PicoDVI in CP support 640x480 and 800x480 on Feather DVI, Pico and
Pico W. 1 and 2 bit grayscale are full resolution. 8 and 16 bit
color are half resolution.
Memory layout is modified to give the top most 4k of ram to the
second core. Its MPU is used to prevent flash access after startup.
The port saved word is moved to a watchdog scratch register so that
it doesn't get overwritten by other things in RAM.
Right align status bar and scroll area. This normally gives a few
pixels of padding on the left hand side and improves the odds it is
readable in a case. Fixes#7562
Fixes c stack checking. The length was correct but the top was being
set to the current stack pointer instead of the correct top.
Fixes#7643
This makes Bitmap subscr raise IndexError instead of ValueError
when the index arguments are wrong.
Doing a squash merge to avoid having the `slc_cli_linux` .zip files in the history. They were added in one commit and removed and replaced with a submodule in another.
* Initial commit for xg24
* Fix SLC issue
* Fix SLC extract fail
* Change board's name
* Correct spelling of code
Build immediately after slc generate
* Remove VID and PID
* Change creator and creation id
* Apply new creator_id and creation_id
* Update makefile, error message, mcu_processor function
* Update mpconfigboard.mk
* Update Board extensions, PORT_DEPS
* Update makefile
* Add exclude_patterns
* Show java, jinja2 version
* Show path for debugging CI
* Add requirements-dev for slc
* Add PATH slc_cli
* Update background function
* Add jinja2 PATH
* Show PATH
* Update jinja2 path
* Update jinja2 path
* Update jinja2 path
* Update jinja2 path
* Change slc folder
* Change markupsafe folder
* Add symbolic link for slc
* Update makefile
* Update makefile
* Update MX25R3235F.toml from submodule nvm.toml
* alphabetize the list
* Remove slc_cli_linux folder
* Update slc_cli submodule
---------
Co-authored-by: Chat Nguyen <cvnguyen@silabs.com>
Co-authored-by: silabs-ChatNguyen <chat.nguyen@silabs.com>
Co-authored-by: silabs-ChatNguyen <126220343+silabs-ChatNguyen@users.noreply.github.com>
This uses the esp32-camera code instead of our own homebrewed camera code.
In theory it supports esp32, esp32-s2 and esp32-s3, as long as they have
PSRAM.
This is very basic and doesn't support changing any camera parameters,
including switching resolution or pixelformat.
This is tested on the Kaluga (ESP32-S2) and ESP32-S3-Eye boards.
First, reserve some PSRAM by putting this line in `CIRCUITPY/_env`:
```
CIRCUITPY_RESERVED_PSRAM=524288
```
and hard-reset the board for it to take effect.
Now, the following script will take a very low-resolution jpeg file and print
it in the REPL in escape coded form:
```python
import board
import esp32_camera
c = esp32_camera.Camera(
data_pins=board.CAMERA_DATA,
external_clock_pin=board.CAMERA_XCLK,
pixel_clock_pin=board.CAMERA_PCLK,
vsync_pin=board.CAMERA_VSYNC,
href_pin=board.CAMERA_HREF,
pixel_format=esp32_camera.PixelFormat.JPEG,
i2c=board.I2C(),
external_clock_frequency=20_000_000)
m = c.take()
if m is not None:
print(bytes(m))
```
Then on desktop open a python repl and run something like
```python
>>> with open("my.jpg", "wb") as f: f.write(<BIG PASTE FROM REPL>)
```
and open my.jpg in a viewer.
Initially enabled for samd51, this enables reading raw flux data as well
as DOS/MFM formatted media.
This is only the low-level code for reading & decoding flux pulses from a floppy drive.
high level details will live in a Python library.
adafruit-circuitpython-floppy will take care of details like stepping
from track to track, etc.
