/en/ucuq/ Recent content in UCUq on Zelbinium Hugo -- gohugo.io en /en/ucuq/python/ Mon, 01 Jan 0001 00:00:00 +0000 /en/ucuq/python/ Online demonstrations of UCUq with Python # Here are a few programs using UCUq to control a simulation of various components connected to an ESP32. If you haven’t already done so, launch below two applications for the use of the Wokwi simulation (more details here): Wokwi simulation; configuration: Click on the inserts below and observe the result in the simulator. Programs are launched automatically. You can modify a program directly in the navigator and/or relaunch it with the run button. /en/ucuq/blockly/ Mon, 01 Jan 0001 00:00:00 +0000 /en/ucuq/blockly/ Online demonstrations of UCUq with Blockly # An overview of the use of Blockly to program with UCUq. If you haven’t already done so, launch below two applications for the use of the Wokwi simulation (more details here): Wokwi simulation; configuration: Click on the inserts below, then on the red button to launch the application. Observe the result in the simulator. The code in the Python tab can be copied and executed in one of the dedicated inserts (with or without modifications). /en/ucuq/api/ Mon, 01 Jan 0001 00:00:00 +0000 /en/ucuq/api/ UCUq API # GPIO class # Manages an output corresponding to a microcontroller pin. GPIO(<pin>) (constructor): returns an object managing the pin identified by <pin>; high(): sets the pin to high state; low(): sets the pin to the low state. WS2812 class # Manages LEDs of type WS2812. WS2812(<pin>,<count>) (constructor): returns an object managing <count> WS2812 LEDs connected to pin <pin>; setValue(<index>, <value>): sets the LED of index <index> (starting at 0) to color <value> (a list or a tuples of format R,G,B from 0 to 255) in the buffer; fill(<value>): puts all LEDs at color <value> in the buffer; write(): sends buffer content to LEDs.