public FormAutoCorrect()
{
InitializeComponent();
this.DialogResult = DialogResult.None;
ComboBoxHandler.ComboBoxPopulateClear(comboBoxAlbum, Properties.Settings.Default.AutoCorrectFormAlbum, "");
ComboBoxHandler.ComboBoxPopulateClear(comboBoxAuthor, Properties.Settings.Default.AutoCorrectFormAuthor, "");
ComboBoxHandler.ComboBoxPopulateClear(comboBoxComments, Properties.Settings.Default.AutoCorrectFormComments, "");
ComboBoxHandler.ComboBoxPopulateClear(comboBoxDescription, Properties.Settings.Default.AutoCorrectFormDescription, "");
ComboBoxHandler.ComboBoxPopulateClear(comboBoxTitle, Properties.Settings.Default.AutoCorrectFormTitle, "");
checkBoxAlbum.Checked = Properties.Settings.Default.UseAutoCorrectFormAlbum;
checkBoxAuthor.Checked = Properties.Settings.Default.UseAutoCorrectFormAuthor;
checkBoxComments.Checked = Properties.Settings.Default.UseAutoCorrectFormComments;
checkBoxDescription.Checked = Properties.Settings.Default.UseAutoCorrectFormDescription;
checkBoxTitle.Checked = Properties.Settings.Default.UseAutoCorrectFormTitle;
textBoxKeywords.Text = "";
AutoCorrect autoCorrect = AutoCorrect.ConvertConfigValue(Properties.Settings.Default.AutoCorrect);
if (autoCorrect.UpdateDescription)
{
checkBoxDescription.Enabled = false;
comboBoxDescription.Enabled = false;
kryptonLabelDescriptionBecomesAlbum.Text = "Album values will overwrite Descriptions values, as setup in Config";
}
}
public string ToQueryString()
{
return("?autocorrect=" + AutoCorrect.ToString() +
Helpers.AddParameter("pii", PII) +
Helpers.AddParameter("listId", ListId) +
Helpers.AddParameter("classify", Classify) +
Helpers.AddParameter("language", Language));
}
public Generator()
{
for (int i = 0; i < 6; i++)
{
myElevationTex[i] = new Texture(WorldParameters.theWorldTextureSize, WorldParameters.theWorldTextureSize, PixelInternalFormat.R32f);
myElevationTex[i].setName(String.Format("Elevation Tex {0}", i));
myBiomeTex[i] = new Texture(WorldParameters.theWorldTextureSize, WorldParameters.theWorldTextureSize, PixelInternalFormat.Rgba32f);
myBiomeTex[i].setName(String.Format("Biome Tex {0}", i));
}
myElevationMap = new CubemapTexture(WorldParameters.theWorldTextureSize, WorldParameters.theWorldTextureSize, PixelInternalFormat.R32f);
myElevationMap.setName("Elevation Cubemap");
myBiomeMap = new CubemapTexture(WorldParameters.theWorldTextureSize, WorldParameters.theWorldTextureSize, PixelInternalFormat.Rgba32f);
myBiomeMap.setName("Biome Cubemap");
List <ShaderDescriptor> shadersDesc = new List <ShaderDescriptor>();
shadersDesc.Add(new ShaderDescriptor(ShaderType.ComputeShader, "World Editor.shaders.applyElevation-cs.glsl"));
ShaderProgramDescriptor sd = new ShaderProgramDescriptor(shadersDesc);
myApplyElevationShader = Renderer.resourceManager.getResource(sd) as ShaderProgram;
shadersDesc = new List <ShaderDescriptor>();
