/// <summary>
/// 获取数据
/// </summary>
public bool GetDataList()
{
string functionName = "GetDataList";
try
{
List <AMS.Model.AMS_Province> modellist = new List <Model.AMS_Province>();
//TODO:获取数据
modellist = AMS.ServiceProxy.IProvinceService.GetProvinceList();
ProvinceList.Clear();
foreach (AMS.Model.AMS_Province model in modellist)
{
ProvinceList.Add(model);
}
return(true);
}
catch (AMS.Model.CustomerException ex)
{
ErrorMessage = string.Format("{0} 出自{1}.{2}", ex.Message, ex.ErrorSourcesClass, ex.ErrorSourcesFunction);
return(false);
}
catch (Exception ex)
{
ErrorMessage = string.Format("{0} 出自{1}.{2}", ex.Message, CLASSNAME, functionName);
return(false);
}
#endregion
}
/// <summary>
/// 初始化编辑时地址下拉框
/// </summary>
/// <param name="user"></param>
public void InitialEditAddress(DataOfUserDetial user)
{
CountryList.Clear();
ProvinceList.Clear();
CityList.Clear();
AreaList.Clear();
var countryList = new Areas()
{
parent_id = 0, type = 1
}.GetChildrenList();
var provinceList = new Areas()
{
parent_id = 1 /*user.countryId*/, type = 2
}.GetChildrenList();
var cityList = new Areas()
{
parent_id = user.provinceId, type = 3
}.GetChildrenList();
var areaList = new Areas()
{
parent_id = user.cityId, type = 4
}.GetChildrenList();
CountryList.AddRange(countryList.ToObservableCollection());
ProvinceList.AddRange(provinceList.ToObservableCollection());
CityList.AddRange(cityList.ToObservableCollection());
AreaList.AddRange(areaList.ToObservableCollection());
CountryIndex = 1; //user.countryId;
ProvinceIndex = user.provinceId;
CityIndex = user.cityId;
AreaIndex = user.areaId;
}
public static void ImportProvince( string source, string target, ExportMode mode )
{
Console.WriteLine( "Opening source file \"{0}\"...", Path.GetFileName( source ) );
ProvinceList provinces = new ProvinceList();
FileStream stream = null;
try {
stream = new FileStream( source, FileMode.Open, FileAccess.Read, FileShare.Read );
if ( mode == ExportMode.XML ) {
System.Xml.XmlDocument doc = new System.Xml.XmlDocument();
doc.Load( stream );
provinces.ReadFrom( doc );
}
else {
provinces.ReadFrom( new EU2.IO.CSVReader( stream ) );
}
}
finally {
if ( stream != null ) stream.Close();
}
Console.WriteLine( "Opening target file \"{0}\"...", Path.GetFileName( target ) );
EU2.Edit.File file = new EU2.Edit.File();
try {
file.ReadFrom( target );
}
catch ( EU2.Edit.InvalidFileFormatException ) {
Console.WriteLine( "The specified target file is not an EU2Map file, or is corrupt." );
return;
}
file.Provinces = provinces;
file.WriteTo( target );
Console.WriteLine( "Import successful." );
}
private void populateComboBoxProvince(ComboBox comboBox)
{
try
{
// Clear ComboBox first so that this method can be called again later if
// necessary.
comboBox.Items.Clear();
ProvinceList provinces = ProvinceRepository.GetProvinces();
foreach (Province province in provinces)
{
string provinceAbbreviation = province.Abbreviation;
comboBox.Items.Add(provinceAbbreviation);
}
}
catch (SqlException ex)
{
MessageBox.Show(ex.Message, "DB Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
catch (Exception ex)
{
MessageBox.Show(ex.Message, "Processing Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
public DefaultCompressor( int rx, int ry, int zoom, ProvinceList provinces, AdjacencyTable adjacent, IDMap idmap )
{
this.rx = rx;
this.ry = ry;
this.zoom = zoom;
this.provinces = provinces;
this.adjacent = adjacent;
this.idmap = idmap;
}
private Lightmap( int zoom, ProvinceList provinces, AdjacencyTable adjacent, IDMap idmap )
{
if ( zoom < 0 ) throw new InvalidZoomFactorException( zoom );
this.zoom = zoom;
this.provinces = provinces;
this.adjacent = adjacent;
this.idmap = idmap;
this.volatiledecompression = false;
Size sz = CoordMap.ActualToZoomedBlocks( BaseSize );
blocks = new GenericMapBlock[sz.Width*sz.Height];
}
public async Task GetProvinceAsync()
{
this.ProvinceList.Clear();
ApiResponse apiResponse = await ApiHelper.Get <List <Province> >("api/provinces", false, false);
List <Province> data = (List <Province>)apiResponse.Content;
foreach (var item in data)
{
ProvinceList.Add(item);
}
}
public static ProvinceList GetProvinces()
{
ProvinceList provinces = new ProvinceList();
using (SqlConnection conn = new SqlConnection(connString))
{
string query = $@"SELECT ProvinceId, Sort, Abbreviation, Name
FROM {provinceTableName}
ORDER BY Sort";
using (SqlCommand cmd = new SqlCommand())
{
cmd.CommandType = CommandType.Text;
cmd.CommandText = query;
cmd.Connection = conn;
conn.Open();
using (SqlDataReader reader = cmd.ExecuteReader())
{
int provinceId;
int sort;
string abbreviation;
string name = null;
while (reader.Read())
{
provinceId = (int)reader["ProvinceId"];
sort = (int)reader["Sort"];
abbreviation = reader["Abbreviation"] as string;
if (!reader.IsDBNull(reader.GetOrdinal("Name")))
{
name = reader["Name"] as string;
}
provinces.Add(new Province
{
ProvinceId = provinceId,
Sort = sort,
Abbreviation = abbreviation,
Name = name
});
name = null;
}
}
}
}
return(provinces);
}
/// <summary>
/// Initialize the province list.
