !targetBlock.IsSource && !targetBlock.IsReceiver) //Sources and receivers don't have a second EnterDirection.
{
targetBlock.ExitDirection = targetBlock.EnterDirectionA;
targetBlock.HasEnergy = true;
targetBlock.PossessedEnergy = PossessedEnergy;
PossessedEnergy.EnteredNewBlock();
PossessedEnergy = null;
HasEnergy = false;
}
else
{
//Send fails if targetBlock doesn't have the corresponding EnterDirection.
DeleteEnergy();
}
}
else
{
//Send fails if targetBlock already has energy.
DeleteEnergy();
}
}
// Update is called once per frame
void Update()
{
UpdatePulseCycle();
//End battle in victory if there are no enemies left, or defeat if the player's health reaches 0.
//This currentyl results in infinite pulses being generated over time with nowhere to move.
if (enemies.Count == 0)
{
pulseTravelSpeed = 0;
foreach (GameObject enemy in enemies)
{
enemy.SetActive(false);
}
victoryText.SetActive(true);
}
else if (player.currentHealth <= 0)
{
pulseTravelSpeed = 0;
foreach (GameObject enemy in enemies)
{
enemy.SetActive(false);
}
defeatText.SetActive(true);
}
//If an enemy is selected after an action, send the action to that enemy.
//Otherwise, clear the selected enemy.
if (selectedEnemy != null)
{
if (selectedAction != null)
{
Debug.Log("Enemy thas been targeted and attacked.");
selectedAction.TargetEnemy(selectedEnemy);
}
else
{
selectedEnemy = null;
}
}
//Right mouse button functions.
if (Input.GetMouseButtonDown(1))
{
//Rotate the lifted block.
if (liftedBlock != null)
{
if (liftedBlock.HasEnergy == false)
{
liftedBlock.RotateClockwise();
}
}
//Deselect any selected action.
if (selectedAction != null)
{
selectedAction.Deselect();
selectedAction = null;
}
}
//Update the node grid whenever a block is placed or removed.
if (lastLiftedBlock != liftedBlock)
{
grid.GetComponent <Grid>().PopulateNodeGrid();
}
if (testSave == true)
{
grid.GetComponent <Grid>().PopulateSaveData(gridSaveData);
SaveJsonData(this);
testSave = false;
}
if (testLoad == true)
{
LoadJsonData(this);
testLoad = false;
}
lastLiftedBlock = liftedBlock;
}
//Determine whether a valid block exists to receive energy from a block that currently possesses energy
//The receiving block must have an EnterDirection that is opposite to the sending block's ExitDirection. (left -> right, top -> bottom, etc)
public void AttemptSend(Node_Block sendingBlock)
{
Node_Block receivingBlock;
//If the sending block has an ExitDirection of up...
if (sendingBlock.ExitDirection == Node_Block.Directions.Up)
{
//Set the receiving block to the block located above the sendingBlock in the nodeGrid.
receivingBlock = nodeGrid[(int)sendingBlock.GridPosition.x, (int)sendingBlock.GridPosition.y - 1].GetComponent <Node_Block>();
//Check that this receivingBlock exists. (It may not if the square has been left empty or the sendingBlock has been placed on an edge.)
if (receivingBlock != null)
{
//Finally, check whether the receivingBlock's EnterDirection is compatible with the sendingBlock's ExitDirection.
if (receivingBlock.EnterDirectionA == Node_Block.Directions.Down)
{
SendEnergy(sendingBlock, receivingBlock, "A");
}
else if (receivingBlock.EnterDirectionB == Node_Block.Directions.Down)
{
SendEnergy(sendingBlock, receivingBlock, "B");
}
else
{
Debug.Log("Invalid entrance direction. Send failed.");
}
}
else
{
Debug.Log("Target block does not exist. Send failed.");
}
}
else if (sendingBlock.ExitDirection == Node_Block.Directions.Right)
{
receivingBlock = nodeGrid[(int)sendingBlock.GridPosition.x + 1, (int)sendingBlock.GridPosition.y].GetComponent <Node_Block>();
if (receivingBlock != null)
{
if (receivingBlock.EnterDirectionA == Node_Block.Directions.Left)
{
SendEnergy(sendingBlock, receivingBlock, "A");
}
else if (receivingBlock.EnterDirectionB == Node_Block.Directions.Left)
{
SendEnergy(sendingBlock, receivingBlock, "B");
}
else
{
Debug.Log("Invalid entrance direction. Send failed.");
}
}
else
{
Debug.Log("Target block does not exist. Send failed.");
}
}
else if (sendingBlock.ExitDirection == Node_Block.Directions.Down)
{
receivingBlock = nodeGrid[(int)sendingBlock.GridPosition.x, (int)sendingBlock.GridPosition.y + 1].GetComponent <Node_Block>();
if (receivingBlock != null)
{
if (receivingBlock.EnterDirectionA == Node_Block.Directions.Up)
{
SendEnergy(sendingBlock, receivingBlock, "A");
}
else if (receivingBlock.EnterDirectionB == Node_Block.Directions.Up)
{
SendEnergy(sendingBlock, receivingBlock, "B");
}
else
{
Debug.Log("Invalid entrance direction. Send failed.");
}
}
else
{
Debug.Log("Target block does not exist. Send failed.");
}
}
else if (sendingBlock.ExitDirection == Node_Block.Directions.Left)
{
receivingBlock = nodeGrid[(int)sendingBlock.GridPosition.x - 1, (int)sendingBlock.GridPosition.y].GetComponent <Node_Block>();
if (receivingBlock != null)
{
if (receivingBlock.EnterDirectionA == Node_Block.Directions.Right)
{
SendEnergy(sendingBlock, receivingBlock, "A");
}
else if (receivingBlock.EnterDirectionB == Node_Block.Directions.Right)
{
SendEnergy(sendingBlock, receivingBlock, "B");
}
else
{
Debug.Log("Invalid entrance direction. Send failed.");
}
}
else
{
Debug.Log("Target block does not exist. Send failed.");
}
}
}
