private static void ParseGlobalData(string line, ref MapConfiguration mc)
{
string[] elements = line.Split();
if (elements.Length > 2)
{
throw new ParseLineException("Too many arguments");
}
if (!double.TryParse(elements[1].Replace('.', ','), out double va))
{
throw new ParseLineException("Value has to be a floating point number");
}
switch (elements[0])
{
case "przyrost_naturalny":
mc.Birthrate = va;
break;
case "stopien_rozwoju":
mc.DevelopmentLevel = (int)va;
break;
case "srednia_temperatura":
mc.AvgTemperature = va;
break;
case "srednia_wysokosc":
mc.AvgHeight = va;
break;
default:
throw new ParseLineException("Definition unrecognised");
}
}
public void generate_floor()
{
MapConfiguration config = GameObject.FindGameObjectWithTag("Map").GetComponent <MapConfiguration>();
width = config.width;
height = config.height;
cell_size = config.cell_size;
texture_scale = config.floor_texture_scale;
wall_height = config.wall_height;
Vector3 offset = new Vector3(width / (2f * cell_size), 0.0f, height / (2f * cell_size));
offset.y = wall_height;
Vector3 v00 = new Vector3(0f, 0f, 0f) - offset;
Vector3 v01 = new Vector3(width * cell_size, 0f, 0f) - offset;
Vector3 v10 = new Vector3(0f, 0f, height * cell_size) - offset;
Vector3 v11 = new Vector3(width * cell_size, 0f, height * cell_size) - offset;
Vector2 n00 = new Vector2(0f, 0f);
Vector2 n01 = new Vector2(width / texture_scale, 0f);
Vector2 n10 = new Vector2(0f, height / texture_scale);
Vector2 n11 = new Vector2(width / texture_scale, height / texture_scale);
Vector3[] vertices = { v00, v01, v10, v11 };
Vector2[] uvs = { n00, n01, n10, n11 };
int[] triangles = { 3, 1, 0, 2, 3, 0 };
MeshFilter mf = GetComponent <MeshFilter>();
mf.mesh.vertices = vertices;
mf.mesh.uv = uvs;
mf.mesh.triangles = triangles;
mf.mesh.RecalculateNormals();
}
public void Map_Orders_Custom_Expression()
{
var config = new MapConfiguration();
config.RegisterMap <Order, OrderDTO>((o, mc) => new OrderDTO {
Id = o.Id,
OrderNo = o.OrderNo,
OrderDetails = o.OrderDetails.Select(od => new OrderDetailDTO {
Id = od.Id,
Product = mc.Map <Product, ProductDTO>(od.Product),
SubPrice = od.UnitPrice * od.Count
}).ToList(),
Price = Math.Round(o.Price)
});
config.RegisterMap <Product, ProductDTO>();
config.RegisterMap <Company, CompanyDTO>();
var dtoList = config.Map <Order, OrderDTO>(_orders).ToList();
Assert.Equal(
dtoList[3].OrderDetails.ToList()[2].SubPrice,
_orders[3].OrderDetails[2].UnitPrice * _orders[3].OrderDetails[2].Count
);
Assert.Equal(
dtoList[3].OrderDetails.ToList()[2].Product.Supplier.CompanyName,
_orders[3].OrderDetails[2].Product.Supplier.CompanyName
);
}
public void Map_Existing_With_Non_MemberInitExpression()
{
var config = new MapConfiguration();
config.RegisterMap <Customer, CustomerDTO>((c, mc) => mc.Map <Customer, CustomerDTO>(c));
Assert.Throws <InvalidOperationException>(() => config.MapTo(new Customer(), new CustomerDTO()));
}
public void Map_With_Non_MemberInitExpression()
{
var config = new MapConfiguration();
config.RegisterMap <Customer, CustomerDTO>((c, mc) => null);
Assert.Null(config.Map <CustomerDTO>(new Customer(), true));
}
public void Project_Orders_Custom_Expression()
{
// we aren't registering OrderDetail-OrderDetailDTO because we declare the custom mapping
// even we don't include OrderDetail in the query, it will be mapped
var config = new MapConfiguration();
config.RegisterMap <Order, OrderDTO>((o, mc) => new OrderDTO {
Id = o.Id,
OrderNo = o.OrderNo,
OrderDetails = o.OrderDetails.Select(od => new OrderDetailDTO {
Id = od.Id,
Product = mc.Map <Product, ProductDTO>(od.Product),
SubPrice = od.UnitPrice * od.Count
}).ToList(),
Price = o.Price
});
var mockContext = new Mock <TestEntities>();
var observableOrders = new ObservableCollection <Order>(_orders);