/// </summary>
private static void InitializeProvince()
{
lock (DataModel.SyncRoot)
{
CountryRow countryRow = DataModel.Country.CountryKeyExternalId0.Find("US");
Application.Current.Dispatcher.BeginInvoke(new WaitCallback(delegate(object data)
{
StateComboBox.stateList = new ProvinceList((Guid)data);
}), countryRow.CountryId);
}
}
public TerrainShader( ColorScales scales, ProvinceList provinces, IDMap idmap )
{
this.shades = scales.Shades;
this.provinces = provinces;
// Build the range check array
rangecheck = new byte[512];
for( int r=0; r<512; r++ ) {
if ( r >= 256 ) rangecheck[r] = 127;
else if ( r >= 132 ) rangecheck[r] = (byte)(r-128);
else rangecheck[r] = 4;
}
}
public ColoredShader( ColorScales scales, ProvinceList provinces, bool drawborders )
{
this.shades = scales.Shades;
this.provinces = provinces;
this.drawborders = drawborders;
this.rangecheck = new byte[512];
for( int r=0; r<512; r++ ) {
if ( r >= 256 ) rangecheck[r] = 127;
else if ( r >= 132 ) rangecheck[r] = (byte)(r-128);
else rangecheck[r] = 4;
}
}
public EditProfilePageViewModel(INavigationService navigationService)
{
NavigationService = navigationService;
IsPermissionSettingOpen = false;
MessagingCenter.Subscribe <string, Position>(this, "LocationAddress", (sender, pickedposition) =>
{
Street = AddressfromGPS = sender.ToString();
AddressPositionfromGPS = pickedposition;
});
IsLoaderBusy = false;
IsLocationFetch = false;
GetMaritalStatusList();
if (BaseViewModel.countryDataModels != null && BaseViewModel.countryDataModels.Count > 0 && BaseViewModel.provienceDataModels != null && BaseViewModel.provienceDataModels.Count > 0)
{
if (Application.Current.Properties.ContainsKey("AppLocale") && !string.IsNullOrEmpty(Application.Current.Properties["AppLocale"].ToString()))
{
var languageculture = Application.Current.Properties["AppLocale"].ToString();
Country = languageculture.Equals("en-US") ? BaseViewModel.countryDataModels.FirstOrDefault().country_name : BaseViewModel.countryDataModels.FirstOrDefault().arabic_country_name;
}
else
{
Country = BaseViewModel.countryDataModels.FirstOrDefault().country_name;
}
foreach (var item in BaseViewModel.provienceDataModels)
{
if (Application.Current.Properties.ContainsKey("AppLocale") && !string.IsNullOrEmpty(Application.Current.Properties["AppLocale"].ToString()))
{
var languageculture = Application.Current.Properties["AppLocale"].ToString();
item.display_province_name = languageculture.Equals("en-US") ? item.province_name : item.arabic_province_name;
}
else
{
item.display_province_name = item.province_name;
}
ProvinceList.Add(item);
}
//ProviencePickerSelectedindex = ProvinceList.IndexOf(ProvinceList.Where(x => x.province_name.ToLower().Contains("sana") || x.arabic_province_name.Contains("sana")).ToList().FirstOrDefault());
}
MessagingCenter.Subscribe <ImagesModel>(this, "ProfilePicture", (sender) =>
{
GallData = sender;
UserPic = GallData.Image;
});
}
public BlockVisualiser( ColorScales scales, ProvinceList provinces )
{
this.shades = scales.Shades;
this.provinces = provinces;
this.rangecheck = new byte[512];
for( int r=0; r<512; r++ ) {
if ( r >= 256 ) rangecheck[r] = 127;
else if ( r >= 132 ) rangecheck[r] = (byte)(r-128);
else rangecheck[r] = 4;
}
imagestack = new Stack();
}
/// <summary>
/// 初始化地址
/// </summary>
/// <param name="user">对应的用户</param>
public void InitialViewAddress(DataOfUserDetial user)
{
MyDetialPage = 0;
CountryList.Clear();
ProvinceList.Clear();
CityList.Clear();
AreaList.Clear();
var countryList = new Areas()
{
parent_id = 0, type = 1
}.GetChildrenList();
CountryList.AddRange(countryList.ToObservableCollection());
var currentCoun = countryList.FirstOrDefault(c => c.id == user.countryId);
DCountry = (currentCoun == null) ? "" : currentCoun.name;//设置国家名称
var provinceList = new Areas()
{
parent_id = user.countryId == 0 ? (1) : (user.countryId), type = 2
}.GetChildrenList(); //如果未选择国家则默认为中国
ProvinceList.AddRange(provinceList.ToObservableCollection());
var currentProvin = provinceList.FirstOrDefault(c => c.id == user.provinceId);
DProvince = (currentProvin == null) ? "" : currentProvin.name;//设置省份名称
var cityList = new Areas()
{
parent_id = user.provinceId, type = 3
}.GetChildrenList();
CityList.AddRange(cityList.ToObservableCollection());
var cuttentCity = cityList.FirstOrDefault(c => c.id == user.cityId);
