removing lessons and ready for the big changes

SquareBracketAssociates · Nov 15, 2019 · 1b75891 · 1b75891
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diff --git a/Chapters/Chap10UltrasonicSensor/Chap10UltrasonicSensor.pillar b/Chapters/Chap10UltrasonicSensor/Chap10UltrasonicSensor.pillar
@@ -1,4 +1,4 @@
-!! Lesson 9 - Ultrasonic Sensor (Distance)
+!! Ultrasonic Distance Sensor
 
 In this chapter we will use an ultrasonic sensor to measure distances.
 

diff --git a/Chapters/Chap11LCDDisplay/Chap11LCDDisplay.pillar b/Chapters/Chap11LCDDisplay/Chap11LCDDisplay.pillar
@@ -1,4 +1,4 @@
-!! Lesson 10 - LCD Display
+!! LCD Display
 
 In previous lessons, we learned how to control LEDs and to use a button to interact with LEDs. We learned also how to use the I2C sensors to read the temperature, humidity, pressure, and x, y, z-axis. Also, we saw how to use a no I2C sensor, an ultrasonic sensor. Now we will learn how to use an LCD Display without and with I2C.
 You will see that using I2C simplifies the board connection

diff --git a/Chapters/Chap12BuildingaMiniWeatherStation/Chap12BuildingaMiniWeatherStation.pillar b/Chapters/Chap12BuildingaMiniWeatherStation/Chap12BuildingaMiniWeatherStation.pillar
@@ -1,4 +1,4 @@
-!! Lesson 11 - Building a Mini-Weather Station
+!! Building a Mini-Weather Station
 
 In previous lessons, we learned how to control LEDs, sensors, LCD displays and how to use Object-Oriented Programming to create applications to control them. 
 Now we will use everything that we learned to build a Mini-Weather Station. 

diff --git a/Chapters/Chap13BuildingaWebServerOnRaspberry/Chap13BuildingaWebServerOnRaspberry.pillar b/Chapters/Chap13BuildingaWebServerOnRaspberry/Chap13BuildingaWebServerOnRaspberry.pillar
@@ -1,4 +1,4 @@
-!! Lesson 12 - Building a Webserver on Raspberry
+!! Building a Webserver on Raspberry
 
 In previous lessons, we learned how to control LEDs, sensors, LCD displays and how to use OOP to build a Mini-Weather Station. 
 Now we are going to build a Webserver to interact with GPIOs.

diff --git a/Chapters/Chap143DVisualizationGyroscopeSensor/Chap143DVisualizationGyroscopeSensor.pillar b/Chapters/Chap143DVisualizationGyroscopeSensor/Chap143DVisualizationGyroscopeSensor.pillar
@@ -1,2 +1,2 @@
-!! Lesson 13 - 3D Visualization with MPU6050 sensor
+!! 3D Visualization with MPU6050 sensor
 
diff --git a/Chapters/Chap1GettingStarted/Chap1GettingStarted.pillar b/Chapters/Chap1GettingStarted/Chap1GettingStarted.pillar
@@ -1,4 +1,4 @@
-!! Installations 
+!! Installation
 
 In this chapter you will learn how to:
 

diff --git a/Chapters/Chap2LED/Chap2LED.pillar b/Chapters/Chap2LED/Chap2LED.pillar
@@ -1,4 +1,4 @@
-!! Lesson 1 – Turning LED on/off
+!! Turning LED on/off
 
 One of the classic analogies in electronics to “Hello World” is turn on a LED (Light-Emitting Diode) or lamp. In this first lesson, we will learn how to connect correctly an LED to your Raspberry Pi and how to use PharoThings to control this LED by turning it on and off.
 

diff --git a/Chapters/Chap3BlinkingLED/Chap3BlinkingLED.pillar b/Chapters/Chap3BlinkingLED/Chap3BlinkingLED.pillar
@@ -1,4 +1,4 @@
-!! Lesson 2 – Blinking LED 
+!! Blinking LEDs
 
 Now we can play with the LEDs, turn them on and off. Let's use this basic setup to write some code on the inspector playground to blink the LED. Next, we will learn how to remotely create a very simple application using classes, methods, and instances to control the LED.
 

diff --git a/Chapters/Chap4IntroductiontoPharoOOP/Chap4IntroductiontoPharoOOP.pillar b/Chapters/Chap4IntroductiontoPharoOOP/Chap4IntroductiontoPharoOOP.pillar
@@ -1,4 +1,4 @@
-!! Lesson 3 – A brief introduction to Pharo object-oriented language
+!! Using PharoThings Tools
 
