particle.py 85.7 KB
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"""
.. module:: particle
   :platform: Unix, Windows
   :synopsis: This module provides the interfaces of the robotics particle

.. moduleauthor:: Ahmad Reza Cheraghi

TODO: Erase Memory

"""

import logging, math
from lib import csv_generator, matter

black = 1
gray = 2
red = 3
green = 4
blue = 5


NE=0
E = 1
SE = 2
SW = 3
W = 4
NW = 5


read = 0
write = 1
particle_counter=0

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class Particle(matter.matter):
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    """In the classe location all the methods for the characterstic of a location is included"""

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    def __init__(self, sim, x, y, color=black, alpha=1, mm_limit=0, mm_size=0):
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        """Initializing the location constructor"""
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        super().__init__(sim, x, y, color, alpha, type="particle", mm_limit=mm_limit, mm_size=mm_size)
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        global particle_counter
        particle_counter+=1
        self.number=particle_counter
        self.__isCarried = False
        self.created = False
        self.carried_tile = None
        self.carried_particle = None
        self.__isCarried = False
        self.steps = 0
        self.created = False
        self.csv_particle_writer = csv_generator.CsvParticleData( self.get_id(), self.number)

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    def coords_to_sim(self, coords):
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        return coords[0], coords[1] * math.sqrt(3 / 4)

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    def sim_to_coords(self, x, y):
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        return x, round(y / math.sqrt(3 / 4), 0)

    def has_tile(self):
        if self.carried_tile == None:
            return False
        else:
            return True

    def has_particle(self):
        if self.carried_particle == None:
            return False
        else:
            return True


    def get_carried_status(self):
        """
        Get the status if it is taken or not

        :return: Tiles status
        """
        return self.__isCarried

    def check_on_tile(self):
        """
        Checks if the particle is on a tile

        :return: True: On a tile; False: Not on a Tile
        """
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        if self.coords in self.sim.tile_map_coords:
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            return True
        else:
            return False


    def check_on_particle(self):
        """
        Checks if the particle is on a particle

        :return: True: On a particle; False: Not on a particle
        """
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        if self.coords in self.sim.particle_map_coords:
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            return True
        else:
            return False

    def check_on_location(self):
        """
        Checks if the particle is on a location

        :return: True: On a location; False: Not on a location
        """
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        if self.coords in self.sim.location_map_coords:
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            return True
        else:
            return False

    def move_to(self, dir):
        """
        Moves the particle to the given direction

        :param dir: The direction must be either: E, SE, SW, W, NW, or NE
        :return: True: Success Moving;  False: Non moving
        """
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        dir_coord = self.sim.get_coords_in_dir(self.coords, dir)
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        #sim = self.sim_to_coords(dir_coord[0], dir_coord[1])
        #print ("sim actual coord "+ str(sim))
        if self.sim.border==1:
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            if abs(dir_coord[0]) > self.sim.get_sim_x_size() or abs(dir_coord[1]) > self.sim.get_sim_y_size():
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                dir = dir - 3 if dir > 2 else dir + 3
                dir_coord = self.sim.get_coords_in_dir(self.coords, dir)
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        if self.sim.check_coords(dir_coord[0], dir_coord[1]):
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            try:  # cher: added so the program does not crashed if it does not find any entries in the map
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                del self.sim.particle_map_coords[self.coords]
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            except KeyError:
                pass
            self.coords = dir_coord
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            if not self.coords in self.sim.particle_map_coords:
                self.sim.particle_map_coords[self.coords] = self
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                logging.info("particle %s successfully moved to %s", str(self.get_id()), dir)
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                self.sim.csv_round_writer.update_metrics(steps=1)
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                self.csv_particle_writer.write_particle(steps=1)
                self.touch()
                if self.carried_tile is not None:
                    self.carried_tile.coords = self.coords
                    self.carried_tile.touch()
                elif self.carried_particle is not None:
                    self.carried_particle.coords = self.coords
                    self.carried_particle.touch()
                return True
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        return False
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    def move_to_in_bounds(self, dir):
        """
            Moves the particle to the given direction if it would remain in bounds.

            :param dir: The direction must be either: E, SE, SW, W, NW, or NE
            :return: True: Success Moving;  False: Non moving
        """
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        dir_coord = self.sim.get_coords_in_dir(self.coords, dir)
        sim_coord = self.coords_to_sim(dir_coord)
        if self.sim.get_sim_x_size() >=  abs(sim_coord[0]) and \
                        self.sim.get_sim_y_size() >=  abs(sim_coord[1]):
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            return self.move_to(dir)
        else:
            # 'bounce' off the wall
            n_dir = dir - 3 if dir > 2 else dir + 3
            self.move_to(n_dir)

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    def read_from_with(self, matter, key=None):
        """
        Read the memories from the matters (paricle, tile, or location object) memories with a given keyword

        :param matter: The matter can be either a particle, tile, or location
        :param key: A string keyword to searcg for the data in the memory
        :return: The matters memory; None
        """
        if key != None:
            tmp_memory = matter.read_memory_with(key)
        else:
            tmp_memory =  matter.read_whole_memory()

        if tmp_memory != None and len(tmp_memory) > 0 :
            if matter.type == "particle":
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                self.sim.csv_round_writer.update_metrics( particle_read=1)
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                self.csv_particle_writer.write_particle(particle_read=1)
            elif matter.type == "tile":
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                self.sim.csv_round_writer.update_metrics( tile_read=1)
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                self.csv_particle_writer.write_particle(tile_read=1)
            elif matter.type == "location":
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                self.sim.csv_round_writer.update_metrics( location_read=1)
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                self.csv_particle_writer.write_particle(location_read=1)
            return tmp_memory
        else:
            return None

    def write_to_with(self, matter, key=None, data=None):
        """
        Writes data with given a keyword directly on the matters (paricle, tile, or location object) memory

