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How to use get_st method in avocado
Best Python code snippet using avocado_python
test_casualty.py
Source:test_casualty.py 
...3 game = get_game_turn()4 team = game.get_agent_team(game.actor)5 team.state.rerolls = 06 attacker, defender = get_block_players(game, team)7 attacker.extra_st = defender.get_st() - attacker.get_st() + 1 # make this a 2 die block.8 attacker.extra_skills.append(Skill.BLOCK)9 defender_pos = Square(defender.position.x, defender.position.y)10 # it's a 2 dice block11 BBDie.clear_fixes()12 BBDie.fix_result(BBDieResult.BOTH_DOWN)13 BBDie.fix_result(BBDieResult.BOTH_DOWN)14 D6.FixedRolls.clear()15 # fix the armour roll16 D6.fix_result(5)17 D6.fix_result(5)18 # fix the injury roll to casualty19 D6.fix_result(5)20 D6.fix_result(5)21 # fix the casualty roll #1 (Gouged Eye / MNG)22 D6.fix_result(4)23 D8.fix_result(3)24 game.step(Action(ActionType.START_BLOCK, player=attacker))25 game.step(Action(ActionType.BLOCK, position=defender.position))26 game.step(Action(ActionType.SELECT_BOTH_DOWN))27 assert game.has_report_of_type(OutcomeType.CASUALTY)28 assert defender.state.injuries_gained[0] is CasualtyEffect.MNG29 assert not game.has_report_of_type(OutcomeType.SUCCESSFUL_REGENERATION)30 assert not game.has_report_of_type(OutcomeType.FAILED_REGENERATION)31def test_casualty_regeneration_success():32 game = get_game_turn()33 team = game.get_agent_team(game.actor)34 team.state.rerolls = 035 attacker, defender = get_block_players(game, team)36 attacker.extra_st = defender.get_st() - attacker.get_st() + 1 # make this a 2 die block.37 attacker.extra_skills.append(Skill.BLOCK)38 defender_pos = Square(defender.position.x, defender.position.y)39 defender.extra_skills.append(Skill.REGENERATION)40 # it's a 2 dice block41 BBDie.clear_fixes()42 BBDie.fix_result(BBDieResult.BOTH_DOWN)43 BBDie.fix_result(BBDieResult.BOTH_DOWN)44 D6.FixedRolls.clear()45 # fix the armour roll46 D6.fix_result(5)47 D6.fix_result(5)48 # fix the injury roll to casualty49 D6.fix_result(5)50 D6.fix_result(5)51 # add a value for casualty effect52 D6.fix_result(3)53 # fix the regeneration roll54 D6.fix_result(4)55 game.step(Action(ActionType.START_BLOCK, player=attacker))56 game.step(Action(ActionType.BLOCK, position=defender.position))57 game.step(Action(ActionType.SELECT_BOTH_DOWN))58 assert game.has_report_of_type(OutcomeType.CASUALTY)59 assert game.has_report_of_type(OutcomeType.SUCCESSFUL_REGENERATION)60 assert defender in game.get_reserves(defender.team)61 assert not defender.state.injuries_gained62def test_casualty_regeneration_fail():63 game = get_game_turn()64 team = game.get_agent_team(game.actor)65 team.state.rerolls = 066 attacker, defender = get_block_players(game, team)67 attacker.extra_st = defender.get_st() - attacker.get_st() + 1 # make this a 2 die block.68 attacker.extra_skills.append(Skill.BLOCK)69 defender_pos = Square(defender.position.x, defender.position.y)70 defender.extra_skills.append(Skill.REGENERATION)71 # it's a 2 dice block72 BBDie.clear_fixes()73 BBDie.fix_result(BBDieResult.BOTH_DOWN)74 BBDie.fix_result(BBDieResult.BOTH_DOWN)75 D6.FixedRolls.clear()76 # fix the armour roll77 D6.fix_result(5)78 D6.fix_result(5)79 # fix the injury roll to casualty80 D6.fix_result(5)81 D6.fix_result(5)82 # add a value for casualty effect83 D6.fix_result(4)84 # fix the regeneration roll85 D6.fix_result(3)86 game.step(Action(ActionType.START_BLOCK, player=attacker))87 game.step(Action(ActionType.BLOCK, position=defender.position))88 game.step(Action(ActionType.SELECT_BOTH_DOWN))89 assert game.has_report_of_type(OutcomeType.CASUALTY)90 assert game.has_report_of_type(OutcomeType.FAILED_REGENERATION)91 assert defender not in game.get_reserves(defender.team)92 assert defender.state.injuries_gained93def test_casualty_with_decay():94 game = get_game_turn()95 team = game.get_agent_team(game.actor)96 team.state.rerolls = 097 attacker, defender = get_block_players(game, team)98 attacker.extra_st = defender.get_st() - attacker.get_st() + 1 # make this a 2 die block.99 attacker.extra_skills.append(Skill.BLOCK)100 defender_pos = Square(defender.position.x, defender.position.y)101 defender.extra_skills.append(Skill.DECAY)102 # it's a 2 dice block103 BBDie.clear_fixes()104 BBDie.fix_result(BBDieResult.BOTH_DOWN)105 