Update app.py

app.py

@@ -440,12 +440,21 @@ def main():
 
     # User Inputs
     Case_number = st.number_input("Case Number", value=3, min_value=1, step=1)
+    Hs = st.number_input("Wave Height, Hs [ft]", value=4.5)
+    T = st.number_input("Period, T [s]", value=7.0)
+    h = st.number_input("Depth, h [ft]", value=11.0)
+    
+    if st.button("Run Dispersion"):
+        dispersion_result = dispersion(T=T, h=h)
+        st.write("Suction Load Parameters:")
+        st.write("Wavelength:", dispersion_result)
+        st.write("Wave Steepness:", Hs/dispersion_result)
+        st.write("h/L:", h/dispersion_result)
+        
     B = 2.0 #st.number_input("Width of Wall [ft]", value=2.0, min_value=0.0)
     Bottom_of_Wall = st.number_input("Bottom of Wall [ft]", value=-11.92)
     Still_Water_Level = st.number_input("Stillwater Level [ft]", value=0.0)
     Top_of_Wall_Height = st.number_input("Top of Wall Height [ft]", value=7.27)
-    Hs = st.number_input("Hs [ft]", value=4.5)
-    T = st.number_input("T [s]", value=7.0)
     beta = st.number_input("Beta [deg]", value=0.0)
     rho = 2 #st.number_input("Rho", value=2.0)
     
@@ -461,12 +470,7 @@ def main():
     slope_foreshore = [1,100]                     #slope of the foreshore [rad]
     lambda_=[1,1,1]
     
-    if st.button("Run Dispersion"):
-        dispersion_result = dispersion(T=T, h=h)
-        st.write("Suction Load Parameters:")
-        st.write("Wavelength:", dispersion_result)
-        st.write("Wave Steepness:", Hs/dispersion_result)
-        st.write("h/L:", h/dispersion_result)
+
     
     if st.button("Run Goda"):
         goda_result = goda(Case=Case_number, Hs=Hs, Hmax=Hmax, h=h, d=d, h_acc=h_acc, hc=hc, T=T,