shadersDesc.Add(new ShaderDescriptor(ShaderType.ComputeShader, "World Editor.shaders.applyHeat-cs.glsl"));
sd = new ShaderProgramDescriptor(shadersDesc);
myApplyHeatShader = Renderer.resourceManager.getResource(sd) as ShaderProgram;
shadersDesc = new List <ShaderDescriptor>();
shadersDesc.Add(new ShaderDescriptor(ShaderType.ComputeShader, "World Editor.shaders.applyMoisture-cs.glsl"));
sd = new ShaderProgramDescriptor(shadersDesc);
myApplyMoistureShader = Renderer.resourceManager.getResource(sd) as ShaderProgram;
shadersDesc = new List <ShaderDescriptor>();
shadersDesc.Add(new ShaderDescriptor(ShaderType.ComputeShader, "World Editor.shaders.applyBiome-cs.glsl"));
sd = new ShaderProgramDescriptor(shadersDesc);
myGenerateBiomeShader = Renderer.resourceManager.getResource(sd) as ShaderProgram;
//setup generators
myElevationGenerator = new ModuleTree(WorldParameters.theWorldTextureSize, WorldParameters.theWorldTextureSize);
myElevationFractals[0] = myElevationGenerator.addModule(Module.Type.Fractal, "fractal0") as Fractal;
myElevationFractals[1] = myElevationGenerator.addModule(Module.Type.Fractal, "fractal") as Fractal;
myElevationFractals[2] = myElevationGenerator.addModule(Module.Type.Fractal, "fractal2") as Fractal;
myElevationFractals[3] = myElevationGenerator.addModule(Module.Type.Fractal, "fractal3") as Fractal;
myElevationFractals[4] = myElevationGenerator.addModule(Module.Type.Fractal, "fractal4") as Fractal;
myElevationFractals[5] = myElevationGenerator.addModule(Module.Type.Fractal, "fractal5") as Fractal;
AutoCorrect Eac = myElevationGenerator.addModule(Module.Type.AutoCorect, "autocorrect") as AutoCorrect;
myHeatGenerator = createHeatGenerator();
myMoistureGenerator = createMoistureGenerator();
}
public static ModuleBase CavesAndMountains(uint seed = 10000)
{
AccidentalNoise.Gradient ground_gradient = new AccidentalNoise.Gradient(0, 0, 0, 1);
// lowlands
Fractal lowland_shape_fractal = new Fractal(FractalType.BILLOW, BasisTypes.GRADIENT, InterpTypes.QUINTIC, 2, 0.25, seed);
AutoCorrect lowland_autocorrect = new AutoCorrect(lowland_shape_fractal, 0, 1);
ScaleOffset lowland_scale = new ScaleOffset(.5, -0.45, lowland_autocorrect);
ScaleDomain lowland_y_scale = new ScaleDomain(lowland_scale, null, 0);
TranslatedDomain lowland_terrain = new TranslatedDomain(ground_gradient, null, lowland_y_scale);
// highlands
Fractal highland_shape_fractal = new Fractal(FractalType.FBM, BasisTypes.GRADIENT, InterpTypes.QUINTIC, 4, 2, seed);
AutoCorrect highland_autocorrect = new AutoCorrect(highland_shape_fractal, 0, 1.5);
ScaleOffset highland_scale = new ScaleOffset(1, 0, highland_autocorrect);
ScaleDomain highland_y_scale = new ScaleDomain(highland_scale, null, 1);
TranslatedDomain highland_terrain = new TranslatedDomain(ground_gradient, null, highland_y_scale);
// mountains