BBDie.fix_result(BBDieResult.BOTH_DOWN)106 D6.FixedRolls.clear()107 # fix the armour roll108 D6.fix_result(5)109 D6.fix_result(5)110 # fix the injury roll to casualty111 D6.fix_result(5)112 D6.fix_result(5)113 # fix the casualty roll #1 (Gouged Eye / MNG)114 D6.fix_result(4)115 D8.fix_result(3)116 # fix the casualty roll #2 (BH / none)117 D6.fix_result(3)118 D8.fix_result(1)119 game.step(Action(ActionType.START_BLOCK, player=attacker))120 game.step(Action(ActionType.BLOCK, position=defender.position))121 game.step(Action(ActionType.SELECT_BOTH_DOWN))122 assert game.has_report_of_type(OutcomeType.CASUALTY)123 assert defender.state.injuries_gained[0] is CasualtyEffect.MNG124 assert game.has_report_of_type(OutcomeType.MISS_NEXT_GAME)125 assert len(defender.state.injuries_gained) == 1126 assert game.has_report_of_type(OutcomeType.BADLY_HURT)127def test_casualty_with_decay_mng_twice_is_just_one():128 game = get_game_turn()129 team = game.get_agent_team(game.actor)130 team.state.rerolls = 0131 attacker, defender = get_block_players(game, team)132 attacker.extra_st = defender.get_st() - attacker.get_st() + 1 # make this a 2 die block.133 attacker.extra_skills.append(Skill.BLOCK)134 defender_pos = Square(defender.position.x, defender.position.y)135 defender.extra_skills.append(Skill.DECAY)136 # it's a 2 dice block137 BBDie.clear_fixes()138 BBDie.fix_result(BBDieResult.BOTH_DOWN)139 BBDie.fix_result(BBDieResult.BOTH_DOWN)140 D6.FixedRolls.clear()141 # fix the armour roll142 D6.fix_result(5)143 D6.fix_result(5)144 # fix the injury roll to casualty145 D6.fix_result(5)146 D6.fix_result(5)147 # fix the casualty roll #1 (Gouged Eye / MNG)148 D6.fix_result(4)149 D8.fix_result(3)150 # fix the casualty roll #2 (BH / none)151 D6.fix_result(4)152 D8.fix_result(4)153 game.step(Action(ActionType.START_BLOCK, player=attacker))154 game.step(Action(ActionType.BLOCK, position=defender.position))155 game.step(Action(ActionType.SELECT_BOTH_DOWN))156 assert game.has_report_of_type(OutcomeType.CASUALTY)157 assert defender.state.injuries_gained[0] is CasualtyEffect.MNG158 assert game.has_report_of_type(OutcomeType.MISS_NEXT_GAME)159 assert len(defender.state.injuries_gained) == 1160def test_casualty_regeneration_success():161 game = get_game_turn()162 team = game.get_agent_team(game.actor)163 team.state.rerolls = 0164 attacker, defender = get_block_players(game, team)165 attacker.extra_st = defender.get_st() - attacker.get_st() + 1 # make this a 2 die block.166 attacker.extra_skills.append(Skill.BLOCK)167 defender_pos = Square(defender.position.x, defender.position.y)168 defender.extra_skills.append(Skill.REGENERATION)169 defender.extra_skills.append(Skill.DECAY)170 # it's a 2 dice block171 BBDie.clear_fixes()172 BBDie.fix_result(BBDieResult.BOTH_DOWN)173 BBDie.fix_result(BBDieResult.BOTH_DOWN)174 D6.FixedRolls.clear()175 # fix the armour roll176 D6.fix_result(5)177 D6.fix_result(5)178 # fix the injury roll to casualty179 D6.fix_result(5)180 D6.fix_result(5)181 # add a value for casualty effect182 D6.fix_result(3)183 # fix the regeneration roll184 D6.fix_result(4)185 game.step(Action(ActionType.START_BLOCK, player=attacker))186 game.step(Action(ActionType.BLOCK, position=defender.position))187 game.step(Action(ActionType.SELECT_BOTH_DOWN))188 assert game.has_report_of_type(OutcomeType.CASUALTY)189 assert game.has_report_of_type(OutcomeType.SUCCESSFUL_REGENERATION)190 assert defender in game.get_reserves(defender.team)191 assert len(defender.state.injuries_gained) == 0192def test_casualty_regeneration_failure():193 game = get_game_turn()194 team = game.get_agent_team(game.actor)195 team.state.rerolls = 0196 attacker, defender = get_block_players(game, team)197 attacker.extra_st = defender.get_st() - attacker.get_st() + 1 # make this a 2 die block.198 attacker.extra_skills.append(Skill.BLOCK)199 defender_pos = Square(defender.position.x, defender.position.y)200 defender.extra_skills.append(Skill.REGENERATION)201 defender.extra_skills.append(Skill.DECAY)202 # it's a 2 dice block203 BBDie.clear_fixes()204 BBDie.fix_result(BBDieResult.BOTH_DOWN)205 BBDie.fix_result(BBDieResult.BOTH_DOWN)206 D6.FixedRolls.clear()207 # fix the armour roll208 D6.fix_result(5)209 D6.fix_result(5)210 # fix the injury roll to casualty211 D6.fix_result(5)...