DCity = cuttentCity == null ? "" : cuttentCity.name;//设置城市名称
var areaList = new Areas()
{
parent_id = user.cityId, type = 4
}.GetChildrenList();
AreaList.AddRange(areaList.ToObservableCollection());
var currentArea = areaList.FirstOrDefault(c => c.id == user.areaId);
DArea = currentArea == null ? "" : currentArea.name;//设置区域名称
}
public List <SelectListItemSurrogate> GetProvinces()
{
var result = ProvinceList.Select(province => new SelectListItemSurrogate
{
Text = province.strRegionName,
Value = (province.idfsRegion > 0)
? province.idfsRegion.ToString()
: null,
Selected = (province.idfsRegion == ProvinceId)
}).ToList();
if (!IsRequired)
{
FilterHelper.InsertEmptyItem(result);
}
return(result);
}
public void InitProvinceDistrict()
{
using (DbManagerProxy manager = DbManagerFactory.Factory.Create(ModelUserContext.Instance))
{
ProvinceList = RegionLookup.Accessor.Instance(null).SelectList(manager, EidssSiteContext.Instance.CountryID, null);
m_DistrictList = ThaiDistrictLookup.Accessor.Instance(null).SelectList(manager, null, null, null);
Province = ProvinceList.Find(p => p.idfsRegion == EidssSiteContext.Instance.RegionID);
var organization = Organization.Accessor.Instance(null)
.SelectDetail(manager, EidssSiteContext.Instance.OrganizationID) as Organization;
long?defRayon = null;
if (organization != null && organization.Address != null && organization.Address.Rayon != null)
{
defRayon = organization.Address.Rayon.idfsRayon;
}
District = DistrictList.Find(
d =>
(d.idfsDistrict == defRayon && d.idfsParentDistrict == null) ||
(d.idfsParentDistrict != null && d.idfsParentDistrict == defRayon));
}
}
/// <summary>
/// 初始化行政区划
/// </summary>
private void InitPCAS()
{
try
{
var assembly = IntrospectionExtensions.GetTypeInfo(typeof(EditAddressViewModel)).Assembly;
using (var reader = new StreamReader(assembly.GetManifestResourceStream("XMart.Util.pcas.json")))
{
var jsonData = reader.ReadToEnd();
JObject questionsList = (JObject)JsonConvert.DeserializeObject(jsonData);
AllPlaces = questionsList;
foreach (var item in AllPlaces)
{
ProvinceList.Add(item.Key);
}
}
}
catch (Exception)
{
throw;
}
}
public ushort FindClosestLand( int x, int y, ushort skipid, ProvinceList provinces )
{
return FindClosestLand( x, y, skipid, Lightmap.BlockSize, provinces, null );
}
public ushort FindClosestLand( int x, int y, ProvinceList provinces, int range )
{
return FindClosestLand( x, y, this[x,y], range, provinces, null );
}
public ushort FindClosestLand( int x, int y, ProvinceList provinces )
{
return FindClosestLand( x, y, this[x,y], Lightmap.BlockSize, provinces, null );
}
public ushort[] BuildAdjacencyTable( AdjacencyTable mergeWith, Rectangle region, ProvinceList provinces )
{
return mergeWith.Merge( BuildAdjacencyTable( region, provinces ) );
}
public static Lightmap FromFile( int zoom, ProvinceList provinces, AdjacencyTable adjacent, IDMap idmap, string path )
{
FileStream stream = null;
try {
stream = new FileStream( path, FileMode.Open, FileAccess.Read, FileShare.Read );
return new Lightmap( zoom, provinces, adjacent, idmap, new BinaryReader( stream ) );
}
finally {
if ( stream != null ) stream.Close();
}
}
public void FindNearest( int x, int y, int perimeter, ProvinceList provinces, out ushort id, out double distance )
{
ushort[] ids;
double[] distances;
FindNearest( x, y, perimeter, 1, provinces, out ids, out distances );
id = ids[0];
distance = distances[0];
}
public void FindNearest( int x, int y, int perimeter, int count, ProvinceList provinces, out ushort[] ids, out double[] distances )
{
int halfperimeter = (perimeter/2);
// Get all ids around this point (in the specfied perimeter)
ushort[] idlist = GetIDs( x-halfperimeter, y-halfperimeter, perimeter, perimeter, GetIDOptions.SkipTI | GetIDOptions.SkipRivers, provinces );
ushort[,] area = GetPerimeterMap( x, y, perimeter );
// Calculate distances for the found ids
double[] distlist = new double[idlist.Length];
for ( int i=0; i<idlist.Length; ++i ) {
if ( idlist[i] != Province.TerraIncognitaID )
distlist[i] = CalcDistance( area, idlist[i] );
else
distlist[i] = MaxDistance;
}
ids = new ushort[count];
distances = new double[count];
for ( int i=0; i<count; ++i ) {
ids[i] = Province.TerraIncognitaID;
distances[i] = MaxDistance;
}
Array.Sort( distlist, idlist );
// Copy to result set
