Update app.py

app.py

@@ -606,11 +606,12 @@ def lab_management(year_slider, column_changer):
     elif column_changer == 'hrHPV/ASC-US rate (%)':
         ref_value = 36.6
         ref_hline = hv.HLine(y=ref_value).opts(color='black', alpha=1, line_width=2).opts(shared_axes=False, toolbar=None, default_tools=[])
+        ref_text = hv.Text(ref_value, year_slider, f"{ref_value:.2f}").opts(text_align='left', text_color='black', text_font_size='10pt')
         
-        line_plot = line_data.hvplot.line(x='year', y=column_changer, color='#5B91D1', line_dash ='dashed', line_width=2, height=500, title=column_changer, xlabel='Year', ylabel=column_changer, tools=[hover_cp]).opts(fontsize=pl_title, fontscale=f_scale_lab, shared_axes=False, toolbar=None, default_tools=[], ylim=(10, 90))
+        line_plot = line_data.hvplot.line(x='year', y=column_changer, color='#5B91D1', line_dash ='dashed', line_width=2, height=600, title=column_changer, xlabel='Year', ylabel=column_changer, tools=[hover_cp]).opts(fontsize=pl_title, fontscale=f_scale_lab, shared_axes=False, toolbar=None, default_tools=[], ylim=(10, 90))
 
-        selected_point = line_data[line_data['year'] == year_slider]
-        point = hv.Points(selected_point, ['year', column_changer]).opts(color='black', size=10, marker='o', line_color='white')
+        selected_year = line_data[line_data['year'] == year_slider]
+        point = hv.Points(selected_year, ['year', column_changer]).opts(color='black', size=20, marker='o', line_color='black')
         
         hpvascus_goal = hv.HSpan(30, 60).opts(shared_axes=False, toolbar=None, default_tools = [])
         hpvascus_bdln_1 = hv.HSpan(20, 30).opts(shared_axes=False,toolbar=None, default_tools = [])
@@ -620,13 +621,16 @@ def lab_management(year_slider, column_changer):
         hpvascus_bg = (hpvascus_goal.opts(color='#ACFFA0', alpha=0.75) * hpvascus_bdln_1.opts(color='#6AB35F', alpha=0.75) * hpvascus_bdln_2.opts(color='#6AB35F', alpha=0.75)) * hpvascus_att_1.opts(color='#B34D93', alpha = 0.9) * hpvascus_att_2.opts(color='#B34D93', alpha = 0.9)
         
 
-        return (hpvascus_bg * ref_hline * line_plot * point).opts(toolbar='above', default_tools=[]).opts(shared_axes=False)
+        return (hpvascus_bg * ref_hline * ref_text * line_plot * point).opts(toolbar='above', default_tools=[]).opts(shared_axes=False)
 
     elif column_changer == 'hrHPV Prevalence (%)':
         ref_value = 21
         ref_hline = hv.HLine(y=ref_value).opts(color='black', alpha=1, line_width=2).opts(shared_axes=False, toolbar=None, default_tools=[])
         
-        line_plot = line_data.hvplot.line(x='year', y=column_changer, color='#5B91D1', line_dash ='dashed', line_width=2, height=500, title=column_changer, xlabel='Year', ylabel=column_changer, tools=[hover_cp]).opts(fontsize=pl_title, fontscale=f_scale_lab, shared_axes=False, toolbar=None, default_tools=[], ylim=(0, 50))
+        line_plot = line_data.hvplot.line(x='year', y=column_changer, color='#5B91D1', line_dash ='dashed', line_width=2, height=600, title=column_changer, xlabel='Year', ylabel=column_changer, tools=[hover_cp]).opts(fontsize=pl_title, fontscale=f_scale_lab, shared_axes=False, toolbar=None, default_tools=[], ylim=(0, 50))
+
+        selected_year = line_data[line_data['year'] == year_slider]
+        point = hv.Points(selected_year, ['year', column_changer]).opts(color='black', size=20, marker='o', line_color='black')
         
         hpvprev_goal = hv.HSpan(11, 29).opts(shared_axes=False, toolbar=None, default_tools = [])
         hpvprev_bdln_1 = hv.HSpan(5, 11).opts(shared_axes=False,toolbar=None, default_tools = [])