DistanceMetric.py
Source:DistanceMetric.py
...31 cl={}32 lines = trajectory.get_lines()33 for q in Q:34 lr = random.choice(lines)35 r = np.linalg.norm(q-lr.get_st())36 ql = []37 for l in lines:38 if(np.linalg.norm(q-l.get_st())<=r):39 ql.append(l)40 cl[q] = ql41 return cl42 43 def calc_landmarkdst_opt(self,Q,trajectory):44 D = []45 cl = filt_lines(Q,trajectory)46 #lines = trajectory.get_lines()47 for q in Q:48 min_dpt = None49 min_d = float('inf')50 51 for l in cl[q]:52 (d,pt) = l.get_dist(q) 53 if(min_d>d):54 min_d = d55 min_dpt = pt56 D.append((min_d,min_dpt))57 return D58 59 def calc_trajectorydst(self,Q,traj_a,traj_b):60 D_a = self.calc_landmarkdst(Q,traj_a)61 D_b = self.calc_landmarkdst(Q,traj_b)62 n = len(Q)63 dist_Q = 064 for i in range(n):65 dist_Q = dist_Q + (D_a[i][0]-D_b[i][0])**266 dist_Q = math.sqrt((1.0/n)*dist_Q)67 dist_Qpi = 068 for i in range(n):69 #print(D_a[i][1])70 #print(D_b[i][1])71 dist_Qpi = dist_Qpi + np.linalg.norm(D_a[i][1]-D_b[i][1])72 dist_Qpi = (1.0/n)*dist_Qpi73 return (dist_Q,dist_Qpi)74 75 def calc_trajectorydst_opt(self,Q,traj_a,traj_b):76 D_a = self.calc_landmarkdst_opt(Q,traj_a)77 D_b = self.calc_landmarkdst_opt(Q,traj_b)78 n = len(Q)79 dist_Q = 080 for i in range(n):81 dist_Q = dist_Q + (D_a[i][0]-D_b[i][0])**282 dist_Q = math.sqrt((1.0/n)*dist_Q)83 dist_Qpi = 084 for i in range(n):85 #print(D_a[i][1])86 #print(D_b[i][1])87 dist_Qpi = dist_Qpi + np.linalg.norm(D_a[i][1]-D_b[i][1])88 dist_Qpi = (1.0/n)*dist_Qpi89 return (dist_Q,dist_Qpi)90 91 def calc_euclideandst(self,traj_a,traj_b):92 lines_a = traj_a.get_lines()93 lines_b = traj_b.get_lines()94 l = min(len(lines_a),len(lines_b))95 ed = 096 for i in range(l):97 diff = lines_a[i].get_st()-lines_b[i].get_st()98 ed = ed + (1.0/l)*math.sqrt(np.dot(diff,np.transpose(diff)))99 return ed100 101# def calc_frechetdst(self,traj_a,traj_b):102# lines_a = traj_a.get_lines()103# lines_b = traj_b.get_lines()104# l = min(len(lines_a),len(lines_b))105# ed = 0106# for i in range(l):107# diff = lines_a[i].get_st()-lines_b[i].get_st()108# ed = ed + (1.0/l)*math.sqrt(np.dot(diff,np.transpose(diff)))109# return ed110 111 def DTW(i,j,c1,c2):112 if(i==0):113 v = np.linalg.norm(c1[0] - c2[j])114 self.D[j][i] = v115 return v116 if(j==0):117 v = np.linalg.norm(c1[i] - c2[0])118 self.D[j][i] = v119 return v120 if(self.D[j][i]!=-1):121 return self.D[j][i]122 v = np.linalg.norm(c1[i]-c2[j])+min(DTW(i-1,j,c1,c2),DTW(i-1,j-1,c1,c2),DTW(i,j-1,c1,c2))123 self.D[j][i] = v124 return v125 126 def calc_dtwdistance(self,traj_a,traj_b):127 lines_a = traj_a.get_lines()128 lines_b = traj_b.get_lines()129 k1 = len(lines_a)130 k2 = len(lines_b)131 c1 = []132 for l in lines_a:133 c1.append(l.get_st())134 c1.append(lines_a[-1].get_en())135 c2 = []136 for l in lines_b:137 c2.append(l.get_st())138 c2.append(lines_b[-1].get_en())139 self.D = [[-1 for i in range(k1+1)] for j in range(k2+1)]140 dst = DTW(k1,k2,c1,c2,self.D)141 return dst142 143 def _c(self,ca, i, j, p, q):144 if ca[i, j] > -1:145 return ca[i, j]146 elif i == 0 and j == 0:147 ca[i, j] = np.linalg.norm(p[i]-q[j])148 elif i > 