//Desk object constructor. public Desk(int inWidth, int inDepth, int inNumDrawers, string inSurface) { width = inWidth; depth = inDepth; numDrawers = inNumDrawers; surface = (SurfaceMaterial)Enum.Parse(typeof(SurfaceMaterial), inSurface); }
//Set SurfaceMaterial public void SetSurfaceMaterial(string value) { switch (value) { case "Oak": Material = SurfaceMaterial.Oak; break; case "Laminate": Material = SurfaceMaterial.Laminate; break; case "Pine": Material = SurfaceMaterial.Pine; break; case "Rosewood": Material = SurfaceMaterial.Rosewood; break; case "Veneer": Material = SurfaceMaterial.Veneer; break; } }
private SurfaceMaterial GetSurface() { if (_tyreRaycastResults == null) { _tyreRaycastResults = new RaycastHit2D[32]; } int resultCount = Physics2D.RaycastNonAlloc(transform.position, Vector2.zero, _tyreRaycastResults, 0f, LayerMask.GetMask("Surface")); SurfaceMaterial bestSurface = null; for (int i = resultCount - 1; i >= 0; i--) { RaycastHit2D hit = _tyreRaycastResults[i]; if (!(hit.transform.GetComponentInParent <SurfaceMaterial>() is SurfaceMaterial sf)) { continue; } if (bestSurface == null) { bestSurface = sf; continue; } if (sf.Priority < bestSurface.Priority) { continue; } bestSurface = sf; } return(bestSurface); }
static Property FindTextureProperty(SurfaceMaterial material, string name, Property include = null) { var name1 = name.ToLower(); var name2 = name1 + "color"; var props = material.FindProperties( p => p.Name.ToLower() == name1 /* || * p.Name.ToLower() == name2*/).ToList(); if (include != null && !props.Contains(include)) { props.Add(include); } foreach (var p in props) { foreach (var src in p.SrcObjects) { if (src is Texture) { return(p); } } } return(null); }
public Desk(decimal Width, decimal Depth, int NumberofDrawer, SurfaceMaterial surfaceMaterial) { this.Width = Width; this.Depth = Depth; this.NumberofDrawer = NumberofDrawer; this.SurfaceMaterial = surfaceMaterial; }
public decimal GetQuotePrice(SurfaceMaterial material, int shippingIndex) { decimal Base = 200; this.QuotePrice = Base + GetAreaPrice() + GetDrawerPrice() + GetMaterialPrice(material) + GetShipping(shippingIndex); return(this.QuotePrice); }
public Desk(decimal width, decimal depth, int drawers, SurfaceMaterial deskMaterial) { Width = width; Depth = depth; Drawers = drawers; Material = deskMaterial; }
void Awake() { for (int i = 0; i < physicsMaterials.Length; i++) { SurfaceMaterial.add(physicsMaterials[i], surfaceMaterials[i]); } }
public Desk(decimal width = 24, decimal depth = 12, int numberOfDrawers = 0, SurfaceMaterial surfaceMaterial = SurfaceMaterial.Pine) { this.width = width; this.depth = depth; this.numberOfDrawers = numberOfDrawers; this.surfaceMaterial = surfaceMaterial; }
public Desk(int width, int depth, int drawers, SurfaceMaterial material) { Guid id = Guid.NewGuid(); DeskId = id; Width = width; Depth = depth; Drawers = drawers; Material = material; }