mockContext.Setup(p => p.Orders).Returns(GetMockSet(observableOrders).Object);
var query = mockContext.Object.Orders;
var dtoQuery = config.ProjectTo <OrderDTO>(query, new IncludePath[] { });
var dtoList = dtoQuery.ToList();
Assert.IsNotNull(dtoList[3].OrderDetails);
Assert.AreEqual(dtoList[3].OrderDetails.Count, _orders[3].OrderDetails.Count);
Assert.IsTrue(dtoList.All(o => o.OrderDetails.All(od => od.Product == null)));
}
public void Project_Orders_Custom_Expression_2()
{
var config = new MapConfiguration();
config.RegisterMap <Order, OrderDTO>((o, mc) => new OrderDTO {
Id = o.OrderDetails.ToList().Select(od => od.OrderId).First(),
OrderNo = o.OrderNo,
Price = o.OrderDetails.Sum(od => od.UnitPrice),
OrderDetails = mc.MapToList <OrderDetail, OrderDetailDTO>(o.OrderDetails)
});
config.RegisterMap <OrderDetail, OrderDetailDTO>();
config.RegisterMap <Product, ProductDTO>();
config.RegisterMap <Company, CompanyDTO>();
var projector = config.GetProjector <Order, OrderDTO>(o => o.OrderDetails.Select(od => od.Product.Supplier));
var func = Helper.CreateProjector(projector);
var dtoList = _orders.Select(func).ToList();
Assert.Equal(
dtoList[3].Price,
_orders[3].OrderDetails.Sum(od => od.UnitPrice)
);
Assert.Equal(
dtoList[3].OrderDetails.ToList()[2].Product.Supplier.CompanyName,
_orders[3].OrderDetails[2].Product.Supplier.CompanyName
);
}
public void Project_Orders_Custom_Expression()
{
var config = new MapConfiguration();
config.RegisterMap <Order, OrderDTO>((o, mc) => new OrderDTO {
Id = o.Id,
OrderNo = o.OrderNo,
OrderDetails = o.OrderDetails.Select(od => new OrderDetailDTO {
Id = od.Id,
Product = mc.Map <Product, ProductDTO>(od.Product),
SubPrice = od.UnitPrice * od.Count
}).ToList(),
Price = o.Price
});
var mockContext = new Mock <TestEntities>();
var observableOrders = new ObservableCollection <Order>(_orders);
mockContext.Setup(p => p.Orders).Returns(GetMockSet(observableOrders).Object);
var query = mockContext.Object.Orders;
var dtoQuery = config.ProjectTo <OrderDTO>(query, new IncludePath[] { });
var dtoList = dtoQuery.ToList();
Assert.IsNull(dtoList[3].OrderDetails);
}
public void Project_Orders_With_Details_Product_Custom_Expression()
{
var config = new MapConfiguration();
config.RegisterMap <Order, OrderDTO>((o, mc) => new OrderDTO {
Id = o.Id,
OrderNo = o.OrderNo,
OrderDetails = o.OrderDetails.Select(od => new OrderDetailDTO {
Id = od.Id,
Product = mc.Map <Product, ProductDTO>(od.Product),
SubPrice = od.UnitPrice * od.Count
}).ToList(),
Price = o.Price
});
config.RegisterMap <Product, ProductDTO>();
config.RegisterMap <Company, CompanyDTO>();
var mockContext = new Mock <TestEntities>();
var observableOrders = new ObservableCollection <Order>(_orders);
mockContext.Setup(p => p.Orders).Returns(GetMockSet(observableOrders).Object);
var query = mockContext.Object.Orders;
var dtoQuery = config.ProjectTo <Order, OrderDTO>(query, o => o.OrderDetails.Select(od => od.Product).Select(p => p.Supplier));
var dtoList = dtoQuery.ToList();
Assert.AreEqual(
dtoList[3].OrderDetails.ToList()[2].Product.Supplier.CompanyName,
_orders[3].OrderDetails[2].Product.Supplier.CompanyName
);
}
void HandleCreateClicked(object Sender, EventArgs E)
{
try
{
var height = Convert.ToInt32(_HeightInput.Value);
var width = Convert.ToInt32(_WidthInput.Value);
if (height < 1 || width < 1)
{
throw new FormatException();
}
MapConfiguration configuration = null;
if (_GenerateRandomCheckbox.Value)
{
configuration = new RandomMapConfiguration(width, height, _MatchSettingsSelect.Value.Value);
}
else
{
configuration = new BlankMapConfiguration(width, height);
}
if (OnCreate != null)
{
OnCreate(this, new ValuedEventArgs <MapConfiguration>(configuration));
}
ClearError();
}
catch (FormatException)
{
SetError("Input a number greater than 0.");
