private Tuple <Point, Color> ComputeColor(Point p, int max, ColorRamp colorRamp)
{
var current = _hitPlot.GetHitsForPoint(p);
var ratio = Gamma(1.0 - Math.Pow(Math.E, -10.0 * current / max));
return(Tuple.Create(p, colorRamp.GetColor(ratio).ToColor()));
}
private void RenderButton_Click(object sender, System.Windows.RoutedEventArgs e)
{
ObservableCollection <ColorRamp> colorRamps = new ObservableCollection <ColorRamp>();
colorRamp = new ColorRamp()
{
From = ((StartColorListBox.SelectedItem as ListBoxItem).Background as SolidColorBrush).Color,
To = ((EndColorListBox.SelectedItem as ListBoxItem).Background as SolidColorBrush).Color,
Algorithm = (Algorithm)AlgorithmListBox.SelectedItem,
};
colorRamps.Add(colorRamp);
generateClassesParameters.ClassificationDefinition = new ClassBreaksDefinition()
{
BaseSymbol = new ESRI.ArcGIS.Client.Symbols.SimpleFillSymbol()
{
Fill = (ColorRampListBox.SelectedItem as ListBoxItem).Background
},
ClassificationField = ((ClassificationFieldListBox.SelectedItem) as Field).Name,
ClassificationMethod = (ClassificationMethod)ClassificationMethodListBox.SelectedItem,
BreakCount = int.Parse(BreakCountTB.Text.Trim()),
ColorRamps = colorRamps,
};
ClassBreaksDefinition classBreakDef =
generateClassesParameters.ClassificationDefinition as ClassBreaksDefinition;
if (classBreakDef.ClassificationMethod == ClassificationMethod.StandardDeviation)
{
classBreakDef.StandardDeviationInterval = (StandardDeviationInterval)IntervalListBox.SelectedItem;
}
if (NormalizationTypeListBox.SelectedItem != null)
{
classBreakDef.NormalizationType = (NormalizationType)NormalizationTypeListBox.SelectedItem;
if (classBreakDef.NormalizationType == NormalizationType.Field)
{
if (NormalizationFieldListBox.SelectedItem != null)
{
classBreakDef.NormalizationField = ((NormalizationFieldListBox.SelectedItem) as Field).Name;
}
else
{
MessageBox.Show("Normalization Field must be selected");
return;
}
}
}
if (generateRendererTask.IsBusy)
{
generateRendererTask.CancelAsync();
}
generateRendererTask.ExecuteAsync(generateClassesParameters);
ThematicPropertiesPage.IsOpen = false;
}
private BitmapSource GeneratePreviewImage(Grid <int> grid, ColorRamp ramp, bool useStdDevStretch, int quality)
{
var bmp = CreateBitmapSource(grid, QuantizedExtent, StatisticsQuantizedZ, useStdDevStretch, ramp, quality);
//BitmapSource bmp = CreateSegmentationBitmap(grid);
//BitmapSource bmp = CreatePlaneFittingBitmap(grid);
return(bmp);
}
public PlanetInfo CreateInfo()
{
PlanetInfo planetInfo = new PlanetInfo();
planetInfo.skybox = skyboxes [GameObject.Find("SkyBoxDropdown").GetComponent <dfDropdown> ().SelectedIndex];
planetInfo.normals = planetNormals [GameObject.Find("NormalDropdown").GetComponent <dfDropdown> ().SelectedIndex];
planetInfo.coalReserves = 10000 * GameObject.Find("CoalSlider").GetComponentInChildren <dfSlider> ().Value;
planetInfo.oilFactor = GameObject.Find("OilSlider").GetComponentInChildren <dfSlider> ().Value;
;
planetInfo.windFactor = GameObject.Find("WindSlider").GetComponentInChildren <dfSlider> ().Value;
;
planetInfo.sunFactor = GameObject.Find("SunSlider").GetComponentInChildren <dfSlider> ().Value;
;
planetInfo.pollutionClearance = 20;
planetInfo.startPollution = 0;
planetInfo.maxPollution = 5000;
planetInfo.startEnergy = 20;
planetInfo.population = 100;
planetInfo.iq = 1;
planetInfo.gameLength = 1000;
planetInfo.planetSize = (int)GameObject.Find("SizeSlider").GetComponentInChildren <dfSlider> ().Value;
print(planetInfo.planetSize);
planetInfo.rotationSpeed = 1;
planetInfo.windZones = 3;
planetInfo.octaves = (int)GameObject.Find("OctavesSlider").GetComponentInChildren <dfSlider> ().Value;
planetInfo.gain = GameObject.Find("GainSlider").GetComponentInChildren <dfSlider> ().Value;
planetInfo.lacunarity = GameObject.Find("LacunaritySlider").GetComponentInChildren <dfSlider> ().Value;
planetInfo.stretch = GameObject.Find("StretchSlider").GetComponentInChildren <dfSlider> ().Value;
Color[] colors = new Color[6];
float[] ranges = new float[5];
for (int i = 0; i < colors.Length; i++)
{
Color c = GameObject.Find("ColorDisplay" + (i + 1)).GetComponentInChildren <dfSlicedSprite> ().Color;
if (i == 0)
{
c.a = 0;
}
colors [i] = c;
}
for (int i = 0; i < ranges.Length; i++)
{
ranges [i] = GameObject.Find("Slider" + (i + 1)).GetComponentInChildren <dfSlider> ().Value / 100f;
}
ColorRamp r = new ColorRamp(colors, ranges);
planetInfo.colorRamp = r;
return(planetInfo);
}
public ColorPickerLogic(Widget widget, ColorRamp initialRamp, Action <ColorRamp> onChange,
Action <ColorRamp> onSelect, WorldRenderer worldRenderer)
{
var panel = widget;
ramp = initialRamp;
var hueSlider = panel.Get <SliderWidget>("HUE");
var satSlider = panel.Get <SliderWidget>("SAT");
var lumSlider = panel.Get <SliderWidget>("LUM");
Action sliderChanged = () =>
{
ramp = new ColorRamp((byte)(255 * hueSlider.Value),
(byte)(255 * satSlider.Value),
(byte)(255 * lumSlider.Value),
10);
onChange(ramp);
};
hueSlider.OnChange += _ => sliderChanged();
satSlider.OnChange += _ => sliderChanged();
lumSlider.OnChange += _ => sliderChanged();
Action updateSliders = () =>
{
hueSlider.Value = ramp.H / 255f;
satSlider.Value = ramp.S / 255f;
lumSlider.Value = ramp.L / 255f;
};
panel.Get <ButtonWidget>("SAVE_BUTTON").OnClick = () => onSelect(ramp);
var randomButton = panel.Get <ButtonWidget>("RANDOM_BUTTON");
if (randomButton != null)
{
randomButton.OnClick = () =>
{
var hue = (byte)Game.CosmeticRandom.Next(255);
var sat = (byte)Game.CosmeticRandom.Next(255);
var lum = (byte)Game.CosmeticRandom.Next(51, 255);
ramp = new ColorRamp(hue, sat, lum, 10);
updateSliders();
sliderChanged();
}
}
;
// Set the initial state
updateSliders();
onChange(ramp);
}
}
private void Form1_Load(object sender, EventArgs e)
{
_width = this.pictureBox1.Width;
_height = this.pictureBox1.Height;
_opacity = this.tbOpacity.Value / 10f;
_count = this.tbHPCount.Value;
_radius = this.tbHPRadius.Value;
_points = randomPoints(_width, _height, _count);
this.cmbColorRamp.SelectedIndex = 1;
_colorRamp = (ColorRamp)Enum.Parse(typeof(ColorRamp), this.cmbColorRamp.SelectedItem.ToString());
make4Maps(_width, _height, _radius, _points, _opacity, _colorRamp);
}
private void AddDefaultRasterSchemes()
{
var values = Enum.GetValues(typeof(PredefinedColors));
foreach (PredefinedColors value in values)
{
var sch = new ColorRamp();
sch.SetColors(value);
var blend = sch.ColorScheme2ColorBlend();
