public void CoreByEnvelopeTest() { var model = Model.FromJson(System.IO.File.ReadAllText("../../../../test/envelope1.json")); var inputs = new CoreByEnvelopeInputs(0.15, 0.5, 1.0, 4.0, "", "", new Dictionary <string, string>(), "", "", ""); var outputs = CoreByEnvelope.Execute(new Dictionary <string, Model> { { "Envelope", model } }, inputs); System.IO.File.WriteAllText("../../../../test/CoreByEnvelope1.json", outputs.model.ToJson()); outputs.model.ToGlTF("../../../../test/CoreByEnvelope1.glb"); model = Model.FromJson(System.IO.File.ReadAllText("../../../../test/envelope2.json")); inputs = new CoreByEnvelopeInputs(0.15, 0.5, 1.0, 4.0, "", "", new Dictionary <string, string>(), "", "", ""); outputs = CoreByEnvelope.Execute(new Dictionary <string, Model> { { "Envelope", model } }, inputs); System.IO.File.WriteAllText("../../../../test/CoreByEnvelope2.json", outputs.model.ToJson()); outputs.model.ToGlTF("../../../../test/CoreByEnvelope2.glb"); model = Model.FromJson(System.IO.File.ReadAllText("../../../../test/envelope3.json")); inputs = new CoreByEnvelopeInputs(0.15, 0.5, 1.0, 4.0, "", "", new Dictionary <string, string>(), "", "", ""); outputs = CoreByEnvelope.Execute(new Dictionary <string, Model> { { "Envelope", model } }, inputs); System.IO.File.WriteAllText("../../../../test/CoreByEnvelope3.json", outputs.model.ToJson()); outputs.model.ToGlTF("../../../../test/CoreByEnvelope3.glb"); }
public async Task InvokeFunction() { var root = Path.Combine(Path.GetDirectoryName(Assembly.GetExecutingAssembly().Location), "../../../../"); var config = Hypar.Functions.Function.FromJson(File.ReadAllText(Path.Combine(root, "hypar.json"))); var store = new FileModelStore <CoreByEnvelopeInputs>(root, true); // Create an input object with default values. var input = new CoreByEnvelopeInputs(); // Read local input files to populate incoming test data. if (config.ModelDependencies != null) { var modelInputKeys = new Dictionary <string, string>(); foreach (var dep in config.ModelDependencies) { modelInputKeys.Add(dep.Name, $"{dep.Name}.json"); } input.ModelInputKeys = modelInputKeys; } // Invoke the function. // The function invocation uses a FileModelStore // which will write the resulting model to disk. // You'll find the model at "./model.gltf" var l = new InvocationWrapper <CoreByEnvelopeInputs, CoreByEnvelopeOutputs>(store, CoreByEnvelope.Execute); await l.InvokeAsync(input); }
public void CoreByEnvelopeTest() { var model = Model.FromJson(System.IO.File.ReadAllText(INPUT + "Envelope1.json")); var inputs = new CoreByEnvelopeInputs( percentageArea: 0.15, lengthToWidthRatio: 0.5, minimumPerimeterOffset: 1.0, serviceCorePenthouseHeight: 4.0, "", "", new Dictionary <string, string>(), "", "", ""); var outputs = CoreByEnvelope.Execute(new Dictionary <string, Model> { { "Envelope", model } }, inputs); System.IO.File.WriteAllText(OUTPUT + "CoreByEnvelope1.json", outputs.Model.ToJson()); outputs.Model.AddElements(model.Elements.Values); outputs.Model.ToGlTF(OUTPUT + "CoreByEnvelope1.glb"); model = Model.FromJson(System.IO.File.ReadAllText(INPUT + "Envelope2.json")); inputs = new CoreByEnvelopeInputs( percentageArea: 0.15, lengthToWidthRatio: 0.5, minimumPerimeterOffset: 1.0, serviceCorePenthouseHeight: 4.0, "", "", new Dictionary <string, string>(), "", "", ""); outputs = CoreByEnvelope.Execute(new Dictionary <string, Model> { { "Envelope", model } }, inputs); System.IO.File.WriteAllText(OUTPUT + "CoreByEnvelope2.json", outputs.Model.ToJson()); outputs.Model.AddElements(model.Elements.Values); outputs.Model.ToGlTF(OUTPUT + "CoreByEnvelope2.glb"); model = Model.FromJson(System.IO.File.ReadAllText(INPUT + "Envelope3.json")); inputs = new CoreByEnvelopeInputs( percentageArea: 0.15, lengthToWidthRatio: 0.5, minimumPerimeterOffset: 1.0, serviceCorePenthouseHeight: 4.0, "", "", new Dictionary <string, string>(), "", "", ""); outputs = CoreByEnvelope.Execute(new Dictionary <string, Model> { { "Envelope", model } }, inputs); System.IO.File.WriteAllText(OUTPUT + "CoreByEnvelope3.json", outputs.Model.ToJson()); outputs.Model.AddElements(model.Elements.Values); outputs.Model.ToGlTF(OUTPUT + "CoreByEnvelope3.glb"); }
public async Task InvokeFunction() { var store = new FileModelStore <CoreByEnvelopeInputs>("./", true); // Create an input object with default values. var input = new CoreByEnvelopeInputs(); // Invoke the function. // The function invocation uses a FileModelStore // which will write the resulting model to disk. // You'll find the model at "./model.gltf" var l = new InvocationWrapper <CoreByEnvelopeInputs, CoreByEnvelopeOutputs>(store, CoreByEnvelope.Execute); var output = await l.InvokeAsync(input); }