Array.Copy( idlist, 0, ids, 0, idlist.Length < count ? idlist.Length : count );
Array.Copy( distlist, 0, distances, 0, distlist.Length < count ? distlist.Length : count );
}
public CompleteProfilePageViewModel(INavigationService navigationService)
{
NavigationService = navigationService;
MessagingCenter.Subscribe <string, Position>(this, "LocationAddress", (sender, pickedposition) =>
{
Street = AddressfromGPS = sender.ToString();
AddressPositionfromGPS = pickedposition;
});
IsLocationFetch = false;
IsLoaderBusy = false;
//UserPic = "logo.png";
IsLoaderBusy = false;
HasCurrentLocation = false;
Street = AppResource.cyp_StreetPlaceholder;
DOB = AppResource.cyp_DOBPlaceholder;
TermConditionCheck = "resource://Khadamat_CustomerApp.SvgImages.blank_check_box.svg";
//GetCurrentlocation();
MaritalStatusList.Add(new MaritalStatusPickerModel
{
MaritalStatusDisplay = Common.GetLanguage() != "ar-AE" ? Common.GetEnumDescription(MartialStatusEnum.Single) : Common.GetEnumDescription(MartialStatusArabicEnum.Single),
MaritalStatusEnumValue = Convert.ToInt32(MartialStatusEnum.Single)
});
//MaritalStatusList.Add(new MaritalStatusPickerModel
//{
// MaritalStatusDisplay = Common.GetLanguage() != "ar-AE" ? Common.GetEnumDescription(MartialStatusEnum.InARelationship) : Common.GetEnumDescription(MartialStatusArabicEnum.InARelationship),
// MaritalStatusEnumValue = Convert.ToInt32(MartialStatusEnum.InARelationship)
//});
//MaritalStatusList.Add(new MaritalStatusPickerModel
//{
// MaritalStatusDisplay = Common.GetLanguage() != "ar-AE" ? Common.GetEnumDescription(MartialStatusEnum.Engaged) : Common.GetEnumDescription(MartialStatusArabicEnum.Engaged),
// MaritalStatusEnumValue = Convert.ToInt32(MartialStatusEnum.Engaged)
//});
MaritalStatusList.Add(new MaritalStatusPickerModel
{
MaritalStatusDisplay = Common.GetLanguage() != "ar-AE" ? Common.GetEnumDescription(MartialStatusEnum.Married) : Common.GetEnumDescription(MartialStatusArabicEnum.Married),
MaritalStatusEnumValue = Convert.ToInt32(MartialStatusEnum.Married)
});
//MaritalStatusList.Add(new MaritalStatusPickerModel
//{
// MaritalStatusDisplay = Common.GetLanguage() != "ar-AE" ? Common.GetEnumDescription(MartialStatusEnum.ItsComplicated) : Common.GetEnumDescription(MartialStatusArabicEnum.ItsComplicated),
// MaritalStatusEnumValue = Convert.ToInt32(MartialStatusEnum.ItsComplicated)
//});
//MaritalStatusList.Add(new MaritalStatusPickerModel
//{
// MaritalStatusDisplay = Common.GetLanguage() != "ar-AE" ? Common.GetEnumDescription(MartialStatusEnum.InAnOpenRelationship) : Common.GetEnumDescription(MartialStatusArabicEnum.InAnOpenRelationship),
// MaritalStatusEnumValue = Convert.ToInt32(MartialStatusEnum.InAnOpenRelationship)
//});
MaritalStatusList.Add(new MaritalStatusPickerModel
{
MaritalStatusDisplay = Common.GetLanguage() != "ar-AE" ? Common.GetEnumDescription(MartialStatusEnum.Divorced) : Common.GetEnumDescription(MartialStatusArabicEnum.Divorced),
MaritalStatusEnumValue = Convert.ToInt32(MartialStatusEnum.Divorced)
});
if (BaseViewModel.countryDataModels != null && BaseViewModel.countryDataModels.Count > 0 && BaseViewModel.provienceDataModels != null && BaseViewModel.provienceDataModels.Count > 0)
{
if (Application.Current.Properties.ContainsKey("AppLocale") && !string.IsNullOrEmpty(Application.Current.Properties["AppLocale"].ToString()))
{
var languageculture = Application.Current.Properties["AppLocale"].ToString();
Country = languageculture.Equals("en-US") ? BaseViewModel.countryDataModels.FirstOrDefault().country_name : BaseViewModel.countryDataModels.FirstOrDefault().arabic_country_name;
}
else
{
Country = BaseViewModel.countryDataModels.FirstOrDefault().country_name;
}
foreach (var item in BaseViewModel.provienceDataModels)
{
if (Application.Current.Properties.ContainsKey("AppLocale") && !string.IsNullOrEmpty(Application.Current.Properties["AppLocale"].ToString()))
{
var languageculture = Application.Current.Properties["AppLocale"].ToString();
item.display_province_name = languageculture.Equals("en-US") ? item.province_name : item.arabic_province_name;
}
else
{
item.display_province_name = item.province_name;
}
ProvinceList.Add(item);
}
ProviencePickerSelectedindex = ProvinceList.IndexOf(ProvinceList.Where(x => x.province_name.ToLower().Contains("sana") || x.arabic_province_name.Contains("sana")).ToList().FirstOrDefault());