}
}
public void ConfigureServices(IServiceCollection services)
{
services.Configure <CookiePolicyOptions>(options =>
{
options.CheckConsentNeeded = context => true;
options.MinimumSameSitePolicy = SameSiteMode.None;
});
services.AddDbContext <UsuarioDbContext>(options =>
options.UseSqlServer(Configuration.GetConnectionString("DefaultConnection")));
////Registrando serviço do Repository e criando uma instância do serviço a cada requisição
services.AddTransient <IUsuarioRepository, UsuarioRepository>();
MapConfiguration.RegisterMapProfile();
//Adicionando serviço de Cookies a aplicação
services.AddAuthentication(CookieAuthenticationDefaults.AuthenticationScheme)
.AddCookie(options =>
options.LoginPath = "/Login/Index"
);
services.AddMvc();
services.AddMvc().SetCompatibilityVersion(CompatibilityVersion.Version_2_1);
}
// Start is called before the first frame update
void Start()
{
MapConfiguration mapConfiguration = new MapConfiguration(players);
mapConfiguration.Seed = 123123;
mapConfiguration.DormantsPerPlayer = 3;
mapConfiguration.MaxiumumOutpostDistance = 130;
mapConfiguration.MinimumOutpostDistance = 30;
mapConfiguration.OutpostsPerPlayer = 3;
GameConfiguration config = new GameConfiguration(players, DateTime.Now, mapConfiguration);
Dictionary <String, GameConfiguration> puzzleList = new Dictionary <string, GameConfiguration>();
puzzleList.Add("SampleGameNoNetwork", config);
foreach (var puzzle in puzzleList)
{
// Create a new templated item
GameRoomButton scrollItem = (GameRoomButton)Instantiate(scrollItemTemplate);
scrollItem.gameObject.SetActive(true);
scrollItem.GetComponent <Button>().onClick.AddListener(delegate { GoToGameLobby(puzzle.Value); });
// Set the text
Text text = scrollItem.GetComponentInChildren <Text>();
text.text = puzzle.Key;
// Set the button's parent to the scroll item template.
scrollItem.transform.SetParent(scrollItemTemplate.transform.parent, false);
}
}
public Map GenerateMap(MapConfiguration mapConfiguration)
{
var roomCount = _dice.RollBetween(mapConfiguration.RoomCountBetween.Item1, mapConfiguration.RoomCountBetween.Item2);
var origin = GetNewRandomRoom();
var rooms = new List <Room>();
var neighbourQueue = new Queue <Room>();
neighbourQueue.Enqueue(origin);
rooms.Add(origin);
roomCount--;
while (roomCount != 0)
{
var room = neighbourQueue.Dequeue();
int maxNeighboursCount = (mapConfiguration.MaxRoomNeighboursCount > roomCount) ? roomCount : mapConfiguration.MaxRoomNeighboursCount;
var newRooms = GenerateNeighbours(room, mapConfiguration.MinRoomNeighboursCount, maxNeighboursCount);
roomCount -= newRooms.Count;
newRooms.ForEach(neighbourQueue.Enqueue);
rooms.AddRange(newRooms);
}
rooms.ForEach(room => room.SpawnMonsters(1));
SpawnShrines(rooms, mapConfiguration.HealingShrines);
return(new Map
{
Rooms = rooms
});
}
public void Project_Orders_Custom_Expression2()
{
var config = new MapConfiguration();
config.RegisterMap <Order, OrderDTO>((o, mc) => new OrderDTO {
Id = o.Id,
OrderNo = o.OrderNo,
// ReSharper disable once ConvertClosureToMethodGroup
// it will fail for method group because it must be an "Expression" to be handled
// mc.Map will be included in the final expression because we are using "Select" for "OrderDetails" navigation
// using "Select" is equal of saying "always map this property my way"
// if we want it to be dynamically decided for plural navigations we should have used: "mc.MapToList<OrderDetail, OrderDetailDTO>"
OrderDetails = o.OrderDetails.Select(od => mc.Map <OrderDetail, OrderDetailDTO>(od)).ToList(),
Price = o.Price
});
// similar custom mapping. but this time we need to register OrderDetail-OrderDetailDTO to allow MapContext to do the mapping
config.RegisterMap <OrderDetail, OrderDetailDTO>();
var mockContext = new Mock <TestEntities>();
