From dc6fcfd56f05144009dd28ab8d28c1a718bbe1b3 Mon Sep 17 00:00:00 2001
From: gaazzopa
Air supply flow rate: {{ air_supply }}
Air changes per hour: {{ air_changes }}
+ {% if mechanical_ventilation_type == "air_supply"%} + Air supply flow rate: {{ air_supply }} + {% elif mechanical_ventilation_type == "air_changes"%} + Air changes per hour: {{ air_changes }} + {% endif %} +
Event data:
Number of attendees and infected people: {{ total_people }} in attendance, of whom {{ infected_people }} - {% if infected_people == 1 %} - is - {% else %} - are - {% endif %} + {{ 'is' if infected_people == 1 else 'are' }} infected.
Activity type: {% if activity_type == "office" %} @@ -82,7 +83,6 @@ {% if event_type == "recurrent_event"%}
Recurrent event for the month of {{ recurrent_event_month }}
Break data:
@@ -110,19 +110,15 @@Mask wearing:
Masks worn at workstations? - {% if mask_wearing == "removed" %} - No - {% else %} - Yes - {% endif %} +
Masks worn at workstations? + {{ "No" if mask_wearing == "removed" else "Yes" }}
Mask type: Type 1
Results:
- In this scenario, the estimated probability of one exposed occupant getting infected P(i) is {{ "{:#.2g}".format(prob_inf) }}% and the estimated basic reproduction rate (R0) is {{ "{:#.2g}".format(R0) }}. + In this scenario, the estimated probability of one exposed occupant getting infected P(i) is {{ "{0:.2f}".format(prob_inf) }}% and the estimated basic reproduction rate (R0) is {{ "{0:.2f}".format(R0) }}.
Exposure graph: