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Arduino Library to access WiiRemote == Credits == This library was originally written by Tomo Tanaka. See the original readme file below for usage instructions == Original Read me file == This is Arduino library for WiiRemote Bluetooth stack which supports minimum HCI and L2CAP layer for HID profile. == First of all == This program is based on <wiiblue.pde> which is developed by Richard Ibbotson. This program also needs MAX3421E and USB libraries for Arduino written by Oleg Mazurov. The source codes can be grabbed from <https://github.com/felis/USB_Host_Shield>. == Hardware Requirement == * Arduino * USB Host Shield * USB Bluetooth Device == Software Requirement == * MAX3421E and USB library for Arduino written by Oleg Mazurov == GNU GPL == WiiRemote Bluetooth stack on Arduino with USB Host Shield Copyright (C) 2010 Tomo Tanaka This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see <http://www.gnu.org/licenses/>. == Files == WiiRemote/ +- WiiRemote.h +- WiiRemote.cpp +- keywords.txt +- examples/ +- SteeringWii/ +- SteeringWii.pde == Usage == === Modify USB Device Descriptors === The values of CSR_VID and CSR_PID described in WiiRemote.h need to be modified to match descriptors of USB Bluetooth Device to be used. == WiiRemote Class == === Methods === * void init(void) * void task(void (*pFunc)(void)) * uint8_t getStatus(void) This returns unsigned int as the status of USB Bluetooth Device and WiiRemote connection. Bit field shows as follows: bit 0: WIIREMOTE_STATE_USB_AUTHORIZED USB BT Device is authorized as the library expects. bit 1: WIIREMOTE_STATE_USB_CONFIGURED USB BT Device is plugged into the USB port on the Shield. bit 2: WIIREMOTE_STATE_CONNECTED WiiRemote has been connected to USB BT Device. bit 3: WIIREMOTE_STATE_RUNNING WiiRemote has been established L2CAP connection. * void setBDAddress(uint8_t *bdaddr, int size) * void setBDAddressMode(eBDAddressMode mode) This selects how to acquire BD_ADDR to establish HCI connection. The mode can be set: BD_ADDR_FIXED: Use specified BD_ADDR set by setBDAddress(). BD_ADDR_INQUIRY: Discover BD_ADDR of WiiRemote to be connected. * void getBDAddress(uint8_t *bdaddr, int size) * uint8_t setLED(uint8_t led) This turns on/off LEDs of WiiRemote. setLED(0x0) turns off all LEDs, setLED(0x10) turns on LED1 and setLED(0xf0) turns o all LEDs. These enum can be used: WIIREMOTE_LED1 = 0x10, WIIREMOTE_LED2 = 0x20, WIIREMOTE_LED3 = 0x40, WIIREMOTE_LED4 = 0x80, * bool buttonPressed(uint16_t button) This returns the state of WiiRemote button specified in the call. True if the button pressed. Buttons are: WIIREMOTE_LEFT = 0x0001, WIIREMOTE_RIGHT = 0x0002, WIIREMOTE_DOWN = 0x0004, WIIREMOTE_UP = 0x0008, WIIREMOTE_PLUS = 0x0010, WIIREMOTE_TWO = 0x0100, WIIREMOTE_ONE = 0x0200, WIIREMOTE_B = 0x0400, WIIREMOTE_A = 0x0800, WIIREMOTE_MINUS = 0x1000, WIIREMOTE_HOME = 0x8000, * bool buttonClicked(uint16_t button) This checkes whether a specified WiiRemote button is clicked. True if the button clicked. Buttons are the same as above. === Member Variables === * Report_t Report Contains the accelerometer readings == Hint == Hints from PS3 and Wiimote game controllers thread in Circuit@Home. - Bluetooth 1.x seems not work on this library. == ACKNOWLEDGEMENT == I appreciate the gread codes developed by Richard and Oleg :-)