        :param matter: The matter can be either a particle, tile, or location
        :param key: A string keyword so to order the data that is written into the memory
        :param data: The data that should be stored into the memory
        :return: True: Successful written into the memory; False: Unsuccessful
        """
        wrote=False
        if data != None:
            wrote=False
            if key==None:
                wrote=matter.write_memory(data)
            else:
                wrote= matter.write_memory_with(key, data)
            if  wrote==True:
                if matter.type == "particle":
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                    self.sim.csv_round_writer.update_metrics( particle_write=1)
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                    self.csv_particle_writer.write_particle(particle_write=1)
                elif matter.type == "tile":
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                    self.sim.csv_round_writer.update_metrics( tile_write=1)
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                    self.csv_particle_writer.write_particle(tile_write=1)
                elif matter.type == "location":
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                    self.sim.csv_round_writer.update_metrics( location_write=1)
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                    self.csv_particle_writer.write_particle(location_write=1)
                return True
            else:
                return False
        else:
            return False



    def matter_in(self, matter="tile", dir=E):
        if matter=="tile":
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            return self.sim.get_coords_in_dir(self.coords, dir) in self.sim.get_tile_map_coords()
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        if matter=="particle":
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            return self.sim.get_coords_in_dir(self.coords, dir) in self.sim.get_particle_map_coords()
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        if matter=="location":
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            return self.sim.get_coords_in_dir(self.coords, dir) in self.sim.get_location_map_coords()
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    def tile_in(self, dir=E):
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            return self.sim.get_coords_in_dir(self.coords, dir) in self.sim.get_tile_map_coords()
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    def particle_in(self, dir=E):
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        return self.sim.get_coords_in_dir(self.coords, dir) in self.sim.get_particle_map_coords()
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    def location_in(self, dir=E):
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         return self.sim.get_coords_in_dir(self.coords, dir) in self.sim.get_location_map_coords()
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    def get_matter_in_dir(self, matter="tile", dir=E):
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        if matter=="tile":
            if self.sim.get_coords_in_dir(self.coords, dir) in self.sim.get_tile_map_coords():
                return self.sim.get_tile_map_coords()[self.sim.get_coords_in_dir(self.coords, dir)]
        if matter=="particle":
            if self.sim.get_coords_in_dir(self.coords, dir) in self.sim.get_particle_map_coords():
                return self.sim.get_particle_map_coords()[self.sim.get_coords_in_dir(self.coords, dir)]
        if matter=="location":
            if self.sim.get_coords_in_dir(self.coords, dir) in self.sim.get_location_map_coords():
                return self.sim.get_location_map_coords()[self.sim.get_coords_in_dir(self.coords, dir)]
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    def get_tile_in(self, dir=E):
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        if self.sim.get_coords_in_dir(self.coords, dir) in self.sim.get_tile_map_coords():
            return self.sim.get_tile_map_coords()[self.sim.get_coords_in_dir(self.coords, dir)]
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    def get_particle_in(self, dir=E):
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        if self.sim.get_coords_in_dir(self.coords, dir) in self.sim.get_particle_map_coords():
            return self.sim.get_particle_map_coords()[self.sim.get_coords_in_dir(self.coords, dir)]
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    def get_location_in(self, dir=E):
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        if self.sim.get_coords_in_dir(self.coords, dir) in self.sim.get_location_map_coords():
            return self.sim.get_location_map_coords()[self.sim.get_coords_in_dir(self.coords, dir)]
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    def if_matter_in_dir(self, matter="tile", dir=E):
        if matter=="tile":
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            return self.sim.get_coords_in_dir(self.coords, dir) in self.sim.get_tile_map_coords()
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        if matter=="particle":
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            return self.sim.get_coords_in_dir(self.coords, dir) in self.sim.get_particle_map_coords()
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        if matter=="location":
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            return self.sim.get_coords_in_dir(self.coords, dir) in self.sim.get_location_map_coords()
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    def get_matter_in_dir(self, matter="tile", dir=E):
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        if matter=="tile":
            if self.sim.get_coords_in_dir(self.coords, dir) in self.sim.get_tile_map_coords():
                return self.sim.get_tile_map_coords()[self.sim.get_coords_in_dir(self.coords, dir)]
        if matter=="particle":
            if self.sim.get_coords_in_dir(self.coords, dir) in self.sim.get_particle_map_coords():
                return self.sim.get_particle_map_coords()[self.sim.get_coords_in_dir(self.coords, dir)]
        if matter=="location":
            if self.sim.get_coords_in_dir(self.coords, dir) in self.sim.get_location_map_coords():
                return self.sim.get_location_map_coords()[self.sim.get_coords_in_dir(self.coords, dir)]













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    def scan_for_matter_within(self, matter='all', hop=1):
        """
        Scans for particles, tiles, or location on a given hop distance and all the matters within the hop distance

        :todo: If nothing then everything should be scanned

        :param matter: For what matter this method should scan for. Can be either particles, tiles, locations, or (default)all
        :param hop: The hop distance from the actual position of the scanning particle
        :return: A list of the founded matters
        """

        hop_list = []
        for i in range(1, hop + 1):
            list = self.scan_for_matter_in(matter, i)
            if list != None:
                hop_list.extend(list)
        if len(hop_list) != 0:
            return hop_list
        else:
            return None

    def scan_for_matter_in(self, matter='all', hop=1):
        """
        Scanning for particles, tiles, or location on a given hop distance