0 and j == 0:149 ca[i, j] = max(self._c(ca, i-1, 0, p, q), np.linalg.norm(p[i]-q[j]))150 elif i == 0 and j > 0:151 ca[i, j] = max(self._c(ca, 0, j-1, p, q), np.linalg.norm(p[i]-q[j]))152 elif i > 0 and j > 0:153 ca[i, j] = max(154 min(155 self._c(ca, i-1, j, p, q),156 self._c(ca, i-1, j-1, p, q),157 self._c(ca, i, j-1, p, q)158 ),159 np.linalg.norm(p[i]-q[j])160 )161 else:162 ca[i, j] = float('inf')163 return ca[i, j]164 165 def calc_fretchetdistance(self,traj_a,traj_b):166 lines_a = traj_a.get_lines()167 lines_b = traj_b.get_lines()168 k1 = len(lines_a)169 k2 = len(lines_b)170 c1 = []171 for l in lines_a:172 c1.append(l.get_st())173 c1.append(lines_a[-1].get_en())174 c2 = []175 for l in lines_b:176 c2.append(l.get_st())177 c2.append(lines_b[-1].get_en())178 ca = (np.ones((k1, k2), dtype=np.float64) * -1)179 dist = _c(ca, k1-1, k2-1, c1, c2)...
sparse_vector.py
Source:sparse_vector.py
...21 :type d: int22 """23 self._st = defaultdict(float)24 self._d = d25 def get_st(self):26 return self._st27 def get_d(self):28 return self._d29 def put(self, i, value):30 if i < 0 or i >= self.get_d():31 raise AttributeError('Illegal index')32 if value == 0.0:33 del self.get_st()[i]34 else:35 self.get_st()[i] = value36 def get(self, i):37 if i < 0 or i >= self.get_d():38 raise AttributeError('Illegal index')39 if i in self.get_st():40 return self.get_st()[i]41 else:42 return 0.043 # Returns the number of non zero entries in this vector44 def nnz(self):45 return len(self.get_st())46 def dimension(self):47 return self.get_d()48 # Returns the inner product of this vector with the specified vector.49 def dot_spv(self, that):50 if self.get_d() != that.get_d():51 raise AttributeError('Vector lengths disagree')52 _sum = 0.053 if len(self.get_st()) <= len(that.get_st()):54 for i in self.get_st().keys():55 if i in that.get_st():56 _sum += self.get(i) * that.get(i)57 else:58 for i in that.get_st().keys():59 if i in self.get_st():60 _sum += self.get(i) * that.get(i)61 return _sum62 # Returns the inner product of this vector with the specified list.63 def dot(self, that):64 _sum = 0.065 for i in self.get_st().keys():66 _sum += that[i] * self.get(i)67 return _sum68 def magnitude(self):69 return math.sqrt(self.dot_spv(self))70 def scale(self, alpha):71 c = SparseVector(self.get_d())72 for i in self.get_st().keys():73 c.put(i, alpha * self.get(i))74 return c75 def plus(self, that):76 if self.get_d() != that.get_d():77 raise AttributeError('Vector lengths disagree')78 c = SparseVector(self.get_d())79 for i in self.get_st().keys():80 c.put(i, self.get(i))81 for i in that.get_st().keys():82 c.put(i, that.get(i) + c.get(i))83 return c84 def __repr__(self):85 return f'<SparseVector(st={self.get_st()}, d={self.get_d()})>'86def main():87 a = SparseVector(10)88 b = SparseVector(10)89 a.put(3, 0.50)90 a.put(9, 0.75)91 a.put(6, 0.11)92 a.put(6, 0.00)93 b.put(3, 0.60)94 b.put(4, 0.90)95 print("a = ", a)96 print("b = ", b)97 print("a dot b = ", a.dot_spv(b))98 print("a + b = ", a.plus(b))99if __name__ == '__main__':...
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