Fractal mountain_shape_fractal = new Fractal(FractalType.RIDGEDMULTI, BasisTypes.GRADIENT, InterpTypes.QUINTIC, 8, 1, seed);
AutoCorrect mountain_autocorrect = new AutoCorrect(mountain_shape_fractal, -1, 1);
ScaleOffset mountain_scale = new ScaleOffset(0.3, 0.3, mountain_autocorrect);
ScaleDomain mountain_y_scale = new ScaleDomain(mountain_scale, null, 1);
TranslatedDomain mountain_terrain = new TranslatedDomain(ground_gradient, null, mountain_y_scale);
// terrain
Fractal terrain_type_fractal = new Fractal(FractalType.FBM, BasisTypes.GRADIENT, InterpTypes.QUINTIC, 3, 0.125, seed);
AutoCorrect terrain_autocorrect = new AutoCorrect(terrain_type_fractal, 0, 1);
ScaleDomain terrain_type_y_scale = new ScaleDomain(terrain_autocorrect, null, 0);
Cache terrain_type_cache = new Cache(terrain_type_y_scale);
Select highland_mountain_select = new Select(terrain_type_cache, highland_terrain, mountain_terrain, 0.55, 0.2);
Select highland_lowland_select = new Select(terrain_type_cache, lowland_terrain, highland_mountain_select, 0.25, 0.15);
Cache highland_lowland_select_cache = new Cache(highland_lowland_select);
Select ground_select = new Select(highland_lowland_select_cache, 0, 1, 0.5, null);
// caves
Fractal cave_shape = new Fractal(FractalType.RIDGEDMULTI, BasisTypes.GRADIENT, InterpTypes.QUINTIC, 1, 2, seed);
Bias cave_attenuate_bias = new Bias(highland_lowland_select_cache, 0.9);
Combiner cave_shape_attenuate = new Combiner(CombinerTypes.MULT, cave_shape, cave_attenuate_bias);
Fractal cave_perturb_fractal = new Fractal(FractalType.FBM, BasisTypes.GRADIENT, InterpTypes.QUINTIC, 6, 3, seed);
ScaleOffset cave_perturb_scale = new ScaleOffset(1, 0, cave_perturb_fractal);
TranslatedDomain cave_perturb = new TranslatedDomain(cave_shape_attenuate, cave_perturb_scale, null);
Select cave_select = new Select(cave_perturb, 1, 0, 0.4, 0);
return(new Combiner(CombinerTypes.MULT, cave_select, ground_select) as ModuleBase);
}
OnWorkbookStartup
(
Microsoft.Office.Interop.Excel.Application application
)
{
Debug.Assert(application != null);
AutoCorrect oAutoCorrect = application.AutoCorrect;
if (!oAutoCorrect.AutoExpandListRange)
{
const String CheckboxPath =
"Office Button, Excel Options, Proofing, AutoCorrect Options,"
+ " AutoFormat As You Type, Include new rows and columns in"
+ " table"
;
String Message =
"Excel's \"auto table expansion\" feature is turned off, and"
+ " NodeXL cannot work properly without it. Do you want"
+ " NodeXL to turn it on for you?"
+ "\n\n"
+ " (You can turn it off later if necessary using "
+ CheckboxPath
+ ".)"
;
if (MessageBox.Show(Message, FormUtil.ApplicationName,
MessageBoxButtons.YesNo, MessageBoxIcon.Warning,
MessageBoxDefaultButton.Button1) ==
DialogResult.Yes)
{
oAutoCorrect.AutoExpandListRange = true;
}
else
{
FormUtil.ShowError(
"NodeXL will not work properly. You should turn on"
+ " Excel's auto table expansion feature using "
+ CheckboxPath
+ "."