        :param matter: For what matter this method should scan for. Can be either particles, tiles, locations, or (default)all
        :param hop: The hop distance from thee actual position of the scanning particle
        :return: A list of the founded matters
        """
        hop_list = []
        logging.info("particle on %s is scanning for %s in %i hops", str(self.coords), matter, hop)
        cnt = 0
        x_offset = 0
        y_up_scan = self.coords[1] + hop
        y_down_scan = self.coords[1] - hop
        while cnt < hop:
            x_scan_pos = self.coords[0] + hop - x_offset
            x_scan_neg = self.coords[0] - hop + x_offset
            y_scan_coord_neg = self.coords[1] - cnt
            y_scan_coord_pos = self.coords[1] + cnt
            if cnt == 0:
                if matter == "particles":
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                    # if self.coords in self.sim.particle_map_coords:
                    #     hop_list.append(self.sim.particle_map_coords[self.coords])
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                    if (x_scan_pos, y_scan_coord_neg) in self.sim.particle_map_coords:
                        hop_list.append(self.sim.particle_map_coords[(x_scan_pos, y_scan_coord_neg)])
                    if (x_scan_neg, y_scan_coord_neg) in self.sim.particle_map_coords:
                        hop_list.append(self.sim.particle_map_coords[(x_scan_neg, y_scan_coord_neg)])
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                elif matter == "locations":
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                    # if self.coords in self.sim.location_map_coords:
                    #     hop_list.append(self.sim.location_map_coords[self.coords])
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                    if (x_scan_pos, y_scan_coord_neg) in self.sim.location_map_coords:
                        hop_list.append(self.sim.location_map_coords[(x_scan_pos, y_scan_coord_neg)])
                    if (x_scan_neg, y_scan_coord_neg) in self.sim.location_map_coords:
                        hop_list.append(self.sim.location_map_coords[(x_scan_neg, y_scan_coord_neg)])
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                elif matter == "tiles":
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                    # if self.coords in self.sim.tile_map_coords:
                    #     hop_list.append(self.sim.tile_map_coords[self.coords])
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                    if (x_scan_pos, y_scan_coord_neg) in self.sim.tile_map_coords:
                        hop_list.append(self.sim.tile_map_coords[(x_scan_pos, y_scan_coord_neg)])
                    if (x_scan_neg, y_scan_coord_neg) in self.sim.tile_map_coords:
                        hop_list.append(self.sim.tile_map_coords[(x_scan_neg, y_scan_coord_neg)])
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                elif matter == "all":
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                    # if self.coords in self.sim.tile_map_coords:
                    #     hop_list.append(self.sim.tile_map_coords[self.coords])
                    # if self.coords in self.sim.location_map_coords:
                    #     hop_list.append(self.sim.location_map_coords[self.coords])
                    # if self.coords in self.sim.particle_map_coords:
                    #    hop_list.append(self.sim.particle_map_coords[self.coords])
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                    if (x_scan_pos, y_scan_coord_neg) in self.sim.tile_map_coords:
                        hop_list.append(self.sim.tile_map_coords[(x_scan_pos, y_scan_coord_neg)])
                    if (x_scan_neg, y_scan_coord_neg) in self.sim.tile_map_coords:
                        hop_list.append(self.sim.tile_map_coords[(x_scan_neg, y_scan_coord_neg)])
                    if (x_scan_pos, y_scan_coord_neg) in self.sim.location_map_coords:
                        hop_list.append(self.sim.location_map_coords[(x_scan_pos, y_scan_coord_neg)])
                    if (x_scan_neg, y_scan_coord_neg) in self.sim.location_map_coords:
                        hop_list.append(self.sim.location_map_coords[(x_scan_neg, y_scan_coord_neg)])
                    if (x_scan_pos, y_scan_coord_neg) in self.sim.particle_map_coords:
                        hop_list.append(self.sim.particle_map_coords[(x_scan_pos, y_scan_coord_neg)])
                    if (x_scan_neg, y_scan_coord_neg) in self.sim.particle_map_coords:
                        hop_list.append(self.sim.particle_map_coords[(x_scan_neg, y_scan_coord_neg)])
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                else:
                    logging.info("No matter specified")
            else:
                if matter == "particles":
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                    if (x_scan_pos, y_scan_coord_pos) in self.sim.particle_map_coords:
                        hop_list.append(self.sim.particle_map_coords[(x_scan_pos, y_scan_coord_pos)])
                    if (x_scan_pos, y_scan_coord_neg) in self.sim.particle_map_coords:
                        hop_list.append(self.sim.particle_map_coords[(x_scan_pos, y_scan_coord_neg)])
                    if (x_scan_neg, y_scan_coord_pos) in self.sim.particle_map_coords:
                        hop_list.append(self.sim.particle_map_coords[(x_scan_neg, y_scan_coord_pos)])
                    if (x_scan_neg, y_scan_coord_neg) in self.sim.particle_map_coords:
                        hop_list.append(self.sim.particle_map_coords[(x_scan_neg, y_scan_coord_neg)])
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                elif matter == "locations":
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                    if (x_scan_pos, y_scan_coord_pos) in self.sim.location_map_coords:
                        hop_list.append(self.sim.location_map_coords[(x_scan_pos, y_scan_coord_pos)])
                    if (x_scan_pos, y_scan_coord_neg) in self.sim.location_map_coords:
                        hop_list.append(self.sim.location_map_coords[(x_scan_pos, y_scan_coord_neg)])
                    if (x_scan_neg, y_scan_coord_pos) in self.sim.location_map_coords:
                        hop_list.append(self.sim.location_map_coords[(x_scan_neg, y_scan_coord_pos)])
                    if (x_scan_neg, y_scan_coord_neg) in self.sim.location_map_coords:
                        hop_list.append(self.sim.location_map_coords[(x_scan_neg, y_scan_coord_neg)])
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                elif matter == "tiles":
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                    if (x_scan_pos, y_scan_coord_pos) in self.sim.tile_map_coords:
                        hop_list.append(self.sim.tile_map_coords[(x_scan_pos, y_scan_coord_pos)])
                    if (x_scan_pos, y_scan_coord_neg) in self.sim.tile_map_coords:
                        hop_list.append(self.sim.tile_map_coords[(x_scan_pos, y_scan_coord_neg)])
                    if (x_scan_pos, y_scan_coord_neg) in self.sim.tile_map_coords:
                        hop_list.append(self.sim.tile_map_coords[(x_scan_pos, y_scan_coord_neg)])
                    if (x_scan_neg, y_scan_coord_neg) in self.sim.tile_map_coords:
                        hop_list.append(self.sim.tile_map_coords[(x_scan_neg, y_scan_coord_neg)])
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                elif matter == "all":
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                    if (x_scan_pos, y_scan_coord_pos) in self.sim.particle_map_coords:
                        hop_list.append(self.sim.particle_map_coords[(x_scan_pos, y_scan_coord_pos)])
                    if (x_scan_pos, y_scan_coord_neg) in self.sim.particle_map_coords:
                        hop_list.append(self.sim.particle_map_coords[(x_scan_pos, y_scan_coord_neg)])
                    if (x_scan_neg, y_scan_coord_pos) in self.sim.particle_map_coords:
                        hop_list.append(self.sim.particle_map_coords[(x_scan_neg, y_scan_coord_pos)])
                    if (x_scan_neg, y_scan_coord_neg) in self.sim.particle_map_coords:
                        hop_list.append(self.sim.particle_map_coords[(x_scan_neg, y_scan_coord_neg)])