var observableOrders = new ObservableCollection <Order>(_orders);
mockContext.Setup(p => p.Orders).Returns(GetMockSet(observableOrders).Object);
var query = mockContext.Object.Orders;
var dtoQuery = config.ProjectTo <OrderDTO>(query, new IncludePath[] { });
var dtoList = dtoQuery.ToList();
Assert.IsNotNull(dtoList[3].OrderDetails);
Assert.AreEqual(dtoList[3].OrderDetails.Count, _orders[3].OrderDetails.Count);
Assert.IsTrue(dtoList.All(o => o.OrderDetails.All(od => od.Product == null)));
}
public static List <TileMapGenerator> getTileMapGenerators(MapConfiguration mapConfiguration, List <string> groupIds)
{
List <TileMapGenerator> tileMapGenerators = new List <TileMapGenerator>();
foreach (MapConfiguration.MapEntry mapGroup in mapConfiguration.configurations)
{
if (groupIds.Contains(mapGroup.groupId))
{
if (mapGroup.simpleConfigurations != null)
{
tileMapGenerators.AddRange(mapGroup.simpleConfigurations);
}
if (mapGroup.standardConfigurations != null)
{
tileMapGenerators.AddRange(mapGroup.standardConfigurations);
}
if (mapGroup.relativePathConfigurations != null)
{
tileMapGenerators.AddRange(mapGroup.relativePathConfigurations);
}
}
}
return(tileMapGenerators);
}
public static Int32 DMSGetMapConfSize(DMSMapConf?ObjPtr)
{
if (ObjPtr != null)
{
return(12 + 12 * MapConfiguration.DMSGetMapConfMember(ObjPtr.Value, DMSMapConfMember.DMS_MAPCONF_LIGHTCOUNT) + 8 * MapConfiguration.DMSGetMapConfMember(ObjPtr.Value, DMSMapConfMember.DMS_MAPCONF_CHARCOUNT) + 2 * MapConfiguration.DMSGetMapConfMember(ObjPtr.Value, DMSMapConfMember.DMS_MAPCONF_EVTCOUNT));
}
return(-1);
}
void set_config_variables()
{
MapConfiguration config = GameObject.FindGameObjectWithTag("Map").GetComponent <MapConfiguration>();
this.texture_scale = config.surface_texture_scale;
this.cell_size = config.cell_size;
this.mesh_target = GetComponent <MeshFilter>();
}
public void Map_Without_Destination_With_Null()
{
var config = new MapConfiguration();
config.RegisterMap <Customer, CustomerDTO>();
Assert.Null(config.Map(null, true));
}
public void Map_Generic_With_Null()
{
var config = new MapConfiguration();
config.RegisterMap <Customer, CustomerDTO>();
Assert.Null(config.Map <CustomerDTO>(null));
}
public void Map_With_Null()
{
var config = new MapConfiguration();
config.RegisterMap <Customer, CustomerDTO>();
Assert.Null(config.Map(null, typeof(CustomerDTO)));
}
void set_config_variables()
{
MapConfiguration config = GameObject.FindGameObjectWithTag("Map").GetComponent <MapConfiguration>();
this.cell_size = config.cell_size;
this.wall_height = config.wall_height;
this.target_mesh = GetComponent <MeshFilter>();
}
public MapController(ApplicationDbContext context, IOptions <MapConfiguration> mapConfiguration)
{
_context = context;
MapConfiguration = mapConfiguration.Value;
AccessToken = MapConfiguration.MapBoxToken; //GetAccessToken().GetAwaiter().GetResult();
}
public MainView()
{
AutoMapper.Mapper.Initialize(cfg => MapConfiguration.Configure(cfg));
var v = WebNomenclatorsCache.Instance;
InitializeComponent();
}
// set all map configuration variables
private void set_config_variables()
{
MapConfiguration config = GameObject.FindGameObjectWithTag("Map").GetComponent <MapConfiguration>();
this.width = config.width;
this.height = config.height;
this.cell_size = config.cell_size;
}
public void Map_Enumerable_With_Null()
{
var config = new MapConfiguration();
config.RegisterMap <Customer, CustomerDTO>();
Assert.Null(config.Map <Customer, CustomerDTO>((IEnumerable <Customer>)null));
}
public void Map_Empty_Dictionary_Returns_Empty()
{
var config = new MapConfiguration();
var dict = new Dictionary <int, Customer>();
Assert.Equal(config.Map <int, Customer, int, CustomerDTO>(dict).Count, 0);
}
/// <summary>
/// Initializes all required modules for the game.