);
}
}
}
ModuleTree createMoistureGenerator()
{
ModuleTree generated = new ModuleTree(WorldParameters.theWorldTextureSize, WorldParameters.theWorldTextureSize);
Fractal f = generated.addModule(Module.Type.Fractal, "fractal") as Fractal;
f.seed = WorldParameters.seed;
f.octaves = WorldParameters.theMoistureOctaves;
f.frequency = WorldParameters.theMoistureFrequency;
AutoCorrect ac = generated.addModule(Module.Type.AutoCorect, "autocorrect") as AutoCorrect;
ac.output.setName("Moisture Autocorrect");
ac.source = f;
generated.final.source = ac;
return(generated);
}
ModuleTree defaultMoistureGenerator()
{
ModuleTree generated = new ModuleTree(WorldParameters.theWorldSize, WorldParameters.theWorldSize);
Fractal2d f = generated.createModule(Module.Type.Fractal2d, "Moisture Fractal") as Fractal2d;
f.seed = WorldParameters.seed;
f.octaves = WorldParameters.theMoistureOctaves;
f.frequency = WorldParameters.theMoistureFrequency;
AutoCorrect ac = generated.createModule(Module.Type.AutoCorrect, "Moisture AutoCorrect") as AutoCorrect;
ac.output.setName("Moisture AutoCorrect");
ac.source = f;
generated.output = ac;
return(generated);
}
ModuleTree defaultElevationGenerator()
{
ModuleTree generator = new ModuleTree(WorldParameters.theWorldSize, WorldParameters.theWorldSize);
Fractal2d f = generator.createModule(Module.Type.Fractal2d, "Elevation Fractal") as Fractal2d;
f.output.setName("fractal");
f.seed = WorldParameters.seed;
f.octaves = WorldParameters.theTerrainOctaves;
f.frequency = WorldParameters.theTerrainFrequency;
AutoCorrect ac = generator.createModule(Module.Type.AutoCorrect, "Elevation AutoCorrect") as AutoCorrect;
ac.output.setName("Elevation AutoCorrect");
ac.source = f;
generator.output = ac;
return(generator);
}
ModuleTree createHeatGenerator()
{
ModuleTree generator = new ModuleTree(WorldParameters.theWorldTextureSize, WorldParameters.theWorldTextureSize);
Fractal f = generator.addModule(Module.Type.Fractal, "fractal") as Fractal;
f.output.setName("Heat Fractal");
f.seed = WorldParameters.seed;
f.octaves = WorldParameters.theHeatOctaves;
f.frequency = WorldParameters.theHeatFrequency;
AutoCorrect ac = generator.addModule(Module.Type.AutoCorect, "autocorrect") as AutoCorrect;
ac.output.setName("Heat Autocorrect");
ac.source = f;
Gradient sg = generator.addModule(Module.Type.Gradient, "south gradient") as Gradient;
sg.output.setName("Heat South gradient");
sg.x0 = 0; sg.x1 = 1; sg.y0 = 0; sg.y1 = 1;
Gradient ng = generator.addModule(Module.Type.Gradient, "north gradient") as Gradient;
ng.output.setName("Heat North gradient");
ng.x0 = 0; ng.x1 = 1; ng.y0 = 1; ng.y1 = 0;
// ScaleDomain s = generator.addModule(Module.Type.ScaleDomain, "scaleDomain") as ScaleDomain;
// s.x = 1.0f;
// s.y = 0.1f;
// s.input = g;
Combiner comb = generator.addModule(Module.Type.Combiner, "combiner") as Combiner;
comb.output.setName("Heat Combiner");
comb.inputs[0] = ac;
comb.inputs[1] = sg;
comb.inputs[2] = ng;
comb.action = Combiner.CombinerType.Multiply;
generator.final.source = comb;
return(generator);
}
void updateElevation()
{
Renderer.device.pushDebugMarker("Update Elevation");
AutoCorrect ac = myElevationGenerator.findModule("autocorrect") as AutoCorrect;
ac.reset();
//generate each face
for (int i = 0; i < 6; i++)
{
