public void OnUpdate()
{
if (Renderer == null)
{
return;
}
bool bAlive = LogicUnit.IsAlive && !LogicUnit.IsDying;
if (LogicUnit.GetVisibility() != 2)
{
oldVisibility = false;
Renderer.enabled = false;
ShadowRenderer.enabled = false;
if (HpRenderer != null)
{
HpRenderer.enabled = false;
}
if (PlayerNickObject != null)
{
PlayerNickObject.SetActive(false);
}
return;
}
else if (!oldVisibility)
{
Renderer.enabled = true;
ShadowRenderer.enabled = bAlive;
if (HpRenderer != null)
{
HpRenderer.enabled = LogicUnit.IsAlive;
}
if (PlayerNickObject != null)
{
PlayerNickObject.SetActive(LogicUnit.IsAlive);
}
oldVisibility = true;
return;
}
bool hovered = (MapView.Instance.HoveredObject == LogicUnit);
if (Renderer != null)
{
Renderer.material.SetFloat("_Lightness", hovered ? 0.75f : 0.5f);
}
bool selected = (MapView.Instance.SelectedObject == LogicUnit);
if (HpMat1 != null)
{
HpMat1.color = new Color(1, 1, 1, selected ? 1f : 0.5f);
}
if (HpMat2 != null)
{
HpMat2.color = new Color(1, 1, 1, selected ? 1f : 0.5f);
}
if (LogicUnit.DoUpdateView)
{
Renderer.enabled = true;
ShadowRenderer.enabled = bAlive;
if (HpRenderer != null)
{
HpRenderer.enabled = LogicUnit.IsAlive;
}
if (PlayerNickObject != null)
{
PlayerNickObject.SetActive(LogicUnit.IsAlive);
}
Images.AllodsSpriteSeparate sprites = LogicUnit.Class.File.File;
LogicUnit.Class.File.UpdateSprite();
sprites = LogicUnit.Class.File.File;
if (!spriteSet)
{
Renderer.material = new Material(MainCamera.MainShaderPaletted);
ShadowRenderer.material = Renderer.material;
ShadowRenderer.material.color = new Color(0, 0, 0, 0.5f);
spriteSet = true;
}
int actualFrame = LogicUnit.Class.Index; // draw frame 0 of each unit
UnitVisualState actualVState = LogicUnit.VState;
if (!bAlive && actualVState == UnitVisualState.Idle)
{
actualVState = UnitVisualState.Dying;
UnitClass dCls = LogicUnit.Class;
while (dCls.Dying != null && dCls.Dying != dCls)
{
dCls = dCls.Dying;
}
LogicUnit.DeathFrame = dCls.DyingPhases - 1;
}
Renderer.material.SetTexture("_Palette", GetPalette());
// first (idle) state is 0..8 frames. frames 1 to 7 are flipped. frames 0 and 8 aren't.
// 135 180 225
// 90 270
// 45 0 315
bool doFlip = false;
int actualAngle16 = 0;
int actualAngle8 = 0;
int countFull16 = (!LogicUnit.Class.Flip) ? 16 : 9;
int countFull8 = (!LogicUnit.Class.Flip) ? 8 : 5;
if (LogicUnit.Class.Flip)
{
if (LogicUnit.Angle < 180)
{
actualAngle16 = LogicUnit.Angle * 8 / 180;
actualAngle8 = LogicUnit.Angle * 4 / 180;
}
else
{
actualAngle16 = (180 - (LogicUnit.Angle - 180)) * 8 / 180;
actualAngle8 = (180 - (LogicUnit.Angle - 180)) * 4 / 180;
doFlip = true;
}
}
else
{
actualAngle16 = LogicUnit.Angle * 16 / 360;
actualAngle8 = LogicUnit.Angle * 8 / 360;
}
if (actualVState == UnitVisualState.Rotating || (actualVState == UnitVisualState.Idle && LogicUnit.Class.IdlePhases <= 1))
{
actualFrame = actualAngle16;
