Update app.py

app.py

@@ -114,7 +114,10 @@ def waveplot(hr, lr, recon, sr):
     #ax3.set_ylabel('Частота, Гц')
     return fig
 
-    
+    def sign_x_y(x,y):
+        if x>y:
+            return '-'
+
 packet_size = CONFIG.DATA.EVAL.packet_size
 window = CONFIG.DATA.window_size
 stride = CONFIG.DATA.stride
@@ -472,14 +475,19 @@ if st.button('Сгенерировать потери'):
     col4.metric("PLCMOSv2", value = round(PLC_massv2[1],3), delta = str(round(-(abs(PLC_massv2[1] - PLC_massv2[0]) / PLC_massv2[0]) * 100.0,3))+'%')
     col5.metric("WAcc", value = round(WER_mass[1],3), delta = str(round(-(abs(WER_mass[1] - WER_mass[0]) / WER_mass[0]) * 100.0,3))+'%')
 
-
+    
     st.write("Enhanced")
     col1, col2, col3, col4, col5 = st.columns(5)
-    col1.metric("PESQ", value = round(psq_mas[2],3), delta = str(round((abs(psq_mas[2] - psq_mas[1]) / psq_mas[1]) * 100.0,3))+'%')
-    col2.metric("STOI", value = round(stoi_mass[2],3), delta = str(round((abs(stoi_mass[2] - stoi_mass[1]) / stoi_mass[1]) * 100.0,3))+'%')
-    col3.metric("PLCMOSv1", value = round(PLC_massv1[2],3), delta = str(round((abs(PLC_massv1[2] - PLC_massv1[1]) / PLC_massv1[1]) * 100.0,3))+'%')
-    col4.metric("PLCMOSv2", value = round(PLC_massv2[2],3), delta = str(round((abs(PLC_massv2[2] - PLC_massv2[1]) / PLC_massv2[1]) * 100.0,3))+'%')
-    col5.metric("WAcc", value = round(WER_mass[2],3), delta = str(round((abs(WER_mass[2] - WER_mass[1]) / WER_mass[1]) * 100.0,3))+'%')
+    PESQ_s = sign_x_y(psq_mas[1], psq_mas[2])
+    col1.metric("PESQ", value = round(psq_mas[2],3), delta = PESQ_s + str(round((abs(psq_mas[2] - psq_mas[1]) / psq_mas[1]) * 100.0,3))+'%')
+    STOI_s = sign_x_y(stoi_mass[1], stoi_mass[2])
+    col2.metric("STOI", value = round(stoi_mass[2],3), delta = STOI_s + str(round((abs(stoi_mass[2] - stoi_mass[1]) / stoi_mass[1]) * 100.0,3))+'%')
+    PLCv1_s = sign_x_y(PLC_massv1[1], PLC_massv1[2])
+    col3.metric("PLCMOSv1", value = round(PLC_massv1[2],3), delta = PLCv1_s + str(round((abs(PLC_massv1[2] - PLC_massv1[1]) / PLC_massv1[1]) * 100.0,3))+'%')
+    PLCv2_s = sign_x_y(PLC_massv2[1], PLC_massv2[2])
+    col4.metric("PLCMOSv2", value = round(PLC_massv2[2],3), delta = PLCv2_s + str(round((abs(PLC_massv2[2] - PLC_massv2[1]) / PLC_massv2[1]) * 100.0,3))+'%')
+    WER_s = sign_x_y(WER_mass[1], WER_mass[2])
+    col5.metric("WAcc", value = round(WER_mass[2],3), delta = WER_s + str(round((abs(WER_mass[2] - WER_mass[1]) / WER_mass[1]) * 100.0,3))+'%')
 
     #col1.metric("PESQ", value = psq_mas[-1], delta = psq_mas[-1] - psq_mas[-2])
     #col2.metric("STOI", value = stoi_mass[-1], delta = stoi_mass[-1] - stoi_mass[-2])