These functions clear sections of the screen.

This technique is another way of counting bits; It does a bunch of clever bit tricks to do it in parallel in each int.

Helper function estimates cycles/sec by observing cycles elapsed during sleep(). Using small sleep time decreases accuracy significantly.

Get stats into "r". Also get per-size-class counts if class_count != NULL

Returns all output avatars (organisms) contained in the cell

Return the cumulative reaction count if we aren't resetting on divide. */

! These values are chosen so as to make loops on the facing 'easy'. 111 = NE 101 = E 100 = SE 000 = S 001 = SW 011 = W 010 = NW 110 = N Fac

@CHC

Returns the first predator (input) avatar, which should be random as the list is mixed whenever a new avatar is added

* TODO: This is a duplicate of GetResourceCountID() * Follow the same steps to get rid of it. */

* Get the size of the string (not including the terminating '\0'). **/

Get tag

number of point mutations applied to org.

Remove by position

! Replacing this deme's germline has the effect of changing the deme's lineage. There's still some work to do here; the lineage labels of the Genomes

9 */

This method sets the inflow of the named resource. * It changes this value in the environment, then updates it in the * actual population's resource

Windows returns the screen width and height

For use by exported routines below that want specific alignments Note: this code can be slow, and can significantly fragment memory. The expectation

Convert byte size into pages. This won't overflow, but may return an unreasonably large value if bytes is huge enough.

Set the maximum length of the list. If 'new_max' > length(), the client is responsible for removing objects from the list.

-------- Externally Visible Type Dependent Methods --------

! This method adds a message predicate to the list of all predicates. Each predicate in the list is evaluated for every sent message. NOTE: cStat

Adds an organism to the cell's predator (input) avatars, then keeps the list mixed by swapping the new avatar into a random position in the array

Creates a new avatar based on the organism's forage target as a predator or prey, and adds it to the cell