private void SearchQuotesMaterialComboBox_SelectedIndexChanged(object sender, EventArgs e) { if (SearchQuotesMaterialComboBox.Text == "Laminate") { chosenMaterial = SurfaceMaterial.Laminate; } else if (SearchQuotesMaterialComboBox.Text == "Oak") { chosenMaterial = SurfaceMaterial.Oak; } else if (SearchQuotesMaterialComboBox.Text == "Rosewood") { chosenMaterial = SurfaceMaterial.Rosewood; } else if (SearchQuotesMaterialComboBox.Text == "Veneer") { chosenMaterial = SurfaceMaterial.Veneer; } else if (SearchQuotesMaterialComboBox.Text == "Pine") { chosenMaterial = SurfaceMaterial.Pine; } List <DeskQuote> resultsList = new List <DeskQuote>(); string json = ""; try { json = File.ReadAllText("..\\..\\quotes.json"); } catch (FileNotFoundException) { Console.WriteLine(e); } List <DeskQuote> quoteList = JsonConvert.DeserializeObject <List <DeskQuote> >(json); for (int i = 0; i < quoteList.Count; i++) { if (quoteList[i].Desk.DeskMaterial == chosenMaterial) { resultsList.Add(quoteList[i]); } } resultsGridView.DataSource = resultsList; Count.Text = resultsGridView.RowCount.ToString() + " Results"; resultsGridView.Columns[3].DefaultCellStyle.Format = "d"; resultsGridView.Columns[4].DefaultCellStyle.Format = "c"; }
public async Task <IActionResult> OnGetAsync(int?id) { if (id == null) { return(NotFound()); } SurfaceMaterial = await _context.SurfaceMaterial.FirstOrDefaultAsync(m => m.Id == id); if (SurfaceMaterial == null) { return(NotFound()); } return(Page()); }
public void writeQuoteToFile(string customerName, Desk desk, int width, int depth, SurfaceMaterial material, int numberOfDrawers, int rushOrderOptions) { DeskQuote deskQuote = new DeskQuote(); deskQuote.CustomerName = customerName; deskQuote.Desk = desk; deskQuote.Desk.Width = width; deskQuote.Desk.Depth = depth; deskQuote.Desk.DeskMaterial = material; deskQuote.Desk.NumberOfDrawers = numberOfDrawers; deskQuote.ShippingDays = rushOrderOptions; deskQuote.QuoteTotal = calculateTotalQuote(deskQuote.Desk, deskQuote.Desk.Width, deskQuote.Desk.Depth, deskQuote.Desk.DeskMaterial, deskQuote.Desk.NumberOfDrawers, deskQuote.ShippingDays); deskQuote.QuoteDate = DateTime.Now; deskQuote.DeskMaterial = material; deskQuote.NumberOfDrawers = numberOfDrawers; deskQuote.Depth = depth; deskQuote.Width = width; string date = deskQuote.QuoteDate.ToString("MM/dd/yyyy"); string displayOutput = "Customer Name: " + deskQuote.CustomerName + Environment.NewLine + "Desk Width: " + deskQuote.Desk.Width + Environment.NewLine + "Desk Depth: " + deskQuote.Desk.Depth + Environment.NewLine + "Desk Material: " + deskQuote.Desk.DeskMaterial + Environment.NewLine + "Desk Drawer Count: " + deskQuote.Desk.NumberOfDrawers + Environment.NewLine + "Rush Order: " + deskQuote.ShippingDays + Environment.NewLine + "Quate Date: " + date + Environment.NewLine + "Quote Total: $" + deskQuote.QuoteTotal; DisplayQuote.Quote = displayOutput; if (!File.Exists("..\\..\\quotes.json")) { File.Create("..\\..\\quotes.json").Close(); } var data = File.ReadAllText("..\\..\\quotes.json"); var listQuotes = JsonConvert.DeserializeObject <List <DeskQuote> >(data) ?? new List <DeskQuote>(); listQuotes.Add(deskQuote); data = JsonConvert.SerializeObject(listQuotes.ToArray()); File.WriteAllText("..\\..\\quotes.json", data); }
public RenderingController(SurfaceMaterial mat, int w, int h) { FrameDescription frame; config = new MaterialViewRayEngineConfiguration(mat, mat); SetupRenderer(); using (var frameFile = new FileStream(frameName, FileMode.Open, FileAccess.Read)) { using (var reader = new StreamReader(frameFile)) frame = (FrameDescription)SerializationService.Deserialize(reader.ReadToEnd(), typeof(FrameDescription)); } frame["ImageWidth"] = w; frame["ImageHeight"] = h; frame.FrameName = Path.GetFileNameWithoutExtension(frameName); config.OpenFrame(frame); }