                    if (x_scan_pos, y_scan_coord_pos) in self.sim.location_map_coords:
                        hop_list.append(self.sim.location_map_coords[(x_scan_pos, y_scan_coord_pos)])
                    if (x_scan_pos, y_scan_coord_neg) in self.sim.location_map_coords:
                        hop_list.append(self.sim.location_map_coords[(x_scan_pos, y_scan_coord_neg)])
                    if (x_scan_neg, y_scan_coord_pos) in self.sim.location_map_coords:
                        hop_list.append(self.sim.location_map_coords[(x_scan_neg, y_scan_coord_pos)])
                    if (x_scan_neg, y_scan_coord_neg) in self.sim.location_map_coords:
                        hop_list.append(self.sim.location_map_coords[(x_scan_neg, y_scan_coord_neg)])

                    if (x_scan_pos, y_scan_coord_pos) in self.sim.tile_map_coords:
                        hop_list.append(self.sim.tile_map_coords[(x_scan_pos, y_scan_coord_pos)])
                    if (x_scan_pos, y_scan_coord_neg) in self.sim.tile_map_coords:
                        hop_list.append(self.sim.tile_map_coords[(x_scan_pos, y_scan_coord_neg)])
                    if (x_scan_pos, y_scan_coord_neg) in self.sim.tile_map_coords:
                        hop_list.append(self.sim.tile_map_coords[(x_scan_pos, y_scan_coord_neg)])
                    if (x_scan_neg, y_scan_coord_neg) in self.sim.tile_map_coords:
                        hop_list.append(self.sim.tile_map_coords[(x_scan_neg, y_scan_coord_neg)])
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                else:
                    logging.info("No matter specified")
            cnt += 1
            x_offset += 0.5