_list.Add(blend);
}
}
private static List <ColorRamp> RegisterColorHandlers()
{
var instances = new List <ColorRamp>();
Type baseType = typeof(ColorRamp);
ExtensionManager.ProcessLoadedTypes(
2,
"ColorRamps",
baseType.IsAssignableFrom,
t => !t.IsAbstract,
t => instances.Add(ColorRamp.LoadMap(t))
);
return(instances);
}
public void Render(string outputDirectory, string outputFilename, ColorRamp colorRamp)
{
_log.InfoFormat("Creating image ({0:N0}x{1:N0})", _resolution.Width, _resolution.Height);
var viewPort = AreaFactory.RenderingArea;
viewPort.LogViewport();
_log.Info("Loading points...");
var listReader = new ComplexNumberListReader(_inputInputDirectory, _inputFilename);
var points = listReader
.GetNumbers()
.Select(n => viewPort.GetPointFromNumber(_resolution, n))
.Distinct()
.ToArray();
_log.Info("Done loading");
_log.DebugFormat("{0:N0} distinct points found (for the specified resolution)", points.Length);
var middlePoint = new Point(_resolution.Width / 2, _resolution.Height / 2);
var maximumDistance = CalculateDistance(middlePoint, new Point(0, 0));
_log.Info("Starting to render");
var outputImg = new Bitmap(_resolution.Width, _resolution.Height);
foreach (var point in _resolution.GetAllPoints())
{
outputImg.SetPixel(point.X, point.Y, Color.Black);
}
foreach (var point in points)
{
if ((point.X < 0) || (point.Y < 0))
{
continue;
}
outputImg.SetPixel(point.X, point.Y, ComputeColor(point, middlePoint, maximumDistance, colorRamp));
}
_log.Info("Finished rendering");
_log.Debug("Saving image");
outputImg.Save(Path.Combine(outputDirectory, String.Format("{0}.png", outputFilename)));
_log.Debug("Done saving image");
}
ColorRamp GetColorRamp()
{
ColorRamp result = new ColorRamp();
//Red - Green - Blue
//result.Add(Colors.Red , 0.0);
//result.Add(Colors.Green, 0.5);
//result.Add(Colors.Blue , 1.0);
//White - Red - Green - Blue
result.Add(Colors.White, 0.0);
result.Add(Colors.Red, 1.0 / 3.0);
result.Add(Colors.Green, 2.0 / 3.0);
result.Add(Colors.Blue, 1.0);
return(result);
}
public Player(World world, Session.Client client, Session.Slot slot, PlayerReference pr)
{
World = world;
InternalName = pr.Name;
PlayerReference = pr;
string botType = null;
// Real player or host-created bot
if (client != null)
{
ClientIndex = client.Index;
ColorRamp = client.ColorRamp;
PlayerName = client.Name;
botType = client.Bot;
Country = ChooseCountry(world, client.Country);
}
else
{
// Map player
ClientIndex = 0; // Owned by the host (todo: fix this)
ColorRamp = pr.ColorRamp;
PlayerName = pr.Name;
NonCombatant = pr.NonCombatant;
botType = pr.Bot;
Country = ChooseCountry(world, pr.Race);
}
PlayerActor = world.CreateActor("Player", new TypeDictionary {
new OwnerInit(this)
});
// Enable the bot logic on the host
IsBot = botType != null;
if (IsBot && Game.IsHost)
{
var logic = PlayerActor.TraitsImplementing <IBot>()
.FirstOrDefault(b => b.Info.Name == botType);
if (logic == null)
{
Log.Write("debug", "Invalid bot type: {0}", botType);
}
else
{
logic.Activate(this);
}
}
}
// When field to summarize on changes, generate a new renderer from the map service
private async void comboField_SelectionChanged(object sender, Windows.UI.Xaml.Controls.SelectionChangedEventArgs e)
{
try
{
// Generate a new renderer
GenerateRendererTask generateRenderer = new GenerateRendererTask(
new Uri("http://sampleserver6.arcgisonline.com/arcgis/rest/services/Census/MapServer/2"));
var colorRamp = new ColorRamp()
{
Algorithm = Algorithm.Hsv,
From = Color.FromArgb(0xFF, 0x99, 0x8E, 0xC3),
To = Color.FromArgb(0xFF, 0xF1, 0xA3, 0x40)
};
var classBreaksDef = new ClassBreaksDefinition()
{
BreakCount = 5,
ClassificationField = ((Windows.UI.Xaml.Controls.ComboBoxItem)comboField.SelectedItem).Tag as string,
ClassificationMethod = ClassificationMethod.Quantile,
BaseSymbol = _baseSymbol,
ColorRamps = new ObservableCollection <ColorRamp>()
{
colorRamp
}
};
var param = new GenerateRendererParameters()
{
ClassificationDefinition = classBreaksDef,
Where = ((ServiceFeatureTable)_featureLayer.FeatureTable).Where
};
var result = await generateRenderer.GenerateRendererAsync(param);
_featureLayer.Renderer = result.Renderer;
// Reset the legend
txtLegendTitle.DataContext = comboField.SelectedValue.ToString();
await CreateLegend((ClassBreaksRenderer)result.Renderer);
}
catch (Exception ex)
{
var _x = new MessageDialog(ex.Message, "Sample Error").ShowAsync();
}
}
public static Color GetColorInRamp(int index, ColorRamp cr)
{
switch (cr)
{
case ColorRamp.RAINBOW:
return(Color.FromArgb(RAINBOW[index]));
case ColorRamp.RED_WHITE_BLUE:
return(Color.FromArgb(RED_WHITE_BLUE[index]));
case ColorRamp.THERMAL:
return(Color.FromArgb(THERMAL[index]));
default:
return(Color.White);
}
}
private static void MakeStrip(IEnumerable <Tuple <HsvColor, double> > colorPoints, string filePath)
{
var ramp = new ColorRamp(colorPoints);
var image = new Bitmap(500, 50);
for (int x = 0; x < image.Width; x++)
{
var color = ramp.GetColor((double)x / image.Width).ToColor();
for (int y = 0; y < image.Height; y++)
{
image.SetPixel(x, y, color);
}
}
image.Save(filePath);
}
private async void make4Maps(int width, int height, int radius, List<HeatPoint> points, float opacity, ColorRamp cr)
{
var hmMaker = new HeatMapMaker
{
Width = width,
Height = height,
Radius = radius,
ColorRamp = cr,
HeatPoints = points,
Opacity = opacity
};
this.pictureBox2.BackgroundImage = await hmMaker.MakeHeatMap();
//
this.pictureBox1.BackgroundImage = hmMaker.GrayMap;
//
displayInfo();
}
// When field to summarize on changes, generate a new renderer from the map service
private async void comboField_SelectionChanged(object sender, SelectionChangedEventArgs e)
{
try
{
// Generate a new renderer
GenerateRendererTask generateRenderer = new GenerateRendererTask(
new Uri("http://sampleserver6.arcgisonline.com/arcgis/rest/services/Census/MapServer/2"));
var colorRamp = new ColorRamp()
{
Algorithm = Algorithm.Hsv,
From = Color.FromRgb(0x99, 0x8E, 0xC3),
To = Color.FromRgb(0xF1, 0xA3, 0x40)
};
var classBreaksDef = new ClassBreaksDefinition()
{
BreakCount = 5,
ClassificationField = ((ComboBoxItem)comboField.SelectedItem).Tag as string,
ClassificationMethod = ClassificationMethod.Quantile,
BaseSymbol = _baseSymbol,
ColorRamps = new ObservableCollection<ColorRamp>() { colorRamp }
};
var param = new GenerateRendererParameters()
{
ClassificationDefinition = classBreaksDef,