/// </summary>
protected virtual void InitializeModules()
{
UnityThread.Initialize();
Dependencies.CacheAs <IGame>(this);
Dependencies.CacheAs <IPlatformHost>(platformHost = PlatformHost.CreateHost());
Dependencies.CacheAs <DeepLinker>(deepLinker = platformHost.CreateDeepLinker());
Dependencies.CacheAs <IEnvConfiguration>(envConfiguration = new EnvConfiguration(EnvType.Production));
Dependencies.CacheAs <IModeManager>(modeManager = new ModeManager());
Dependencies.CacheAs <INotificationBox>(notificationBox = new NotificationBox());
Dependencies.CacheAs <IGameConfiguration>(gameConfiguration = new GameConfiguration());
Dependencies.CacheAs <IMapConfiguration>(mapConfiguration = new MapConfiguration());
Dependencies.CacheAs <IMapsetConfiguration>(mapsetConfiguration = new MapsetConfiguration());
Dependencies.CacheAs <IFontManager>(fontManager = new FontManager());
Dependencies.CacheAs <IAtlas <Sprite> >(spriteAtlas = new ResourceSpriteAtlas());
Dependencies.CacheAs <IAtlas <AudioClip> >(audioAtlas = new ResourceAudioAtlas());
Dependencies.CacheAs <IMusicCacher>(musicCacher = new MusicCacher());
Dependencies.CacheAs <IBackgroundCacher>(backgroundCacher = new BackgroundCacher());
Dependencies.CacheAs <IWebImageCacher>(webImageCacher = new WebImageCacher());
Dependencies.CacheAs <IWebMusicCacher>(webMusicCacher = new WebMusicCacher());
Dependencies.CacheAs <IMusicController>(musicController = MusicController.Create());
Dependencies.CacheAs <ISoundTable>(soundTable = new DefaultSoundTable(audioAtlas));
Dependencies.CacheAs <ISoundPool>(soundPool = new SoundPool(soundTable));
Dependencies.CacheAs <IMapsetStore>(mapsetStore = new MapsetStore(modeManager));
Dependencies.CacheAs <IMapSelection>(mapSelection = new MapSelection(musicCacher, backgroundCacher, gameConfiguration, mapsetConfiguration, mapConfiguration));
Dependencies.CacheAs <IMapManager>(mapManager = new MapManager(mapsetStore, notificationBox, mapSelection));
Dependencies.CacheAs <IMetronome>(metronome = new Metronome()
{
AudioController = musicController
});
Dependencies.CacheAs <IMusicPlaylist>(musicPlaylist = new MusicPlaylist());
Dependencies.CacheAs <IDownloadStore>(downloadStore = new DownloadStore());
Dependencies.CacheAs <IApi>(api = new Api(envConfiguration, notificationBox, deepLinker));
Dependencies.CacheAs <IUserManager>(userManager = new UserManager(api, Dependencies));
Dependencies.CacheAs <IRecordStore>(recordStore = new RecordStore());
Dependencies.CacheAs <IRootMain>(rootMain = RootMain.Create(Dependencies));
Dependencies.CacheAs <IRoot3D>(root3D = Root3D.Create(Dependencies));
Dependencies.CacheAs <IColorPreset>(colorPreset = new ColorPreset());
Dependencies.CacheAs <IAnimePreset>(animePreset = new AnimePreset());
Dependencies.CacheAs <IScreenNavigator>(screenNavigator = new ScreenNavigator(rootMain));
Dependencies.CacheAs <IOverlayNavigator>(overlayNavigator = new OverlayNavigator(rootMain));
Dependencies.CacheAs <IDropdownProvider>(dropdownProvider = new DropdownProvider(rootMain));
Dependencies.CacheAs <ITemporaryStore>(temporaryStore = new TemporaryStore());
}
public void Map_Two_Generic_With_Null()
{
var config = new MapConfiguration();
config.RegisterMap <Customer, CustomerDTO>(b => b.MapMember(c => c.Address, (c, mc) => mc.Map <Address, AddressDTO>(c.MainAddress)));
Assert.Null(config.Map <Customer, CustomerDTO>((Customer)null));
Assert.Null(config.Map <Customer, CustomerDTO>(new Customer()).Address);
}
public DataForm(MapConfiguration mc)
{
InitializeComponent();
birthBox.Text = mc.Birthrate.ToString();
devLvlBox.Text = mc.DevelopmentLevel.ToString();
tempBox.Text = mc.AvgTemperature.ToString();
heiBox.Text = mc.AvgHeight.ToString();
this.mc = mc;
}
/// <inheritdoc/>
public IGuildMap CreateGuildMap(ushort id, MapDefinition definition, MapConfiguration config, int guildId)
{
if (definition.CreateType == CreateType.GRB)
{