}
else if (actualVState == UnitVisualState.Idle)
{
actualFrame = sprites.Frames.Length - LogicUnit.Class.IdlePhases * countFull8 + LogicUnit.Class.IdlePhases * actualAngle8;
actualFrame += LogicUnit.Class.IdleFrames[LogicUnit.IdleFrame].Frame;
}
else if (actualVState == UnitVisualState.Moving)
{
int moveSize = LogicUnit.Class.MoveBeginPhases + LogicUnit.Class.MovePhases;
actualFrame = countFull16 + moveSize * actualAngle8;
actualFrame += LogicUnit.Class.MoveBeginPhases; // movebeginphases, we don't animate this yet
actualFrame += LogicUnit.Class.MoveFrames[LogicUnit.MoveFrame].Frame;
}
else if (actualVState == UnitVisualState.Attacking)
{
int moveSize = LogicUnit.Class.MoveBeginPhases + LogicUnit.Class.MovePhases;
int attackSize = LogicUnit.Class.AttackPhases;
actualFrame = countFull16 + moveSize * countFull8 + attackSize * actualAngle8;
actualFrame += LogicUnit.Class.AttackFrames[LogicUnit.AttackFrame].Frame;
}
else if (actualVState == UnitVisualState.Dying)
{
UnitClass dCls = LogicUnit.Class;
while (dCls.Dying != null && dCls.Dying != dCls)
{
dCls = dCls.Dying;
}
dCls.File.UpdateSprite();
sprites = dCls.File.File;
Renderer.material.SetTexture("_Palette", dCls.File.UpdatePalette(LogicUnit.Face));
int moveSize = dCls.MoveBeginPhases + dCls.MovePhases;
int attackSize = dCls.AttackPhases;
int dyingSize = dCls.DyingPhases;
actualFrame = countFull16 + moveSize * countFull8 + attackSize * countFull8 + dyingSize * actualAngle8;
actualFrame += LogicUnit.DeathFrame;
}
Vector2 xP = MapView.Instance.MapToScreenCoords(LogicUnit.X + LogicUnit.FracX + (float)LogicUnit.Width / 2,
LogicUnit.Y + LogicUnit.FracY + (float)LogicUnit.Height / 2,
1, 1);
CurrentPoint = xP;
float zInv = 0;
if (!bAlive)
{
zInv = 48;
}
else if (LogicUnit.IsFlying)
{
zInv = -128;
}
transform.localPosition = new Vector3(xP.x, xP.y, MakeZFromY(xP.y) + zInv); // order sprites by y coordinate basically
//Debug.Log(string.Format("{0} {1} {2}", xP.x, sprites.Sprites[0].rect.width, LogicUnit.Class.CenterX));
//Renderer.sprite = sprites.Sprites[actualFrame];
UnitMesh = UpdateMesh(sprites, actualFrame, Filter.mesh, 0, (UnitMesh == null), doFlip);
ShadowMesh = UpdateMesh(sprites, actualFrame, ShadowFilter.mesh, 0.3f, (ShadowMesh == null), doFlip); // 0.3 of sprite height
UpdateHpMesh();
LogicUnit.DoUpdateView = false;
}
}
private Mesh UpdateMesh(Images.AllodsSpriteSeparate sprite, Images.AllodsSpriteSeparate spriteB, int frame, Mesh mesh, float shadowOffs, bool first, bool flip)
{
// main
Texture2D sTex = sprite.Frames[frame].Texture;
float sW = sprite.Frames[frame].Width;
float sH = sprite.Frames[frame].Height;
float tMaxX = sW / sTex.width;
float tMaxY = sH / sTex.height;
// additional
Texture2D sTexB = (spriteB != null) ? spriteB.Frames[frame].Texture : null;
float sWB = (spriteB != null) ? spriteB.Frames[frame].Width : 0;
