Exemple #1
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def find_position(whole_map, base, unit_id, target_id, distance, move):
    target_position = base[target_id[0]][target_id[1]].position
    for i in move:
        if whole_map[i[0]][i[1]].kind == basic.TURRET and base[unit_id[0]][unit_id[1]].kind == basic.ARCHER:
            if basic.TURRET_RANGE[0]<=main.distance(i,target_position)<=basic.TURRET_RANGE[1]:
                return i
        if main.distance(i, target_position) in distance:
            return i
    return (-1,-1)
Exemple #2
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def AI_4(whole_map, Info):
    team=Info.id[0]
    unit=Info.id[1]
    self=Info.base[team][unit]
    base=Info.base
    if self.kind == basic.WIZARD or self.kind == basic.HERO_1:
        for i in range(0, len(base[team])):
            if main.distance(base[team][i].position, self.position) == 1 and base[team][i].life < basic.ABILITY[base[team][i].kind][0]:
                return basic.Command(2, self.position,(team, i))
    for i in range(0, len(base[1-team])):
        d = main.distance(base[1-team][i].position,self.position)
        if d <= self.attack_range[1] and d >= self.attack_range[0]:
            return basic.Command(1, self.position, (1-team,i))
    return basic.Command(0, self.position, (0,0))
Exemple #3
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def AI_6(whole_map,Info):
    team=Info.id[0]
    unit=Info.id[1]
    self=Info.base[team][unit]
    move = Info.range
    target_range = attack_id(whole_map, Info.base, (team, unit), move)
    damage = 0; most_damage = 0; target_id = -1
    for i in target_range:
            target = Info.base[1-team][i]
            damage = (self.strength - target.defence) * basic.ATTACK_EFFECT[self.kind][target.kind]
            if self.kind != basic.WIZARD and target.kind != basic.WIZARD:
                sacrifice = (target.strength - self.defence) * basic.ATTACK_EFFECT[target.kind][self.kind]
            else:
                sacrifice = 0
            if most_damage < damage and (sacrifice < self.life or target.attack_range != self.attack_range):
                    most_damage = damage
                    target_id = i
    if target_id != -1:
            return basic.Command(1 ,find_position(whole_map, Info.base,Info.id,(1 - team,target_id), self.attack_range, move),(1 - team, target_id))
    else:
            min_d = basic.COORDINATE_X_MAX * 2
            t = self.position
            for i in move:
                    for k in Info.base[1 - team]:
                            d = main.distance(i, k.position)
                            if min_d > d:
                                    min_d = d; t = i
            return basic.Command(0, t, (0, 0))
def get_distance():
    word1 = request.args.get('a').encode('utf-8')
    word2 = request.args.get('b').encode('utf-8')

    resp = make_response(str(distance(word1, word2)))
    resp.headers['Access-Control-Allow-Origin'] = "*"

    return resp
Exemple #5
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def skill_id(whole_map, base, unit_id, move_area):
        team = unit_id[0]
        self = base[team][unit_id[1]]
        result = []
	for position in move_area:
		for j in range(0,len(base[1-team])):
			target = base[1-team][j]
			if target.life > 0 and main.distance(target.position,position) == 1:
                                result += [j]
Exemple #6
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def attack_id(whole_map, base, unit_id, move_area):
        team = unit_id[0]
        self = base[team][unit_id[1]]
        result = []
	for position in move_area:
		for j in range(0,len(base[1-team])):
			target = base[1-team][j]
			if (not j in result) and target.life > 0 and (self.attack_range[0]<=main.distance(target.position,position)<=self.attack_range[1]):
                                result += [j]
def match_color(to_match):
    best_score = 2**50
    best_color = None

    for color in RGB_TO_SUIT.keys():
        difference = distance(color, to_match)
        if difference < best_score:
            best_score = difference
            best_color = color
    return best_color
Exemple #8
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def attack_id(whole_map, base, unit_id, move_area):
    team = unit_id[0]
    self = base[team][unit_id[1]]
    result = []
    for position in move_area:
        for j in range(0,len(base[1-team])):
            target = base[1-team][j]
            if self.kind != basic.WIZARD:
                damage = (self.strength - target.defence) * basic.ATTACK_EFFECT[self.kind][target.kind]
            else:
                damage = 0
            if (not j in result) and target.life > 0 and (self.attack_range[0]<=main.distance(target.position,position)<=self.attack_range[1]):
                result += [j]
    if self.kind == basic.ARCHER:
        for i in move_area:
            if whole_map[i[0]][i[1]].kind == basic.TURRET:
                for j in range(0,len(base[1-team])):
                    if basic.TURRET_RANGE[0]<=main.distance(base[1-team][j].position, i)<=basic.TURRET_RANGE[1]:
                        result += [j]
    return result
Exemple #9
