DueSTEM
Complete All-in-One STEM Solution
- Overview
- Driver
- Daisylink
- Standalone
Input -> Process -> Output is how DueSTEM brings everything educators need to demonstrate physical computing. There are 4 inputs and 4 outputs. The graphical display can be used to show sensor levels or for building games!
Extend the board with sensors and actuators on the female pin-header and the Downlink connector.
This board ships preloaded with MicroBlocks firmware.
Key features • 128x64 OLED 0.96" Display | Resources PID: 0x000010 |
See Drivers page for further details.
| Function | Description |
|---|---|
GetW() | Get display width: 128. |
GetH() | Get display height: 64. |
IsColor() | Returns 0. |
BtnPin(a) | Returns button's pin number, based on a alias ('U' = Up, 'D' = Down, 'L' = Left, 'R' = Right) |
GetX() | Returns the X axis of the Accelerometer. |
GetY() | Returns the Y axis of the Accelerometer. |
GetZ() | Returns the Z axis of the Accelerometer. |
SetBulb(c) | Sets Lightbulb c color with 24bit RGB color (RRGGBB). |
Tunes(f,d) | Plays Tunes buzzer to f frequency(50 to 15K) for d duration in milliseconds. |
Light() | Returns voltage level from Light sensor. |
ReadTemp() | Returns voltage level from Temperature sensor. |
DVer() | This driver version. |
The Code!
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These Daisylink samples assume the driver is installed, see the Driver Tab.
- Python
- JavaScript
- .NET
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These samples show how to run DUELink Standalone.
- Script
- Arduino
- MicroBlocks
This example runs using the default DUELink Internal Engine using its Scripting Language, and it expects the driver to be loaded first, see the Driver Tab.
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See Arduino page for more info.
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This project runs standalone. It assumes that the MicroBlocks firmware is already loaded on the module.
Click the button below to open, edit, and run the project directly on MicroBlocks' website.
Ordering Info
| Product | Part Number | Price |
|---|---|---|
| DUELink DueSTEM | GDL-MCDUESTEM-B | $24.95 |