대구 남구 현충로역 세무기장 저렴한 곳 가격싼 곳 업체 추천 | 개인사업자 법인 세무사 회계사 비용 가격 잘하는 곳 | 종합소득세 부가가치세 법인세 신고 | 양도소득세 상속세 증여세 절세 | 세무조사대행 세무자문 회계장부작성 결산지도

작년에 종합소득세 신고 때문에 정말 머리 아팠는데, 여기서 친절하게 다 설명해주셔서 너무 쉽게 끝냈어요. 👍

4.95 / 5

깔끔해서 매번 잘 이용 중입니다~! 항상 친절하게 응대해 주셔서 감사해요.

4.88 / 5

세무사님이 알기 쉽게 잘 설명해주시고, 나중에도 또 한번 방문할게요!

0: return ball_radius = 0.5 ball_y_position = ball_radius + 0.5 # Spawn slightly above ground new_ball = Ball(self.scene, self.world, ball_radius, THREE.Vector3(0, ball_y_position, 0)) self.balls.append(new_ball) self.ball_release_timeout = 60 # Frames to wait before applying initial force def reset_ball(self, ball, scored_by): self.scene.remove(ball.mesh) self.world.removeBody(ball.body) self.balls.remove(ball) if self.score_player >= 5 or self.score_opponent >= 5: self.game_over = True self.show_game_over_message() return self.spawn_ball() # Optionally, launch the ball from the scoring side if len(self.balls) > 0 and scored_by == ‘opponent’: # Player scored self.balls[0].body.position.set(0, ball.radius + 0.5, -5) elif len(self.balls) > 0 and scored_by == ‘player’: # Opponent scored self.balls[0].body.position.set(0, ball.radius + 0.5, 5) self.ball_release_timeout = 60 # Give some time before re-launching def create_ui(self): # Score Display self.score_display = document.createElement(‘div’) self.score_display.id = ‘score-display’ self.score_display.style.position = ‘absolute’ self.score_display.style.top = ’10px’ self.score_display.style.left = ‘50%’ self.score_display.style.transform = ‘translateX(-50%)’ self.score_display.style.fontSize = ‘2em’ self.score_display.style.color = ‘#fff’ self.score_display.style.backgroundColor = ‘rgba(0,0,0,0.5)’ self.score_display.style.padding = ’10px 20px’ self.score_display.style.borderRadius = ’10px’ self.score_display.style.zIndex = ‘100’ document.body.appendChild(self.score_display) self.update_score_display() # Game Over Message self.game_over_message = document.createElement(‘div’) self.game_over_message.id = ‘game-over-message’ self.game_over_message.style.position = ‘absolute’ self.game_over_message.style.top = ‘50%’ self.game_over_message.style.left = ‘50%’ self.game_over_message.style.transform = ‘translate(-50%, -50%)’ self.game_over_message.style.fontSize = ‘3em’ self.game_over_message.style.color = ‘#fff’ self.game_over_message.style.backgroundColor = ‘rgba(0,0,0,0.7)’ self.game_over_message.style.padding = ’30px 50px’ self.game_over_message.style.borderRadius = ’15px’ self.game_over_message.style.zIndex = ‘101’ self.game_over_message.style.display = ‘none’ # Hidden by default self.game_over_message.style.textAlign = ‘center’ document.body.appendChild(self.game_over_message) # Start Button self.start_button = document.createElement(‘button’) self.start_button.innerText = ‘Start Game’ self.start_button.style.position = ‘absolute’ self.start_button.style.top = ‘60%’ self.start_button.style.left = ‘50%’ self.start_button.style.transform = ‘translate(-50%, -50%)’ self.start_button.style.fontSize = ‘2em’ self.start_button.style.padding = ’15px 30px’ self.start_button.style.borderRadius = ’10px’ self.start_button.style.backgroundColor = ‘#28a745’ self.start_button.style.color = ‘#fff’ self.start_button.style.border = ‘none’ self.start_button.style.cursor = ‘pointer’ self.start_button.style.boxShadow = ‘0 5px 15px rgba(0,0,0,0.3)’ self.start_button.style.zIndex = ‘102’ self.start_button.style.transition = ‘background-color 0.3s ease, transform 0.3s ease’ self.start_button.onmouseover = lambda event: setattr(event.target.style, ‘backgroundColor’, ‘#218838’) self.start_button.onmouseout = lambda event: setattr(event.target.style, ‘backgroundColor’, ‘#28a745’) self.start_button.onclick = self.start_game document.body.appendChild(self.start_button) # Reset Button (initially hidden) self.reset_button = document.createElement(‘button’) self.reset_button.innerText = ‘Play Again’ self.reset_button.style.position = ‘absolute’ self.reset_button.style.top = ‘70%’ self.reset_button.style.left = ‘50%’ self.reset_button.style.transform = ‘translate(-50%, -50%)’ self.reset_button.style.fontSize = ‘1.5em’ self.reset_button.style.padding = ’10px 20px’ self.reset_button.style.borderRadius = ‘8px’ self.reset_button.style.backgroundColor = ‘#007bff’ self.reset_button.style.color = ‘#fff’ self.reset_button.style.border = ‘none’ self.reset_button.style.cursor = ‘pointer’ self.reset_button.style.boxShadow = ‘0 3px 10px rgba(0,0,0,0.2)’ self.reset_button.style.zIndex = ‘102’ self.reset_button.style.display = ‘none’ self.reset_button.style.transition = ‘background-color 0.3s ease, transform 0.3s ease’ self.reset_button.onmouseover = lambda event: setattr(event.target.style, ‘backgroundColor’, ‘#0056b3’) self.reset_button.onmouseout = lambda event: setattr(event.target.style, ‘backgroundColor’, ‘#007bff’) self.reset_button.onclick = self.reset_game document.body.appendChild(self.reset_button) def update_score_display(self): self.score_display.innerText = f”Player: {self.score_player} – Opponent: {self.score_opponent}” def