add test to check workflow

tests/test_utils.py

@@ -0,0 +1,28 @@
+from src.SailMod import Jib, Kite, Main
+from src.YachtMod import Keel, Rudder, Yacht
+
+def return_YD41_particulars():
+
+    YD41 = Yacht(
+        Name="YD41",
+        Lwl=11.90,
+        Vol=6.05,
+        Bwl=3.18,
+        Tc=0.4,
+        WSA=28.20,
+        Tmax=2.30,
+        Amax=1.051,
+        Mass=6500,
+        Ff=1.5,
+        Fa=1.5,
+        Boa=4.2,
+        Loa=12.5,
+        App=[Keel(Cu=1.00, Cl=0.78, Span=1.90), Rudder(Cu=0.48, Cl=0.22, Span=1.15)],
+        Sails=[
+            Main("MN1", P=16.60, E=5.60, Roach=0.1, BAD=1.0),
+            Jib("J1", I=16.20, J=5.10, LPG=5.40, HBI=1.8),
+            Kite("A2", area=150.0, vce=9.55),
+            Kite("A5", area=75.0, vce=2.75),
+        ],
+    )
+    return YD41

tests/test_vpp.py

@@ -0,0 +1,26 @@
+
+import numpy as np
+
+from tests.test_utils import return_YD41_particulars
+from src.VPPMod import VPP
+from src.SailMod import Jib, Main
+
+def test_single_sail_set():
+    YD41 = return_YD41_particulars()
+
+    YD41_no_kite = YD41
+    YD41_no_kite.sails = [
+        Main("MN1", P=16.60, E=5.60, Roach=0.1, BAD=1.0),
+        Jib("J1", I=16.20, J=5.10, LPG=5.40, HBI=1.8)
+    ]
+
+    vpp = VPP(Yacht=YD41)
+
+    vpp.set_analysis(
+        tws_range=np.arange(4.0, 6.0, 1.0), twa_range=np.linspace(30.0, 180.0, 3)
+    )
+
+    vpp.run(verbose=False)
+    vpp.write("results")
+    vpp.polar(3, False)
+    vpp.SailChart(False)