        cnt = 0
        x_upper_scan = self.coords[0] + hop / 2
        offset_x = 0
        while cnt < hop + 1:
            x_upper_scan = x_upper_scan - offset_x
            if matter == "particles":
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                if (x_upper_scan, y_up_scan) in self.sim.particle_map_coords:
                    hop_list.append(self.sim.particle_map_coords[(x_upper_scan, y_up_scan)])
                if (x_upper_scan, y_down_scan) in self.sim.particle_map_coords:
                    hop_list.append(self.sim.particle_map_coords[(x_upper_scan, y_down_scan)])
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            elif matter == "locations":
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                if (x_upper_scan, y_up_scan) in self.sim.location_map_coords:
                    hop_list.append(self.sim.location_map_coords[(x_upper_scan, y_up_scan)])
                if (x_upper_scan, y_down_scan) in self.sim.location_map_coords:
                    hop_list.append(self.sim.location_map_coords[(x_upper_scan, y_down_scan)])
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            elif matter == "tiles":
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                if (x_upper_scan, y_up_scan) in self.sim.tile_map_coords:
                    hop_list.append(self.sim.tile_map_coords[(x_upper_scan, y_up_scan)])
                if (x_upper_scan, y_down_scan) in self.sim.tile_map_coords:
                    hop_list.append(self.sim.tile_map_coords[(x_upper_scan, y_down_scan)])
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            if matter == "all":
                if hop == 0:
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                    if (0, 0) in self.sim.particle_map_coords:
                        hop_list.append(self.sim.particle_map_coords[(0, 0)])
                    if (0, 0) in self.sim.location_map_coords:
                        hop_list.append(self.sim.location_map_coords[(0, 0)])
                    if (0, 0) in self.sim.tile_map_coords:
                        hop_list.append(self.sim.tile_map_coords[(0, 0)])
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                else:
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                    if (x_upper_scan, y_up_scan) in self.sim.particle_map_coords:
                        hop_list.append(self.sim.particle_map_coords[(x_upper_scan, y_up_scan)])
                    if (x_upper_scan, y_down_scan) in self.sim.particle_map_coords:
                        hop_list.append(self.sim.particle_map_coords[(x_upper_scan, y_down_scan)])
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                    if (x_upper_scan, y_up_scan) in self.sim.location_map_coords:
                        hop_list.append(self.sim.location_map_coords[(x_upper_scan, y_up_scan)])
                    if (x_upper_scan, y_down_scan) in self.sim.location_map_coords:
                        hop_list.append(self.sim.location_map_coords[(x_upper_scan, y_down_scan)])
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                    if (x_upper_scan, y_up_scan) in self.sim.tile_map_coords:
                        hop_list.append(self.sim.tile_map_coords[(x_upper_scan, y_up_scan)])
                    if (x_upper_scan, y_down_scan) in self.sim.tile_map_coords:
                        hop_list.append(self.sim.tile_map_coords[(x_upper_scan, y_down_scan)])
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            else:
                logging.info("No matter specified")
            cnt += 1
            offset_x = 1
        if len(hop_list) > 0:
            logging.info("Got %s in %s hops", str(len(hop_list)), str(hop))
            return hop_list
        else:
            logging.info("Nothing in %s hops", str(hop))
            return None



    def scan_for_particle_within(self, hop=1):
        """
        Scans for particles, tiles, or location on a given hop distance and all the matters within the hop distance

        :todo: If nothing then everything should be scanned

        :param matter: For what matter this method should scan for. Can be either particles, tiles, locations, or (default)all
        :param hop: The hop distance from the actual position of the scanning particle
        :return: A list of the founded matters
        """

        hop_list = []
        for i in range(1, hop + 1):
            list = self.scan_for_particle_in( i)
            if list != None:
                hop_list.extend(list)
        if len(hop_list) != 0:
            return hop_list
        else:
            return None

    def scan_for_particle_in(self, hop=1):
        """
        Scanning for particles, tiles, or location on a given hop distance

        :param matter: For what matter this method should scan for. Can be either particles, tiles, locations, or (default)all
        :param hop: The hop distance from thee actual position of the scanning particle
        :return: A list of the founded matters
        """
        hop_list = []
        logging.info("particle on %s is scanning for particle in %i hops", str(self.coords), hop)
        cnt = 0
        x_offset = 0
        y_up_scan = self.coords[1] + hop
        y_down_scan = self.coords[1] - hop
        while cnt < hop:
            x_scan_pos = self.coords[0] + hop - x_offset
            x_scan_neg = self.coords[0] - hop + x_offset
            y_scan_coord_neg = self.coords[1] - cnt
            y_scan_coord_pos = self.coords[1] + cnt
            if cnt == 0:
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                # if self.coords in self.sim.particle_map_coords:
                #     hop_list.append(self.sim.particle_map_coords[self.coords])
                if (x_scan_pos, y_scan_coord_neg) in self.sim.particle_map_coords:
                    hop_list.append(self.sim.particle_map_coords[(x_scan_pos, y_scan_coord_neg)])
                if (x_scan_neg, y_scan_coord_neg) in self.sim.particle_map_coords:
                    hop_list.append(self.sim.particle_map_coords[(x_scan_neg, y_scan_coord_neg)])
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            else:
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                if (x_scan_pos, y_scan_coord_pos) in self.sim.particle_map_coords:
                    hop_list.append(self.sim.particle_map_coords[(x_scan_pos, y_scan_coord_pos)])
                if (x_scan_pos, y_scan_coord_neg) in self.sim.particle_map_coords:
                    hop_list.append(self.sim.particle_map_coords[(x_scan_pos, y_scan_coord_neg)])
                if (x_scan_neg, y_scan_coord_pos) in self.sim.particle_map_coords:
                    hop_list.append(self.sim.particle_map_coords[(x_scan_neg, y_scan_coord_pos)])
                if (x_scan_neg, y_scan_coord_neg) in self.sim.particle_map_coords:
                    hop_list.append(self.sim.particle_map_coords[(x_scan_neg, y_scan_coord_neg)])
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            cnt += 1
            x_offset += 0.5

        cnt = 0
        x_upper_scan = self.coords[0] + hop / 2
        offset_x = 0
        while cnt < hop + 1:
            x_upper_scan = x_upper_scan - offset_x
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            if (x_upper_scan, y_up_scan) in self.sim.particle_map_coords:
                hop_list.append(self.sim.particle_map_coords[(x_upper_scan, y_up_scan)])
            if (x_upper_scan, y_down_scan) in self.sim.particle_map_coords:
                hop_list.append(self.sim.particle_map_coords[(x_upper_scan, y_down_scan)])
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            cnt += 1
            offset_x = 1
        if len(hop_list) > 0:
            logging.info("Got %s in %s hops", str(len(hop_list)), str(hop))
            return hop_list
        else:
            logging.info("Nothing in %s hops", str(hop))
            return None



    def scan_for_tile_within(self,  hop=1):
        """
        Scans for particles, tiles, or location on a given hop distance and all the matters within the hop distance

