# client ### addEnemy ```java client.addEnemy(String username); ``` Adds the specified player to your enemies list. ### addFriend ```java client.addFriend(String username); ``` Adds the specified player to your friends list. ### allowEditing ```java boolean allowEditing = client.allowEditing(); ``` Returns true if the player can edit the world. ### allowFlying ```java boolean allowFlying = client.allowFlying(); ``` Returns true if the player has the ability to fly. ### async ```java client.async(() -> {}); ``` Executes a task asynchronously, allowing it to run independently of the main thread. ### attack ```java client.attack(Entity entity); ``` Performs an attack on the specified entity. ### chat ```java client.chat(String message); ``` Sends the specified message in chat. ### closeScreen ```java client.closeScreen(); ``` Closes the currently open screen. ### debug ```java String key = client.debug(String key); ``` Performs a debug action using the specified key. ### dropItem ```java client.dropItem(boolean dropStack); ``` Drops the currently held item, optionally dropping the entire stack. ### enableMovementFix ```java client.enableMovementFix(); ``` Enables movement correction for the current tick. Call on the getRotations event when returning a custom yaw. ### getDirection ```java String direction = client.getDirection(); ``` Returns the direction the player is moving based on input. ### getDisplaySize ```java int[] displaySize = client.getDisplaySize(); ``` Returns the dimensions of the Minecraft window as an array `[width, height, size]`. ### getForward ```java float forward = client.getForward(); ``` Returns the forward movement value of the player. ### getFPS ```java int fps = client.getFPS(); ``` Returns the current frames per second (FPS) of the client. ### getFreeMemory ```java long memory = client.getFreeMemory(); ``` Returns the amount of free memory available to the client. ### getMaxMemory ```java long memory = client.getMaxMemory(); ``` Returns the maximum memory allocated to the client. ### getMotion ```java Vec3 motion = client.getMotion(); ``` Returns the motion vector of the local player. ### getPlayer ```java Entity player = client.getPlayer(); ``` Returns the Entity object of the local player. ### getRecordPlaying ```java String record = client.getRecordPlaying(); ``` Returns the record string above the hotbar. ### getRenderArmPitch ```java float pitch = client.getRenderArmPitch(); ``` Returns the arm pitch of the player. ### getRenderArmYaw ```java float yaw = client.getRenderArmYaw(); ``` Returns the arm yaw of the player. ### getResourcePacks ```java List packs = client.getResourcePacks(); ``` Returns a list of resource packs as an array `[name, description]`. ### getRotations ```java float[] rotations = client.getRotations(Vec3 position); ``` Returns the yaw and pitch to aim at the specified position as an array `[yaw, pitch]`. ### getRotationsToBlock ```java float[] rotations = client.getRotationsToBlock(Vec3 position, String face); float[] rotations = client.getRotationsToBlock(Vec3 position); ``` Returns the yaw and pitch to aim at the specified block and face as an array `[yaw, pitch]`. ### getRotationsToEntity ```java float[] rotations = client.getRotationsToEntity(Entity entity); ``` Returns the yaw and pitch to aim at the specified entity as an array `[yaw, pitch]`. ### getScreen ```java String screen = client.getScreen(); ``` Returns the name of the currently open screen. ### getServerDirection ```java float yaw = client.getServerDirection(PlayerState state); ``` Returns the server yaw of the player. ### getServerIP ```java String serverIP = client.getServerIP(); ``` Returns the IP address of the connected server. ### getStrafe ```java float strafe = client.getStrafe(); ``` Returns the strafe movement value of the player. ### getSubTitle ```java String subtitle = client.getSubTitle(); ``` Returns the current subtitle on screen. ### getTabFooter ```java String footer = client.getTabFooter(); ``` Returns the footer in the tablist. ### getTabHeader ```java String header = client.getTabHeader(); ``` Returns the header in the tablist. ### getTitle ```java String title = client.getTitle(); ``` Returns the current title on screen. ### getTotalMemory ```java long memory = client.getTotalMemory(); ``` Returns the total memory currently in use by the client. ### getUID ```java int uid = client.getUID(); ``` Returns the Raven client unique identifier. ### getUser ```java String username = client.getUser() ``` Returns the Raven client username. ### inFocus ```java boolean focused = client.inFocus(); ``` Returns true if the minecraft instance is in focus. ### isCreative ```java boolean creative = client.isCreative(); ``` Returns true if the player is in creative mode. ### isDiagonal ```java boolean diagonal = client.isDiagonal(); ``` Returns true if the player is moving diagonally. ### isEnemy ```java boolean isEnemy = client.isEnemy(String username); ``` Returns true if the specified username is on the enemy list. ### isFacingDiagonal ```java boolean diagonal = client.isFacingDiagonal(); ``` Returns true if the player is facing diagonally. ### isFlying ```java boolean flying = client.isFlying(); ``` Returns true if the player is currently flying. ### isFriend ```java