myElevationFractals[i].output = myElevationTex[i];
myElevationFractals[i].face = i;
myElevationFractals[i].seed = elevation.seed;
myElevationFractals[i].function = elevation.function;
myElevationFractals[i].octaves = elevation.octaves;
myElevationFractals[i].frequency = elevation.frequency;
myElevationFractals[i].offset = elevation.offset;
myElevationFractals[i].lacunarity = elevation.lacunarity;
myElevationFractals[i].gain = elevation.gain;
myElevationFractals[i].H = elevation.H;
myElevationFractals[i].update();
}
//find the min/max of all the faces together
ac.findMinMax(myElevationTex);
//correct all the images with the global min/max
for (int i = 0; i < 6; i++)
{
ac.output = myElevationTex[i];
ac.correct(myElevationFractals[i].output);
}
//update the elevation height map
myElevationMap.updateFaces(myElevationTex);
Renderer.device.popDebugMarker();
}
static int Main()
{
WordAppMain myWord = new WordAppMain();
int return_Result = 0;
// Create a word object that we can manipulate
Application Word_App = null;
Document Word_doc = null;
try
{
Word_App = new Application();
Word_doc = new Document();
}
catch (Exception e)
{
Console.WriteLine("Can't create a word document " + e.ToString());
return_Result = 1;
goto Exit;
}
AutoCorrect autocorrect = Word_App.AutoCorrect;
AutoCorrectEntries autoEntries = autocorrect.Entries;
string theEnd = "\nThe End";
autoEntries.Add("Inntroduction", "Introduction");
Documents Docs = Word_App.Documents;
if (Docs == null)
{
Console.WriteLine("Docs is null");
}
else
{
Console.WriteLine("Docs exists:" + Docs.Count);
}
Word_App.Visible = true;
_Document my_Doc = (_Document)Word_doc;
Word_doc = Docs.Add(ref missing, ref missing, ref missing, ref missing);
object start = 0;
object end = 0;
Range range = Word_doc.Range(ref missing, ref missing);
// add text to the doc -- this contains some deliberate misspellings so that we can correct them in a short while
range.Text = "Microsoft Word Interoperability Sample\n\nInntroduction:\n\nMicrosoft .NET will allow the creation of truly distributed XML Web services. These services will integrate and collaborate with a range of complementary services to work for customers in ways that today's internet companies can only dream of. Microsoft .NET will drive the Next Generation Internet and will shift the focus from individual Web sites or devices connected to the Internet, to constellations of computers, devices, and services that work together to deliver broader, richer solutions.\nFor more info go to:\n ";
// Wait so the starting state can be admired
Thread.Sleep(2000);
// Format the title
Font fc = new Font();
try
{
Console.WriteLine("Formatting the title");
start = 0; end = 40;
range = Word_doc.Range(ref start, ref end);
range.Font.Size = 24;
range.Font.Bold = 1;
range.Font.Color = WdColor.wdColorGray30;
start = 40; end = 54;
range = Word_doc.Range(ref start, ref end);
range.Font.Size = 14;
}
catch (Exception e)
{
Console.WriteLine(" Font exception:{0}", e.ToString());
}
// Wait so the new formatting can be appreciated
Thread.Sleep(3000);
autocorrect.ReplaceTextFromSpellingChecker = true;
// Fix inntroduction
string obj = "Introduction";
AutoCorrectEntry errEntry = autoEntries.Add("Inntroduction", obj);
Words myWords = Word_doc.Words;
Range errRange = myWords[7];
errEntry.Apply(errRange);