        :todo: If nothing then everything should be scanned

        :param matter: For what matter this method should scan for. Can be either particles, tiles, locations, or (default)all
        :param hop: The hop distance from the actual position of the scanning particle
        :return: A list of the founded matters
        """

        hop_list = []
        for i in range(1, hop + 1):
            list = self.scan_for_tile_in(i)
            if list != None:
                hop_list.extend(list)
        if len(hop_list) != 0:
            return hop_list
        else:
            return None

    def scan_for_tile_in(self, hop=1):
        """
        Scanning for particles, tiles, or location on a given hop distance

        :param matter: For what matter this method should scan for. Can be either particles, tiles, locations, or (default)all
        :param hop: The hop distance from thee actual position of the scanning particle
        :return: A list of the founded matters
        """
        hop_list = []
        logging.info("particle on %s is scanning for tile in %i hops", str(self.coords), hop)
        cnt = 0
        x_offset = 0
        y_up_scan = self.coords[1] + hop
        y_down_scan = self.coords[1] - hop
        while cnt < hop:
            x_scan_pos = self.coords[0] + hop - x_offset
            x_scan_neg = self.coords[0] - hop + x_offset
            y_scan_coord_neg = self.coords[1] - cnt
            y_scan_coord_pos = self.coords[1] + cnt
            if cnt == 0:
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                # if self.coords in self.sim.tile_map_coords:
                #     hop_list.append(self.sim.tile_map_coords[self.coords])
                if (x_scan_pos, y_scan_coord_neg) in self.sim.tile_map_coords:
                    hop_list.append(self.sim.tile_map_coords[(x_scan_pos, y_scan_coord_neg)])
                if (x_scan_neg, y_scan_coord_neg) in self.sim.tile_map_coords:
                    hop_list.append(self.sim.tile_map_coords[(x_scan_neg, y_scan_coord_neg)])
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            else:
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                if (x_scan_pos, y_scan_coord_pos) in self.sim.tile_map_coords:
                    hop_list.append(self.sim.tile_map_coords[(x_scan_pos, y_scan_coord_pos)])
                if (x_scan_pos, y_scan_coord_neg) in self.sim.tile_map_coords:
                    hop_list.append(self.sim.tile_map_coords[(x_scan_pos, y_scan_coord_neg)])
                if (x_scan_pos, y_scan_coord_neg) in self.sim.tile_map_coords:
                    hop_list.append(self.sim.tile_map_coords[(x_scan_pos, y_scan_coord_neg)])
                if (x_scan_neg, y_scan_coord_neg) in self.sim.tile_map_coords:
                    hop_list.append(self.sim.tile_map_coords[(x_scan_neg, y_scan_coord_neg)])
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            cnt += 1
            x_offset += 0.5

        cnt = 0
        x_upper_scan = self.coords[0] + hop / 2
        offset_x = 0
        while cnt < hop + 1:
            x_upper_scan = x_upper_scan - offset_x
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            if (x_upper_scan, y_up_scan) in self.sim.tile_map_coords:
                hop_list.append(self.sim.tile_map_coords[(x_upper_scan, y_up_scan)])
            if (x_upper_scan, y_down_scan) in self.sim.tile_map_coords:
                hop_list.append(self.sim.tile_map_coords[(x_upper_scan, y_down_scan)])
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            cnt += 1
            offset_x = 1
        if len(hop_list) > 0:
            logging.info("Got %s in %s hops", str(len(hop_list)), str(hop))
            return hop_list
        else:
            logging.info("Nothing in %s hops", str(hop))
            return None


    def scan_for_location_within(self, hop=1):
        """
        Scans for particles, tiles, or location on a given hop distance and all the matters within the hop distance

        :todo: If nothing then everything should be scanned

        :param matter: For what matter this method should scan for. Can be either particles, tiles, locations, or (default)all
        :param hop: The hop distance from the actual position of the scanning particle
        :return: A list of the founded matters
        """

        hop_list = []
        for i in range(1, hop + 1):
            list = self.scan_for_location_in(i)
            if list != None:
                hop_list.extend(list)
        if len(hop_list) != 0:
            return hop_list
        else:
            return None

    def scan_for_location_in(self, hop=1):
        """
        Scanning for particles, tiles, or location on a given hop distance

        :param matter: For what matter this method should scan for. Can be either particles, tiles, locations, or (default)all
        :param hop: The hop distance from thee actual position of the scanning particle
        :return: A list of the founded matters
        """
        hop_list = []
        logging.info("particle is scanning for location in %i hops", hop)
        cnt = 0
        x_offset = 0
        y_up_scan = self.coords[1] + hop
        y_down_scan = self.coords[1] - hop
        while cnt < hop:
            x_scan_pos = self.coords[0] + hop - x_offset
            x_scan_neg = self.coords[0] - hop + x_offset
            y_scan_coord_neg = self.coords[1] - cnt
            y_scan_coord_pos = self.coords[1] + cnt
            if cnt == 0:
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                # if self.coords in self.sim.location_map_coords:
                #     hop_list.append(self.sim.location_map_coords[self.coords])
                if (x_scan_pos, y_scan_coord_neg) in self.sim.location_map_coords:
                    hop_list.append(self.sim.location_map_coords[(x_scan_pos, y_scan_coord_neg)])
                if (x_scan_neg, y_scan_coord_neg) in self.sim.location_map_coords:
                    hop_list.append(self.sim.location_map_coords[(x_scan_neg, y_scan_coord_neg)])
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            else:

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                if (x_scan_pos, y_scan_coord_pos) in self.sim.location_map_coords:
                    hop_list.append(self.sim.location_map_coords[(x_scan_pos, y_scan_coord_pos)])
                if (x_scan_pos, y_scan_coord_neg) in self.sim.location_map_coords:
                    hop_list.append(self.sim.location_map_coords[(x_scan_pos, y_scan_coord_neg)])
                if (x_scan_neg, y_scan_coord_pos) in self.sim.location_map_coords:
                    hop_list.append(self.sim.location_map_coords[(x_scan_neg, y_scan_coord_pos)])
                if (x_scan_neg, y_scan_coord_neg) in self.sim.location_map_coords:
                    hop_list.append(self.sim.location_map_coords[(x_scan_neg, y_scan_coord_neg)])
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            cnt += 1
            x_offset += 0.5

        cnt = 0
        x_upper_scan = self.coords[0] + hop / 2
        offset_x = 0
        while cnt < hop + 1:
            x_upper_scan = x_upper_scan - offset_x
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            if (x_upper_scan, y_up_scan) in self.sim.location_map_coords:
                hop_list.append(self.sim.location_map_coords[(x_upper_scan, y_up_scan)])
            if (x_upper_scan, y_down_scan) in self.sim.location_map_coords:
                hop_list.append(self.sim.location_map_coords[(x_upper_scan, y_down_scan)])
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            cnt += 1
            offset_x = 1
        if len(hop_list) > 0:
            logging.info("Got %s in %s hops", str(len(hop_list)), str(hop))
            return hop_list
        else:
            logging.info("Nothing in %s hops", str(hop))
            return None



    def take_me(self, coords=0):
        """
        The particle is getting taken from the the other particle on the given coordinate

        :param coords: Coordination of particle that should be taken
        :return: True: Successful taken; False: Cannot be taken or wrong Coordinates
        """

        if not self.__isCarried:
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            if self.coords in self.sim.particle_map_coords:
                del self.sim.particle_map_coords[self.coords]
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            self.__isCarried = True
            self.coords = coords
            self.touch()
            return True
        else:
            return False


    def drop_me(self, coords):
        """
        The actual particle is getting dropped

        :param coords: the given position
        :return: None
        """
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        self.sim.particle_map_coords[coords] = self
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        self.coords = coords
        self.__isCarried = False
        self.touch()

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        def create_tile(self, color=gray, alpha=1):
            """
            Creates a tile on the particles actual position

            :return: None
            """
            logging.info("Going to create a tile on position %s", str(self.coords))
            self.sim.add_tile(self.coords[0], self.coords[1], color, alpha)
            self.sim.tile_map_coords[self.coords[0], self.coords[1]].created = True
            self.csv_particle_writer.write_particle(tile_created=1)
            self.sim.csv_round_writer.update_tiles_num(len(self.sim.get_tiles_list()))
            self.sim.csv_round_writer.update_metrics(tile_created=1)

        def create_tile_in(self, dir=None, color=gray, alpha=1):
            """
            Creates a tile either in a given direction

            :param dir: The direction on which the tile should be created. Options: E, SE, SW, W, NW, NE,
            :return: None
            """
            logging.info("particle with id %s is", self.get_id())
            logging.info("Going to create a tile in %s ", str(dir))
            if dir != None:
                coords = self.sim.get_coords_in_dir(self.coords, dir)
                if self.sim.add_tile(coords[0], coords[1], color, alpha) == True:
                    self.sim.tile_map_coords[coords[0], coords[1]].created = True
                    logging.info("Tile is created")
                    self.sim.new_tile_flag = True
                    self.csv_particle_writer.write_particle(tile_created=1)
                    self.sim.csv_round_writer.update_tiles_num(len(self.sim.get_tiles_list()))
                    self.sim.csv_round_writer.update_metrics(tile_created=1)
            else:
                logging.info("Not created tile ")

        def create_tile_on(self, x=None, y=None, color=gray, alpha=1):
            """
            Creates a tile either on a given x,y coordinates

            :param x: x coordinate
            :param y: y coordinate
            :return: None
            """

            logging.info("particle with id %s is", self.get_id())
            if x is not None and y is not None:
                coords = (x, y)
                if self.sim.check_coords(x, y):
                    logging.info("Going to create a tile on position \(%i , %i\)", x, y)
                    if self.sim.add_tile(coords[0], coords[1], color, alpha) == True:
                        self.sim.tile_map_coords[coords[0], coords[1]].created = True
                        self.sim.new_tile_flag = True
                        self.csv_particle_writer.write_particle(tile_created=1)
                        self.sim.csv_round_writer.update_tiles_num(len(self.sim.get_tiles_list()))
                        self.sim.csv_round_writer.update_metrics(tile_created=1)
                        return True
                    else:
                        logging.info("Not created tile on coords  \(%i , %i\)", y, x)
                        return False
                else:
                    logging.info("Not created tile on coords   \(%i , %i\)", y, x)

        def delete_tile(self):
            """
            Deletes a tile on current position

            :return: True: Deleting successful; False: Deleting unsuccessful
            """
            logging.info("Particle %s is", self.get_id())
            logging.info("is going to delete a tile on current position")
            if self.coords in self.sim.get_tile_map_coords():
                if self.sim.remove_tile_on(self.coords):
                    self.csv_particle_writer.write_particle(tile_deleted=1)
                    return True
            else:
                logging.info("Could not delet tile")
                return False

        def delete_tile_with(self, id):
            """
            Deletes a tile with a given tile-id

