Fix

app.py

@@ -57,14 +57,14 @@ def predict(f_ck, f_yk, N_Ed, M_Edz, M_Edy, cover, rebar_dia, dc_ratio):
 
 # 3) Gradio UI 정의
 inputs = [
-  gr.Number(label="f_ck (MPa)", value=40),
-  gr.Number(label="f_yk (MPa)", value=500),
-  gr.Number(label="N_Ed (kN)", value=500),
-  gr.Number(label="M_Edz (kN·m)", value=100),
-  gr.Number(label="M_Edy (kN·m)", value=150),
-  gr.Number(label="cover (mm)", value=40),
-  gr.Number(label="rebar_dia (mm)", value=25),
-  gr.Number(label="dc_ratio", value=0.9, precision=2)
+  gr.Number(label="f_ck (MPa) 범위: 30,35,40,45,50", value=40),
+  gr.Number(label="f_yk (MPa) 범위: 400, 500, 600", value=600),
+  gr.Number(label="N_Ed (N) 범위: 200e3 ~ 800e3", value=455000),
+  gr.Number(label="M_Edz (N·mm) 범위: 50e6 ~ 200e6", value=186200000),
+  gr.Number(label="M_Edy (N·mm) 범위: 50e6 ~ 200e6", value=126100000),
+  gr.Number(label="cover (mm) 고정", value=50),
+  gr.Number(label="rebar_dia (mm) 범위: 16,20,25,32,40", value=20),
+  gr.Number(label="Safety Factor", value=0.9, precision=2)
 ]
 
 outputs = [
@@ -74,9 +74,9 @@ outputs = [
   gr.Number(label="rebar_x (개)"),
   gr.Number(label="rebar_y (개)"),
   gr.Number(label="exponent a"),
-  gr.Number(label="N_Rd"),
-  gr.Number(label="M_Rdz"),
-  gr.Number(label="M_Rdy"),
+  gr.Number(label="N_Rd (N)"),
+  gr.Number(label="M_Rdz (N·mm)"),
+  gr.Number(label="M_Rdy (N·mm)"),
   gr.Number(label="SF")
 ]
 
@@ -84,7 +84,7 @@ demo = gr.Interface(
     fn=predict,
     inputs=inputs,
     outputs=outputs,
-    title="🔧 RC 기둥 단면 예측기",
+    title="🔧 RC 기둥 단면 설계",
     description="Eurocode 2 기반 ML 모델"
 )