From 1be6e76398ca9e4d0b0286af10a475ad773e93e3 Mon Sep 17 00:00:00 2001
From: tpollina <thibaut.pollina@gmail.com>
Date: Tue, 17 Dec 2019 04:10:55 +0100
Subject: [PATCH] Delete Acquisition.rst

---
 docs/Acquisition.rst | 135 -------------------------------------------
 1 file changed, 135 deletions(-)
 delete mode 100644 docs/Acquisition.rst

diff --git a/docs/Acquisition.rst b/docs/Acquisition.rst
deleted file mode 100644
index dc85bfa..0000000
--- a/docs/Acquisition.rst
+++ /dev/null
@@ -1,135 +0,0 @@
-.. _install:
-
-============
-Acquisition
-============
-
-If you are using the `Raspbian`_ distro, it is best to install picamera using
-the system's package manager: apt. This will ensure that picamera is easy to
-keep up to date, and easy to remove should you wish to do so. It will also make
-picamera available for all users on the system. To install picamera using apt
-simply::
-
-Import the librairies needed to execute the script
-=======================================================
-
-If you are using the `Raspbian`_ distro, it is best to install picamera using
-the system's package manager: apt. This will ensure that picamera is easy to
-keep up to date, and easy to remove should you wish to do so. It will also make
-picamera available for all users on the system. To install picamera using apt
-simply::
-
-  from gpiozero import LED
-  import smbus2 as smbus
-  from time import sleep
-  from picamera import PiCamera
-  from datetime import datetime, timedelta
-  import os
-
-
-Define the used pinout
-=========================
-
-If you are using the `Raspbian`_ distro, it is best to install picamera using
-the system's package manager: apt. This will ensure that picamera is easy to
-keep up to date, and easy to remove should you wish to do so. It will also make
-picamera available for all users on the system. To install picamera using apt
-simply::
-
-  GREEN = LED(16)
-  RED = LED(12)
-  BLUE = LED(26)
-
-  RELAY = LED(14)
-
-
-Configuration file
-=====================
-
-If you are using the `Raspbian`_ distro, it is best to install picamera using
-the system's package manager: apt. This will ensure that picamera is easy to
-keep up to date, and easy to remove should you wish to do so. It will also make
-picamera available for all users on the system. To install picamera using apt
-simply::
-
-  camera = PiCamera()
-
-  camera.resolution = (2592, 1944)
-  camera.iso = 60
-  camera.exposure_mode = 'off'
-  camera.shutter_speed = 100
-  camera.awb_mode = 'off'
-  camera.awb_gains = (2,1)
-
-  nb_frame=300
-
-  duration_loading=120 #(sec)
-  duration_flushing=20 #(sec)
-  duration_aeration=30 #(sec)
-
-Define simple sequence for I2C modules (Valves and pump)
-===========================================================
-
-If you are using the `Raspbian`_ distro, it is best to install picamera using
-the system's package manager: apt. This will ensure that picamera is easy to
-keep up to date, and easy to remove should you wish to do so. It will also make
-picamera available for all users on the system. To install picamera using apt
-simply::
-
-  def pump(state, verbose=True):
-
-      sleep(0.2)
-
-      if state is 'forward':
-          # Stop pumping
-          bus.write_byte(0x30, 1)
-          sleep(1)
-          feedback=bus.read_byte(0x30)
-          if feedback == 1:
-              if verbose is True:
-                  print("Pumping : Forward")
-
-      if state is 'backward':
-          # Stop pumping
-          bus.write_byte(0x30, 2)
-          sleep(1)
-          feedback=bus.read_byte(0x30)
-          if feedback == 2:
-              if verbose is True:
-                  print("Pumping : Backward")
-
-      if state is 'stop':
-          # Stop pumping
-          bus.write_byte(0x30, 0)
-          sleep(1)
-          feedback=bus.read_byte(0x30)
-          if feedback == 0:
-              if verbose is True:
-                  print("Pumping : Stop")
-
-      if state is 'slow':
-          # Start pumping
-          bus.write_byte(0x30, 3)
-          sleep(1)
-          feedback=bus.read_byte(0x30)
-          if feedback == 3:
-              if verbose is True:
-                  print("Pumping : Slow")
-
-      if state is 'medium':
-          # Start pumping
-          bus.write_byte(0x30, 5)
-          sleep(1)
-          feedback=bus.read_byte(0x30)
-          if feedback == 5:
-              if verbose is True:
-                  print("Pumping : Medium")
-
-      if state is 'fast':
-          # Start pumping
-          bus.write_byte(0x30, 9)
-          sleep(1)
-          feedback=bus.read_byte(0x30)
-          if feedback == 9:
-              if verbose is True:
-                  print("Pumping : Fast")