Update app.py

app.py

@@ -4,19 +4,19 @@ import joblib
 import numpy as np
 import plotly.express as px
 import gradio as gr
-titik1=gr.Number(label='Node 1')
-titik2=gr.Number(label='Node 2')
-titik3=gr.Number(label='Node 3')
-titik4=gr.Number(label='Node 4')
-titik5=gr.Number(label='Node 5')
-titik6=gr.Number(label='Node 6')
-titik7=gr.Number(label='Node 7')
-titik8=gr.Number(label='Node 8')
-titik9=gr.Number(label='Node 9')
-titik10=gr.Number(label='Node 10')
-titik11=gr.Number(label='Node 11')
+titik1=gr.Number(label='Node 1 (Close)')
+titik2=gr.Number(label='Node 2 (Close)')
+titik3=gr.Number(label='Node 3 (Close)')
+titik4=gr.Number(label='Node 4 (Close)')
+titik5=gr.Number(label='Node 5 (Close)')
+titik6=gr.Number(label='Node 6 (Close)')
+titik7=gr.Number(label='Node 7 (Close)')
+titik8=gr.Number(label='Node 8 (Close)')
+titik9=gr.Number(label='Node 9 (Close)')
+titik10=gr.Number(label='Node 10 (Close)')
+titik11=gr.Number(label='Node 11 (Close)')
 plot=gr.Plot()
-desc='For one-time prediction only'
+desc='For one-time prediction only. EURUSD TF 1D for now'
 net=joblib.load('model_savgolfilt')
 def fn(titik1,titik2,titik3,titik4,titik5,titik6,titik7,titik8,titik9,titik10,titik11):
     titik=np.array([])