}
//GetCountriesApi();
MessagingCenter.Subscribe <ImagesModel>(this, "ProfilePicture", (sender) =>
{
GallData = sender;
UserPic = GallData.Image;
});
MessagingCenter.Send("CompleteProfilePage", "CompleteProfilePage");
}
public static IncognitaGrid Build( IDMap idmap, ProvinceList provinces, IDGrid idgrid )
{
IncognitaGrid result = new IncognitaGrid();
double scansize = (double)(Lightmap.BlockSize << 1);
double scanfactor = 256.0 / Math.Sqrt( (scansize/2.0) * (scansize/2.0) );
Random rnd = new Random();
int halfscan = (int)(scansize/2);
for( int y=0; y<Lightmap.BaseHeight; y+=Lightmap.BlockSize ) {
for( int x=0; x<Lightmap.BaseWidth; x+=Lightmap.BlockSize ) {
ushort[] list = idmap.GetIDs( x-halfscan, y-halfscan, (int)scansize, (int)scansize, GetIDOptions.SkipTI | GetIDOptions.SkipRivers, provinces );
if ( list.Length > 1 ) {
double[] distances;
ushort[] idlist;
int weight;
idmap.FindNearest( x, y, (int)scansize, 4, provinces, out idlist, out distances );
for ( int i=0; i<4; ++i ) {
if ( idlist[i] > Province.MaxID ) idlist[i] = Province.TerraIncognitaID;
weight = (int)(distances[i]*scanfactor);
weight = weight - 15 + (rnd.Next(0x7fff) & 31);
if ( weight < 0 ) weight = 0;
else if ( weight > 255 ) weight = 255;
result.grid[x >> Lightmap.BlockFactor,y >> Lightmap.BlockFactor].data[i].id = idgrid.MapID( x, y, idlist[i] );
result.grid[x >> Lightmap.BlockFactor,y >> Lightmap.BlockFactor].data[i].weight = (byte)weight;
}
}
else {
ushort id = Province.TerraIncognitaID;
if ( list.Length > 0 ) {
id = list[0];
if ( id > Province.MaxID ) id = Province.TerraIncognitaID;
}
result.grid[x >> Lightmap.BlockFactor, y >> Lightmap.BlockFactor].data[0].id = idgrid.MapID( x, y, id );
result.grid[x >> Lightmap.BlockFactor, y >> Lightmap.BlockFactor].data[0].weight = 0;
result.grid[x >> Lightmap.BlockFactor, y >> Lightmap.BlockFactor].data[1].id = 0;
result.grid[x >> Lightmap.BlockFactor, y >> Lightmap.BlockFactor].data[1].weight = 255;
result.grid[x >> Lightmap.BlockFactor, y >> Lightmap.BlockFactor].data[2].id = 0;
result.grid[x >> Lightmap.BlockFactor, y >> Lightmap.BlockFactor].data[2].weight = 255;
result.grid[x >> Lightmap.BlockFactor, y >> Lightmap.BlockFactor].data[3].id = 0;
result.grid[x >> Lightmap.BlockFactor, y >> Lightmap.BlockFactor].data[3].weight = 255;
}
}
}
return result;
}
public ushort[] GetIDs( int x, int y, int width, int height, GetIDOptions options, ProvinceList provinces )
{
// Check for valid coordinates and adjust if needed
bool includeTI = (options & GetIDOptions.SkipTI) == 0;
bool inclusive = (options & GetIDOptions.OnlyInclusiveProvinces) > 0;
bool skipRivers = (options & GetIDOptions.SkipRivers) > 0 && (provinces != null);
x = Lightmap.BaseNormalizeX( x );
width += x;
if ( y < 0 ) {
height += y;
y = 0;
}
height += y;
if ( height > Lightmap.BaseHeight ) height = Lightmap.BaseHeight;
int[] tagged = new int[Province.InternalCount];
// Reset all items to 0
for ( int i=0; i<Province.Count; ++i ) tagged[i] = 0;
// Walk over the zones for each line, and tag each time we encounter a province id
for ( ; y<height; ++y ) {
lines[y].TagIDs( tagged, x, width, inclusive );
}
// Count items in list
int count = 0;
ushort start = (ushort )(includeTI ? 0 : 1);
for ( int i=start; i<Province.InternalCount; ++i ) {
if ( tagged[i] > 0 && (!skipRivers || (skipRivers && !provinces[i].IsRiver()) ) ) count++;
}
ushort[] list = new ushort[count];
count = 0;
for ( ushort i=start; i<Province.InternalCount; ++i ) {
if ( tagged[i] > 0 && (!skipRivers || !provinces[i].IsRiver()) ) list[count++] = i;
}
return list;
}
private Lightmap( int zoom, ProvinceList provinces, AdjacencyTable adjacent, IDMap idmap, BinaryReader reader )
: this(zoom, provinces, adjacent, idmap)
{
ReadFrom( reader );
}
public void Attach( ProvinceList provinces, AdjacencyTable adjacent, IDMap idmap )
{
this.provinces = provinces;
this.adjacent = adjacent;
this.idmap = idmap;
}
public static Lightmap FromStream( int zoom, ProvinceList provinces, AdjacencyTable adjacent, IDMap idmap, BinaryReader reader )
{
return new Lightmap( zoom, provinces, adjacent, idmap, reader );
}
public ushort FindClosestLand( int x, int y, ushort skipid, ProvinceList provinces, AdjacencyTable adjacent )
{
return FindClosestLand( x, y, skipid, Lightmap.BlockSize, provinces, adjacent);
}
