/**
** Show unit animation.
**
** @param unit Unit of the animation.
** @param anim Animation script to handle.
** @param scale scaling factor of the wait times in animation (8 means no scaling).
**
** @return The flags of the current script step.
*/
public int UnitShowAnimationScaled(Unit unit, AnimationFram anim, int scale)
{
int move;
// Changing animations
if (unit.anim.CurrAnim != anim)
{
// Assert fails when transforming unit (upgrade-to).
// Assert(!unit->Anim.Unbreakable);
unit.anim.Anim = unit.anim.CurrAnim = anim;
unit.anim.Wait = 0;
}
// Currently waiting
if (unit.anim.Wait > 0)
{
--unit.anim.Wait;
if (unit.anim.Wait == 0)
{
// Advance to next frame
unit.anim.Anim = unit.anim.Anim.next;
if (unit.anim.Anim == null)
{
unit.anim.Anim = unit.anim.CurrAnim;
}
else
{
unit.anim.Wait = unit.anim.Anim.wait << scale >> 8;
}
}
return(0);
}
move = 0;
/*while (unit.anim.Wait==0)
* {
* switch (unit->Anim.Anim->Type)
* {
* case AnimationFrame:
* unit->Frame = unit->Anim.Anim->D.Frame.Frame;
* UnitUpdateHeading(unit);
* break;
* case AnimationExactFrame:
* unit->Frame = unit->Anim.Anim->D.Frame.Frame;
* break;
*
* case AnimationWait:
* unit->Anim.Wait = unit->Anim.Anim->D.Wait.Wait << scale >> 8;
* if (unit->Variable[SLOW_INDEX].Value)
* { // unit is slowed down
* unit->Anim.Wait <<= 1;
* }
* if (unit->Variable[HASTE_INDEX].Value && unit->Anim.Wait > 1)
* { // unit is accelerated
* unit->Anim.Wait >>= 1;
* }
* if (unit->Anim.Wait <= 0)
* unit->Anim.Wait = 1;
* break;
* case AnimationRandomWait:
* unit->Anim.Wait = unit->Anim.Anim->D.RandomWait.MinWait +
* SyncRand() % (unit->Anim.Anim->D.RandomWait.MaxWait - unit->Anim.Anim->D.RandomWait.MinWait + 1);
* break;
*
* case AnimationSound:
* if (unit->IsVisible(ThisPlayer) || ReplayRevealMap)
* {
* PlayUnitSound(unit, unit->Anim.Anim->D.Sound.Sound);
* }
* break;
* case AnimationRandomSound:
* if (unit->IsVisible(ThisPlayer) || ReplayRevealMap)
* {
* int sound;
* sound = SyncRand() % unit->Anim.Anim->D.RandomSound.NumSounds;
* PlayUnitSound(unit, unit->Anim.Anim->D.RandomSound.Sound[sound]);
* }
* break;
*
* case AnimationAttack:
* if (unit->Orders[0]->Action == UnitActionSpellCast)
* {
* if (unit->Orders[0]->Goal &&
* !unit->Orders[0]->Goal->IsVisibleAsGoal(unit->Player))
* {
* unit->ReCast = 0;
* }
* else
* {
* unit->ReCast = SpellCast(unit, unit->Orders[0]->Arg1.Spell,
* unit->Orders[0]->Goal, unit->Orders[0]->X, unit->Orders[0]->Y);
* }
* }
* else
* {
* FireMissile(unit);
* }
* unit->Variable[INVISIBLE_INDEX].Value = 0; // unit is invisible until attacks
* break;
*
* case AnimationRotate:
* UnitRotate(unit, unit->Anim.Anim->D.Rotate.Rotate);
* break;
* case AnimationRandomRotate:
* if ((SyncRand() >> 8) & 1)
* {
* UnitRotate(unit, -unit->Anim.Anim->D.Rotate.Rotate);
* }
* else
* {
* UnitRotate(unit, unit->Anim.Anim->D.Rotate.Rotate);
* }
* break;
*
* case AnimationMove:
* Assert(!move);
* move = unit->Anim.Anim->D.Move.Move;
* break;
*
* case AnimationUnbreakable:
* Assert(unit->Anim.Unbreakable ^ unit->Anim.Anim->D.Unbreakable.Begin);
* unit->Anim.Unbreakable = unit->Anim.Anim->D.Unbreakable.Begin;
* break;
*
* case AnimationNone:
* case AnimationLabel:
* break;
*
* case AnimationGoto:
* unit->Anim.Anim = unit->Anim.Anim->D.Goto.Goto;
* break;
* case AnimationRandomGoto:
* if (SyncRand() % 100 < unit->Anim.Anim->D.RandomGoto.Random)
* {
* unit->Anim.Anim = unit->Anim.Anim->D.RandomGoto.Goto;
* }
* break;
* }
*
* if (!unit->Anim.Wait)
* {
* // Advance to next frame
* unit->Anim.Anim = unit->Anim.Anim->Next;
* if (!unit->Anim.Anim)
* {
* unit->Anim.Anim = unit->Anim.CurrAnim;
* }
* }
* }*/
/* --unit->Anim.Wait;
* if (!unit->Anim.Wait)
* {
* // Advance to next frame
* unit->Anim.Anim = unit->Anim.Anim->Next;
* if (!unit->Anim.Anim)
* {
* unit->Anim.Anim = unit->Anim.CurrAnim;
* }
* }*/
return(move);
}
public static void ControlableEntityAni(int Position, int ActualEndPos, List <String> Animation, int speed = 120)//240?