Where = ((ServiceFeatureTable)featureLayer.FeatureTable).Where
};
var result = await generateRenderer.GenerateRendererAsync(param);
featureLayer.Renderer = result.Renderer;
// Reset the legend
txtLegendTitle.DataContext = comboField.SelectedValue.ToString();
await CreateLegend((ClassBreaksRenderer)result.Renderer);
}
catch (Exception ex)
{
MessageBox.Show(ex.Message, "Generate Renderer Task Sample");
}
}
private async void Make4Maps(int width, int height, int radius, List <HeatPoint> points,
float opacity, ColorRamp cr)
{
HeatMapMaker hmMaker = new HeatMapMaker
{
Width = width,
Height = height,
Radius = radius,
ColorRamp = cr,
HeatPoints = points,
Opacity = opacity
};
pictureBox2.BackgroundImage = await hmMaker.MakeHeatMap(); // ***renklendirilmiş asıl heatmap***
pictureBox1.BackgroundImage = hmMaker.GrayMap;
DisplayInfo();
}
//选择色带
private void ColorBar1_SelectedIndexChanged(object sender, EventArgs e)
{
if (_colors != null)
{
_colors.Clear();
}
_selectedValue = UniqueValueList.SelectedItem.ToString();
_colorRamp = myColorRamps[ColorBar1.SelectedIndex];
if (listBox1.Items != null)
{
listBox1.Items.Clear();
}
Graphics g = this.CreateGraphics();
Pen p = new Pen(Color.Black, 1);
SolidBrush brush = new SolidBrush(_color);
int i;
Random rd = new Random();
for (i = 0; i < CurLayer.featureClass.Count; i++)
{
int r = rd.Next(_colorRamp.fromColor.R, 255);
Color c = Color.FromArgb(r, _colorRamp.fromColor.G, _colorRamp.fromColor.B);
_colors.Add(c);
Font f = new Font("宋体", 9.0f, FontStyle.Bold);
if (CurLayer.featureClass.featureType == FeatureType.POINT || CurLayer.featureClass.featureType == FeatureType.MULTIPOINT)
{
string str = "· " + CurLayer.featureClass.AttributeData.Rows[i][_selectedValue] + " 1";
listBox1.Items.Add(str);
}
else if (CurLayer.featureClass.featureType == FeatureType.POLYLINE)
{
string str = "— " + CurLayer.featureClass.AttributeData.Rows[i][_selectedValue] + " 1";
listBox1.Items.Add(str);
}
else
{
string str = "■ " + CurLayer.featureClass.AttributeData.Rows[i][_selectedValue] + " 1";
listBox1.Items.Add(str);
}
}
_renderMethod = 1;
}
/// <summary>
/// Converts color blend to MapWinGis color scheme
/// </summary>
public static ColorRamp ToColorScheme(this ColorBlend blend)
{
if (blend == null)
{
return(null);
}
if (blend.Positions.Length == 0 || (blend.Positions.Length != blend.Colors.Length))
{
return(null);
}
var scheme = new ColorRamp();
for (int i = 0; i < blend.Positions.Length; i++)
{
scheme.Add(new ColorInterval(blend.Positions[i], blend.Colors[i]));
}
return(scheme);
}
public BitmapSource GeneratePreviewImage(ColorRamp ramp, bool useStdDevStretch, int quality)
{
//if (m_pixelGridSet == null)
// GeneratePreviewGrid();
if (Preview == null || Preview.ColorHandler != ramp || Preview.UseStdDevStretch != useStdDevStretch || Preview.Quality != quality)
{
var source = GeneratePreviewImage(m_pixelGridSet.GridQuantized, ramp, useStdDevStretch, quality);
Preview = new PreviewImage(source, ramp, useStdDevStretch, quality);
//using (var fileStream = new FileStream(Path.Combine(Cache.APP_CACHE_DIR, "preview.jpg"), FileMode.Create))
//{
// var encoder = new JpegBitmapEncoder();
// encoder.Frames.Add(BitmapFrame.Create(source));
// encoder.QualityLevel = 100;
// encoder.Save(fileStream);
//}
}
return(Preview.Image);
}
private void cmbColorRamp_SelectedIndexChanged(object sender, EventArgs e)
{
switch (this.cmbColorRamp.SelectedIndex)
{
case 0:
this.pictureBox3.BackgroundImage = Resources.i_thermal;
break;
case 1:
this.pictureBox3.BackgroundImage = Resources.i_rainbow;
break;
case 2:
this.pictureBox3.BackgroundImage = Resources.i_redwhiteblue;
break;
}
_colorRamp = (ColorRamp)Enum.Parse(typeof(ColorRamp), this.cmbColorRamp.SelectedItem.ToString());
make4Maps(_width, _height, _radius, _points, _opacity, _colorRamp);
}
public void Render(string outputDirectory, string outputFilename, ColorRamp colorRamp)
{
_log.InfoFormat("Creating image ({0:N0}x{1:N0})", _resolution.Width, _resolution.Height);
_log.Info("Loading trajectory...");
_hitPlot.LoadTrajectories(Path.Combine(_inputInputDirectory, _inputFilename));
_log.Info("Done loading; finding maximum...");
var max = _hitPlot.Max();
_log.DebugFormat("Found maximum: {0:N0}", max);
_log.Info("Starting to render");
var outputImg = new Bitmap(_resolution.Width, _resolution.Height);
var processedPixels =
_resolution
.GetAllPoints()
.AsParallel()
.WithDegreeOfParallelism(GlobalArguments.DegreesOfParallelism)
.Select(p => ComputeColor(p, max, colorRamp))
.AsEnumerable();
foreach (var result in processedPixels)
{
outputImg.SetPixel(result.Item1.X, result.Item1.Y, result.Item2);
}
_log.Info("Finished rendering");
_log.Debug("Saving image");
outputImg.Save(Path.Combine(outputDirectory, String.Format("{0}.png", outputFilename)));
_log.Debug("Done saving image");
}
private void Form1_Load(object sender, EventArgs e)
{
_width = this.pictureBox1.Width;
_height = this.pictureBox1.Height;
_opacity = this.tbOpacity.Value / 10f;
_count = this.tbHPCount.Value;
_radius = this.tbHPRadius.Value;
_points = randomPoints(_width, _height, _count);
this.cmbColorRamp.SelectedIndex = 1;
_colorRamp = (ColorRamp)Enum.Parse(typeof(ColorRamp), this.cmbColorRamp.SelectedItem.ToString());
make4Maps(_width, _height, _radius, _points, _opacity, _colorRamp);
}
private void fillList()//渐变色带初始化
{
ColorRamp colorRamp = new ColorRamp();
colorRamp.fromColor = Color.FromArgb(176, 176, 176);
colorRamp.toColor = Color.FromArgb(255, 0, 0);
myColorRamps.Add(colorRamp);
colorRamp = new ColorRamp();
colorRamp.fromColor = Color.FromArgb(0, 0, 0);
colorRamp.toColor = Color.FromArgb(255, 255, 255);
myColorRamps.Add(colorRamp);
colorRamp = new ColorRamp();
colorRamp.fromColor = Color.FromArgb(104, 204, 255);
colorRamp.toColor = Color.FromArgb(0, 0, 224);
myColorRamps.Add(colorRamp);
colorRamp = new ColorRamp();
colorRamp.fromColor = Color.FromArgb(111, 229, 232);
colorRamp.toColor = Color.FromArgb(46, 100, 140);
myColorRamps.Add(colorRamp);
colorRamp = new ColorRamp();
colorRamp.fromColor = Color.FromArgb(103, 245, 234);
colorRamp.toColor = Color.FromArgb(48, 207, 146);
myColorRamps.Add(colorRamp);
colorRamp = new ColorRamp();
colorRamp.fromColor = Color.FromArgb(116, 242, 237);
colorRamp.toColor = Color.FromArgb(21, 79, 74);
myColorRamps.Add(colorRamp);
colorRamp = new ColorRamp();
colorRamp.fromColor = Color.FromArgb(140, 236, 170);
colorRamp.toColor = Color.FromArgb(102, 72, 48);
