We are University student that are trying our best to fullfill our Tasks.
- Make a simulation that shows various hunting stratgies for group hunting
- each predator should be making decisions based upon their knowledge [x]
- predators hunt small pray alone [x]
- predators notify group when help is needed for larger prey [x]
- there are only cooperative and solo hunters [x]
- when cooperative hunting predators must stay within a group radius, while trying to corner the prey [X]
- prey is considered killed once one of the predators of a group has reached it [x]
- if the group of predators it not large enough the prey will retaliate [x]
- prey attacks the closest predator [x]
- prey kills closest predator if their atk is higher than the predator def [x]
- attacked predators try to escape the preys attack and rejoin the group by being in the group radius [x]
- Predators should use diffrent movement tactics to corner prey without being aware of the predator < ? >
- Prey need noticing them to go as far as possible without the predators without a specific strategy [x]
- The predator needs to see prey (there must be a way to determine if they see them or not) [x]
- The predator needs to inform others (in group circle there is no howling required, else the wolf needs to share their possition and prey via howling) [x]
- each cycle predators loose hp due to starvation [x]
- predators gain hp by killing prey [x]
- programmed with Java (not further specified)
- unclear what libary is allowed
seems like all are ok- all are ok
- unclear if we need to use the standard GUI or if we can output to HTML/CSS or use GUI libary
seems like Java FX is required- all platform independent libaries are ok
- unclear what libary is allowed
- there has to be a Visual representation of the hunters and hunted [x]
- this can be a simple 2D grid based envoirement with colored singulare or groups of tiles [x]
- the hunter and predator should be diffrentiable [x]
- movement should be shown [x]
- a trail does is not given for the hunter (maybe debug version though) [x]
- there has to be a GUI for the user to enter parameters that influence the GUI [x]
The input parameters may include but are not limted to
- the grid size [x]
- X and Y size shall be indipendet [x]
- predator [x]
- Initial Predator count [x]
- run speed (how many tiles per cycle) [x]
- Q: should there be growth of these or just death
- Prey
- position on the grip (x | y coordiante)
- size of prey in grid ( x | y size )
- smaller prey is easier to kill
- gives less nutrition
- run speed (how many tiles per cycle)
- Q: number of prey? is it one
- Auto generate prey (Toggle) [x]
- generate prey every x seconds [x]
- place at random possitions [x]
- Predator stavation resiliaence(Starvation rate) [x]
- how many cycle can a predator survive without starving to death [x]
- Predator defance chance
- larger prey would attack a lone predator
- the predator will be killed if its score is bigger than the predators defance
- predator group radius [x]
- if a number of predators are within radius of eachother they form a group and can hunt larger prey [x]
- Simulation object colors
- allow color palets for predators and prey
- Q: What are dublicates in this context, should every predators
- Simulation Speed [x]
- fast reperesents results faster [x]
- slow should be easy to follow [x]
output shall include but is not limited to
- average food gain per iteration [x]
- averge nutrition gained on average per cycle [x]
- predator count [x]
- OWN: show avg deaths [x]
- OWN: show avg death rate [x]
- if a group is together it is stronger but it will find less prey
- a strategy is needed to disperse the group ideally so it will regather quickly again
- should the group gather in at once in oder to hunt safely or should it hunt in sub groups
- OWN: will should this depend on average hunger or main hunger