// Add a caption to the window and get it back
Window myWindow = Word_App.ActiveWindow;
myWindow.Caption = "Managed Word execution from C# ";
string gotCaption = myWindow.Caption;
if (gotCaption.Equals("Managed Word execution from C# "))
{
Console.WriteLine("Caption assigned and got back");
return_Result = 1;
}
Thread.Sleep(2000);
// define the selection object, find and replace text
Selection mySelection = myWindow.Selection;
try
{
start = 65; end = 69;
range = Word_doc.Range(ref start, ref end);
Console.WriteLine("The color of .NET is being changed");
range.Font.Bold = 16;
range.Font.Color = WdColor.wdColorLavender;
}
catch (Exception e)
{
Console.WriteLine(" Font exception:{0}", e.ToString());
}
Thread.Sleep(2000);
// underline the selected text
range = Word_doc.Range(ref start, ref end);
range.Underline = (WdUnderline.wdUnderlineDouble);
// add hyperlink and follow the hyperlink
Hyperlinks my_Hyperlinks = Word_doc.Hyperlinks;
// Make the range past the end of all document text
mySelection.Start = 9999;
mySelection.End = 9999;
range = mySelection.Range;
// Add a hyperlink
string myAddress = "http://go.microsoft.com/fwlink/?linkid=3269&clcid=0x409";
object obj_Address = myAddress;
Console.WriteLine("Adding hyperlink to the document");
Hyperlink my_Hyperlink1 = my_Hyperlinks._Add(range, ref obj_Address, ref missing);
Word_App.ActiveWindow.Selection.InsertAfter("\n");
Thread.Sleep(5000);
// Open a window to Hyperlink
Process ie = Process.Start("iexplore.exe", my_Hyperlink1.Address);
// Wait for a short spell to allow the page to be examined
Thread.Sleep(10000);
// close the browser first
Console.WriteLine("Removing browser window");
ie.Kill();
// Display "The End"
Word_App.ActiveWindow.Selection.InsertAfter(theEnd);
Word_App.ActiveWindow.Selection.Start = 0;
Word_App.ActiveWindow.Selection.End = 0;
Word_App.Activate();
Thread.Sleep(5000);
// Close Microsoft Word
object myBool = WdSaveOptions.wdDoNotSaveChanges;
Word_App.ActiveWindow.Close(ref myBool, ref missing);
Exit:
return(return_Result);
}
public Form1()
{
InitializeComponent();
Bitmap bitmap = new Bitmap(pictureBox1.Width, pictureBox1.Height);
Gradient ground_gradient = new Gradient(0, 0, 0, 1);
#region lowlands
Fractal lowland_shape_fractal = new Fractal(FractalType.BILLOW, BasisTypes.GRADIENT, InterpTypes.QUINTIC, 2, 0.25, null);
AutoCorrect lowland_autocorrect = new AutoCorrect(lowland_shape_fractal, 0, 1);
ScaleOffset lowland_scale = new ScaleOffset(0.125, -0.45, lowland_autocorrect);
ScaleDomain lowland_y_scale = new ScaleDomain(lowland_scale, null, 0);
TranslatedDomain lowland_terrain = new TranslatedDomain(ground_gradient, null, lowland_y_scale);
#endregion
#region highlands
Fractal highland_shape_fractal = new Fractal(FractalType.FBM, BasisTypes.GRADIENT, InterpTypes.QUINTIC, 4, 2, null);
AutoCorrect highland_autocorrect = new AutoCorrect(highland_shape_fractal, -1, 1);
ScaleOffset highland_scale = new ScaleOffset(0.25, 0, highland_autocorrect);
ScaleDomain highland_y_scale = new ScaleDomain(highland_scale, null, 0);
TranslatedDomain highland_terrain = new TranslatedDomain(ground_gradient, null, highland_y_scale);
#endregion
#region mountains
Fractal mountain_shape_fractal = new Fractal(FractalType.RIDGEDMULTI, BasisTypes.GRADIENT, InterpTypes.QUINTIC, 8, 1, null);