myColorRamps.Add(colorRamp);
colorRamp = new ColorRamp();
colorRamp.fromColor = Color.FromArgb(156, 85, 31);
colorRamp.toColor = Color.FromArgb(33, 130, 145);
myColorRamps.Add(colorRamp);
colorRamp = new ColorRamp();
colorRamp.fromColor = Color.FromArgb(48, 100, 102);
colorRamp.toColor = Color.FromArgb(110, 70, 45);
myColorRamps.Add(colorRamp);
colorRamp = new ColorRamp();
colorRamp.fromColor = Color.FromArgb(114, 47, 39);
colorRamp.toColor = Color.FromArgb(69, 117, 181);
myColorRamps.Add(colorRamp);
colorRamp = new ColorRamp();
colorRamp.fromColor = Color.FromArgb(145, 0, 245);
colorRamp.toColor = Color.FromArgb(0, 245, 245);
myColorRamps.Add(colorRamp);
colorRamp = new ColorRamp();
colorRamp.fromColor = Color.FromArgb(182, 237, 240);
colorRamp.toColor = Color.FromArgb(9, 9, 145);
myColorRamps.Add(colorRamp);
colorRamp = new ColorRamp();
colorRamp.fromColor = Color.FromArgb(175, 240, 233);
colorRamp.toColor = Color.FromArgb(255, 252, 255);
myColorRamps.Add(colorRamp);
colorRamp = new ColorRamp();
colorRamp.fromColor = Color.FromArgb(118, 219, 211);
colorRamp.toColor = Color.FromArgb(255, 252, 255);
myColorRamps.Add(colorRamp);
colorRamp = new ColorRamp();
colorRamp.fromColor = Color.FromArgb(200, 219, 219);
colorRamp.toColor = Color.FromArgb(69, 69, 69);
myColorRamps.Add(colorRamp);
colorRamp = new ColorRamp();
colorRamp.fromColor = Color.FromArgb(204, 255, 204);
colorRamp.toColor = Color.FromArgb(14, 204, 14);
myColorRamps.Add(colorRamp);
colorRamp = new ColorRamp();
colorRamp.fromColor = Color.FromArgb(120, 245, 233);
colorRamp.toColor = Color.FromArgb(34, 102, 51);
myColorRamps.Add(colorRamp);
}
//选择色带
private void ColorBar2_SelectedIndexChanged(object sender, EventArgs e)
{
if (_colors != null)
{
_colors.Clear();
}
_colorRamp = myColorRamps[ColorBar2.SelectedIndex];
_selectedValue = rangeValueList.SelectedItem.ToString();
if (listBox2.Items != null)
{
listBox2.Items.Clear();
}
Graphics g = this.CreateGraphics();
Pen p = new Pen(Color.Black, 1);
SolidBrush brush = new SolidBrush(_color);
int i;
if (CurLayer.featureClass.Count > 5)
{
float max = (float)Convert.ToDouble(CurLayer.featureClass.AttributeData.Rows[0][_selectedValue]);
float min = (float)Convert.ToDouble(CurLayer.featureClass.AttributeData.Rows[0][_selectedValue]);
for (i = 0; i < CurLayer.featureClass.Count; i++)
{
if (max < (float)Convert.ToDouble(CurLayer.featureClass.AttributeData.Rows[i][_selectedValue]))
{
max = (float)Convert.ToDouble(CurLayer.featureClass.AttributeData.Rows[i][_selectedValue]);
}
if (min > (float)Convert.ToDouble(CurLayer.featureClass.AttributeData.Rows[i][_selectedValue]))
{
min = (float)Convert.ToDouble(CurLayer.featureClass.AttributeData.Rows[i][_selectedValue]);
}
}
float step = (max - min) / 5;
int r = _colorRamp.fromColor.R;
//Color c = Color.FromArgb(r, _colorRamp.fromColor.G, _colorRamp.fromColor.B);
for (i = 0; i < 5; i++)
{
r = r + 10;
Color c = Color.FromArgb(r, _colorRamp.fromColor.G, _colorRamp.fromColor.B);
_colors.Add(c);
float smax = min + step * i;
if (CurLayer.featureClass.featureType == FeatureType.POINT || CurLayer.featureClass.featureType == FeatureType.MULTIPOINT)
{
string str = "· " + min + "——" + smax + " " + min + "——" + smax;
listBox2.Items.Add(str);
}
else if (CurLayer.featureClass.featureType == FeatureType.POLYLINE)
{
string str = "— " + min + "——" + smax + " " + min + "——" + smax;
listBox2.Items.Add(str);
}
else
{
string str = "■ " + min + "——" + smax + " " + min + "——" + smax;
listBox2.Items.Add(str);
}
}
}
else
{
int r = _colorRamp.fromColor.R;
for (i = 0; i < CurLayer.featureClass.Count; i++)
{
r = r + 10;
Color c = Color.FromArgb(r, _colorRamp.fromColor.G, _colorRamp.fromColor.B);
_colors.Add(c);
if (CurLayer.featureClass.featureType == FeatureType.POINT || CurLayer.featureClass.featureType == FeatureType.MULTIPOINT)
{
string str = "· " + CurLayer.featureClass.AttributeData.Rows[i][_selectedValue] + "——" + " " + CurLayer.featureClass.AttributeData.Rows[i][_selectedValue];
listBox2.Items.Add(str);
}
else if (CurLayer.featureClass.featureType == FeatureType.POLYLINE)
{
string str = "— " + CurLayer.featureClass.AttributeData.Rows[i][_selectedValue] + "——" + " " + CurLayer.featureClass.AttributeData.Rows[i][_selectedValue];
listBox2.Items.Add(str);
}
else
{
string str = "■ " + CurLayer.featureClass.AttributeData.Rows[i][_selectedValue] + "——" + " " + CurLayer.featureClass.AttributeData.Rows[i][_selectedValue];
listBox2.Items.Add(str);
}
}
}
_renderMethod = 2;
}
private void RandomInfo()
{
planetInfo.skybox = skyboxes[Range(0, skyboxes.Length)];
planetInfo.normals = planetNormals[Range(0, planetNormals.Length)];
planetInfo.coalReserves = Range(500, 40000);
planetInfo.oilFactor = Range(0, 4);
planetInfo.windFactor = Range(0, 4);
planetInfo.sunFactor = Range(0.1f, 4);
planetInfo.pollutionClearance = Range(0, 40);
planetInfo.startPollution = 0;
planetInfo.maxPollution = Range(2500, 10000);
planetInfo.startEnergy = 20;
planetInfo.population = Range(50, 200);
planetInfo.iq = Range(1, 2);
planetInfo.gameLength = Range(750, 1500);
planetInfo.planetSize = Range(250, 1000);
planetInfo.rotationSpeed = Range(.5f, 2);
planetInfo.windZones = Range(0, 10);
planetInfo.octaves = Range(1, 6);
planetInfo.gain = Range(2f, 7.0f);
planetInfo.lacunarity = Range(2f, 7.0f);
planetInfo.planetName = "QuiGon";
planetInfo.stretch = Range(0f, 10f);
int numColors = Range(3, 15);
Color[] colors = new Color[numColors];
float[] ranges = new float[numColors - 1];
float percentRemaining = 1f;
float minPercent = .01f;
float alpha = 0;
for (int i = 0; i < colors.Length; i++)
{
colors[i] = new Color(Range(0f, 1f), Range(0f, 1f), Range(0f, 1f), alpha);
alpha = 1;
}
for (int i = 0; i < ranges.Length - 1; i++)
{
if (i == 0) // water
{
float percent = Range(minPercent, .7f);
ranges[i] = percent;
percentRemaining -= percent;
}
else // else
{
int remainingColorsCount = ranges.Length - i - 1;
float maxPercent = percentRemaining - (minPercent * remainingColorsCount);
float percent = Range(minPercent, maxPercent);
ranges[i] = percent;
percentRemaining -= percent;
}
}
ranges[ranges.Length - 1] = percentRemaining;
float sum = 0;
for (int i = 0; i < ranges.Length; i++)
{
sum += ranges[i];
}
ColorRamp r = new ColorRamp(colors, ranges);
planetInfo.colorRamp = r;
}
private void UpdateRendererButton_Clicked(object sender, EventArgs e)
{
try
{
// Define the RasterLayer that will be used to display in the map.
