static int VersionToInt(GamePlatform platform, string version)
{
int max = 1000 * 1000 * 1000;
if (!IsVersionDate(platform, version))
{
return(max);
}
FloatRef year = new FloatRef();
FloatRef month = new FloatRef();
FloatRef day = new FloatRef();
if (platform.FloatTryParse(StringTools.StringSubstring(platform, version, 0, 4), year))
{
if (platform.FloatTryParse(StringTools.StringSubstring(platform, version, 5, 2), month))
{
if (platform.FloatTryParse(StringTools.StringSubstring(platform, version, 8, 2), day))
{
int year_ = platform.FloatToInt(year.value);
int month_ = platform.FloatToInt(month.value);
int day_ = platform.FloatToInt(day.value);
return(year_ * 10000 + month_ * 100 + day_);
}
}
}
return(max);
}
float FloatParse(string s)
{
FloatRef ret = new FloatRef();
p.FloatTryParse(s, ret);
return(ret.value);
}
public static FloatRef Create(float value_)
{
FloatRef f = new FloatRef();
f.value = value_;
return(f);
}
public MainMenu()
{
one = 1;
textures = new DictionaryStringInt1024();
textTextures = new TextTexture[256];
textTexturesCount = 0;
screen = new ScreenMain();
screen.menu = this;
loginClient = new LoginClientCi();
assets = new AssetList();
assetsLoadProgress = new FloatRef();
}
internal void LimitThirdPersonCameraToWalls(Game game, Vector3Ref eye, Vector3Ref target, FloatRef curtppcameradistance)
{
float one = 1;
Vector3Ref ray_start_point = target;
Vector3Ref raytarget = eye;
Line3D pick = new Line3D();
float raydirX = (raytarget.X - ray_start_point.X);
float raydirY = (raytarget.Y - ray_start_point.Y);
float raydirZ = (raytarget.Z - ray_start_point.Z);
float raydirLength1 = game.Length(raydirX, raydirY, raydirZ);
raydirX /= raydirLength1;
raydirY /= raydirLength1;
raydirZ /= raydirLength1;
raydirX = raydirX * (game.tppcameradistance + 1);
raydirY = raydirY * (game.tppcameradistance + 1);
raydirZ = raydirZ * (game.tppcameradistance + 1);
pick.Start = Vec3.FromValues(ray_start_point.X, ray_start_point.Y, ray_start_point.Z);
pick.End = new float[3];
pick.End[0] = ray_start_point.X + raydirX;
pick.End[1] = ray_start_point.Y + raydirY;
pick.End[2] = ray_start_point.Z + raydirZ;
//pick terrain
IntRef pick2Count = new IntRef();
BlockPosSide[] pick2 = game.Pick(game.s, pick, pick2Count);
if (pick2Count.value > 0)
{
BlockPosSide pick2nearest = game.Nearest(pick2, pick2Count.value, ray_start_point.X, ray_start_point.Y, ray_start_point.Z);
//pick2.Sort((a, b) => { return (FloatArrayToVector3(a.blockPos) - ray_start_point).Length.CompareTo((FloatArrayToVector3(b.blockPos) - ray_start_point).Length); });
float pickX = pick2nearest.blockPos[0] - target.X;
float pickY = pick2nearest.blockPos[1] - target.Y;
float pickZ = pick2nearest.blockPos[2] - target.Z;
float pickdistance = game.Length(pickX, pickY, pickZ);
curtppcameradistance.value = MathCi.MinFloat(pickdistance - 1, curtppcameradistance.value);
if (curtppcameradistance.value < one * 3 / 10) { curtppcameradistance.value = one * 3 / 10; }
}
float cameraDirectionX = target.X - eye.X;
float cameraDirectionY = target.Y - eye.Y;
float cameraDirectionZ = target.Z - eye.Z;
