Update app.py

app.py

@@ -50,38 +50,38 @@ with gr.Blocks() as demo:
     with gr.Row():
         with gr.Column():
             gr.Markdown("**M.O. (%)**")
-            SOC = gr.Number(label="", value=2.9408, interactive=True, elem_classes="bold-label", min_width=120)
+            SOC = gr.Number(label="", value=2.9408, interactive=True, elem_classes="bold-label", min_width=100)
             gr.Markdown("**K<sup>+</sup> (meq/100g)**")
-            eK = gr.Number(label="", value=0.47, interactive=True, min_width=120)
+            eK = gr.Number(label="", value=0.47, interactive=True, min_width=100)
             gr.Markdown("**pH (1:1) en H<sub>2</sub>O**")
-            pH = gr.Number(label="", value=7.09, interactive=True, min_width=120)
+            pH = gr.Number(label="", value=7.09, interactive=True, min_width=100)
             gr.Markdown("**C.E. (1:1 dS/m)**")
-            EC = gr.Number(label="", value=0.31, interactive=True, min_width=120)
+            EC = gr.Number(label="", value=0.31, interactive=True, min_width=100)
             
         with gr.Column():
             gr.Markdown("**Arcilla (%)**")
-            Cy = gr.Number(label="", value=31.0, interactive=True, min_width=120)
+            Cy = gr.Number(label="", value=31.0, interactive=True, min_width=100)
             gr.Markdown("**Na<sup>+</sup> (meq/100g)**")
-            eNa = gr.Number(label="", value=0.15, interactive=True, min_width=120)
+            eNa = gr.Number(label="", value=0.15, interactive=True, min_width=100)
             gr.Markdown("**CaCO<sub>2</sub> (%)**")
-            CCE = gr.Number(label="", value=0.20, interactive=True, min_width=120) 
+            CCE = gr.Number(label="", value=0.20, interactive=True, min_width=100) 
             
             
         with gr.Column():
             gr.Markdown("**Ca<sup>2+</sup> (meq/100g)**")
-            eCa = gr.Number(label="", value=19.44, interactive=True, min_width=120)
+            eCa = gr.Number(label="", value=19.44, interactive=True, min_width=100)
             gr.Markdown("**Al<sup>3+</sup> + H<sup>+</sup> (meq/100g)**")
-            eAlH = gr.Number(label="", value=0.0, interactive=True, min_width=120)
+            eAlH = gr.Number(label="", value=0.0, interactive=True, min_width=100)
             gr.Markdown("**Limo (%)**")
-            Si = gr.Number(label="", value=24.0, interactive=True, min_width=120)
+            Si = gr.Number(label="", value=24.0, interactive=True, min_width=100)
 
         with gr.Column():
             gr.Markdown("**Mg<sup>2+</sup> (meq/100g)**")
-            eMg = gr.Number(label="", value=3.47, interactive=True, min_width=120)
+            eMg = gr.Number(label="", value=3.47, interactive=True, min_width=100)
             gr.Markdown("**Arena (%)**")
-            Sa = gr.Number(label="", value=45.0, interactive=True, min_width=120)
+            Sa = gr.Number(label="", value=45.0, interactive=True, min_width=100)
             gr.Markdown("**CIC (meq/100g)**")
-            CEC = gr.Number(label="", value=23.52, interactive=True, min_width=120)
+            CEC = gr.Number(label="", value=23.52, interactive=True, min_width=100)
             
     with gr.Row():
         with gr.Column():
@@ -92,6 +92,7 @@ with gr.Blocks() as demo:
             submit_3 = gr.Button(value='MLRegression')
         with gr.Column():
             submit_4 = gr.Button(value='Random Forest')
+            
     output = gr.Textbox(label="Densidad aparente del suelo (g/cm3).", interactive=False)
 
     submit_1.click(predict_1, inputs=[SOC], outputs=[output])