boolean isFriend = client.isFriend(String username); ``` Returns true if the specified username is on the friends list. ### isJump ```java boolean jump = client.isJump(); ``` Returns true if the player is currently jumping. ### isMoving ```java boolean moving = client.isMoving(); ``` Returns true if the player is actively moving. ### isRiding ```java boolean riding = client.isRiding(); ``` Returns true if the player is riding another entity. ### isSinglePlayer ```java boolean singleplayer = client.isSinglePlayer(); ``` Returns true if the player is in a single-player world. ### isSneak ```java boolean sneaking = client.isSneak(); ``` Returns true if the player is crouched. ### isSpectator ```java boolean spectating = client.isSpectator(); ``` Returns true if the player is in gamemode spectator. ### jump ```java client.jump(); ``` Makes the player perform a jump. ### log ```java client.log(Object message); ``` Writes the specified message to `latest.log`. ### ping ```java client.ping(); ``` Plays a ping sound. ### placeBlock ```java boolean placed = client.placeBlock(Vec3 target, String side, Vec3 hitVec); ``` Places a block at the specified target with a defined hit vector. ### playSound ```java client.playSound(String name, float volume, float pitch); ``` Plays the specified sound with the given volume and pitch. ### print ```java client.print(Object message); ``` Prints the specified message to the chat. ### processPacket ```java client.processPacket(SPacket packet); ``` Sends a serverside packet to yourself. ### processPacketNoEvent ```java client.processPacketNoEvent(SPacket packet); ``` Sends a serverside packet to yourself without triggering events. ### raycastBlock ```java Object[] block = client.raycastBlock(double distance, float yaw, float pitch); ``` Performs a raycast and returns the position, offset, and face of the hit block. | property | index | type | | -------- | ----- | ------ | | position | 0 | Vec3 | | offset | 1 | Vec3 | | face | 2 | String | ### raycastEntity ```java Object[] entity = client.raycastEntity(double distance, float yaw, float pitch); ``` Performs a raycast and returns the hit entity, offset, and squared distance. | property | index | type | | ---------- | ----- | ------ | | entity | 0 | Entity | | offset | 1 | Vec3 | | distance^2 | 2 | double | ### removeEnemy ```java client.removeEnemy(String username); ``` Removes the specified username from the enemy list. ### removeFriend ```java client.removeFriend(String username); ``` Removes the specified player from the friends list. ### removePotionEffect ```java client.removePotionEffect(int id); ``` Removes a potion effect by its ID client-side. ### sendPacket ```java client.sendPacket(CPacket packet); ``` Sends the specified packet to the server. ### sendPacketNoEvent ```java client.sendPacketNoEvent(CPacket packet); ``` Sends the specified packet to the server without triggering events. ### setFlying ```java client.setFlying(boolean flying); ``` Sets the flying state of the player ### setForward ```java client.setForward(float forward); ``` Sets the forward movement value of the player. ### setItemInUse ```java client.setItemInUse(int count); ``` Activates the using animation on the held item of the player. ### setJump ```java client.setJump(boolean jump); ``` Sets the jumping state of the player. ### setMotion ```java client.setMotion(Vec3 motion); ``` Sets the motion vector of the player. ### setRenderArmPitch ```java client.setRenderArmPitch(float pitch); ``` Sets the arm pitch of the player. ### setRenderArmYaw ```java client.setRenderArmYaw(float yaw); ``` Sets the arm yaw of the player. ### setSneak ```java client.setSneak(boolean sneak); ``` Sets the sneaking state of the player. ### setSpeed ```java client.setSpeed(double speed); ``` Sets the movement speed of the player. ### setSprinting ```java client.setSprinting(boolean sprinting); ``` Sets the sprinting state of the player. ### setSpeedForward ```java client.setSpeedForward(double speed); ``` Sets the forward speed of the player. ### setStrafe ```java client.setStrafe(float strafe); ``` Sets the strafe movement value of the player. ### setTimer ```java client.setTimer(float timer); ``` Sets the speed multiplier of the player. ### sleep ```java client.sleep(int ms); ``` Pauses execution on the current thread for the specified duration in milliseconds. ### swing ```java client.swing(); ``` Performs an arm swing for the player. ### time ```java long time = client.time(); ``` Returns the current system time in milliseconds. --- # Agent Instructions: Querying This Documentation If you need additional information that is not directly available in this page, you can query the documentation dynamically by asking a question. Perform an HTTP GET request on the current page URL with the `ask` query parameter: ``` GET https://blowsy.gitbook.io/raven-b4/documentation/client.md?ask= ``` The question should be specific, self-contained, and written in natural language. The response will contain a direct answer to the question and relevant excerpts and sources from the documentation. Use this mechanism when the answer is not explicitly present in the current page, you need clarification or additional context, or you want to retrieve related documentation sections.