return(new GRBMap(guildId, _guildRankingManager, id, definition, config, _logger, _databasePreloader, _mobFactory, _npcFactory, _obeliskFactory, _timeService));
}
return(new GuildHouseMap(guildId, _guildRankingManager, id, definition, config, _logger, _databasePreloader, _mobFactory, _npcFactory, _obeliskFactory, _timeService));
}
public Map(MapConfiguration mapConfiguration)
{
_mapConfiguration = mapConfiguration;
_dimensions = new Size(_mapConfiguration.MAP_SIZE.Width / _mapConfiguration.FLOOR_TILE_SIZE.Width, _mapConfiguration.MAP_SIZE.Height / _mapConfiguration.FLOOR_TILE_SIZE.Height);
_map = new long[_dimensions.Width, _dimensions.Height];
Utilities = new MapUtilities(_mapConfiguration.MAP_SIZE, _mapConfiguration.FLOOR_TILE_SIZE);
_requestValidator = new RequestValidator(this);
_collisionChecker = new CollisionChecker(this);
_mapMarker = new MapMarker(this);
}
public GameConfigurationManager()
{
bulletConfig = new BulletConfiguration();
gameConfig = new GameConfiguration();
shipConfig = new ShipConfiguration();
mapConfig = new MapConfiguration();
screenConfig = new ScreenConfiguration();
leaderboardConfig = new LeaderboardConfiguration();
healthPackConfig = new HealthPackConfiguration();
abilityConfig = new AbilityConfiguration();
shipMovementControllerConfig = new ShipMovementControllerConfiguration();
}
public override Map generate(MapConfiguration config)
{
return generate(config, SIZE);
}
private MapConfiguration GetCorrectionFactorForMap(int id, bool isM44, bool isLH242)
{
MapConfiguration mc = new MapConfiguration();
mc.Correctionfactor = 1;
mc.Correctionoffset = 0;
mc.Description = "Unknown: " + id.ToString("X2");
switch (id)
{
case 0x31:
if (isLH242)
{
mc.Description = "Engine speed";
mc.Correctionfactor = 40;
mc.Units = "RPM";
}
break;
case 0x36: // Battery voltage
mc.Correctionfactor = 0.0704F;
mc.Description = "Battery voltage";
mc.Units = "Volt";
break;
case 0x38: // Coolant temperature
mc.Correctionfactor = 1;
mc.Correctionoffset = -80;
mc.Description = "Coolant temperature";
mc.Units = "Degrees celcius";
break;
case 0x3B: // Engine speed (rpm)
mc.Correctionfactor = 40;
if (isM44)
{
mc.Correctionfactor = 30;
}
mc.Correctionoffset = 0;
mc.Description = "Engine speed";
mc.Units = "RPM";
break;
case 0x40: // Internal load signal
mc.Correctionfactor = 0.05F;
mc.Correctionoffset = 0;
mc.Description = "Internal load signal";
mc.Units = "ms";
break;
case 0x4C: // MAF sensor signal (Mass Air Flow)
mc.Correctionfactor = 0.01952F;
mc.Correctionoffset = 0;
mc.Description = "MAF signal";
mc.Units = "Volt";
break;
case 0x4F: // Internal load signal LH242
if (isLH242)
{
mc.Correctionfactor = 0.05F;
mc.Correctionoffset = 0;
mc.Description = "Internal load signal";
mc.Units = "ms";
}
break;
case 0x55: // Ignition advance
if (isLH242)
{
mc.Description = "Coolant temperature";
mc.Units = "Degrees";
//mc.Correctionoffset = 70;
//mc.Correctionfactor = 2.0714F;
//mc.Correctionoffset = -40;
//mc.Correctionfactor = 0.55F;
}
else
{
mc.Correctionfactor = -0.75F;
mc.Correctionoffset = 78;
mc.Description = "Ignition advance";
mc.Units = "Degrees";
}
break;
case 0x67: // IAC valve opening (Idle Air Control)
//case 0x68:
mc.Correctionfactor = 0.0125F;
mc.Correctionoffset = 0;
mc.Description = "IAC position";
mc.Units = "%";
break;
case 0x6F: // Injection time
//case 0x70:
mc.Correctionfactor = 0.001513F;
mc.Correctionoffset = 0;
mc.Description = "Injection duration";
mc.Units = "ms";
break;
case 0x8E: // EVAP duty cycle
mc.Correctionfactor = 1.4730F;
mc.Correctionoffset = 0;
mc.Description = "Injection duration";
mc.Units = "ms";
break;
case 0x99: // Airmass
mc.Correctionfactor = 1.6F;
mc.Correctionoffset = 0;
mc.Description = "Airmass";
mc.Units = "kg/h";
break;
case 0xB8: // Vehicle speed
mc.Correctionfactor = 1;
mc.Correctionoffset = 0;
mc.Description = "Vehicle speed";
mc.Units = "km/h";
break;
case 0xBC: // Turbo duty cycle (solenoid valve)
mc.Correctionfactor = 0.391F;
mc.Correctionoffset = 0;
mc.Description = "Boost valve DC";
mc.Units = "%";
break;