float raydirLength = game.Length(raydirX, raydirY, raydirZ);
raydirX /= raydirLength;
raydirY /= raydirLength;
raydirZ /= raydirLength;
eye.X = target.X + raydirX * curtppcameradistance.value;
eye.Y = target.Y + raydirY * curtppcameradistance.value;
eye.Z = target.Z + raydirZ * curtppcameradistance.value;
}
public int GetInt(string key, int default_)
{
if (GetString(key, null) == null)
{
return(default_);
}
FloatRef ret = new FloatRef();
if (platform.FloatTryParse(GetString(key, null), ret))
{
return(platform.FloatToInt(ret.value));
}
return(default_);
}
public override void OnButton(MenuWidget w)
{
if (w == buttonConnect)
{
FloatRef ret = new FloatRef();
if (!Game.StringEquals(textboxIp.text, "")
&& menu.p.FloatTryParse(textboxPort.text, ret))
{
menu.StartLogin(null, textboxIp.text, menu.p.IntParse(textboxPort.text));
}
}
if (w == back)
{
OnBackPressed();
}
}
public override void OnButton(MenuWidget w)
{
if (w == buttonConnect)
{
FloatRef ret = new FloatRef();
if (!Game.StringEquals(textboxIp.text, "") &&
menu.p.FloatTryParse(textboxPort.text, ret))
{
menu.StartLogin(null, textboxIp.text, menu.p.IntParse(textboxPort.text));
}
}
if (w == back)
{
OnBackPressed();
}
}
internal float[] OverheadCamera(Game game)
{
game.overheadcameraK.GetPosition(game.platform, OverheadCamera_cameraEye);
Vector3Ref cameraEye = OverheadCamera_cameraEye;
Vector3Ref cameraTarget = Vector3Ref.Create(game.overheadcameraK.Center.X, game.overheadcameraK.Center.Y + game.GetCharacterEyesHeight(), game.overheadcameraK.Center.Z);
FloatRef currentOverheadcameradistance = FloatRef.Create(game.overheadcameradistance);
LimitThirdPersonCameraToWalls(game, cameraEye, cameraTarget, currentOverheadcameradistance);
float[] ret = new float[16];
Mat4.LookAt(ret, Vec3.FromValues(cameraEye.X, cameraEye.Y, cameraEye.Z),
Vec3.FromValues(cameraTarget.X, cameraTarget.Y, cameraTarget.Z),
upVec3);
game.CameraEyeX = cameraEye.X;
game.CameraEyeY = cameraEye.Y;
game.CameraEyeZ = cameraEye.Z;
return(ret);
}
public void LoadAssetsAsync(AssetList list, FloatRef progress)
{
List <Asset> assets = new List <Asset>();
foreach (string path in datapaths)
{
try
{
if (!Directory.Exists(path))
{
continue;
}
foreach (string s in Directory.GetFiles(path, "*.*", SearchOption.AllDirectories))
{
try
{
FileInfo f = new FileInfo(s);
if (f.Name.Equals("thumbs.db", StringComparison.InvariantCultureIgnoreCase))
{
continue;
}
Asset a = new Asset();
a.data = File.ReadAllBytes(s);
a.dataLength = a.data.Length;
a.name = f.Name.ToLowerInvariant();
a.md5 = Md5(a.data);
assets.Add(a);
}
catch
{
}
}
}
catch
{
}
}
progress.value = 1;
list.count = assets.Count;
list.items = new Asset[2048];
for (int i = 0; i < assets.Count; i++)
{
list.items[i] = assets[i];
}
}
public void LoadAssetsAsync(AssetList list, FloatRef progress)
{
List<Asset> assets = new List<Asset>();
foreach (string path in datapaths)
{
try
{
if (!Directory.Exists(path))
{
continue;
}
foreach (string s in Directory.GetFiles(path, "*.*", SearchOption.AllDirectories))
{
try
{
FileInfo f = new FileInfo(s);
if (f.Name.Equals("thumbs.db", StringComparison.InvariantCultureIgnoreCase))
{
continue;
}
