public void Plants_PlantsExist_ReturnsTheirList() { Gramene g = new Gramene(); int firstPlant = g.TestAddPlant(); int secondPlant = g.TestAddPlant(); CollectionAssert.AreEqual(new List <int>() { firstPlant, secondPlant }, g.Plants()); }
public void GetPlantLeafNumber_TwoPlants_CorrectTotal() { Gramene g = new Gramene(); // Create a plant with two axes g.TestAddCanopy(); g.TestAddPlant(); g.TestAddRoot(); g.TestAddShoot(); int axis1 = g.TestAddAxis(); // This axis contains 5 leaves for (int i = 0; i < 5; i++) { g.AddLeaf(); } // The second axis contains one leaf int axis2 = g.TestAddAxis(); g.AddLeaf(); // Create a second plant with one axis and two leaves g.TestAddPlant(); g.TestAddRoot(); g.TestAddShoot(); int axis3 = g.TestAddAxis(); g.AddLeaf(); g.AddLeaf(); // Verify that we get the right number of leaves per axis Assert.AreEqual(5, g.GetLeafNumber(axis1)); Assert.AreEqual(1, g.GetLeafNumber(axis2)); Assert.AreEqual(2, g.GetLeafNumber(axis3)); // Verify that the total leaf number is different for each plant g.SetCursor(axis1); Assert.AreEqual(5 + 1, g.GetPlantLeafNumber()); g.SetCursor(axis3); Assert.AreEqual(2, g.GetPlantLeafNumber()); }
public void AddShoot_PlantExists_ShootCreated() { Gramene g = new Gramene(); int plantId = g.TestAddPlant(); Assert.AreEqual(plantId, g.GetCursor()); int shootId = g.TestAddShoot(); Assert.AreEqual(shootId, g.GetCursor()); // Verification of the scale. Assert.AreEqual(g.Scale(plantId) + 1, g.Scale(shootId)); // Verification of the label. string plantNb = g.GetVertexProperties(plantId)["label"].Substring(5); Assert.AreEqual("shoot" + plantNb, g.GetVertexProperties(shootId)["label"]); // Verification of the complex. Assert.AreEqual(plantId, g.Complex(shootId)); }
public void AddPlant_NewPlant_PlantAdded() { Gramene g = new Gramene(); Assert.AreEqual(0, g.GetCursor()); // Get the identifiers of the new plants. int firstPlant = g.TestAddPlant(); Assert.AreEqual(firstPlant, g.GetCursor()); int secondPlant = g.TestAddPlant(); int thirdPlant = g.TestAddPlant(); // Get the label of the plants. string firstLabel = g.GetVertexProperties(firstPlant)["label"]; string secondLabel = g.GetVertexProperties(secondPlant)["label"]; string thirdLabel = g.GetVertexProperties(thirdPlant)["label"]; // Make sure the labels correspond to the ones expected. Assert.AreEqual("plant0", firstLabel); Assert.AreEqual("plant1", secondLabel); Assert.AreEqual("plant2", thirdLabel); // Verify that all plants belong to scale number 2. Assert.AreEqual(2, g.Scale(firstPlant)); Assert.AreEqual(2, g.Scale(secondPlant)); Assert.AreEqual(2, g.Scale(thirdPlant)); // Verify that the complex of the plant is the canopy. Assert.AreEqual(1, g.Complex(firstPlant)); Assert.AreEqual(1, g.Complex(secondPlant)); Assert.AreEqual(1, g.Complex(thirdPlant)); }
public void GetPlantLeafNumber_TwoAxes_CorrectTotal() { Gramene g = new Gramene(); // Create a plant with 2 axes g.TestAddCanopy(); g.TestAddPlant(); g.TestAddRoot(); g.TestAddShoot(); int axis1 = g.TestAddAxis(); // First axis contains 5 leaves for (int i = 0; i < 5; i++) { g.AddLeaf(); } // Second axis contains 2 leaves int axis2 = g.TestAddAxis(); g.AddLeaf(); g.AddLeaf(); // Verify that we get the right number of leaves per axis Assert.AreEqual(5, g.GetLeafNumber(axis1)); Assert.AreEqual(2, g.GetLeafNumber(axis2)); Assert.AreEqual(2, g.GetLeafNumber()); // Verify that the total is the sum of both axes Assert.AreEqual(7, g.GetPlantLeafNumber()); }