case 0x00: // long term fuel trim
mc.Correctionfactor = 0.0078125F;
mc.Correctionoffset = -128;
mc.Description = "Long term fuel trim";
mc.Units = "";
break;
case 0x03: // idle fuel trim
mc.Correctionfactor = 0.0078125F;
mc.Correctionoffset = -128;
mc.Description = "Idle fuel trim";
mc.Units = "";
break;
case 0x0F: // short term fuel trim
mc.Correctionfactor = 0.0078125F;
mc.Correctionoffset = -128;
mc.Description = "Short term fuel trim";
mc.Units = "";
break;
case 0x49: // IAC adaption, Airmass
mc.Correctionfactor = 0.0078125F;
mc.Correctionoffset = -128;
mc.Description = "IAC airmass adaption";
mc.Units = "";
break;
case 0x75: // A/C pressure
mc.Correctionfactor = 13.5351F;
mc.Correctionoffset = -175.9823F;
mc.Description = "A/C Pressure";
mc.Units = "kPa";
break;
case 0xC4: // ECT signal sensor
mc.Correctionfactor = 1F;
mc.Correctionoffset = 0;
mc.Description = "ECT signal sensor";
mc.Units = "Volt";
break;
case 0xD1: // ECU temperature
mc.Correctionfactor = 2.0714F;
mc.Correctionoffset = -176.4268F;
mc.Description = "ECU temperature";
mc.Units = "Degrees celcius";
break;
case 0x22: // TPS angle
mc.Correctionfactor = 0.41667F;
mc.Correctionoffset = -5.34F;
mc.Description = "Throttle position angle";
mc.Units = "Degrees";
break;
case 0x2D: // TPS voltage
mc.Correctionfactor = 0.01952F;
mc.Correctionoffset = 0;
mc.Description = "TPS voltage";
mc.Units = "Volt";
break;
case 0x70: // front O2 sensor voltage
mc.Correctionfactor = 0.0049F;
mc.Correctionoffset = -0.1772F;
mc.Description = "Front O2 sensor";
mc.Units = "Volt";
break;
case 0x79: // rear O2 sensor voltage
mc.Correctionfactor = 0.0049F;
mc.Correctionoffset = -0.1772F;
mc.Description = "Rear O2 sensor";
mc.Units = "Volt";
break;
case 0x89: //EGR duty cycle
mc.Correctionfactor = 1.5625F;
mc.Correctionoffset = -1.5625F;
mc.Description = "EGR duty cycle";
mc.Units = "%";
break;
case 0x8D: //EGR temperature
mc.Correctionfactor = 1F;
mc.Correctionoffset = -80F;
mc.Description = "EGR temperature";
mc.Units = "Degrees celcius";
break;
case 0x92: //EGR voltage
mc.Correctionfactor = 0.01952F;
mc.Correctionoffset = 0;
mc.Description = "EGR sensor voltage";
mc.Units = "Volt";
break;
case 0xD4: //Accelerometer
mc.Correctionfactor = 0.01952F;
mc.Correctionoffset = 0;
mc.Description = "Accelerometer DC";
mc.Units = "DC Volt";
break;
case 0x17: //Rear knock sensor signal
mc.Correctionfactor = -1;
mc.Correctionoffset = 6;
mc.Description = "Rear knock sensor";
mc.Units = "";
break;
case 0x19: //Front knock sensor signal
mc.Correctionfactor = -1;
mc.Correctionoffset = 6;
mc.Description = "Front knock sensor";
mc.Units = "";
break;
case 0xA2: //Ignition retard by knock
mc.Correctionfactor = 0.15F;
mc.Correctionoffset = 0;
mc.Description = "Ignition retard (knock)";
mc.Units = "Degrees";
break;
case 0xAD: //Boost pressure reduce
mc.Correctionfactor = 1;
mc.Correctionoffset = 0;
mc.Description = "Boost pressure reduce (knock)";
mc.Units = "";
break;
case 0xB0: //Fuel enrichment
mc.Correctionfactor = 1;
mc.Correctionoffset = 0;
mc.Description = "Fuel enrichment";
mc.Units = "";
break;
case 0x44: //Accelerometer AC voltage
mc.Correctionfactor = 0.0195F;
mc.Correctionoffset = -2.5F;
mc.Description = "Accelerometer AC";
mc.Units = "Volt";
break;
case 0xC0: //Front lambda max voltage
mc.Correctionfactor = 0.0049F;
mc.Correctionoffset = -0.1772F;
mc.Description = "Front O2 sensor max voltage";
mc.Units = "Volt";
break;
case 0xC1: //Front lambda min voltage
mc.Correctionfactor = 0.0049F;
mc.Correctionoffset = -0.1772F;
mc.Description = "Front O2 sensor min voltage";
mc.Units = "Volt";
break;
case 0xC9: //Front lambda switching period
mc.Correctionfactor = 0.04F;
mc.Correctionoffset = 0;
mc.Description = "Front O2 sensor switching period";
mc.Units = "seconds";
break;
}
return mc;
/* else if (this.m_identifier == 0x4F)
{
m_factor = 1;
m_descr = "Unknown";
}
else if (this.m_identifier == 0x40)
{
// Load
m_factor = 0.05F;
//m_factor = 0.075F; ??