RasterLayer rasterLayerForDisplayInMap;
// Define the ColorRamp that will be used by the BlendRenderer.
ColorRamp colorRamp;
// Get the user choice for the ColorRamps.
string selection = Enum.GetNames(typeof(PresetColorRampType))[_colorRampsPicker.SelectedSegment];
// Based on ColorRamp type chosen by the user, create a different
// RasterLayer and define the appropriate ColorRamp option.
if (selection == "None")
{
// The user chose not to use a specific ColorRamp, therefore
// need to create a RasterLayer based on general imagery (i.e. Shasta.tif)
// for display in the map and use null for the ColorRamp as one of the
// parameters in the BlendRenderer constructor.
// Load the raster file using a path on disk.
Raster rasterImagery = new Raster(DataManager.GetDataFolder("7c4c679ab06a4df19dc497f577f111bd", "raster-file", "Shasta.tif"));
// Create the raster layer from the raster.
rasterLayerForDisplayInMap = new RasterLayer(rasterImagery);
// Set up the ColorRamp as being null.
colorRamp = null;
}
else
{
// The user chose a specific ColorRamp (options: are Elevation, DemScreen, DemLight),
// therefore create a RasterLayer based on an imagery with elevation
// (i.e. Shasta_Elevation.tif) for display in the map. Also create a ColorRamp
// based on the user choice, translated into an Enumeration, as one of the parameters
// in the BlendRenderer constructor.
// Load the raster file using a path on disk.
Raster rasterElevation = new Raster(DataManager.GetDataFolder("caeef9aa78534760b07158bb8e068462", "Shasta_Elevation.tif"));
// Create the raster layer from the raster.
rasterLayerForDisplayInMap = new RasterLayer(rasterElevation);
// Create a ColorRamp based on the user choice, translated into an Enumeration.
PresetColorRampType myPresetColorRampType = (PresetColorRampType)Enum.Parse(typeof(PresetColorRampType), selection);
colorRamp = ColorRamp.Create(myPresetColorRampType, 256);
}
// Define the parameters used by the BlendRenderer constructor.
Raster rasterForMakingBlendRenderer = new Raster(DataManager.GetDataFolder("caeef9aa78534760b07158bb8e068462", "Shasta_Elevation.tif"));
IEnumerable <double> myOutputMinValues = new List <double> {
9
};
IEnumerable <double> myOutputMaxValues = new List <double> {
255
};
IEnumerable <double> mySourceMinValues = new List <double>();
IEnumerable <double> mySourceMaxValues = new List <double>();
IEnumerable <double> myNoDataValues = new List <double>();
IEnumerable <double> myGammas = new List <double>();
// Get the user choice for the SlopeType.
string slopeSelection = Enum.GetNames(typeof(SlopeType))[_slopeTypesPicker.SelectedSegment];
SlopeType mySlopeType = (SlopeType)Enum.Parse(typeof(SlopeType), slopeSelection);
rasterLayerForDisplayInMap.Renderer = new BlendRenderer(
rasterForMakingBlendRenderer, // elevationRaster - Raster based on a elevation source.
myOutputMinValues, // outputMinValues - Output stretch values, one for each band.
myOutputMaxValues, // outputMaxValues - Output stretch values, one for each band.
mySourceMinValues, // sourceMinValues - Input stretch values, one for each band.
mySourceMaxValues, // sourceMaxValues - Input stretch values, one for each band.
myNoDataValues, // noDataValues - NoData values, one for each band.
myGammas, // gammas - Gamma adjustment.
colorRamp, // colorRamp - ColorRamp object to use, could be null.
_altitudeSlider.Value, // altitude - Altitude angle of the light source.
_azimuthSlider.Value, // azimuth - Azimuth angle of the light source, measured clockwise from north.
1, // zfactor - Factor to convert z unit to x,y units, default is 1.
mySlopeType, // slopeType - Slope Type.
1, // pixelSizeFactor - Pixel size factor, default is 1.
1, // pixelSizePower - Pixel size power value, default is 1.
8); // outputBitDepth - Output bit depth, default is 8-bit.
// Set the new base map to be the RasterLayer with the BlendRenderer applied.
_map.Basemap = new Basemap(rasterLayerForDisplayInMap);
}
catch (Exception ex)
{
Console.WriteLine(ex);
}
}
private void RenderButton_Click(object sender, System.Windows.RoutedEventArgs e)
{
ObservableCollection<ColorRamp> colorRamps = new ObservableCollection<ColorRamp>();
colorRamp = new ColorRamp()
{
From = ((StartColorListBox.SelectedItem as ListBoxItem).Background as SolidColorBrush).Color,
To = ((EndColorListBox.SelectedItem as ListBoxItem).Background as SolidColorBrush).Color,
Algorithm = (Algorithm)AlgorithmListBox.SelectedItem,
};
colorRamps.Add(colorRamp);
generateClassesParameters.ClassificationDefinition = new ClassBreaksDefinition()
{
BaseSymbol = new ESRI.ArcGIS.Client.Symbols.SimpleFillSymbol()
{
Fill = (ColorRampListBox.SelectedItem as ListBoxItem).Background
},
ClassificationField = ((ClassificationFieldListBox.SelectedItem) as Field).Name,
ClassificationMethod = (ClassificationMethod)ClassificationMethodListBox.SelectedItem,
BreakCount = int.Parse(BreakCountTB.Text.Trim()),
ColorRamps = colorRamps,
};
ClassBreaksDefinition classBreakDef =
generateClassesParameters.ClassificationDefinition as ClassBreaksDefinition;
if (classBreakDef.ClassificationMethod == ClassificationMethod.StandardDeviation)
classBreakDef.StandardDeviationInterval = (StandardDeviationInterval)IntervalListBox.SelectedItem;
if (NormalizationTypeListBox.SelectedItem != null)
{
classBreakDef.NormalizationType = (NormalizationType)NormalizationTypeListBox.SelectedItem;
if (classBreakDef.NormalizationType == NormalizationType.Field)
{
if (NormalizationFieldListBox.SelectedItem != null)
classBreakDef.NormalizationField = ((NormalizationFieldListBox.SelectedItem) as Field).Name;
else
{
MessageBox.Show("Normalization Field must be selected");
return;
}
}
}
if (generateRendererTask.IsBusy)
generateRendererTask.CancelAsync();
generateRendererTask.ExecuteAsync(generateClassesParameters);
ThematicPropertiesPage.IsOpen = false;
}
private void AddDefaultVectorSchemes()
{
ColorBlend blend = null;
// dummy single color blend must be always the first for shapefile
blend = new ColorBlend(2);
blend.Colors[0] = Color.White;
blend.Positions[0] = 0.0f;
blend.Colors[1] = Color.White;
blend.Positions[1] = 1.0f;
_list.Add(blend);
blend = new ColorBlend(2);
blend.Colors[0] = Color.LightBlue;
blend.Positions[0] = 0.0f;
blend.Colors[1] = Color.Orange;
blend.Positions[1] = 1.0f;
_list.Add(blend);
blend = new ColorBlend(2);
blend.Colors[0] = Color.Yellow;
blend.Positions[0] = 0.0f;
blend.Colors[1] = Color.Orange;
blend.Positions[1] = 1.0f;
_list.Add(blend);
for (int i = 0; i < 2; i++)
{
var sch = new ColorRamp();
if (i == 0)
{
sch.SetColors(PredefinedColors.FallLeaves);
}
if (i == 1)
{
sch.SetColors(PredefinedColors.DeadSea);
}
blend = sch.ColorScheme2ColorBlend();
_list.Add(blend);
}
// adding to 2 color schemes, as there can be none in the list
blend = new ColorBlend(7);
blend.Colors[0] = Color.Red;
blend.Positions[0] = 0.0f;
blend.Colors[1] = Color.Orange;
blend.Positions[1] = 1.0f / 6.0f;
blend.Colors[2] = Color.Yellow;
blend.Positions[2] = 2.0f / 6.0f;
blend.Colors[3] = Color.LightGreen;
blend.Positions[3] = 3.0f / 6.0f;
blend.Colors[4] = Color.LightBlue;
blend.Positions[4] = 4.0f / 6.0f;
blend.Colors[5] = Color.Blue;
blend.Positions[5] = 5.0f / 6.0f;
blend.Colors[6] = Color.BlueViolet;
blend.Positions[6] = 1.0f;
_list.Add(blend);
blend = new ColorBlend(2);
blend.Colors[0] = Color.LightGray;
blend.Positions[0] = 0.0f;
blend.Colors[1] = Color.Gray;
blend.Positions[1] = 1.0f;
_list.Add(blend);
blend = new ColorBlend(2);
blend.Colors[0] = Color.Pink;
blend.Positions[0] = 0.0f;
blend.Colors[1] = Color.LightYellow;
blend.Positions[1] = 1.0f;
_list.Add(blend);
}
private void UpdateRendererButton_Clicked(object sender, EventArgs e)
{
// This function acquires the user selection of the stretch renderer from the table view
// along with the parameters specified, then a stretch renderer is created and applied to
// the raster layer.
