Added Capacity Model

how-to-convert-an-institution-into-a-ccc/capacity-modelling.md

@@ -8,11 +8,10 @@ description: >-
 
 ## Rules of Thumb
 
-* [ ] Enter the total number of students in the institution
-* [ ] Enter the total number of buildings
-* [ ] Enter the total number of classrooms
-* [ ] Enter the total number of large halls \(like exam halls\)
-* [ ] Calculate the capacity
+* [ ] Enter the number of types of rooms in the institution.
+* [ ] Enter the dimensions of 1 bed
+* [ ] Enter the dimensions of each room, and their respective number.
+* [ ] Calculate Capacity
 
 ```
 $ The rule of thumb is that each person needs 8Ft*4Ft area to sit and lie down.
@@ -22,13 +21,79 @@ $ The rule of thumb is that each person needs 8Ft*4Ft area to sit and lie down.
 
 The School can then split the capacity into two parts.  
 
-1. Inpatient comes in  
-2. 
+1. Quarantine Area  
+2. Care Area
 
-{% code title="hello.sh" %}
-```bash
-# Ain't no code for that yet, sorry
-echo 'You got to trust me on this, I saved the world'
+The Capacity of an institution can be found by running this python script.
+
+{% code title="model.py" %}
+```python
+print("Finding Capacity of institution !\n")
+
+# Getting number of types of rooms, and dimensions of bed
+t_room = eval(input("How many types of rooms are present in your institution? "))
+l_bed = eval(input("What is the length of 1 bed? [Larger Dimension] "))
+b_bed = eval(input("What is the breadth of 1 bed? [Smaller Dimension] "))
+
+capacity = [] # Holds list of room capacities
+counter = 0 # Loop Counter
+
+while (counter < t_room) : # While the counter is less than the number of types of rooms
+    print("\n Calculating Capacity of Room ", counter)
+
+    # Getting number of such rooms, and dimensions of room
+    l_room = eval(input("What is the length of 1 room? [Larger Dimension] "))
+    print("")
+    b_room = eval(input("What is the breadth of 1 room? [Smaller Dimension] "))
+    print("")
+    n_room = eval(input("How many rooms of this size are in your institution? "))
+    print("")
+
+    # Checking whether dimensions match
+    assert (l_room >= l_bed), "Dimensions of bed and room are invalid"
+    assert (b_room >= b_bed), "Dimensions of bed and room are invalid"
+
+    # Getting number of beds in a column
+    n_bed_c = b_room//b_bed
+    remainder = b_room % b_bed
+
+    # Getting gap between beds in a column.
+    if (remainder > 0.1):
+        gap_c = (n_bed_c-1)/remainder
+    else :
+        if (n_bed_c > 2) :
+            gap_c = (n_bed_c-2)/b_bed
+            n_bed_c = n_bed_c -1
+        else :
+            gap_c = 0
+
+    # Getting number of beds in a row
+    n_bed_r = l_room // l_bed
+    remainder = l_room % l_bed
+
+    # Getting gap between beds in a row
+    if (remainder > 0.1):
+        gap_r = (n_bed_r-1)/remainder
+    else :
+        if (n_bed_r > 2) :
+            gap_r = (n_bed_r-2)/b_bed
+            n_bed_r = n_bed_r -1
+        else :
+            gap_r = 0
+    # Calculating Capacities
+    s_cap = n_bed_c * n_bed_r
+    t_cap = s_cap * n_room
+
+    print("In room ", 0, "\n In 1 row you can have", n_bed_r, "beds with %.2f" % round(gap_r, 2), "units gap between them.\n In 1 column you can have", n_bed_c, "beds with %.2f" % gap_c, "units gap between them.")
+    print(" Capacity of 1 such room is ", s_cap)
+    print(" Total Capacity of all such rooms is ", t_cap)
+
+    capacity.append(int(t_cap)) # Add to list of capacities
+
+    counter = counter + 1
+
+print("\nList of total capacities is ", str(capacity))
+print("Capacity of institution is ", sum(capacity))
 ```
 {% endcode %}