m_descr = "Load (ms inj)";
}
else if (this.m_identifier == 0x3B)
{
// RPM
m_factor = 40;
m_descr = "RPM";
}
else if (this.m_identifier == 0x37 || this.m_identifier == 0x38)
{
m_factor = 1;
m_descr = "IAT/ECT";
}*/
}
public void CalculateRealValues()
{
float m_factor = 1;
if (this.Length > 0)
{
// depends on identifier
/*
* 3B is Engine speed
* 40 is Engine load
* 37 or 38 is ECT or IAT
* * */
m_calculcatedValues = new float[this.m_length];
m_calculcatedIntValues = new int[this.m_length];
MapConfiguration mc = new MapConfiguration();
mc.GetCorrectionFactorForMap(this.Identifier, m_IsMotronic44, m_IsLH242, m_IsM18);
m_descr = mc.Description;
if(mc.Units != "") m_descr += " [" + mc.Units + "]";
if (!this.IsMotronic44)
{
//GetCorrectionFactorForMap(this.m_identifier);
// get the max value in the list, last value
float max_value = (int)m_values.GetValue(this.m_length - 1);
//max_value += mc.Correctionoffset;
//(256-100)x40
float max_calculated_value = ((float)(256 - max_value) * mc.Correctionfactor);
float actual_max_calculated_value = max_calculated_value + mc.Correctionoffset;
/*if (this.m_identifier == 0x40)
{
// different for load
max_calculated_value = ((float)(max_value) * m_factor);
}*/
m_calculcatedValues.SetValue((float)Convert.ToDouble(actual_max_calculated_value.ToString("F2")), this.m_length - 1);
m_calculcatedIntValues.SetValue(Convert.ToInt32(actual_max_calculated_value), this.m_length - 1);
float m_prev_value = max_calculated_value;
for (int p = this.m_length - 2; p >= 0; p--)
{
int this_value = (int)m_values.GetValue(p);
if (this.m_addressinfile == 0xefbc) Console.WriteLine("value: " + this_value.ToString("X2"));
float this_calculated_value = m_prev_value - ((float)this_value * mc.Correctionfactor);
if (this.m_addressinfile == 0xefbc) Console.WriteLine("prev_value: " + m_prev_value.ToString("F2"));
if (this.m_addressinfile == 0xefbc) Console.WriteLine("this_calculated_value: " + this_calculated_value.ToString("F2"));
float actually_calculated_value = this_calculated_value + mc.Correctionoffset;
if (this.m_addressinfile == 0xefbc) Console.WriteLine("actually_calculated_value: " + actually_calculated_value.ToString("F2"));
m_calculcatedValues.SetValue((float)Convert.ToDouble(actually_calculated_value.ToString("F2")), p);
m_calculcatedIntValues.SetValue(Convert.ToInt32(actually_calculated_value), p);
m_prev_value = this_calculated_value;
//6240-(16x40)
}
}
else
{
// do all * correction factor + correction offset
for (int p = 0; p < m_length; p++)
{
float calcvalue = (float)Convert.ToDouble(m_values.GetValue(p));
calcvalue *= mc.Correctionfactor;
calcvalue += mc.Correctionoffset;
m_calculcatedValues.SetValue(calcvalue, p);
m_calculcatedIntValues.SetValue(Convert.ToInt32(calcvalue), p);
}
}
}
}
public InstanceMapperProvider(MapConfiguration configuration)
{
_configuration = configuration;
}
public int[] CalculateOriginalValues(float[] newvalues)
{
int[] retval = new int[newvalues.Length];
MapConfiguration mc = new MapConfiguration();
mc.GetCorrectionFactorForMap(this.Identifier, m_IsMotronic44, m_IsLH242, m_IsM18);
int[] tempvals = new int[newvalues.Length];
for (int i = 0; i < newvalues.Length; i++)
{
float val = newvalues[i];
val -= mc.Correctionoffset;
val /= mc.Correctionfactor;
tempvals.SetValue(Convert.ToInt32(val), i);
}
foreach (int v in tempvals)
{
Console.WriteLine("phase1: " + v.ToString());
}
// 256 - x = 175
// x = -175 + 256
int _bmaxValue = (int)tempvals.GetValue(tempvals.Length -1);
_bmaxValue = 256 - _bmaxValue;
retval[tempvals.Length - 1] = _bmaxValue;
int bPrevValue = _bmaxValue;
for (int p = tempvals.Length - 2; p >= 0; p--)
{
int diff = tempvals[p + 1] - tempvals[p];
retval.SetValue(diff, p);
}
foreach (int v in retval)
{
Console.WriteLine("phase2: " + v.ToString());
}
return retval;
}
public GameConfiguration(CycleConfiguration cycleConfig, MapConfiguration mapConfig)
{
CycleConfig = cycleConfig;
MapConfig = mapConfig;
}