public async Task <IActionResult> OnPostAsync(int?id) { if (id == null) { return(NotFound()); } SurfaceMaterial = await _context.SurfaceMaterial.FindAsync(id); if (SurfaceMaterial != null) { _context.SurfaceMaterial.Remove(SurfaceMaterial); await _context.SaveChangesAsync(); } return(RedirectToPage("./Index")); }
//private void loadGrid(string searchTerm) //{ // dataGridView2.Rows.Clear(); // string[] deskQuotes = File.ReadAllLines(@"quotes.txt"); // foreach (string deskQuote in deskQuotes) // { // if (deskQuote.Contains(searchTerm)) // { // string[] arrRow = deskQuote.Split(new char[] { ',' }); // dataGridView2.Rows.Add(arrRow); // } // } //} private void lblMaterial_SelectedIndexChanged(object sender, EventArgs e) { List <DeskQuote> myQuotes = new List <DeskQuote>(); string readText = File.ReadAllText("C:\\Users\\lisac\\Documents\\quotes.txt"); var lines = readText.Split("\r\n".ToCharArray(), StringSplitOptions.RemoveEmptyEntries); SurfaceMaterial material = (SurfaceMaterial)lblMaterial.SelectedItem; foreach (var line in lines) { var quote = new DeskQuote(line); if (material.Name.CompareTo(quote.Desk.SurfaceMaterial.Name) == 0) { myQuotes.Add(quote); } } dataGridView2.AutoGenerateColumns = false; dataGridView2.DataSource = myQuotes; }
public static void ApplyMaterialOverrides(SurfaceMaterial[] surfMats, Dictionary<string, Func<MaterialInfo, SurfaceMaterial>> overrideFuncs) { for (int index = 0; index < surfMats.Length; index++) { if (surfMats[index] == null) continue; if (overrideFuncs.ContainsKey(surfMats[index].Name)) { var newMat = overrideFuncs[surfMats[index].Name](surfMats[index].First.MaterialData); if (newMat != null) { Tracer.TraceLine(string.Format("$!$ Material override-{2} - {0} to {1}", surfMats[index].First.GetType().Name, newMat.First.GetType().Name, surfMats[index].Name)); surfMats[index] = newMat; } } } }
static Property GetMaterialColorProperty(SurfaceMaterial material, string name, Property include = null) { var name1 = name.ToLower(); var name2 = name1 + "color"; var props = material.FindProperties( p => p.Name.ToLower() == name1 /* || * p.Name.ToLower() == name2*/).ToList(); var v = new _FbxSharp.Vector3(0, 0, 0); if (include != null && !props.Contains(include)) { props.Add(include); } foreach (var p in props) { if (p.PropertyDataType == typeof(_FbxSharp.Vector3)) { v = (_FbxSharp.Vector3)p.GetValue(); if (v != _FbxSharp.Vector3.Zero) { return(p); } } } foreach (var p in props) { if (p.PropertyDataType == typeof(_FbxSharp.Color)) { v = p.Get <_FbxSharp.Color>().ToVector3(); if (v != _FbxSharp.Vector3.Zero) { return(p); } } } return(null); }
public void writeQuoteToFile(string customerName, Desk desk, int width, int depth, SurfaceMaterial material, int numberOfDrawers, int rushOrderOptions) { DeskQuote deskQuote = new DeskQuote(); deskQuote._customerName = customerName; deskQuote._desk = desk; deskQuote._desk.Width = width; deskQuote._desk.Depth = depth; deskQuote._desk.DeskMaterial = material; deskQuote._desk.NumberOfDrawers = numberOfDrawers; deskQuote._rushDays = rushOrderOptions; deskQuote._quoteTotal = calculateTotalQuote(deskQuote._desk, deskQuote._desk.Width, deskQuote._desk.Depth, deskQuote._desk.DeskMaterial, deskQuote._desk.NumberOfDrawers, deskQuote._rushDays); StreamWriter writer; writer = new StreamWriter(@"c:\tmp\DeskQuotes.txt"); string output = "Customer Name: " + deskQuote._customerName + "\n" + "Desk Width: " + deskQuote._desk.Width + "\n" + "Desk Depth: " + deskQuote._desk.Depth + "\n" + "Desk Material: " + deskQuote._desk.DeskMaterial + "\n" + "Desk Drawer Count: " + deskQuote._desk.NumberOfDrawers + "\n" + "Rush Order: " + deskQuote._rushDays + "\n" + "Quote Total: $" + deskQuote._quoteTotal; writer.WriteLine(output); writer.Close(); string displayOutput = "Customer Name: " + deskQuote._customerName + Environment.NewLine + "Desk Width: " + deskQuote._desk.Width + Environment.NewLine + "Desk Depth: " + deskQuote._desk.Depth + Environment.NewLine + "Desk Material: " + deskQuote._desk.DeskMaterial + Environment.NewLine + "Desk Drawer Count: " + deskQuote._desk.NumberOfDrawers + Environment.NewLine + "Rush Order: " + deskQuote._rushDays + Environment.NewLine + "Quote Total: $" + deskQuote._quoteTotal; DisplayQuote.Quote = displayOutput; }
private void loadGrid(SurfaceMaterial desktopMaterial) { var quotesFile = @"quotes.json"; using (StreamReader reader = new StreamReader(quotesFile)) { //This loads in the existing quotes string quotes = reader.ReadToEnd(); List <DeskQuote> deskQuotes = JsonConvert.DeserializeObject <List <DeskQuote> >(quotes); dataGridView1.DataSource = deskQuotes.Select(d => new { Date = d.currentDate, Customer = d.customerName, Depth = d.desk.Depth, Width = d.desk.Width, Drawers = d.desk.NumberOfDrawers, SurfaceMaterial = d.desk.SurfaceMaterial, DeliveryType = d.desk.RushOption, QuoteAmount = d.price.ToString("c") }).Where(q => q.SurfaceMaterial == desktopMaterial) .ToList(); } }
public DeskQuote(string customerName, int rushDays, double width, double depth, int numOfDrawers, SurfaceMaterial material) { CustomerName = customerName; RushDays = rushDays; Desk.Width = width; Desk.Depth = depth; Desk.NumDrawers = numOfDrawers; Desk.Material = material; }
public decimal GetMaterialPrice(SurfaceMaterial material) { return((decimal)material); }
public decimal CalculateQuoteTotal(int surfacearea, int drawers, SurfaceMaterial material, int rushDays) { QuoteTotal = BASE_PRICE + SurfaceAreaFee(surfacearea) + DrawerFee(drawers) + (int)material + RushFee(rushDays, surfacearea); return(QuoteTotal); }
static MaterialContent GetMaterialFromMaterial(SurfaceMaterial material, ShaderContent vertexShaderStage, ShaderContent fragmentShaderStage, IContentImporter importer, string filename) { var shaderTuple = new Tuple <ShaderContent, ShaderContent>(vertexShaderStage, fragmentShaderStage); if (_materialsCache.ContainsKey(material) && _materialsCache[material].ContainsKey(shaderTuple)) { return(_materialsCache[material][shaderTuple]); } if (!_materialsCache.ContainsKey(material)) { _materialsCache[material] = new Dictionary <Tuple <ShaderContent, ShaderContent>, MaterialContent>(); } var material2 = new MaterialContent(); material2.VertexShader = vertexShaderStage; material2.FragmentShader = fragmentShaderStage; material2.Alpha = 1; material2.DiffuseColor = new Vector3(0.5f, 0.5f, 0.5f); material2.Name = material.Name; Property diffuseProp; Property emissiveProp; Property textureProp; if (material is SurfaceLambert) { var lambert = material as SurfaceLambert; diffuseProp = GetMaterialColorProperty(lambert, "Diffuse", lambert.Diffuse); emissiveProp = GetMaterialColorProperty(lambert, "Emissive", lambert.Emissive); textureProp = FindTextureProperty(lambert, "Diffuse", lambert.Diffuse); } else { diffuseProp = GetMaterialColorProperty(material, "Diffuse"); emissiveProp = GetMaterialColorProperty(material, "Emissive"); textureProp = FindTextureProperty(material, "Diffuse"); } if (diffuseProp != null) { material2.DiffuseColor = GetPropertyValue(diffuseProp); } if (emissiveProp != null) { material2.EmissiveColor = GetPropertyValue(emissiveProp); } if (textureProp != null) { var tex = GetMaterialTexture(textureProp, importer, filename); if (tex != null) { material2.Texture = tex; } } if (material is SurfacePhong) { var phong = material as SurfacePhong; var specularProp = GetMaterialColorProperty(phong, "Specular", phong.Specular); if (specularProp != null) { material2.SpecularColor = GetPropertyValue(specularProp); var props = phong.FindProperties( p => p.Name.ToLower() == "shininessexponent" || p.Name.ToLower() == "shininess"); double shininess = 0; foreach (var prop in props) { if (prop.PropertyDataType == typeof(double)) { shininess = prop.Get <double>(); if (shininess > 0) { break; } } } material2.SpecularPower = (float)shininess; } } if (material is SurfaceLambert) { var transparencyFactor = (material as SurfaceLambert).TransparencyFactor; if (transparencyFactor != null) { material2.Alpha = (float)(1 - transparencyFactor.Get()); } } _materialsCache[material][shaderTuple] = material2; return(material2); }
public MaterialInstance(DCVoxelMaterial material, DeferredRenderer dRenderer, DX11Game gamez) { Material = material; Shader = new SurfaceMaterial(gamez, dRenderer.TexturePool.LoadTexture(material.Texture)); }
//determine material price based on user selection and return price public int CalcMaterialPrice(SurfaceMaterial material) { int price = 0; switch (material) { case SurfaceMaterial.Oak: price = 200; break; case SurfaceMaterial.Laminate: price = 100; break; case SurfaceMaterial.Pine: price = 50; break; case SurfaceMaterial.Marble: price = 500; break; case SurfaceMaterial.Walnut: price = 250; break; case SurfaceMaterial.Metal: price = 300; break; default: Console.WriteLine("Invalid material choice detected during calculations."); return 0; } return price; }
/// <summary>放射率[-]を初期化する</summary> /// <param name="sMaterial">表面素材</param> /// <remarks>空調・衛生技術データブック(株式会社テクノ菱和)のデータの平均値を利用</remarks> public void InitializeEmissivity(SurfaceMaterial sMaterial) { switch (sMaterial) { case SurfaceMaterial.BlackBody: LongWaveEmissivity = 1.0; SolarAbsorptance = 1.0; break; case SurfaceMaterial.Asphalt: case SurfaceMaterial.BlackPaint: LongWaveEmissivity = 0.94; SolarAbsorptance = 0.915; break; case SurfaceMaterial.RedBrick: case SurfaceMaterial.DarkTile: case SurfaceMaterial.DarkPaint: case SurfaceMaterial.Concrete: case SurfaceMaterial.Stone: LongWaveEmissivity = 0.9; SolarAbsorptance = 0.725; break; case SurfaceMaterial.CreamColorBrick: case SurfaceMaterial.CreamColorPaint: case SurfaceMaterial.Plaster: LongWaveEmissivity = 0.9; SolarAbsorptance = 0.4; break; case SurfaceMaterial.AluminumPaint: case SurfaceMaterial.BronzePaint: LongWaveEmissivity = 0.5; SolarAbsorptance = 0.4; break; case SurfaceMaterial.Brass: case SurfaceMaterial.Aluminum: case SurfaceMaterial.Zinc: LongWaveEmissivity = 0.25; SolarAbsorptance = 0.525; break; case SurfaceMaterial.PolishedBrass: LongWaveEmissivity = 0.035; SolarAbsorptance = 0.4; break; case SurfaceMaterial.PolishedAluminum: case SurfaceMaterial.TinPlate: LongWaveEmissivity = 0.03; SolarAbsorptance = 0.25; break; } }