AutoCorrect mountain_autocorrect = new AutoCorrect(mountain_shape_fractal, -1, 1);
ScaleOffset mountain_scale = new ScaleOffset(0.3, 0.15, mountain_autocorrect);
ScaleDomain mountain_y_scale = new ScaleDomain(mountain_scale, null, 0.15);
TranslatedDomain mountain_terrain = new TranslatedDomain(ground_gradient, null, mountain_y_scale);
#endregion
#region terrain
Fractal terrain_type_fractal = new Fractal(FractalType.FBM, BasisTypes.GRADIENT, InterpTypes.QUINTIC, 3, 0.125, null);
AutoCorrect terrain_autocorrect = new AutoCorrect(terrain_type_fractal, 0, 1);
ScaleDomain terrain_type_y_scale = new ScaleDomain(terrain_autocorrect, null, 0);
Cache terrain_type_cache = new Cache(terrain_type_y_scale);
Select highland_mountain_select = new Select(terrain_type_cache, highland_terrain, mountain_terrain, 0.55, 0.2);
Select highland_lowland_select = new Select(terrain_type_cache, lowland_terrain, highland_mountain_select, 0.25, 0.15);
Cache highland_lowland_select_cache = new Cache(highland_lowland_select);
Select ground_select = new Select(highland_lowland_select_cache, 0, 1, 0.5, null);
#endregion
#region caves
Fractal cave_shape = new Fractal(FractalType.RIDGEDMULTI, BasisTypes.GRADIENT, InterpTypes.QUINTIC, 1, 4, null);
Bias cave_attenuate_bias = new Bias(highland_lowland_select_cache, 0.65);
Combiner cave_shape_attenuate = new Combiner(CombinerTypes.MULT, cave_shape, cave_attenuate_bias);
Fractal cave_perturb_fractal = new Fractal(FractalType.FBM, BasisTypes.GRADIENT, InterpTypes.QUINTIC, 6, 3, null);
ScaleOffset cave_perturb_scale = new ScaleOffset(0.5, 0, cave_perturb_fractal);
TranslatedDomain cave_perturb = new TranslatedDomain(cave_shape_attenuate, cave_perturb_scale, null);
Select cave_select = new Select(cave_perturb, 1, 0, 0.75, 0);
#endregion
Combiner gound_cave_multiply = new Combiner(CombinerTypes.MULT, cave_select, ground_select);
//EXAMPLE 1
//Gradient ground_gradient = new Gradient(0, 0, 0, 1);
//Fractal ground_shape_fractal = new Fractal(FractalType.FBM,
// BasisTypes.GRADIENT,
// InterpTypes.QUINTIC,
// 6, 2, null);
//ScaleOffset ground_scale = new Accidental.ScaleOffset(0.5, 0, ground_shape_fractal);
//ScaleDomain ground_scale_y = new ScaleDomain(null, 0, ground_scale);
//TranslatedDomain ground_perturb = new TranslatedDomain(ground_gradient, null, ground_scale_y);
//Fractal ground_overhang_fractal = new Fractal(FractalType.FBM,
// BasisTypes.GRADIENT,
// InterpTypes.QUINTIC,
// 6, 2, 23434);
//ScaleOffset ground_overhang_scale = new ScaleOffset(0.2, 0, ground_overhang_fractal);
//TranslatedDomain ground_overhang_perturb = new TranslatedDomain(ground_perturb, ground_overhang_scale, null);
//Select ground_select = new Select(ground_overhang_perturb, 0, 1, 0.5, null);
//EXAMPLE 2
//Fractal cave_shape = new Accidental.Fractal(FractalType.RIDGEDMULTI, BasisTypes.GRADIENT, InterpTypes.QUINTIC, 1, 2, 4533);
//Select cave_select = new Accidental.Select(cave_shape, 1, 0, 0.6, 0);
//Fractal cave_perturb_fractal = new Fractal(FractalType.FBM, BasisTypes.GRADIENT, InterpTypes.QUINTIC, 6, 3, null);
//ScaleOffset cave_perturb_scale = new ScaleOffset(0.25, 0, cave_perturb_fractal);
//TranslatedDomain cave_perturb = new TranslatedDomain(cave_select, cave_perturb_scale, null);
SMappingRanges ranges = new SMappingRanges();