show_game_over_message(self): winner = “Player” if self.score_player > self.score_opponent else “Opponent” if self.score_player == self.score_opponent: winner = “It’s a Draw!” self.game_over_message.innerText = winner else: self.game_over_message.innerText = f”Game Over! {winner} Wins!” self.game_over_message.style.display = ‘block’ self.reset_button.style.display = ‘block’ def start_game(self): self.start_button.style.display = ‘none’ self.game_over_message.style.display = ‘none’ self.reset_button.style.display = ‘none’ self.game_over = False self.score_player = 0 self.score_opponent = 0 self.update_score_display() # Reset any existing balls for ball in list(self.balls): # Iterate over a copy as we modify the list self.scene.remove(ball.mesh) self.world.removeBody(ball.body) self.balls.remove(ball) self.spawn_ball() # Initial push for the ball if len(self.balls) > 0: self.balls[0].body.applyImpulse( cannon.Vec3(0, 0, -50 * this.balls[0].body.mass), # Push towards opponent this.balls[0].body.position ) def reset_game(self): self.game_over = False self.score_player = 0 self.score_opponent = 0 self.update_score_display() self.game_over_message.style.display = ‘none’ self.reset_button.style.display = ‘none’ # Remove all existing balls for ball in list(self.balls): # Iterate over a copy as we modify the list self.scene.remove(ball.mesh) self.world.removeBody(ball.body) self.balls.remove(ball) # Respawn and relaunch the ball for a new game self.spawn_ball() if len(self.balls) > 0: self.balls[0].body.applyImpulse( cannon.Vec3(0, 0, -50 * this.balls[0].body.mass), # Push towards opponent this.balls[0].body.position ) def add_event_listeners(self): document.addEventListener(‘keydown’, self.on_key_down) document.addEventListener(‘keyup’, self.on_key_up) window.addEventListener(‘resize’, self.on_window_resize) def on_key_down(self, event): if event.key == ‘ArrowLeft’ or event.key == ‘a’: self.input[‘left’] = True elif event.key == ‘ArrowRight’ or event.key == ‘d’: self.input[‘right’] = True elif event.key == ‘ArrowUp’ or event.key == ‘w’: self.input[‘up’] = True elif event.key == ‘ArrowDown’ or event.key == ‘s’: self.input[‘down’] = True def on_key_up(self, event): if event.key == ‘ArrowLeft’ or event.key == ‘a’: self.input[‘left’] = False elif event.key == ‘ArrowRight’ or event.key == ‘d’: self.input[‘right’] = False elif event.key == ‘ArrowUp’ or event.key == ‘w’: self.input[‘up’] = False elif event.key == ‘ArrowDown’ or event.key == ‘s’: self.input[‘down’] = False def on_window_resize(self): this.camera.aspect = window.innerWidth / window.innerHeight this.camera.updateProjectionMatrix() this.renderer.setSize(window.innerWidth, window.innerHeight) def update(self): if self.game_over: return # Move player paddle paddle_movement = 0 if self.input[‘left’]: paddle_movement = -self.paddle_speed elif self.input[‘right’]: paddle_movement = self.paddle_speed # Limit paddle movement within playfield boundaries half_paddle_width = self.player_paddle.mesh.geometry.parameters.width / 2 playfield_half_width = 10 / 2 # Assuming playfield_width is 10 new_paddle_x = this.player_paddle.body.position.x + paddle_movement new_paddle_x = Math.max(-playfield_half_width + half_paddle_width, Math.min(playfield_half_width – half_paddle_width, new_paddle_x)) this.player_paddle.body.position.x = new_paddle_x this.player_paddle.mesh.position.x = new_paddle_x # Opponent AI (simple ball tracking) if len(self.balls) > 0: ball = self.balls[0] if ball.body.position.z < 0: # Only react if ball is in opponent’s half opponent_target_x = ball.body.position.x opponent_paddle_x = self.opponent_paddle.body.position.x # Move opponent paddle towards the ball’s x position if opponent_target_x > opponent_paddle_x: opponent_movement = Math.min(self.paddle_speed * 0.8, opponent_target_x – opponent_paddle_x) # Slower than player elif opponent_target_x < opponent_paddle_x: opponent_movement = Math.max(-self.paddle_speed * 0.8, opponent_target_x – opponent_paddle_x) else: opponent_movement = 0 new_opponent_x = opponent_paddle_x + opponent_movement new_opponent_x = Math.max(-playfield_half_width + half_paddle_width, Math.min(playfield_half_width – half_paddle_width, new_opponent_x)) this.opponent_paddle.body.position.x = new_opponent_x this.opponent_paddle.mesh.position.x = new_opponent_x # Step the physics world self.world.step(1/60) # Fixed time step for physics # Update all balls for ball in self.balls: ball.update() # Apply initial force to ball after timeout if self.ball_release_timeout > 0: self.ball_release_timeout -= 1 if self.ball_release_timeout == 0: # Random direction, mainly along Z axis for initial push force_z = -50 * ball.body.mass force_x = (Math.random() – 0.5) * 20 * ball.body.mass # Small random x component ball.body.applyImpulse( cannon.Vec3(force_x, 0, force_z), ball.body.position ) self.renderer.render(self.scene, self.camera)# Global game instancegame = Nonedef animate(): requestAnimationFrame(animate) if game: game.update()window.onload = function() { game = Game() animate()}