            :param tile_id: The id of the tile that should be deleted
            :return: True: Deleting successful; False: Deleting unsuccessful
            """
            logging.info("Particle %s is", self.get_id())
            logging.info("is going to delete a tile with tile id %s", str(id))
            if self.sim.remove_tile(id):
                self.csv_particle_writer.write_particle(tile_deleted=1)
                return True
            else:
                logging.info("Could not delet tile with tile id %s", str(id))
                return False

        def delete_tile_in(self, dir=E):
            """
            Deletes a tile either in a given direction

            :param dir: The direction on which the tile should be deleted. Options: E, SE, SW, W, NW, NE,

            :return: True: Deleting successful; False: Deleting unsuccessful
            """
            coords = ()
            if -1 < dir < 7:
                coords = self.sim.get_coords_in_dir(self.coords, dir)
                logging.info("Deleting tile in %s direction", str(dir))
                if coords is not None:
                    if self.sim.remove_tile_on(coords):
                        logging.info("Deleted tile with tile on coords %s", str(coords))
                        self.csv_particle_writer.write_particle(tile_deleted=1)
                        return True
                    else:
                        logging.info("Could not delet tile on coords %s", str(coords))
                        return False
            else:
                logging.info("Could not delet tile on coords %s", str(coords))
                return False

        def delete_tile_on(self, x=None, y=None):
            """
            Deletes a tile either on a given x,y coordinates
    ,
            :param x: x coordinate
            :param y: y coordinate
            :return: True: Deleting successful; False: Deleting unsuccessful
            """
            coords = ()
            if x is not None and y is not None:
                coords = (x, y)
                if self.sim.remove_tile_on(coords):
                    logging.info("Deleted tile with tile on coords %s", str(coords))
                    self.csv_particle_writer.write_particle(tile_deleted=1)
                    return True
                else:
                    logging.info("Could not delet tile on coords %s", str(coords))
                    return False
            else:
                logging.info("Could not delet tile on coords %s", str(coords))
                return False

        def take_tile(self):
            """
            Takes a tile on the actual position

            :param id:  The id of the tile that should be taken
            :return: True: successful taken; False: unsuccessful taken
            """
            if self.carried_particle is None and self.carried_tile is None:
                if self.coords in self.sim.tile_map_coords:
                    self.carried_tile = self.sim.tile_map_coords[self.coords]
                    if self.carried_tile.take(coords=self.coords):
                        logging.info("Tile has been taken")
                        self.sim.csv_round_writer.update_metrics(tiles_taken=1)
                        self.csv_particle_writer.write_particle(tiles_taken=1)
                        return True
                    else:
                        logging.info("Tile could not be taken")
                        return False
                else:
                    logging.info("No tile on the actual position not in the sim")
                    return False
            else:
                logging.info("Tile cannot taken because particle is carrieng either a tile or a particle")
                return False

        def take_tile_with(self, id):
            """
            Takes a tile with a given tile id

            :param id:  The id of the tile that should be taken
            :return: True: successful taken; False: unsuccessful taken
            """
            if self.carried_particle is None and self.carried_tile is None:
                if id in self.sim.tile_map_id:
                    logging.info("Tile with tile id %s is in the sim", str(id))
                    self.carried_tile = self.sim.tile_map_id[id]
                    if self.carried_tile.take(coords=self.coords):
                        logging.info("Tile with tile id %s  has been taken", str(id))
                        self.sim.csv_round_writer.update_metrics(tiles_taken=1)
                        self.csv_particle_writer.write_particle(tiles_taken=1)
                        return True
                    else:
                        logging.info("Tile with tile id %s could not be taken", str(id))
                        return False
                else:
                    logging.info("Tile with tile id %s is not in the sim", str(id))
                    return False
            else:
                logging.info("Tile cannot taken because particle is carrieng either a tile or a particle", str(id))
                return False

        def take_tile_in(self, dir):
            """
            Takes a tile that is in a given direction

            :param dir: The direction on which the tile should be taken. Options: E, SE, SW, W, NW, NE,
            :return: True: successful taken; False: unsuccessful taken
            """
            if self.carried_particle is None and self.carried_tile is None:
                coords = self.sim.get_coords_in_dir(self.coords, dir)
                if coords in self.sim.tile_map_coords:
                    self.carried_tile = self.sim.tile_map_coords[coords]
                    logging.info("Tile with tile id %s is in the sim", str(self.carried_tile.get_id()))
                    if self.carried_tile.take(coords=self.coords):
                        logging.info("Tile with tile id %s  has been taken", str(self.carried_tile.get_id()))
                        self.sim.csv_round_writer.update_metrics(tiles_taken=1)
                        self.csv_particle_writer.write_particle(tiles_taken=1)
                        return True
                    else:
                        logging.info("Tile with tile id %s could not be taken", str(self.carried_tile.get_id()))
                        return False
                else:
                    logging.info("Tile is not in the sim")
                    return False
            else:
                logging.info("Tile cannot taken because particle is carrieng either a tile or a particle")
                return False

        def take_tile_on(self, x=None, y=None):
            """
            Takes a tile that is in a given direction

            :param x: x coordinate
            :param y: y coordinate
            :return: True: successful taken; False: unsuccessful taken
            """
            if self.carried_particle is None and self.carried_tile is None:
                if self.sim.check_coords(x, y):
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