Overview
The Cell class is a fundamental unit within the world grid, representing individual
tiles that agents interact with. Each cell has properties like movement cost, location,
whether it contains survivors and the agents on the cell. It also supports advanced features, including layered
content and type-specific behaviors such as charging, fire, and killer properties.
Attributes
agent_id_list
AgentIDListList of agent IDs present in the cell.
move_cost
intThe movement cost associated with the cell.
location
LocationThe location of the cell on the map.
has_survivors
boolIf there are survivors in the cell.
Methods
get_top_layer()
Returns the top layer of the cell without removing it.
Returns
The top layer of the cell if it exists, or None if the cell has no layers.
Example:
# cell with survivor as top layer with default values
top_layer = cell.get_top_layer()
print(top_layer)
# Output: SV(0, 0, 0, 0)
# cell with no top layer
top_layer = cell.get_top_layer()
print(top_layer)
# Output: Noneis_charging_cell()
Determines whether the cell is of type CHARGING_CELL.
Returns
True if the cell is a CHARGING_CELL, otherwise False.
Example:
# The cell is a CHARGING_CELL
print(cell.is_charging_cell())
# Output: True
# The cell is not a CHARGING_CELL
print(cell.is_charging_cell())
# Output: Falseis_fire_cell()
Determines whether the cell is of type FIRE_CELL.
Returns
True if the cell is a FIRE_CELL, otherwise False.
Example:
# The cell is a FIRE_CELL
print(cell.is_fire_cell())
# Output: True
# The cell is not a FIRE_CELL
print(cell.is_fire_cell())
# Output: Falseis_killer_cell()
Determines whether the cell is of type KILLER_CELL.
Returns
True if the cell is a KILLER_CELL, otherwise False.
Example:
# The cell is a KILLER_CELL
print(cell.is_killer_cell())
# Output: True
# The cell is not a KILLER_CELL
print(cell.is_killer_cell())
# Output: Falseis_normal_cell()
Determines whether the cell is of type NORMAL_CELL.
Returns
True if the cell is a NORMAL_CELL, otherwise False.
Example:
# The cell is a NORMAL_CELL
print(cell.is_normal_cell())
# Output: True
# The cell is not a NORMAL_CELL
print(cell.is_normal_cell())
# Output: False