public override void OnSyncedUpdate(Navi navi, ChipLogic c)
{
c.frametimer -= Time.deltaTime;
if (c.chip_anim_frame > 1) // attack is active on 3rd frame
{
int i = 0;
while (i < affectedArea.Count)
{
if (!affectedArea[i].hit) // no hit from space yet, so check for hit
// tests for hit and set to true if there is one so it won't check again
{
affectedArea[i].hit = navi.shot_handler.check_position(c.power, navi.playerNumber, c.stun,
affectedArea[i].row, affectedArea[i].col, c.elem);
}
i++;
}
}
if (c.frametimer <= 0)
{
c.frametimer = c.chipFR;
if (c.chip_anim_frame < c.chip_sprite.Length - 1) // advance to next frame if not at end
{
c.chip_anim_frame++;
foreach (SurroundTile bt in affectedArea) // update sprite of all burning tiles
{
bt.renderer.GetComponent <SpriteRenderer>().sprite = c.chip_sprite[c.chip_anim_frame];
}
}
else
{
c.deactivate(navi);
}
}
}
public override void OnSyncedUpdate(Navi navi, ChipLogic c)
{
c.frametimer -= Time.deltaTime;
if (c.frametimer <= 0)
{
c.frametimer = c.chipFR;
if (c.chip_anim_frame < c.chip_sprite.Length - 1) // advance to next frame if not at end
{
c.chip_anim_frame++;
c.chip_renderObj.GetComponent <SpriteRenderer>().sprite = c.chip_sprite[c.chip_anim_frame];
if (c.chip_anim_frame > 0) // cannon animation has 1 frame more than shoot at the front
{
navi.controlledSpriteSet(c.chip_anim_frame - 1);
}
if (c.chip_anim_frame == 2)
{
navi.shot_handler.check_bust(c.power, navi.playerNumber, c.stun, c.elem); // shot fired on 3rd frame
}
}
else // animation finished
{
c.deactivate(navi);
}
}
}
public override void OnSyncedUpdate(Navi navi, ChipLogic c)
{
if (recov_amount > 3) // HP text number increase effect (going by 3s reduces strain)
{
recov_amount -= 3;
navi.HP += 3;
}
else if (recov_amount > 0) // for non divisible by 3
{
navi.HP += recov_amount;
recov_amount = 0;
}
c.frametimer -= Time.deltaTime;
if (c.frametimer <= 0)
{
c.frametimer = c.chipFR;
if (c.chip_anim_frame < c.chip_sprite.Length - 1) // advance to next frame if not at end
{
c.chip_anim_frame++;
c.chip_renderObj.GetComponent <SpriteRenderer>().sprite = c.chip_sprite[c.chip_anim_frame];
}
else // animation finished
{
if (recov_amount > 0) // add any remaining chip.power to HP if animation was too short for HOT effect
{
navi.HP += recov_amount;
recov_amount = 0;
}
c.deactivate(navi);
}
}
}
public override void OnSyncedUpdate(Navi navi, ChipLogic c)
{
c.frametimer -= Time.deltaTime;
if (!hit) // try hit
{
hit = navi.shot_handler.check_sword(c.power, navi.playerNumber, c.stun
, System.Math.Abs(c.sword_size), (c.sword_size < 0), c.elem);
}
if (c.frametimer <= 0)
{
c.frametimer = c.chipFR;
if (c.chip_anim_frame < navi.swordSprite.Length - 1) // advance to next frame if not at end
{
c.chip_anim_frame++;
if (c.chip_renderObj != null) // chip has a sword overlay to display
{
c.chip_renderObj.GetComponent <SpriteRenderer>().sprite = c.chip_sprite[c.chip_anim_frame];
}
navi.controlledSpriteSet(c.chip_anim_frame); // sword effects and sword anim have same number of frames
if (slash_renderer.activeInHierarchy) // animate slash effect when active
{
if (slash_frame < slash_eff.Length - 1)
{
slash_frame++;
slash_renderer.GetComponent <SpriteRenderer>().sprite = slash_eff[slash_frame];
}
else
{
slash_renderer.SetActive(false); // deactivate when animation finishes
}
}