// Convert the input text to doubles and return if they're invalid.
double input1;
double input2;
try
{
input1 = Convert.ToDouble(_inputParameter1.Text);
input2 = Convert.ToDouble(_inputParameter2.Text);
}
catch (Exception ex)
{
new UIAlertView("alert", ex.Message, (IUIAlertViewDelegate)null, "OK", null).Show();
return;
}
// Create an IEnumerable from an empty list of doubles for the gamma values in the stretch render.
IEnumerable <double> gammaValues = new List <double>();
// Create a color ramp for the stretch renderer.
ColorRamp colorRamp = ColorRamp.Create(PresetColorRampType.DemLight, 1000);
// Create the place holder for the stretch renderer.
StretchRenderer stretchRenderer = null;
switch (_rendererTypes.SelectedSegment)
{
case 0:
// This section creates a stretch renderer based on a MinMaxStretchParameters.
// TODO: Add you own logic to ensure that accurate min/max stretch values are used.
try
{
// Create an IEnumerable from a list of double min stretch value doubles.
IEnumerable <double> minValues = new List <double> {
input1
};
// Create an IEnumerable from a list of double max stretch value doubles.
IEnumerable <double> maxValues = new List <double> {
input2
};
// Create a new MinMaxStretchParameters based on the user choice for min and max stretch values.
MinMaxStretchParameters minMaxStretchParameters = new MinMaxStretchParameters(minValues, maxValues);
// Create the stretch renderer based on the user defined min/max stretch values, empty gamma values, statistic estimates, and a predefined color ramp.
stretchRenderer = new StretchRenderer(minMaxStretchParameters, gammaValues, true, colorRamp);
}
catch (ArgumentException)
{
ShowMessage("Error configuring renderer.", "Ensure all values are valid and try again.");
return;
}
break;
case 1:
// This section creates a stretch renderer based on a PercentClipStretchParameters.
// TODO: Add you own logic to ensure that accurate min/max percent clip values are used.
try
{
// Create a new PercentClipStretchParameters based on the user choice for min and max percent clip values.
PercentClipStretchParameters percentClipStretchParameters = new PercentClipStretchParameters(input1, input2);
// Create the percent clip renderer based on the user defined min/max percent clip values, empty gamma values, statistic estimates, and a predefined color ramp.
stretchRenderer = new StretchRenderer(percentClipStretchParameters, gammaValues, true, colorRamp);
}
catch (Exception)
{
ShowMessage("Error configuring renderer.", "Ensure all values are valid and try again.");
return;
}
break;
case 2:
// This section creates a stretch renderer based on a StandardDeviationStretchParameters.
// TODO: Add you own logic to ensure that an accurate standard deviation value is used
try
{
// Create a new StandardDeviationStretchParameters based on the user choice for standard deviation value.
StandardDeviationStretchParameters standardDeviationStretchParameters = new StandardDeviationStretchParameters(input1);
// Create the standard deviation renderer based on the user defined standard deviation value, empty gamma values, statistic estimates, and a predefined color ramp.
stretchRenderer = new StretchRenderer(standardDeviationStretchParameters, gammaValues, true, colorRamp);
}
catch (Exception)
{
ShowMessage("Error configuring renderer.", "Ensure all values are valid and try again.");
return;
}
break;
}
// Get the existing raster layer in the map.
RasterLayer rasterLayer = (RasterLayer)_myMapView.Map.OperationalLayers[0];
// Apply the stretch renderer to the raster layer.
rasterLayer.Renderer = stretchRenderer;
}
private void OnUpdateRendererClicked(object sender, EventArgs e)
{
// This function acquires the user selection of the stretch renderer from the table view
// along with the parameters specified, then a stretch renderer is created and applied to
// the raster layer
// Get the user choice for the raster stretch render
UITableViewSource myUITableViewSource = _myRenderChoiceType.Source;
TableSource myTableSource = (TableSource)myUITableViewSource;
string myRendererTypeChoice;
if (myTableSource.SelectedValue == null)
{
// If the user does not click on a choice in the table but just clicks the
// button, the selected value will be null so use the initial
// stretch renderer option
myRendererTypeChoice = "Min Max";
}
else
{
// The user clicked on an option in the table and thus the selected value
// will contain a valid choice
myRendererTypeChoice = myTableSource.SelectedValue;
}
// Create an IEnumerable from an empty list of doubles for the gamma values in the stretch render
IEnumerable <double> myGammaValues = new List <double>();
// Create a color ramp for the stretch renderer
ColorRamp myColorRamp = ColorRamp.Create(PresetColorRampType.DemLight, 1000);
// Create the place holder for the stretch renderer
StretchRenderer myStretchRenderer = null;
switch (myRendererTypeChoice)
{
case "Min Max":
// This section creates a stretch renderer based on a MinMaxStretchParameters
// TODO: Add you own logic to ensure that accurate min/max stretch values are used
// Create an IEnumerable from a list of double min stretch value doubles
IEnumerable <double> myMinValues = new List <double> {
Convert.ToDouble(_Input_Parameter1.Text)
};
// Create an IEnumerable from a list of double max stretch value doubles
IEnumerable <double> myMaxValues = new List <double> {
Convert.ToDouble(_Input_Parameter2.Text)
};
// Create a new MinMaxStretchParameters based on the user choice for min and max stretch values
MinMaxStretchParameters myMinMaxStretchParameters = new MinMaxStretchParameters(myMinValues, myMaxValues);
// Create the stretch renderer based on the user defined min/max stretch values, empty gamma values, statistic estimates, and a predefined color ramp
myStretchRenderer = new StretchRenderer(myMinMaxStretchParameters, myGammaValues, true, myColorRamp);
break;
case "Percent Clip":
// This section creates a stretch renderer based on a PercentClipStretchParameters
// TODO: Add you own logic to ensure that accurate min/max percent clip values are used
// Create a new PercentClipStretchParameters based on the user choice for min and max percent clip values
PercentClipStretchParameters myPercentClipStretchParameters = new PercentClipStretchParameters(Convert.ToDouble(_Input_Parameter1.Text), Convert.ToDouble(_Input_Parameter2.Text));
// Create the percent clip renderer based on the user defined min/max percent clip values, empty gamma values, statistic estimates, and a predefined color ramp
myStretchRenderer = new StretchRenderer(myPercentClipStretchParameters, myGammaValues, true, myColorRamp);
break;
case "Standard Deviation":
// This section creates a stretch renderer based on a StandardDeviationStretchParameters
// TODO: Add you own logic to ensure that an accurate standard deviation value is used
// Create a new StandardDeviationStretchParameters based on the user choice for standard deviation value
StandardDeviationStretchParameters myStandardDeviationStretchParameters = new StandardDeviationStretchParameters(Convert.ToDouble(_Input_Parameter1.Text));
// Create the standard deviation renderer based on the user defined standard deviation value, empty gamma values, statistic estimates, and a predefined color ramp
myStretchRenderer = new StretchRenderer(myStandardDeviationStretchParameters, myGammaValues, true, myColorRamp);