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 def test_wrong(self):
     self.assertIsNone(distance(self.point_a, self.point_d), "Distance should not be valid")
     self.assertIsNone(distance(self.point_d, self.point_a), "Distance should not be valid")
     self.assertIsNone(distance(self.point_a, self.point_e), "Distance should not be valid")
     self.assertIsNone(distance(self.point_e, self.point_a), "Distance should not be valid")
     self.assertIsNone(distance(self.point_a, self.point_f), "Distance should not be valid")
     self.assertIsNone(distance(self.point_f, self.point_a), "Distance should not be valid")
Exemple #10
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def AI_2(whole_map, Info):
    team=Info.id[0]
    unit=Info.id[1]
    self=Info.base[team][unit]
    move=Info.range
    base=Info.base
    order = 0
    for i in range(0, len(base[1 - team])):
        if main.distance(base[1 - team][i].position, self.position) == 1:
            order = 1
            break
    result = basic.Command(order,self.position,(1-team,i))
    return result
Exemple #11
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 def test_same(self):
     dist = distance(self.point_a, self.point_a)
     self.assertEqual(dist, 0, "Distance should be 0")
Exemple #12
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 def test_far(self):
     dist = distance(self.point_a, self.point_c)
     self.assertGreater(dist, 500, "Distance should be greater than 500km")
Exemple #13
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 def test_near(self):
     dist = distance(self.point_a, self.point_b)
     self.assertLess(dist, 1, "Distance should be less than 1km")
Exemple #14
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def AI_7(whole_map,Info):
    team=Info.id[0]
    unit=Info.id[1]
    self=Info.base[team][unit]
    move=Info.range
    target_id=-1; kill = []; distance = self.attack_range
    most_damage = 0; order = 1
    attack_list = attack_id(whole_map, Info.base, Info.id, move)
    if self.kind == basic.WIZARD or (self.kind == basic.HERO_1 and self.life > DANGER_HP):
            for i in skill_id(whole_map, Info.base, Info.id, move):
                    target = Info.base[1-team][i]
                    if target.life < DANGER_HP:
                            distance = [1]; attack_list = []
                            target_id = i; order = 2
                            break
    for i in attack_list:
            target = Info.base[1-team][i]
            damage = int((self.strength - target.defence) * basic.ATTACK_EFFECT[self.kind][target.kind])
            if target.life - damage <= 0:
                    kill += [i]
            if target.kind != basic.WIZARD:
                if most_damage < damage and (int((target.strength - self.defence) * basic.ATTACK_EFFECT[target.kind][self.kind])<self.life or target.attack_range != self.attack_range):
                    most_damage = damage
                    target_id = i
    kill_life = 0
    for i in kill:
            target = Info.base[1-team][i]
            if target.life > kill_life:
                    target_id = i
                    kill_life = target.life 
    if target_id==-1:
        if self.kind == basic.HERO_3:
                for i in skill_id(whole_map, Info.base, Info.id, move):
                        return basic.Command(2,find_position(whole_map, Info.base,Info.id,(team,i),[1],move),(team, i))
        positon = self.position
        if self.life < DANGER_HP:
                for j in move:
                        under_attack = False
                        for i in range(0,len(Info.base[1-team])):
                                target = Info.base[1-team][i]
                                if target.life > 0 and target.kind != basic.WIZARD:
                                        target.move_range += target.attack_range[-1]
                                        if j in main.available_spots(whole_map, Info.base, (1-team,i)):
                                                under_attack = True
                                                target.move_range -= target.attack_range[-1]
                                                break
                                        target.move_range -= target.attack_range[-1]
                        if not under_attack:
                                position = j; break
        else:
                distance = basic.COORDINATE_X_MAX * 2
                for i in move:
                        for j in range(0,len(Info.base[1-team])):
                                target = Info.base[1-team][j]
                                if main.distance(i,target.position) < distance:
                                        distance = main.distance(i,target.position)
                                        position = i
        result = basic.Command(0,position,(0,0))
    else:
        if order == 1:
            team = 1 - team
        result = basic.Command(order,find_position(whole_map, Info.base,Info.id,(team,target_id), distance, move),(team, target_id))
    return result
Exemple #15
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def AI_5(whole_map,Info):
    team=Info.id[0]
    unit=Info.id[1]
    self=Info.base[team][unit]