{
speed = Convert.ToInt32(speed * Globals.GameSpeed);
//FIX CHANGE
//meant for player and enemy
if (Globals.AnimationRunning == false)
{
if (!(Position > 6 || Position < 1))
{
Globals.AnimationRunning = true;
//note the animtaion starts from the ground
//all animations are square
//Work out Max area animation happens so you can just render that area
//Max row above the surface of the ground
int RowFinal = Globals.GroundInGameY - 1;
//Starting row of animation
int RowInitial = RowFinal;
//Starting Column of animation
int ColumnInitial = ((Position - 1) * 5);
//Max Column
int ColumnFinal = ColumnInitial;
foreach (var AnimationFrames in Animation)
{
//checks for the max height of animation
RowInitial = Math.Min(RowInitial, Globals.GroundInGameY - AnimationFrames.Count(f => f == '%'));
//checks for the max width of animation
ColumnFinal = Math.Max(ColumnFinal, ColumnInitial + ((AnimationFrames.Length - AnimationFrames.Count(f => f == '%')) / AnimationFrames.Count(f => f == '%')));
}
//IDK why probs 0 index
ColumnFinal--;
if (ColumnFinal >= Globals.GSW)
{
ColumnFinal = Globals.GSW - 1;
}
//System.Diagnostics.Debug.WriteLine($"{RowInitial},{ColumnInitial},{RowFinal},{ColumnFinal}");
//set up the Location of the Animation to change the screen list
List <List <int> > Location = new List <List <int> >()
{
};
foreach (var AnimationFram in Animation)
{
List <int> FrameCoords = new List <int>()
{
};
//row
FrameCoords.Add(Globals.GroundInGameY - AnimationFram.Count(f => f == '%'));
//Column
FrameCoords.Add((Position - 1) * 5);
Location.Add(FrameCoords);
}
//Runs for each Frame of animation ------------add time for each animation
for (int Frame = 0; Frame < Animation.Count; Frame++)
{
//Layer on animation
ChangeScreen(Convert.ToInt32(Location[Frame][0]), Convert.ToInt32(Location[Frame][1]), Animation[Frame]);
//Render animation
RenderScreen($"{RowInitial},{ColumnInitial},{RowFinal},{ColumnFinal}");
//RenderScreen("all");
//wait to next frame
//System.Diagnostics.Debug.WriteLine($"Completed Frame {Frame}");
Thread.Sleep(speed);
}
ResetArea(Position, ActualEndPos, RowInitial, ColumnInitial, RowFinal, ColumnFinal);
RenderScreen($"{RowInitial},{ColumnInitial},{RowFinal},{ColumnFinal}");
EndAni();
}
else
{
//catches bugs
MakeErrorMessage("Position should be from 1-6 on screen");
//maybe check for next positon on map??????????????????????
}
}
else
{
//catches bugs
MakeErrorMessage("Couldn't run animation as one already runnign");
}
}
/**
** Show unit animation.
**
** @param unit Unit of the animation.
** @param anim Animation script to handle.
**
** @return The flags of the current script step.
*/
public int UnitShowAnimation(Unit unit, AnimationFram anim)
{
return(UnitShowAnimationScaled(unit, anim, 8));
}