break;
}
// Get the existing raster layer in the map
RasterLayer myRasterLayer = (RasterLayer)_myMapView.Map.OperationalLayers[0];
// Apply the stretch renderer to the raster layer
myRasterLayer.Renderer = myStretchRenderer;
}
private Color ComputeColor(Point p, Point middlePoint, double maximumDistance, ColorRamp colorRamp)
{
var distance = CalculateDistance(p, middlePoint);
var ratio = Gamma(1.0 - Math.Pow(Math.E, -10.0 * distance / maximumDistance));
return(colorRamp.GetColor(ratio).ToColor());
}
public BitmapSource GeneratePreviewImage(ColorRamp ramp, bool useStdDevStretch, int quality)
{
//if (m_pixelGridSet == null)
// GeneratePreviewGrid();
if (Preview == null || Preview.ColorHandler != ramp || Preview.UseStdDevStretch != useStdDevStretch || Preview.Quality != quality)
{
var source = GeneratePreviewImage(m_pixelGridSet.GridQuantized, ramp, useStdDevStretch, quality);
Preview = new PreviewImage(source, ramp, useStdDevStretch, quality);
//using (var fileStream = new FileStream(Path.Combine(Cache.APP_CACHE_DIR, "preview.jpg"), FileMode.Create))
//{
// var encoder = new JpegBitmapEncoder();
// encoder.Frames.Add(BitmapFrame.Create(source));
// encoder.QualityLevel = 100;
// encoder.Save(fileStream);
//}
}
return Preview.Image;
}
private BitmapSource GeneratePreviewImage(Grid<int> grid, ColorRamp ramp, bool useStdDevStretch, int quality)
{
var bmp = CreateBitmapSource(grid, QuantizedExtent, StatisticsQuantizedZ, useStdDevStretch, ramp, quality);
//BitmapSource bmp = CreateSegmentationBitmap(grid);
//BitmapSource bmp = CreatePlaneFittingBitmap(grid);
return bmp;
}
public PlanetInfo CreateInfo()
{
PlanetInfo planetInfo = new PlanetInfo ();
planetInfo.skybox = skyboxes [GameObject.Find ("SkyBoxDropdown").GetComponent<dfDropdown> ().SelectedIndex];
planetInfo.normals = planetNormals [GameObject.Find ("NormalDropdown").GetComponent<dfDropdown> ().SelectedIndex];
planetInfo.coalReserves = 10000 * GameObject.Find ("CoalSlider").GetComponentInChildren<dfSlider> ().Value;
planetInfo.oilFactor = GameObject.Find ("OilSlider").GetComponentInChildren<dfSlider> ().Value;
;
planetInfo.windFactor = GameObject.Find ("WindSlider").GetComponentInChildren<dfSlider> ().Value;
;
planetInfo.sunFactor = GameObject.Find ("SunSlider").GetComponentInChildren<dfSlider> ().Value;
;
planetInfo.pollutionClearance = 20;
planetInfo.startPollution = 0;
planetInfo.maxPollution = 5000;
planetInfo.startEnergy = 20;
planetInfo.population = 100;
planetInfo.iq = 1;
planetInfo.gameLength = 1000;
planetInfo.planetSize = (int)GameObject.Find ("SizeSlider").GetComponentInChildren<dfSlider> ().Value;
print (planetInfo.planetSize);
planetInfo.rotationSpeed = 1;
planetInfo.windZones = 3;
planetInfo.octaves = (int)GameObject.Find ("OctavesSlider").GetComponentInChildren<dfSlider> ().Value;
planetInfo.gain = GameObject.Find ("GainSlider").GetComponentInChildren<dfSlider> ().Value;
planetInfo.lacunarity = GameObject.Find ("LacunaritySlider").GetComponentInChildren<dfSlider> ().Value;
planetInfo.stretch = GameObject.Find ("StretchSlider").GetComponentInChildren<dfSlider> ().Value;
Color[] colors = new Color[6];
float[] ranges = new float[5];
for (int i = 0; i < colors.Length; i++) {
Color c = GameObject.Find ("ColorDisplay" + (i + 1)).GetComponentInChildren<dfSlicedSprite> ().Color;
if (i == 0)
c.a = 0;
colors [i] = c;
}
for (int i = 0; i < ranges.Length; i++) {
ranges [i] = GameObject.Find ("Slider" + (i + 1)).GetComponentInChildren<dfSlider> ().Value / 100f;
}
ColorRamp r = new ColorRamp (colors, ranges);
planetInfo.colorRamp = r;
return planetInfo;
}
private async void OnUpdateRendererClicked(object sender, RoutedEventArgs e)
{
// Convert the text to doubles and return if they're invalid.
double input1;
double input2;
try
{
input1 = Convert.ToDouble(FirstParameterInput.Text);
input2 = Convert.ToDouble(SecondParameterInput.Text);
}
catch (Exception ex)
{
await new MessageDialog(ex.Message).ShowAsync();
return;
}
// Get the user choice for the raster stretch render
string myRendererTypeChoice = RendererTypes.SelectedValue.ToString();
// Create an IEnumerable from an empty list of doubles for the gamma values in the stretch render
IEnumerable <double> myGammaValues = new List <double>();
// Create a color ramp for the stretch renderer
ColorRamp myColorRamp = ColorRamp.Create(PresetColorRampType.DemLight, 1000);
// Create the place holder for the stretch renderer
StretchRenderer myStretchRenderer = null;
switch (myRendererTypeChoice)
{
case "Min Max":
// This section creates a stretch renderer based on a MinMaxStretchParameters
// TODO: Add you own logic to ensure that accurate min/max stretch values are used
// Create an IEnumerable from a list of double min stretch value doubles
IEnumerable <double> myMinValues = new List <double> {
input1
};
// Create an IEnumerable from a list of double max stretch value doubles
IEnumerable <double> myMaxValues = new List <double> {
input2
};
// Create a new MinMaxStretchParameters based on the user choice for min and max stretch values
MinMaxStretchParameters myMinMaxStretchParameters = new MinMaxStretchParameters(myMinValues, myMaxValues);
// Create the stretch renderer based on the user defined min/max stretch values, empty gamma values, statistic estimates, and a predefined color ramp
myStretchRenderer = new StretchRenderer(myMinMaxStretchParameters, myGammaValues, true, myColorRamp);
break;
case "Percent Clip":
// This section creates a stretch renderer based on a PercentClipStretchParameters
// TODO: Add you own logic to ensure that accurate min/max percent clip values are used
// Create a new PercentClipStretchParameters based on the user choice for min and max percent clip values
PercentClipStretchParameters myPercentClipStretchParameters = new PercentClipStretchParameters(input1, input2);
// Create the percent clip renderer based on the user defined min/max percent clip values, empty gamma values, statistic estimates, and a predefined color ramp
myStretchRenderer = new StretchRenderer(myPercentClipStretchParameters, myGammaValues, true, myColorRamp);
break;
case "Standard Deviation":
// This section creates a stretch renderer based on a StandardDeviationStretchParameters
// TODO: Add you own logic to ensure that an accurate standard deviation value is used
// Create a new StandardDeviationStretchParameters based on the user choice for standard deviation value
StandardDeviationStretchParameters myStandardDeviationStretchParameters = new StandardDeviationStretchParameters(input1);
// Create the standard deviation renderer based on the user defined standard deviation value, empty gamma values, statistic estimates, and a predefined color ramp
myStretchRenderer = new StretchRenderer(myStandardDeviationStretchParameters, myGammaValues, true, myColorRamp);
break;
}
// Get the existing raster layer in the map
RasterLayer myRasterLayer = (RasterLayer)MyMapView.Map.OperationalLayers[0];
// Apply the stretch renderer to the raster layer
myRasterLayer.Renderer = myStretchRenderer;
}
private void cmbColorRamp_SelectedIndexChanged(object sender, EventArgs e)
{
switch (this.cmbColorRamp.SelectedIndex)
{
case 0:
this.pictureBox3.BackgroundImage = Resources.i_thermal;
break;
case 1:
this.pictureBox3.BackgroundImage = Resources.i_rainbow;
break;
case 2:
this.pictureBox3.BackgroundImage = Resources.i_redwhiteblue;
break;
}