if (c.chip_anim_frame == 2) // attack takes place on 3rd frame
{
hit = false; // flag hit as false to start checking for hits
// place slash effect 1 space in front of navi
int target_space = (navi.myNavi()) ? navi.field_space + 1 : navi.field_space - 1;
slash_renderer.transform.position = navi.field.spaces[target_space].transform.position;
slash_renderer.SetActive(true);
}
}
else // animation finished
{
c.deactivate(navi);
}
}
}
public override void OnSyncedUpdate(Navi navi, ChipLogic c)
{
c.frametimer -= TrueSyncManager.DeltaTime.AsFloat();
if (c.frametimer <= 0) // advance frame //TODO: may need 2 frame variables for animated throw objs
{
c.chip_anim_frame++;
c.frametimer = c.chipFR;
if (c.chip_anim_frame < navi.throw_offset.Length) // throw obj still following throw anim
{
c.chip_renderObj.transform.position = navi.transform.position + (navi.throw_offset[c.chip_anim_frame] * navi.transform.localScale.x);
}
if (c.chip_anim_frame < navi.throwSprite.Length)
{
navi.controlledSpriteSet(c.chip_anim_frame);
}
else // throw animation finished
{
navi.throwAnim = false;
navi.rate_controlled = false;
}
}
if (c.chip_anim_frame >= navi.throw_offset.Length) // trajectory calculation
{
c.interrupt = false; // object has left the hand, can no longer be interrupted
c.chip_renderObj.transform.SetParent(navi.field.grid[row][col].transform);
//!!! WARNING BAD MATH AHEAD !!!
float x = c.chip_renderObj.transform.position.x;
x += (5.7f * TrueSyncManager.DeltaTime.AsFloat()) * ((navi.myNavi())?2:-2);
//float x = (-0.18f + (5.5f * TrueSyncManager.DeltaTime.AsFloat()));
float y = c.chip_renderObj.transform.position.y;
y += (4.6f * TrueSyncManager.DeltaTime.AsFloat()) - 0.027f * Math.Abs(navi.field.grid[0][col].transform.position.x - c.chip_renderObj.transform.position.x);
//c.chip_renderObj.transform.position = new Vector3(x, ((-0.112f * (x * x)) + (0.399f * x) + (navi.field.grid[navi.row][0].transform.position.y)));
c.chip_renderObj.transform.position = new Vector3(x, y);
if ((Math.Abs(c.chip_renderObj.transform.position.x - c.chip_renderObj.transform.parent.position.x)) >= 12)
{
c.deactivate(navi);
}
}
}
public override void OnSyncedUpdate(Navi navi, ChipLogic c)
{
if (tower_renderers.Count == 0) // first update: add first tower
{
int target_column = (navi.myNavi()) ? navi.column + 1 : navi.column - 1; // moves right if my navi, moves left if opponents
nextTower(navi, c, navi.row, target_column); // generate first tower in navi's row
}
List <int> trim = new List <int>(); // flag towers in list for destroying
bool add_tower = false; // set to true when a tower hits its trigger frame and needs to create a new tower
c.frametimer -= Time.deltaTime;
for (int i = 0; i < tower_renderers.Count; i++) // iterate through all towers on field
{
Tower tower = tower_data[i];
if (!tower.hit) // no hit from tower yet, so check for hit
// tests for hit and set to true if there is one so it won't check again
{
tower.hit = (navi.shot_handler.check_position(c.power, navi.playerNumber, c.stun, tower.row, tower.col, c.elem));
}
if (c.frametimer <= 0)
{
if (tower.frame < c.chip_sprite.Length - 1) // advance to next frame if not at end
{
tower.frame++;
tower_renderers[i].GetComponent <SpriteRenderer>().sprite = c.chip_sprite[tower.frame];
// next tower to be made
if (tower.frame == trigger_frame)