private static string GetMaterialName(SurfaceMaterial mt) { return string.Format("[{0}]_|_<{1}>", mt.First!=null ? mt.First.GetType().Name :"Empty", mt.Name); }
public MaterialViewRayEngineConfiguration(SurfaceMaterial mat, SurfaceMaterial pm) { this.config = new ConfigurableEntity(GlobalConfiguration.Instance); this.ObjectMaterial = mat; this.PlaneMaterial = pm; }
public void Update() => _currentSurface = GetSurface();
public Surface(SurfaceGeometry geometry, SurfaceMaterial material) { Geometry = geometry; Material = material; Geometry.Surface = this; }
public double calculateTotalQuote(Desk desk, int width, int depth, SurfaceMaterial material, int numberOfDrawers, int rushOrderOptions) { double rushPrice = 0; double materialPrice = 0; double surfaceArea = width * depth; // Calculate materialPrice. if (material == SurfaceMaterial.Oak) { materialPrice = 200; } else if (material == SurfaceMaterial.Laminate) { materialPrice = 100; } else if (material == SurfaceMaterial.Pine) { materialPrice = 50; } else if (material == SurfaceMaterial.Rosewood) { materialPrice = 300; } else if (material == SurfaceMaterial.Veneer) { materialPrice = 125; } // Calculate rushPrice. switch (rushOrderOptions) { case 3: if (surfaceArea < 1000) { rushPrice = 60; } else if (surfaceArea >= 1000 || surfaceArea <= 2000) { rushPrice = 70; } else if (surfaceArea > 2000) { rushPrice = 80; } break; case 5: if (surfaceArea < 1000) { rushPrice = 40; } else if (surfaceArea >= 1000 || surfaceArea <= 2000) { rushPrice = 50; } else if (surfaceArea > 2000) { rushPrice = 60; } break; case 7: if (surfaceArea < 1000) { rushPrice = 30; } else if (surfaceArea >= 1000 || surfaceArea <= 2000) { rushPrice = 35; } else if (surfaceArea > 2000) { rushPrice = 40; } break; default: Console.WriteLine("Something probably went wrong."); break; } double total = (surfaceArea * CUBICPRICE) + (numberOfDrawers * DRAWERPRICE) + rushPrice + materialPrice; return(total); }
public double calculateTotalQuote(Desk desk, int width, int depth, SurfaceMaterial material, int numberOfDrawers, int rushOrderOptions) { double rushPrice = 0; double materialPrice = 0; double surfaceArea = width * depth; double[,] rushOrderPriceMap = GetRushOrder(surfaceArea, rushOrderOptions); List <int> materialPriceList = new List <int>() { 200, 100, 50, 300, 125 }; // Calculate materialPrice. if (material == SurfaceMaterial.Oak) { materialPrice = materialPriceList[0]; } else if (material == SurfaceMaterial.Laminate) { materialPrice = materialPriceList[1]; } else if (material == SurfaceMaterial.Pine) { materialPrice = materialPriceList[2]; } else if (material == SurfaceMaterial.Rosewood) { materialPrice = materialPriceList[3]; } else if (material == SurfaceMaterial.Veneer) { materialPrice = materialPriceList[4]; } // Calculate rushPrice. switch (rushOrderOptions) { case 3: if (surfaceArea < 1000) { rushPrice = rushOrderPriceMap[0, 0]; } else if (surfaceArea >= 1000 && surfaceArea <= 2000) { rushPrice = rushOrderPriceMap[0, 1]; } else if (surfaceArea > 2000) { rushPrice = rushOrderPriceMap[0, 2]; } break; case 5: if (surfaceArea < 1000) { rushPrice = rushOrderPriceMap[1, 0]; } else if (surfaceArea >= 1000 && surfaceArea <= 2000) { rushPrice = rushOrderPriceMap[1, 1]; } else if (surfaceArea > 2000) { rushPrice = rushOrderPriceMap[1, 2]; } break; case 7: if (surfaceArea < 1000) { rushPrice = rushOrderPriceMap[2, 0]; } else if (surfaceArea >= 1000 && surfaceArea <= 2000) { rushPrice = rushOrderPriceMap[2, 1]; } else if (surfaceArea > 2000) { rushPrice = rushOrderPriceMap[2, 2]; } break; default: break; } // Get total price of order if (surfaceArea > 1000) { double total = (surfaceArea * SQUAREPRICE) + (numberOfDrawers * DRAWERPRICE) + rushPrice + materialPrice + 200; return(total); } else { double total = (numberOfDrawers * DRAWERPRICE) + rushPrice + materialPrice + 200; return(total); } }
private void Init() { var materialInfo = new MaterialInfo() { Name = "object_materialview_test", DiffuseReflectance = new RgbSpectrum(0.6f), GlossReflectance = new RgbSpectrum(0f, 0.45f, 0.65f), PhongExponent = 50f,SpecularReflectance = new RgbSpectrum(0.75f), DiffuseTexture = new ImageTextureInfo() { FilePath = @"I:\3D\Textures\Oxidated.jpg" },// { FilePath = @"I:\3D\Textures\102.png" }, //BumpTexture = new ImageTextureInfo() { FilePath = @"I:\3D\Textures\102bump.png" }, NormalMap = new ImageTextureInfo() { FilePath = @"I:\3D\Textures\Oxidated.normal.jpg" } }; var secondMI = new MaterialInfo() { Name = "smi", DiffuseReflectance = new RgbSpectrum(0.75f), SpecularReflectance = new RgbSpectrum(0.75f) }; ObjectMaterial = new SurfaceMaterial ( //new MatteMaterial(materialInfo.DiffuseReflectance) { MaterialData = materialInfo } new OrenNayarMaterial(materialInfo.DiffuseReflectance, 0.2f) { MaterialData = materialInfo } //new AnisotropicPhong(materialInfo.DiffuseReflectance, materialInfo.GlossReflectance, 10f, 10f) { MaterialData = materialInfo} //new GlassMaterial(materialInfo.DiffuseReflectance + 0.2f, materialInfo.GlossReflectance + 0.2f, 1.0005f, 1.5f, true, true) { MaterialData = materialInfo } //new MetalMaterial(materialInfo.DiffuseReflectance, materialInfo.PhongExponent, true){MaterialData = materialInfo} /* */ // new MatteMirrorMaterial(materialInfo.DiffuseReflectance, materialInfo.GlossReflectance, true) { MaterialData = materialInfo } // new ArchGlassMaterial(materialInfo.DiffuseReflectance, materialInfo.GlossReflectance, true, true) { MaterialData = materialInfo} /* new DistributionBsdf(10.175f, materialInfo.DiffuseReflectance //,new FresnelDielectric(1.39f, 0.6f) ,new FresnelConductor(materialInfo.DiffuseReflectance, materialInfo.GlossReflectance) ) {MaterialData = materialInfo} */ //new MirrorMaterial(materialInfo.DiffuseReflectance, true) { MaterialData = materialInfo } //new MatteMaterial(secondMI.DiffuseReflectance) { MaterialData = secondMI } //new TranslucentMaterial(materialInfo.DiffuseReflectance) { MaterialData = secondMI } //new MatteMaterial(materialInfo.DiffuseReflectance){ MaterialData = materialInfo } /* new MatteMaterial(materialInfo.DiffuseReflectance){ MaterialData = materialInfo } * new MirrorMaterial(secondMI.DiffuseReflectance, true) { MaterialData = secondMI }*/ //new AlloyMaterial(materialInfo.DiffuseReflectance, materialInfo.GlossReflectance, materialInfo.PhongExponent, 0.5f, true) {MaterialData = materialInfo} ); var planeMI = new MaterialInfo() { Name = "plane_material", DiffuseReflectance = new RgbSpectrum(0.7f), DiffuseTexture = new ImageTextureInfo() { FilePath = "Finishes.Flooring.Tile.Diamond.Red.jpg" }, //{ FilePath = @"I:\3D\Textures\CEDFENCE.jpg" }, //BumpTexture = new ImageTextureInfo() { FilePath = @"I:\3D\Textures\102bump.png" }, BumpMap = new ImageTextureInfo() { FilePath = "Finishes.Flooring.Tile.Diamond.Red.bump.jpg" } //{ FilePath = @"I:\3D\Textures\CEDFENCE.Normal.jpg" } }; PlaneMaterial = new SurfaceMaterial( new MatteMaterial(planeMI.DiffuseReflectance) // new DistributionBsdf(1.175f, materialInfo.DiffuseReflectance ,new FresnelDielectric(1.39f, 0.6f)) { MaterialData = planeMI}); }
private void generateQuote_btn_Click(object sender, EventArgs e) { try { //check for required and collect values string errorMessage = ""; if (CustomerName_tb.Text == string.Empty) { //MessageBox.Show("Please enter a Customer Name"); errorMessage += "Customer Name is Required\n"; CustomerName_tb.BackColor = Color.Aqua; } if (DeskWidth_tb.Text == string.Empty) { errorMessage += "Desk Width is Required\n"; DeskWidth_tb.BackColor = Color.Aqua; } if (DeskDepth_tb.Text == string.Empty) { errorMessage += "Desk Depth is Required\n"; DeskDepth_tb.BackColor = Color.Aqua; } if (SurfaceMaterial_tb.SelectedIndex < 0) { errorMessage += "Surface Material is Required\n"; SurfaceMaterial_tb.BackColor = Color.Aqua; } if (errorMessage.Length > 0) { MessageBox.Show(errorMessage); return; } CustomerName = CustomerName_tb.Text; DeskWidth = int.Parse(DeskWidth_tb.Text); DeskDepth = int.Parse(DeskDepth_tb.Text); surfaceMaterial = (SurfaceMaterial)SurfaceMaterial_tb.SelectedValue; Drawers = Decimal.ToInt32(DeskDrawers_tb.Value); if (radioButtonStandard.Checked) { RushDays = 14; } if (radioButton7Day.Checked) { RushDays = 7; } if (radioButton5Day.Checked) { RushDays = 5; } if (radioButton3Day.Checked) { RushDays = 3; } //now we have our parts so create the qoute object by calling the constructor NewQuote = new DeskQoute(CustomerName, DateTime.Now, DeskWidth, DeskDepth, Drawers, surfaceMaterial, RushDays); //let user know it worked MessageBox.Show("New Qoute Successful.\nQuoute total:" + NewQuote.QuoteTotal.ToString("C2")); } catch (Exception exception) { Console.WriteLine("Generic Exception Handler: {0}", exception.ToString()); } //save DeskQuote as CSV file try { SaveQuoteToCSV(NewQuote); } catch (IOException ex) { MessageBox.Show(ex.Message); } //all done, so refresh form FormReset(); //not working so just go back to main menu }
public DeskQoute(string customerName, DateTime quoteDate, int width, int depth, int drawers, SurfaceMaterial material, int rushDays) { CustomerName = customerName; Quotedate = quoteDate; Desk.Width = width; Desk.Depth = depth; Desk.NumOfDrawers = drawers; Desk.SurfaceMaterial = material; RushDays = rushDays; SurfaceArea = Desk.Width * Desk.Depth; this.QuoteTotal = CalculateQuoteTotal(SurfaceArea, drawers, material, RushDays); }
public static void ApplyMaterialOverrides(SurfaceMaterial[] surfMats, RayEngineScene scene) { ApplyMaterialOverrides(surfMats, overrides); OverrideTextures(scene.OptTextures, scene.texturesMap); }
public static void ApplyMaterialOverrides(SurfaceMaterial[] surfMats) { ApplyMaterialOverrides(surfMats, overrides); }