public static IncognitaGrid Build( IDMap idmap, ProvinceList provinces )
{
return Build( idmap, provinces, IDGrid.Build( idmap ) );
}
public ushort FindClosestLand( int x, int y, ushort skipid, int range, ProvinceList provinces, AdjacencyTable adjacent )
{
int halfwidth = (range >> 1);
int halfheight = (range >> 1);
ushort closest_id = skipid;
// -- Build a bitmap around this point
x = Lightmap.BaseNormalizeX( x );
int max_distance = MaxDistance;
ushort[,] map = ExportBitmapGrid( x-halfwidth, y-halfheight, range, range );
for ( int my=0; my<range; ++my ) {
for ( int mx=0; mx<range; ++mx ) {
// -- Skip for TI and pixels belonging to this province
if ( map[mx,my] == Province.TerraIncognitaID || map[mx,my] == skipid ) continue;
if ( !provinces[map[mx,my]].IsLandNoTI() ) continue; // Only land
// Also check if adjacency exists
if ( adjacent != null && skipid != 0 ) {
int adj = adjacent.GetAdjacencyIndex( skipid, map[mx,my] );
if ( adj < 0 || adj >= 16 ) continue;
}
// -- This pixel qualifies: check the distance.
// Normally, we should need a sqrt() too, but it doesn't really matter here,
// as we just want "the smallest" and not how small it actually is.
int distance = ((mx-halfwidth)*(mx-halfwidth)) + ((my-halfheight)*(my-halfheight));
if ( distance < max_distance ) {
max_distance = distance;
closest_id = map[mx,my];
}
}
}
return closest_id;
}
public void OnNavigatedTo(INavigationParameters parameters)
{
if (parameters.ContainsKey("ProfileData"))
{
profiledata = (UserModel)parameters["ProfileData"];
try
{
if (profiledata != null)
{
Profiledata = profiledata;
Name = Profiledata.name;
Email = Profiledata.email;
DOB = profiledata.dob;
UserPic = Common.IsImagesValid(profiledata.profile_pic);
PhoneNumber = profiledata.phone_number;
CurrentJob = profiledata.current_job;
Street = !string.IsNullOrEmpty(profiledata.street) && !string.IsNullOrWhiteSpace(profiledata.street) ? profiledata.street : AppResource.cyp_StreetPlaceholder;
if (!string.IsNullOrEmpty(DOB) && !string.IsNullOrWhiteSpace(DOB))
{
var dobdata = DOB.Split('/');
DOBDatePickerSelectedindex = DOBDateList.IndexOf(dobdata[0]);
DOBMonthPickerSelectedindex = DOBMonthList.IndexOf(dobdata[1]);
DOBYearPickerSelectedindex = DOBYearList.IndexOf(dobdata[2]);
}
if (profiledata.longitude.HasValue && profiledata.latitude.HasValue)
{
AddressPositionfromGPS = new Position(profiledata.latitude.Value, profiledata.longitude.Value);
location = new Plugin.Geolocator.Abstractions.Position(profiledata.latitude.Value, profiledata.longitude.Value);
}
Location = profiledata.description_location;
if (profiledata.martial_status.HasValue)
{
switch (profiledata.martial_status.Value)
{
case 1:
MaritalStatusPickerSelectedindex = 0;
break;
case 2:
MaritalStatusPickerSelectedindex = 1;
break;
case 3:
MaritalStatusPickerSelectedindex = 2;
break;
case 4:
MaritalStatusPickerSelectedindex = 3;
break;
case 5:
MaritalStatusPickerSelectedindex = 4;
break;
case 6:
MaritalStatusPickerSelectedindex = 5;
break;
case 7:
MaritalStatusPickerSelectedindex = 6;
break;
default:
MaritalStatusPickerSelectedindex = -1;
break;
}
}
if (profiledata.province.HasValue)
{
ProviencePickerSelectedindex = ProvinceList.IndexOf(ProvinceList.Where(x => x.province_id == (int)profiledata.province.Value).ToList().FirstOrDefault());
}
}
}
catch (Exception ex)
{
}
}
}
public void FindNearest( Point location, int perimeter, int count, ProvinceList provinces, out ushort[] ids, out double[] distances )
{
FindNearest( location.X, location.Y, perimeter, count, provinces, out ids, out distances );
}
public AdjacencyTable BuildAdjacencyTable( ProvinceList provinces )
{
return BuildAdjacencyTable( new Rectangle( 0, 0, Lightmap.BaseWidth, Lightmap.BaseHeight ), provinces );
}
public void FindNearest( Point location, int perimeter, ProvinceList provinces, out ushort id, out double distance )
{
FindNearest( location.X, location.Y, perimeter, provinces, out id, out distance );
}
public static Lightmap CreateEmpty( int zoom, ProvinceList provinces, AdjacencyTable adjacent, IDMap idmap )
{
Lightmap result = new Lightmap( zoom, provinces, adjacent, idmap );
for ( int i=0; i<result.blocks.Length; ++i ) result.blocks[i] = new MapBlock();
return result;
}
public AdjacencyTable BuildAdjacencyTable( Rectangle region, ProvinceList provinces )
{
const int Offset = 2; // 1 is too small, it seems...