//finally update our image
for (int x = 0; x < bitmap.Width; x++)
{
for (int y = 0; y < bitmap.Height; y++)
{
double p = (double)x / (double)bitmap.Width;
double q = (double)y / (double)bitmap.Height;
double nx, ny = 0.0;
nx = ranges.mapx0 + p * (ranges.mapx1 - ranges.mapx0);
ny = ranges.mapy0 + q * (ranges.mapy1 - ranges.mapy0);
double val = gound_cave_multiply.Get(nx * 6, ny * 3);
bitmap.SetPixel(x, y, Color.Black.Lerp(Color.White, val));
}
}
pictureBox1.Image = bitmap;
}
private unsafe void BtnGenerateLabyrinthClick(object sender, EventArgs e)
{
Cursor = Cursors.WaitCursor;
FractalType type = (FractalType)cbLabyrinthType.SelectedItem;
BasisTypes basis = (BasisTypes)cbLabyrinthBasis.SelectedItem;
InterpTypes interp = (InterpTypes)cbLabyrinthInterp.SelectedItem;
int? octaves = !string.IsNullOrEmpty(tbLabyrinthOctaves.Text)
? int.Parse(tbLabyrinthOctaves.Text)
: (int?)null;
double?frequency = !string.IsNullOrEmpty(tbLabyrinthFrequency.Text)
? double.Parse(tbLabyrinthFrequency.Text)
: (double?)null;
double?angle = !string.IsNullOrEmpty(tbLabyrinthAngle.Text)
? double.Parse(tbLabyrinthAngle.Text)
: (double?)null;
double?lacunarity = !string.IsNullOrEmpty(tbLabyrinthLacunarity.Text)
? double.Parse(tbLabyrinthLacunarity.Text)
: (double?)null;
_labOldSeed = cbLabyrinthRnd.Checked ? (uint?)Environment.TickCount : _labOldSeed;
ModuleBase moduleBase = new Fractal(type, basis, interp, octaves, frequency, _labOldSeed,
angle, lacunarity);
if (chkLabyrinthAC.Checked)
{
double acLow = double.Parse(tbLabyrinthACLow.Text);
double acHigh = double.Parse(tbLabyrinthACHigh.Text);
CombinerTypes combType = (CombinerTypes)cbLabyrinthACCombine.SelectedItem;
AutoCorrect correct = new AutoCorrect(moduleBase, acLow, acHigh);
moduleBase = new Combiner(combType, correct, moduleBase);
}
// Bias bias = new Bias(moduleBase, 0.01);
// Gradient gradient = new Gradient(0, 0, 50, 100);
// moduleBase = new TranslatedDomain(moduleBase, gradient, bias);
if (chkLabyrinthSel.Checked)
{
double selLow = double.Parse(tbLabyrinthSelLow.Text);
double selHigh = double.Parse(tbLabyrinthSelHigh.Text);
double selThreshold = double.Parse(tbLabyrinthSelThreshold.Text);
double?selFalloff = !string.IsNullOrEmpty(tbLabyrinthSelFalloff.Text)
? double.Parse(tbLabyrinthSelFalloff.Text)
: (double?)null;
moduleBase = new Select(moduleBase, selLow, selHigh, selThreshold, selFalloff);
}
if (pbLabyrinth.Image != null)
{
pbLabyrinth.Image.Dispose();
}
ushort width = 500, height = 500;
Bitmap bitmap = new Bitmap(width, height, PixelFormat.Format32bppRgb);
BitmapData data = bitmap.LockBits(new Rectangle(0, 0, width, height),
ImageLockMode.ReadWrite, bitmap.PixelFormat);
byte *pRoughMap = (byte *)Memory.HeapAlloc(width * height);
Parallel.For(0, height, y =>
{
int *row = (int *)data.Scan0 + (y * data.Stride) / 4;
Parallel.For(0, width, x =>
{
double p = (double)x / width;
double q = (double)y / height;
double val = moduleBase.Get(p, q);
pRoughMap[y * width + x] = (byte)Math.Abs(val - 1);
Color color = Color.Black.Lerp(Color.White, val);
row[x] = color.ToArgb();
});
});
using (ServerMap map = new ServerMap(width, height, 0, pRoughMap))
{
map.SaveToFile("RK.save");
}
Memory.HeapFree(pRoughMap);
bitmap.UnlockBits(data);
pbLabyrinth.Image = bitmap;
Cursor = DefaultCursor;
}