{
add_tower = true;
}
}
else // reached end of animation
{
trim.Add(i); // adjust later for reverse animations
}
}
} // done iterating through towers
if (c.frametimer <= 0) // frame timer needs to be reset after all towers have been iterated through to allow simultaneous animation
{
c.frametimer = c.chipFR;
}
// destroy finished towers and remove from lists
foreach (int t in trim)
{
UnityEngine.Object.Destroy(tower_renderers[t]);
tower_renderers.RemoveAt(t);
tower_data.RemoveAt(t);
}
if (add_tower) // trigger frame hit while iterating, so a new tower must be made
{
if ((next_col >= 0) && (next_col <= 5)) // tower hasn't reached field's edge
{
nextTower(navi, c, next_row, next_col);
}
}
if (tower_renderers.Count == 0) // all towers are finished
{
c.deactivate(navi);
}
}
public override void OnSyncedUpdate(Navi navi, ChipLogic c)
{
c.frametimer -= TrueSyncManager.DeltaTime.AsFloat();
if (duration > 0)
{
if (c.chip_anim_frame >= hit_frame) // attack is active so check for hit and update duration
{
if (!hit_row)
{
navi.field.grid[current_row][target_column].indanger = true;
hit_row = (navi.shot_handler.check_position(
c.power, navi.playerNumber, c.stun, current_row, target_column, c.elem));
}
duration -= TrueSyncManager.DeltaTime;
}
if (c.frametimer <= 0)
{
c.frametimer = c.chipFR;
if (c.chip_anim_frame < c.chip_sprite.Length - 1) // advance to next frame if not at end
{
if (loop_up)
{
c.chip_anim_frame++;
}
else
{
c.chip_anim_frame--;
}
c.chip_renderObj.GetComponent <SpriteRenderer>().sprite = c.chip_sprite[c.chip_anim_frame];
if (c.chip_anim_frame <= loop_frame)
{
loop_up = true;
}
}
else // reverse looped section of sprite
{
c.chip_anim_frame--;
loop_up = false;
c.chip_renderObj.GetComponent <SpriteRenderer>().sprite = c.chip_sprite[c.chip_anim_frame];
}
}
if (c.chip_anim_frame >= hit_frame) // Sprite moves while attack active
{
if (move_up)
{
c.chip_renderObj.transform.position = Vector3.MoveTowards(c.chip_renderObj.transform.position,
target_top.position, move_speed * TrueSyncManager.DeltaTime.AsFloat());
}
else
{
c.chip_renderObj.transform.position = Vector3.MoveTowards(c.chip_renderObj.transform.position,
target_bottom.position, move_speed * TrueSyncManager.DeltaTime.AsFloat());
}
if (c.chip_renderObj.transform.position == target_top.position)
{
move_up = false;
}
else if (c.chip_renderObj.transform.position == target_bottom.position)
{
move_up = true;
}
float to_bottom = Vector3.Distance(target_bottom.position, c.chip_renderObj.transform.position);
float to_top = Vector3.Distance(target_top.position, c.chip_renderObj.transform.position);
// determine row being hit
int oldrow = current_row;
if (to_top > 3 * to_bottom)
{
current_row = 2;
}
else if (to_bottom > 3 * to_top)
{
current_row = 0;
}
else
{
current_row = 1;
}
if (oldrow != current_row) // row changed so check for new hit
{
hit_row = false;
navi.field.grid[oldrow][target_column].indanger = false;
}
}
}
else // attack of chip finished
{
navi.field.grid[current_row][target_column].indanger = false;
if (c.frametimer <= 0)
{
c.frametimer = c.chipFR;
if (c.chip_anim_frame > 0) // rewind anim to begining
{
c.chip_anim_frame--;
c.chip_renderObj.GetComponent <SpriteRenderer>().sprite = c.chip_sprite[c.chip_anim_frame];
}
else // animation has finished
{
c.deactivate(navi);
}
}
}
}