AdjacencyTable table = new AdjacencyTable();
// Build a matrix of provinces by walking over the map and marking each adjacency in the matrix.
int[,] matrix = new int[Province.InternalCount,Province.InternalCount];
int[,] rivers = new int[Province.InternalCount,Province.InternalCount];
// Fix region
if ( region.Right > Lightmap.BaseWidth ) region.Width = Lightmap.BaseWidth - region.X;
if ( region.Bottom > Lightmap.BaseHeight ) region.Height = Lightmap.BaseHeight - region.Y;
ushort[] histogram = null;
// Enlarge region (only if it's not encompassing the whole map).
// This is necessary to detect changed on the border of the region specified...
if ( region.X != 0 || region.Y != 0 || region.Width < Lightmap.BaseWidth || region.Width < Lightmap.BaseHeight ) {
// Need to enlarge the region so that it *completely* encompasses all provinces in the original region
// First, Get a map of all the IDs in the original region
histogram = GetHistogram( region );
// Get all ids in the region
ushort[] ids = GetIDs( region, false );
ProvinceBoundBox[] boxes = CalculateBoundBoxes();
for ( int i=0; i<ids.Length; ++i ) {
region = Rectangle.Union( region, boxes[ids[i]].Box );
}
// Fix region, again.
if ( region.Right > Lightmap.BaseWidth ) region.Width = Lightmap.BaseWidth - region.X;
if ( region.Bottom > Lightmap.BaseHeight ) region.Height = Lightmap.BaseHeight - region.Y;
}
int id1, id2;
int[] places = new int[] { Offset*2, 0, 0, -Offset*2,
Offset*4, -Offset*2, Offset*2, -Offset*4,
Offset*6, -Offset*4, Offset*4, -Offset*6,
Offset*8, -Offset*6, Offset*6, -Offset*8 };
for ( int y=region.Top; y<region.Bottom; ++y ) {
// Walk over zones on this row
int zleft = lines[y].LookupZoneIndex( region.Left );
int zright = lines[y].LookupZoneIndex( region.Right );
for ( int z=zleft; z<=zright; ++z ) {
// Skip if we're TI
if ( lines[y].GetZone( z ).ID == Province.TerraIncognitaID ) continue;
// Process this zone.
int left = lines[y].GetZone( z ).X;
int right = left + lines[y].GetZoneLength( z );
for ( int x=left; x<right; ++x ) {
#region Left/Right check
// -- Left/right check first
id1 = this[x-Offset,y];
id2 = this[x+Offset,y];
if ( id1 != Province.TerraIncognitaID && id2 != Province.TerraIncognitaID ) {
if ( provinces[id2].IsRiver() ) {
// The right one is a river...
++matrix[id1,id2];
++matrix[id2,id1];
// Look for land...
for ( int i=0; i<places.Length; i+=2 ) {
id2 = this[x+places[i],y+places[i+1]];
if ( provinces[id2].IsLand() ) {
++matrix[id1,id2];
++matrix[id2,id1];
// Also mark river adjacency
++rivers[id1,id2];
++rivers[id2,id1];
break;
}
}
// If not found, don't mark a thing
}
else {
++matrix[id1,id2];
++matrix[id2,id1];
}
}
#endregion
#region Up/down check
// -- Up/down check next
id1 = this[x,y-Offset];
id2 = this[x,y+Offset];
if ( id1 != 0 && id2 != 0 ) {
if ( provinces[id2].IsRiver() ) {
// The bottom one is a river...
++matrix[id1,id2];
++matrix[id2,id1];
// Look further down for land...
for ( int i=0; i<places.Length; i+=2 ) {
id2 = this[x+(-places[i+1]),y+places[i]];
if ( provinces[id2].IsLand() ) {
++matrix[id1,id2];
++matrix[id2,id1];
// Also mark river adjacency
++rivers[id1,id2];
++rivers[id2,id1];
break;
}
}
// If not found, don't mark a thing
}
else {
++matrix[id1,id2];
++matrix[id2,id1];
}
}
#endregion
}
}
}
// Walk over the matrix, and build an actual list of adjacencies for each province.
const int Threshold = 8; // we need a certain amount of matches to have adjacency...
