Note: DON’T FORGET CURRENT-LIMITING RESISTORS. See here for an example of using resistors: http://www.instructables.com/id/Multiplexing-with-Arduino-and-the-74HC595/step8/Current-Limiting-Resistors/ Click here for YouTube video Sample code for scrolling messages (needs FrequencyTimer2 library): Sample code for “Life” (needs FrequencyTimer2 library): Possible Alternative on Arduino 0015 using the Timer1 library This example, made at a workshop at DKDS in April 2009, and […]

How to connect Spider L3 WiFi Module with 86Duino The connecting method between 86Duino and Arduino is difference. Before using this library, first refer to the below description which tell you a correct method to connect Spider L3 WiFi Module with 86Duino. Spider L3 WiFi Module communicates with the MCU by SPI interface. It has […]

The two libraries are available from 86Duino Coding 105 and are the 86Duino porting of Henning Karlsen’s UTFT and UTouch libraries. One can refer to the official UTFT manual and UTouch manual to learn the use of the two libraries. Note: the UTFT library supports many TFT LCD screens which have different number of signal […]

The TimerOne library is available from 86Duino Coding 105, and provides the API of the Arduino TimerOne library to access 86Duino’s 32-bit hardware timers. The library provides two objects — Timer1 and TimerRTC — to manipulate different hardware timers as follows. Timer1 This object includes a collection of routines for configuring the 32-bit internal high-precision […]

Description Function to filter CAN ID. On the 86Duino platform, there are 32 groups of CAN ID filters. When receiving data from the CAN bus, these filter ID can be used to determine whether the data need to be handled. Combining with the init_Mask() function, receiving data can be limited to CAN ID within the […]

Description On an 86Duino platform, there are 32 group of CAN ID mask. When there are data from external CAN device, the mask is used to determine the range of device ID (0 ~ N) which their data is to be handled. Combine with the init_Filt() function, this function can limit the range of CAN […]

Description Retrieve CAN bus ID from receiving data, similar to the remoteID() function. (This function is created referencing the CAN bus library from Seeed Studio.) Syntax CAN.getCanId() Parameters None Returns Device ID Libraries Reference Home The text of the 86Duino reference is licensed under a Creative Commons Attribution-ShareAlike 3.0 License. Code samples in the reference […]

Desription Check CAN bus’ FIFO buffer to see whether there are data to read.（This function is created referencing the CAN Bus library from Seeed Studio. Note: This function must be used with the readMsgBuf() function. Syntax CAN.checkReceive(void) Parameters None Returns CAN_MSGAVAIL：Indicates there are data in FIFO buffer to be read. CAN_NOMSG：Indicates there is no data […]

Description Function to read data from the CAN bus.(This function is created referencing the CAN bus library from Seeed Studio, Depending on your preferences, you can use this function to read data instead of the requestFrom() and read() function.) Note: This function is used in conjunction with the checkReceive() function. Syntax CAN.readMsgBuf(&len, buf) Parameters len：Length […]

Description Transmit data to remote CAN device.(This function is created referencing the CAN bus library from Seeed Studio, Depending on your preferences, you can use this function to transmit data instead of the beginTransmission() and write() functions.) Syntax CAN.sendMsgBuf(id, ext, len, buf) Parameters id：Device ID for the remote CAN device ext：Data transmission format CAN_STDID：Standard data […]