    move=Info.range
    if (9,2) in move:
        return basic.Command(0, (9, 2), (0, 0))
    if self.kind == basic.ARCHER:
        t = find_person(Info.base, (8,14))
        if t != (-1,-1):
            d = attack_id(whole_map, Info.base, (team,unit), move)
            t = 0
            for i in d:
                if Info.base[1-team][i].life > 0 and m < (self.strength - Info.base[1-team][i].defence) * basic.ATTACK_EFFECT[self.kind][Info.base[1-team][i].kind]:
                    m = (self.strength - Info.base[1-team][i].defence) * basic.ATTACK_EFFECT[self.kind][Info.base[1-team][i].kind]
                    t = i
            return basic.Command(1,find_position(whole_map, Info.base, (team, unit),(1-team,t),2,move), (1-team,t))
        m = 2 * basic.COORDINATE_X_MAX
        for i in move:
            d = main.distance(i, (8,14))
            if m > d:
                d = m
                j = i
        d = []; t = 0
        if m == 0:
            for i in range(Info.base[1-team]):
                if main.distance(Info.base[1-team][i].position, self.position) in range(2,11):
                    if Info.base[1-team][i].life > 0 and Info.base[1-team][i].position == (9, 2):
                        return basic.Command(1, j, (1-team,i))
                    d += [i]
                    if Info.base[1-team][i].life > 0 and m < (self.strength - Info.base[1-team][i].defence) * basic.ATTACK_EFFECT[self.kind][Info.base[1-team][i].kind]:
                        m = (self.strength - Info.base[1-team][i].defence) * basic.ATTACK_EFFECT[self.kind][Info.base[1-team][i].kind]
                        t = i
            for i in d:
                if Info.base[1-team][i].kind == basic.WIZARD:
                    return basic.Command(1, j, (1-team,i))
            return basic.Command(1, j, (1-team,t))
        else:
            return basic.Command(0, j, (0, 0))
    elif self.kind == basic.DRAGON_RIDER:
        d = 2 * basic.COORDINATE_X_MAX; t = 0
        for i in move:
            if i[1]==9 and 5 <= i[0] <= 9:
                return basic.Command(0, i, (0, 0))
            if main.distance(i, (9,8)) < d:
                d = main.distance(i, (9,8))
                t = i
        i = 0
        for d in attack_id(whole_map, Info.base, (team,unit),move):
            if main.distance(t,Info.base[1-team][d]) == 1:
                if Info.base[1-team][d].kind==basic.SABER or Info.base[1-team][d].kind == basic.ARCHER:
                    i = d; break;
        return basic.Command(1, t, (1-team,i))
    else:
        if not(self.position[1]<=2 or self.position[1]>=5) and find_person(Info.base,(3,0))!=(-1,-1):
            if (0,2) in move:
                return basic.Command(1, (0,2), (1-team,0))
            d = 2 * basic.COORDINATE_X_MAX; t = 0
            for i in move:
                if main.distance(i, (0,2)) < d:
                    d = main.distance(i, (0,2))
                    t = i
            return basic.Command(1,t,(1-team,0))
        m = 0; c = 0
        for i in attack_id(whole_map, Info.base, (team,unit),move):
            t = (self.strength - Info.base[1-team][i].defence) * basic.ATTACK_EFFECT[self.kind][Info.base[1-team][i].kind]
            if m < t:
                m = t; c = i;
        return basic.Command(1,find_position(whole_map, Info.base, (team, unit),(1-team,c),self.attack_range,move), (1-team,c))
Exemple #16
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        else:
                return basic.HERO_1
def attack_id(whole_map, base, unit_id, move_area):
        team = unit_id[0]
        self = base[team][unit_id[1]]
        result = []
	for position in move_area:
		for j in range(0,len(base[1-team])):
			target = base[1-team][j]
			if (not j in result) and target.life > 0 and (self.attack_range[0]<=main.distance(target.position,position)<=self.attack_range[1]):
                                result += [j]
    if self.kind == basic.ARCHER:
                for i in move_area:
                        if whole_map[i[0]][i[1]].kind == basic.TURRET:
                                for j in range(0,len(base[1-team])):
                                        if basic.TURRET_RANGE[0]<=main.distance(base[1-team][j].position, i) <=basic.TURRET_RANGE[1]:
                                                result += [j]
    return result
def skill_id(whole_map, base, unit_id, move_area):
        team = unit_id[0]
        self = base[team][unit_id[1]]
        result = []
	for position in move_area:
		for j in range(0,len(base[1-team])):
			target = base[1-team][j]
			if target.life > 0 and main.distance(target.position,position) == 1:
                                result += [j]
    return result
def find_position(whole_map, base, unit_id, target_id, distance, move):
        target_position = base[target_id[0]][target_id[1]].position
        for i in move:
Exemple #17
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 def test_almost(self):
     dist = distance(self.point_g, self.point_h)
     self.assertLess(dist, 500, "Distance should be less than 500km")
     self.assertGreater(dist, 400, "Distance should be greater than 400km")
def test_distance():
    a = [1, 0]
    b = [2, 2]
    x = distance(a, b)
    assert x == 1