Asset a = new Asset();
a.data = File.ReadAllBytes(s);
a.dataLength = a.data.Length;
a.name = f.Name.ToLowerInvariant();
a.md5 = Md5(a.data);
assets.Add(a);
}
catch
{
}
}
}
catch
{
}
}
progress.value = 1;
list.count = assets.Count;
list.items = new Asset[2048];
for (int i = 0; i < assets.Count; i++)
{
list.items[i] = assets[i];
}
}
internal float[] FppCamera(Game game)
{
Vector3Ref forward = new Vector3Ref();
VectorTool.ToVectorInFixedSystem(0, 0, 1, game.player.position.rotx, game.player.position.roty, forward);
Vector3Ref cameraEye = new Vector3Ref();
Vector3Ref cameraTarget = new Vector3Ref();
float playerEyeX = game.player.position.x;
float playerEyeY = game.player.position.y + game.GetCharacterEyesHeight();
float playerEyeZ = game.player.position.z;
if (!game.ENABLE_TPP_VIEW)
{
cameraEye.X = playerEyeX;
cameraEye.Y = playerEyeY;
cameraEye.Z = playerEyeZ;
cameraTarget.X = playerEyeX + forward.X;
cameraTarget.Y = playerEyeY + forward.Y;
cameraTarget.Z = playerEyeZ + forward.Z;
}
else
{
cameraEye.X = playerEyeX + forward.X * -game.tppcameradistance;
cameraEye.Y = playerEyeY + forward.Y * -game.tppcameradistance;
cameraEye.Z = playerEyeZ + forward.Z * -game.tppcameradistance;
cameraTarget.X = playerEyeX;
cameraTarget.Y = playerEyeY;
cameraTarget.Z = playerEyeZ;
FloatRef currentTppcameradistance = FloatRef.Create(game.tppcameradistance);
LimitThirdPersonCameraToWalls(game, cameraEye, cameraTarget, currentTppcameradistance);
}
float[] ret = new float[16];
Mat4.LookAt(ret, Vec3.FromValues(cameraEye.X, cameraEye.Y, cameraEye.Z),
Vec3.FromValues(cameraTarget.X, cameraTarget.Y, cameraTarget.Z),
upVec3);
game.CameraEyeX = cameraEye.X;
game.CameraEyeY = cameraEye.Y;
game.CameraEyeZ = cameraEye.Z;
return(ret);
}
float FloatParse(string s)
{
FloatRef ret = new FloatRef();
p.FloatTryParse(s, ret);
return ret.value;
}
internal void LimitThirdPersonCameraToWalls(Game game, Vector3Ref eye, Vector3Ref target, FloatRef curtppcameradistance)
{
float one = 1;
Vector3Ref ray_start_point = target;
Vector3Ref raytarget = eye;
Line3D pick = new Line3D();
float raydirX = (raytarget.X - ray_start_point.X);
float raydirY = (raytarget.Y - ray_start_point.Y);
float raydirZ = (raytarget.Z - ray_start_point.Z);
float raydirLength1 = game.Length(raydirX, raydirY, raydirZ);
raydirX /= raydirLength1;
raydirY /= raydirLength1;
raydirZ /= raydirLength1;
raydirX = raydirX * (game.tppcameradistance + 1);
raydirY = raydirY * (game.tppcameradistance + 1);
raydirZ = raydirZ * (game.tppcameradistance + 1);
pick.Start = Vec3.FromValues(ray_start_point.X, ray_start_point.Y, ray_start_point.Z);
pick.End = new float[3];
pick.End[0] = ray_start_point.X + raydirX;
pick.End[1] = ray_start_point.Y + raydirY;
pick.End[2] = ray_start_point.Z + raydirZ;
//pick terrain
IntRef pick2Count = new IntRef();
BlockPosSide[] pick2 = game.Pick(game.s, pick, pick2Count);
if (pick2Count.value > 0)
{
BlockPosSide pick2nearest = game.Nearest(pick2, pick2Count.value, ray_start_point.X, ray_start_point.Y, ray_start_point.Z);
//pick2.Sort((a, b) => { return (FloatArrayToVector3(a.blockPos) - ray_start_point).Length.CompareTo((FloatArrayToVector3(b.blockPos) - ray_start_point).Length); });