float sHB = (spriteB != null) ? spriteB.Frames[frame].Height : 0;
float tMaxXB = (spriteB != null) ? (sWB / sTexB.width) : 0;
float tMaxYB = (spriteB != null) ? (sHB / sTexB.height) : 0;
//
bool flying = LogicUnit.IsFlying;
// main
float shadowOffsReal = shadowOffs * sH;
float shadowOffsXLeft = -shadowOffsReal * (1f - LogicUnit.Class.CenterY);
// additional
float shadowOffsRealB = shadowOffs * sHB;
float shadowOffsXLeftB = -shadowOffsRealB * (1f - LogicUnit.Class.CenterY);
//
int vertexCount = (spriteB != null) ? 8 : 4;
Vector3[] qv = new Vector3[vertexCount];
int pp = 0;
if (!flying || (shadowOffs == 0))
{
// main sprite
qv[pp++] = new Vector3(shadowOffsReal, 0, 0);
qv[pp++] = new Vector3(shadowOffsReal + sW, 0, 0);
qv[pp++] = new Vector3(shadowOffsXLeft + sW, sH, 0);
qv[pp++] = new Vector3(shadowOffsXLeft, sH, 0);
// calculate offset for spriteB, if it's not the same size
if (spriteB != null)
{
// additional sprite
qv[pp++] = new Vector3(shadowOffsRealB, 0, 0);
qv[pp++] = new Vector3(shadowOffsRealB + sWB, 0, 0);
qv[pp++] = new Vector3(shadowOffsXLeftB + sWB, sHB, 0);
qv[pp++] = new Vector3(shadowOffsXLeftB, sHB, 0);
}
}
else
{
float rShadowOffs = shadowOffs;
float shadowOffs1 = rShadowOffs * 64;
float shadowOffs2 = shadowOffs1 + sW;
shadowOffs = -4;
qv[pp++] = new Vector3(shadowOffs1, shadowOffs, 0);
qv[pp++] = new Vector3(shadowOffs2, shadowOffs, 0);
qv[pp++] = new Vector3(shadowOffs2, shadowOffs + sH, 0);
qv[pp++] = new Vector3(shadowOffs1, shadowOffs + sH, 0);
// calculate offset for spriteB, if it's not the same size
if (spriteB != null)
{
float shadowOffs1B = rShadowOffs * 64;
float shadowOffs2B = shadowOffs1B + sWB;
// additional sprite
qv[pp++] = new Vector3(shadowOffs1B, shadowOffs, 0);
qv[pp++] = new Vector3(shadowOffs2B, shadowOffs, 0);
qv[pp++] = new Vector3(shadowOffs2B, shadowOffs + sHB, 0);
qv[pp++] = new Vector3(shadowOffs1B, shadowOffs + sHB, 0);
}
}
Vector2[] quv = new Vector2[vertexCount];
if (!flip)
{
quv[0] = new Vector2(0, 0);
quv[1] = new Vector2(tMaxX, 0);
quv[2] = new Vector2(tMaxX, tMaxY);
quv[3] = new Vector2(0, tMaxY);
if (spriteB != null)
{
quv[4] = new Vector2(0, 0);
quv[5] = new Vector2(tMaxXB, 0);
quv[6] = new Vector2(tMaxXB, tMaxYB);
quv[7] = new Vector2(0, tMaxYB);
}
}
else
{
quv[0] = new Vector2(tMaxX, 0);
quv[1] = new Vector2(0, 0);
quv[2] = new Vector2(0, tMaxY);
quv[3] = new Vector2(tMaxX, tMaxY);
if (spriteB != null)
{
quv[4] = new Vector2(tMaxXB, 0);
quv[5] = new Vector2(0, 0);
quv[6] = new Vector2(0, tMaxYB);
quv[7] = new Vector2(tMaxXB, tMaxYB);
}
}
float cx = (int)(sprite.Frames[frame].Width * LogicUnit.Class.CenterX);
float cy = (int)(sprite.Frames[frame].Height * LogicUnit.Class.CenterY);
for (int i = 0; i < 4; i++)
{
qv[i] -= new Vector3(cx, cy, 0);
}
if (spriteB != null)
{
float cxB = (int)(spriteB.Frames[frame].Width * LogicUnit.Class.CenterX);