_colorRamp = (ColorRamp)Enum.Parse(typeof(ColorRamp), this.cmbColorRamp.SelectedItem.ToString());
make4Maps(_width, _height, _radius, _points, _opacity, _colorRamp);
}
private void OnUpdateRendererClicked(object sender, EventArgs e)
{
// Get the user choice for the raster stretch render
string myRendererTypeChoice = RendererTypes.SelectedItem.ToString();
// Create an IEnumerable from an empty list of doubles for the gamma values in the stretch render
IEnumerable <double> myGammaValues = new List <double> {
};
// Create a color ramp for the stretch renderer
ColorRamp myColorRamp = ColorRamp.Create(PresetColorRampType.DemLight, 1000);
// Create the place holder for the stretch renderer
StretchRenderer myStretchRenderer = null;
switch (myRendererTypeChoice)
{
case "Min Max":
// This section creates a stretch renderer based on a MinMaxStretchParameters
// TODO: Add you own logic to ensure that accurate min/max stretch values are used
// Create an IEnumerable from a list of double min stretch value doubles
IEnumerable <double> myMinValues = new List <double> {
Convert.ToDouble(Input_Parameter1.Text)
};
// Create an IEnumerable from a list of double max stretch value doubles
IEnumerable <double> myMaxValues = new List <double> {
Convert.ToDouble(Input_Parameter2.Text)
};
// Create a new MinMaxStretchParameters based on the user choice for min and max stretch values
MinMaxStretchParameters myMinMaxStretchParameters = new MinMaxStretchParameters(myMinValues, myMaxValues);
// Create the stretch renderer based on the user defined min/max stretch values, empty gamma values, statistic estimates, and a predefined color ramp
myStretchRenderer = new Esri.ArcGISRuntime.Rasters.StretchRenderer(myMinMaxStretchParameters, myGammaValues, true, myColorRamp);
break;
case "Percent Clip":
// This section creates a stretch renderer based on a PercentClipStretchParameters
// TODO: Add you own logic to ensure that accurate min/max percent clip values are used
// Create a new PercentClipStretchParameters based on the user choice for min and max percent clip values
PercentClipStretchParameters myPercentClipStretchParameters = new PercentClipStretchParameters(Convert.ToDouble(Input_Parameter1.Text), Convert.ToDouble(Input_Parameter2.Text));
// Create the percent clip renderer based on the user defined min/max percent clip values, empty gamma values, statistic estimates, and a predefined color ramp
myStretchRenderer = new StretchRenderer(myPercentClipStretchParameters, myGammaValues, true, myColorRamp);
break;
case "Standard Deviation":
// This section creates a stretch renderer based on a StandardDeviationStretchParameters
// TODO: Add you own logic to ensure that an accurate standard deviation value is used
// Create a new StandardDeviationStretchParameters based on the user choice for standard deviation value
StandardDeviationStretchParameters myStandardDeviationStretchParameters = new StandardDeviationStretchParameters(Convert.ToDouble(Input_Parameter1.Text));
// Create the standard deviation renderer based on the user defined standard deviation value, empty gamma values, statistic estimates, and a predefined color ramp
myStretchRenderer = new StretchRenderer(myStandardDeviationStretchParameters, myGammaValues, true, myColorRamp);
break;
}
// Get the existing raster layer in the map
RasterLayer myRasterLayer = (RasterLayer)MyMapView.Map.OperationalLayers[0];
// Apply the stretch renderer to the raster layer
myRasterLayer.Renderer = myStretchRenderer;
}
private void OnUpdateRendererClicked(object sender, RoutedEventArgs e)
{
// Define the RasterLayer that will be used to display in the map
RasterLayer rasterLayer_ForDisplayInMap;
// Define the ColorRamp that will be used by the BlendRenderer
ColorRamp myColorRamp;
// Based on ColorRamp type chosen by the user, create a different
// RasterLayer and define the appropriate ColorRamp option
if (ColorRamps.SelectedValue.ToString() == "None")
{
// The user chose not to use a specific ColorRamp, therefore
// need to create a RasterLayer based on general imagery (ie. Shasta.tif)
// for display in the map and use null for the ColorRamp as one of the
// parameters in the BlendRenderer constructor
// Load the raster file using a path on disk
Raster raster_Imagery = new Raster(GetRasterPath_Imagery());
// Create the raster layer from the raster
rasterLayer_ForDisplayInMap = new RasterLayer(raster_Imagery);
// Set up the ColorRamp as being null
myColorRamp = null;
}
else
{
// The user chose a specific ColorRamp (options: are Elevation, DemScreen, DemLight),
// therefore create a RasterLayer based on an imagery with elevation
// (ie. Shasta_Elevation.tif) for display in the map. Also create a ColorRamp
// based on the user choice, translated into an Enumeration, as one of the parameters
// in the BlendRenderer constructor
// Load the raster file using a path on disk
Raster raster_Elevation = new Raster(GetRasterPath_Elevation());
// Create the raster layer from the raster
rasterLayer_ForDisplayInMap = new RasterLayer(raster_Elevation);
// Create a ColorRamp based on the user choice, translated into an Enumeration
PresetColorRampType myPresetColorRampType = (PresetColorRampType)Enum.Parse(typeof(PresetColorRampType), ColorRamps.SelectedValue.ToString());
myColorRamp = ColorRamp.Create(myPresetColorRampType, 256);
}
// Define the parameters used by the BlendRenderer constructor
Raster raster_ForMakingBlendRenderer = new Raster(GetRasterPath_Elevation());
IEnumerable <double> myOutputMinValues = new List <double> {
9
};
IEnumerable <double> myOutputMaxValues = new List <double> {
255
};
IEnumerable <double> mySourceMinValues = new List <double>();
IEnumerable <double> mySourceMaxValues = new List <double>();
IEnumerable <double> myNoDataValues = new List <double>();
IEnumerable <double> myGammas = new List <double>();
SlopeType mySlopeType = (SlopeType)Enum.Parse(typeof(SlopeType), SlopeTypes.SelectedValue.ToString());
BlendRenderer myBlendRenderer = new BlendRenderer(
raster_ForMakingBlendRenderer, // elevationRaster - Raster based on a elevation source
myOutputMinValues, // outputMinValues - Output stretch values, one for each band
myOutputMaxValues, // outputMaxValues - Output stretch values, one for each band
mySourceMinValues, // sourceMinValues - Input stretch values, one for each band
mySourceMaxValues, // sourceMaxValues - Input stretch values, one for each band
myNoDataValues, // noDataValues - NoData values, one for each band
myGammas, // gammas - Gamma adjustment
myColorRamp, // colorRamp - ColorRamp object to use, could be null
Altitude_Slider.Value, // altitude - Altitude angle of the light source
Azimuth_Slider.Value, // azimuth - Azimuth angle of the light source, measured clockwise from north
1, // zfactor - Factor to convert z unit to x,y units, default is 1
mySlopeType, // slopeType - Slope Type
1, // pixelSizeFactor - Pixel size factor, default is 1
1, // pixelSizePower - Pixel size power value, default is 1
8); // outputBitDepth - Output bit depth, default is 8-bi
// Set the RasterLayer.Renderer to be the BlendRenderer
rasterLayer_ForDisplayInMap.Renderer = myBlendRenderer;
// Set the new base map to be the RasterLayer with the BlendRenderer applied
MyMapView.Map.Basemap = new Basemap(rasterLayer_ForDisplayInMap);
}
/// <summary>
/// Default constructor
/// </summary>
public GradientPaint()
{
this.Ramp = new ColorRamp();
}