// Start iterating at 1, no need to incorporate TI...
for ( ushort ph=1; ph<Province.Count; ++ph ) {
// Skip ids not present in the original region
if ( histogram != null && histogram[ph] <= 0 ) continue;
// Do "normal" adjacencies first
for ( ushort pv=1; pv<Province.Count; ++pv ) {
if ( ph == pv || provinces[pv].IsRiver() ) continue;
// Check for the threshold
if ( matrix[ph,pv] <= Threshold ) continue;
table.Add( ph, new Adjacent( pv, rivers[ph,pv] == matrix[ph,pv] ? AdjacencyType.River : AdjacencyType.Normal ) );
}
// Do "river" adjacencies next
for ( ushort pv=1; pv<Province.Count; ++pv ) {
if ( ph == pv || !provinces[pv].IsRiver() ) continue;
// Check for the threshold
if ( matrix[ph,pv] <= Threshold ) continue;
table.Add( ph, new Adjacent( pv, AdjacencyType.Normal ) );
}
}
return table;
}
public CompressedBlock Compress( int xreal, int yreal, int zoom, ProvinceList provinces, AdjacencyTable adjacent, IDMap idmap )
{
// Walk the tree, storing the info along the way
MapBlockHandling.Compressor compressor;
if ( provinces == null || adjacent == null || idmap == null )
compressor = new MapBlockHandling.LesserCompressor();
else
compressor = new MapBlockHandling.DefaultCompressor( xreal, yreal, zoom, provinces, adjacent, idmap );
WalkTree( compressor );
// Write away idtable
int datasize = compressor.IDCount*2 + compressor.Tree.Length + (compressor.LeafCount+3)/4*3;
if ( compressor.IDCount == 2 )
datasize += (compressor.LeafCount+7)/8;
else if ( compressor.IDCount == 3 || compressor.IDCount == 4 )
datasize += (compressor.LeafCount+3)/4;
else if ( compressor.IDCount > 4 && compressor.IDCount <= 16 )
datasize += (compressor.LeafCount+1)/2;
else if ( compressor.IDCount > 16 )
datasize += compressor.LeafCount;
byte[] data = new byte[datasize];
int dataindex = 0;
// Copy IDTable
/*
for ( int i=0; i<compressor.IDCount; ++i ) {
data[dataindex++] = (byte)(compressor.IDTable[i] & 255);
data[dataindex++] = (byte)(compressor.IDTable[i] >> 8);
}
*/
byte[] idtable = compressor.IDTable;
for ( int i=0; i<compressor.IDCount; ++i ) {
for ( int t=0; t<ushort.MaxValue; ++t ) {
if ( idtable[t] == i ) {
data[dataindex++] = (byte)(t & 255);
data[dataindex++] = (byte)(t >> 8);
break;
}
}
}
data[dataindex-1] |= Terminator;
byte[] tree = compressor.Tree;
for ( int i=0; i<tree.Length; ++i ) {
data[dataindex++] = tree[i];
}
if ( compressor.IDCount == 2 ) {
for ( int i=0; i<compressor.LeafCount; i+=8 ) {
data[dataindex++] = (byte)(
(compressor.Owners[i]) |
(compressor.Owners[i+1] << 1) |
(compressor.Owners[i+2] << 2) |
(compressor.Owners[i+3] << 3) |
(compressor.Owners[i+4] << 4) |
(compressor.Owners[i+5] << 5) |
(compressor.Owners[i+6] << 6) |
(compressor.Owners[i+7] << 7) );
}
}
else if ( compressor.IDCount == 3 || compressor.IDCount == 4 ) {
for ( int i=0; i<compressor.LeafCount; i+=4 ) {
data[dataindex++] = (byte)(
(compressor.Owners[i]) |
(compressor.Owners[i+1] << 2) |
(compressor.Owners[i+2] << 4) |
(compressor.Owners[i+3] << 6) );
}
}
else if ( compressor.IDCount > 4 && compressor.IDCount <= 16 ) {
for ( int i=0; i<compressor.LeafCount; i+=2 ) {
data[dataindex++] = (byte)(
(compressor.Owners[i]) |
(compressor.Owners[i+1] << 4) );
}
}
else if ( compressor.IDCount > 16 ) {
for ( int i=0; i<compressor.LeafCount; ++i ) {
data[dataindex++] = (byte)(compressor.Owners[i]);
}
}
// Finally, the 6-bit color values
for ( int i=0; i<compressor.LeafCount; i+=4) {
data[dataindex++] = (byte)((compressor.Colors[i] & 63) | ((compressor.Colors[i+1] & 63) << 6));
data[dataindex++] = (byte)(((compressor.Colors[i+1] & 63) >> 2) | ((compressor.Colors[i+2] & 63) << 4));
data[dataindex++] = (byte)(((compressor.Colors[i+2] & 63) >> 4) | ((compressor.Colors[i+3] & 63) << 2));
}
return new CompressedBlock( data );
}