float cyB = (int)(spriteB.Frames[frame].Height * LogicUnit.Class.CenterY);
for (int i = 4; i < 8; i++)
{
qv[i] -= new Vector3(cxB, cyB, 0);
}
}
mesh.subMeshCount = (spriteB != null) ? 2 : 1;
mesh.vertices = qv;
mesh.uv = quv;
Color[] qc = new Color[vertexCount];
qc[0] = qc[1] = qc[2] = qc[3] = new Color(1, 1, 1, 1);
if (spriteB != null)
{
qc[4] = qc[5] = qc[6] = qc[7] = new Color(1, 1, 1, 0.5f);
}
mesh.colors = qc;
int[] qt = new int[4];
for (int i = 0; i < qt.Length; i++)
{
qt[i] = i;
}
mesh.SetIndices(qt, MeshTopology.Quads, 0);
if (spriteB != null)
{
int[] qtB = new int[4];
for (int i = 0; i < qtB.Length; i++)
{
qtB[i] = i + 4;
}
mesh.SetIndices(qtB, MeshTopology.Quads, 1);
}
Renderer.materials[0].mainTexture = sTex;
ShadowRenderer.materials[0].mainTexture = sTex;
if (spriteB != null)
{
Renderer.materials[1].mainTexture = sTexB;
ShadowRenderer.materials[1].mainTexture = sTexB;
}
return(mesh);
}
private Mesh UpdateMesh(Images.AllodsSpriteSeparate sprite, int frame, Mesh mesh, float shadowOffs, bool first, bool flip)
{
Texture2D sTex = sprite.Frames[frame].Texture;
float sW = sprite.Frames[frame].Width;
float sH = sprite.Frames[frame].Height;
float tMaxX = sW / sTex.width;
float tMaxY = sH / sTex.height;
bool flying = LogicUnit.IsFlying;
float shadowOffsReal = shadowOffs * sH;
float shadowOffsXLeft = -shadowOffsReal * (1f - LogicUnit.Class.CenterY);
Vector3[] qv = new Vector3[4];
int pp = 0;
if (!flying || (shadowOffs == 0))
{
qv[pp++] = new Vector3(shadowOffsReal, 0, 0);
qv[pp++] = new Vector3(shadowOffsReal + sW, 0, 0);
qv[pp++] = new Vector3(shadowOffsXLeft + sW, sH, 0);
qv[pp++] = new Vector3(shadowOffsXLeft, sH, 0);
}
else
{
float shadowOffs1 = shadowOffs * 64;
float shadowOffs2 = shadowOffs1 + sW;
shadowOffs = -4;
qv[pp++] = new Vector3(shadowOffs1, shadowOffs, 0);
qv[pp++] = new Vector3(shadowOffs2, shadowOffs, 0);
qv[pp++] = new Vector3(shadowOffs2, shadowOffs + sH, 0);
qv[pp++] = new Vector3(shadowOffs1, shadowOffs + sH, 0);
}
Vector2[] quv = new Vector2[4];
if (!flip)
{
quv[0] = new Vector2(0, 0);
quv[1] = new Vector2(tMaxX, 0);
quv[2] = new Vector2(tMaxX, tMaxY);
quv[3] = new Vector2(0, tMaxY);
}
else
{
quv[0] = new Vector2(tMaxX, 0);
quv[1] = new Vector2(0, 0);
quv[2] = new Vector2(0, tMaxY);
quv[3] = new Vector2(tMaxX, tMaxY);
}
float cx = (float)sprite.Frames[frame].Width * LogicUnit.Class.CenterX;
float cy = (float)sprite.Frames[frame].Height * LogicUnit.Class.CenterY;
for (int i = 0; i < qv.Length; i++)
{
qv[i] -= new Vector3(cx, cy, 0);
}
mesh.vertices = qv;
mesh.uv = quv;
if (first)
{
Color[] qc = new Color[4];
qc[0] = qc[1] = qc[2] = qc[3] = new Color(1, 1, 1, 1);
mesh.colors = qc;
int[] qt = new int[4];
for (int i = 0; i < qt.Length; i++)
{
qt[i] = i;
}
mesh.SetIndices(qt, MeshTopology.Quads, 0);
}
Renderer.material.mainTexture = sTex;
ShadowRenderer.material.mainTexture = sTex;
return(mesh);
}