float pickX = pick2nearest.blockPos[0] - target.X;
float pickY = pick2nearest.blockPos[1] - target.Y;
float pickZ = pick2nearest.blockPos[2] - target.Z;
float pickdistance = game.Length(pickX, pickY, pickZ);
curtppcameradistance.value = MathCi.MinFloat(pickdistance - 1, curtppcameradistance.value);
if (curtppcameradistance.value < one * 3 / 10)
{
curtppcameradistance.value = one * 3 / 10;
}
}
float cameraDirectionX = target.X - eye.X;
float cameraDirectionY = target.Y - eye.Y;
float cameraDirectionZ = target.Z - eye.Z;
float raydirLength = game.Length(raydirX, raydirY, raydirZ);
raydirX /= raydirLength;
raydirY /= raydirLength;
raydirZ /= raydirLength;
eye.X = target.X + raydirX * curtppcameradistance.value;
eye.Y = target.Y + raydirY * curtppcameradistance.value;
eye.Z = target.Z + raydirZ * curtppcameradistance.value;
}
public abstract void LoadAssetsAsyc(AssetList list, FloatRef progress);
public abstract bool FloatTryParse(string s, FloatRef ret);
public abstract void LoadAssetsAsyc(AssetList list, FloatRef progress);
static int VersionToInt(GamePlatform platform, string version)
{
int max = 1000 * 1000 * 1000;
if (!IsVersionDate(platform, version))
{
return max;
}
FloatRef year = new FloatRef();
FloatRef month = new FloatRef();
FloatRef day = new FloatRef();
if (platform.FloatTryParse(StringTools.StringSubstring(platform, version, 0, 4), year))
{
if (platform.FloatTryParse(StringTools.StringSubstring(platform, version, 5, 2), month))
{
if (platform.FloatTryParse(StringTools.StringSubstring(platform, version, 8, 2), day))
{
int year_ = platform.FloatToInt(year.value);
int month_ = platform.FloatToInt(month.value);
int day_ = platform.FloatToInt(day.value);
return year_ * 10000 + month_ * 100 + day_;
}
}
}
return max;
}
public abstract bool FloatTryParse(string s, FloatRef ret);
public static FloatRef Create(float value_)
{
FloatRef f = new FloatRef();
f.value = value_;
return f;
}
public int GetInt(string key, int default_)
{
if (GetString(key, null) == null)
{
return default_;
}
FloatRef ret = new FloatRef();
if (platform.FloatTryParse(GetString(key, null), ret))
{
return platform.FloatToInt(ret.value);
}
return default_;
}
public override void LoadAssetsAsyc(AssetList list, FloatRef progress)
{
if (assetloader == null)
{
assetloader = new AssetLoader(datapaths);
}
assetloader.LoadAssetsAsync(list, progress);
}
public override bool FloatTryParse(string s, FloatRef ret)
{
float f;
if (float.TryParse(s, NumberStyles.Any, CultureInfo.InvariantCulture, out f))
{
ret.value = f;
return true;
}
else
{
return false;
}
}
public MainMenu()
{
one = 1;
textures = new DictionaryStringInt1024();
textTextures = new TextTexture[256];
textTexturesCount = 0;
screen = new ScreenMain();
screen.menu = this;
loginClient = new LoginClientCi();
assets = new AssetList();
assetsLoadProgress = new FloatRef();
}
public TransitionFloat(T owner, ref FloatRef value1, float condition, eCompare compare = eCompare.EQUAL) : base(owner)
{
m_value = value1;
m_condition = condition;
m_compare = compare;
}
