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---
title: "Led Characterization"
date: 2018-05-02T11:18:38+02:00
-draft: true
---
Preface
@@ -475,7 +474,8 @@ Lab to XYZ is somewhat complex since it requires a floating-point power for gamm
libc will have one of those so this is still no problem. Lch also requires floating-point sine and cosine functions, but
these should still be no problem on most hardware.
-My implementation of these conversions in the ESP8266 firmware of my `Wifi LED driver`_ can be found `on Github`_.
+My implementation of these conversions in the ESP8266 firmware of my `Wifi LED driver`_ can be found `on Github`_. You
+can view the Jupyter notebook most of the analysis above `here <http://nbviewer.jupyter.org/github/jaseg/led_drv/blob/master/doc/Spectrum%20Measurement.ipynb>`__.
.. _`on Github`: https://github.com/jaseg/esp_led_drv/blob/master/user/led_controller.c
.. _`project repo`: https://github.com/jaseg/led_drv