 Pharo is a new generation reflective language and object-oriented programming environment. The last code was executed inside the remote inspector. To get started using OOP (Object-Oriented Programming) with classes, methods, and instances, we invite you to implement a simple application to blink the LEDs.
 

diff --git a/Chapters/Chap4bIntermezzo/Chap4bIntermezzo.pillar b/Chapters/Chap4bIntermezzo/Chap4bIntermezzo.pillar
@@ -1,4 +1,4 @@
-!! Lesson 3b – A design intermezzo
+!!A design intermezzo
 
 In this chapter we revisit previous code to make it nicer and more object-oriented. We will revisit the ==Blinker== class you previously defined.
 

diff --git a/Chapters/Chap5LEDFlowingLights/Chap5LEDFlowingLights.pillar b/Chapters/Chap5LEDFlowingLights/Chap5LEDFlowingLights.pillar
@@ -1,4 +1,4 @@
-!! Lesson 4 - LED Flowing Lights
+!!Flowing Lights
 
 Now we can play with the LEDs, turn them on, off, and blink. Let's put 8 LEDs on the breadboard and create a code to turn on/off one at a time. Let's use some methods to change the flow direction and control the flow time. As we did in the last lesson, let's write the first code in playground and then create a class with methods to better control the flow of LED lights. 
 

diff --git a/Chapters/Chap6LEDFlowingLightsOOP/Chap6LEDFlowingLightsOOP.pillar b/Chapters/Chap6LEDFlowingLightsOOP/Chap6LEDFlowingLightsOOP.pillar
@@ -1,4 +1,4 @@
-!! Lesson 5 - LED Flowing Lights using OOP
+!!Flowing Lights using OOP
 
 Now we can play with the LEDs, turn them on, off, blink it and manipulate many at the same time. Let’s use object-oriented programming, OOP to create methods and classes, to build a simple program, to control the LEDs flow like as we want.
 

diff --git a/Chapters/Chap7LEDBreathingPWM/Chap7LEDBreathingPWM.pillar b/Chapters/Chap7LEDBreathingPWM/Chap7LEDBreathingPWM.pillar
@@ -1,4 +1,4 @@
-!! Lesson 6 - LED Breathing with PWM
+!!LED Breathing with PWM
 
 
 ""PWM support is currently broken in PharoThings.""

diff --git a/Chapters/Chap8ControllingLEDByButton/Chap8ControllingLEDByButton.pillar b/Chapters/Chap8ControllingLEDByButton/Chap8ControllingLEDByButton.pillar
@@ -1,4 +1,4 @@
-!! Lesson 7 - Controlling LED by Button
+!! Controlling LED by Button
 
 In previous lessons, we learned how to control the GPIOs putting them in mode OUT. This means send power to wire connected in on specific GPIO. Now we will put the GPIO in mode IN, to read the pin state. This means that our application can know when a button is pressed. Let’s create code on the remote inspector to turn on one LED each time we press the button.
 

diff --git a/Chapters/Chap9I2CSensors/Chap9I2CSensors.pillar b/Chapters/Chap9I2CSensors/Chap9I2CSensors.pillar
@@ -1,6 +1,6 @@
-!! Lesson 8 - I2C Sensors (Temperature, Humidity, Pressure and Acellerometer)
+!!I2C Sensors
 
-In previous lessons, we learned how to control LEDs and to use a button to interact with LEDs. Now let's start using some sensors to interact automatically with the real world, taking the temperature, air pressure and humidity This kind of sensor use the I2C protocol to communicate.
+In previous lessons, we learned how to control LEDs and to use a button to interact with LEDs. Now let's start using some sensors to interact automatically with the real world, taking the temperature, acceleration, air pressure and humidity. This kind of sensor use the I2C protocol to communicate.
 
 !!! What do we need?
 

diff --git a/Chapters/Chapter15Firmata/Chap15FirmataArduinoWithPharo.pillar b/Chapters/Chapter15Firmata/Chap15FirmataArduinoWithPharo.pillar
@@ -1,4 +1,4 @@
-!! Lesson 15 –  PharoThings on Arduino.
+!!PharoThings and Arduino
 
 Firmata is a generic protocol for communicating with microcontrollers from software on a host computer. 
 It is intended to work with any host computer software package. Right now there is a matching object in a number of languages. 

diff --git a/pillar.conf b/pillar.conf
@@ -2,7 +2,7 @@
   "base_url": "",
   "site_name": "A PharoThings Tutorial",
   "title": "A PharoThings Tutorial",
-  "attribution": "Allex Oliveira, Serge Stinckwich, Steven Costiou and Stéphane Ducasse",
+  "attribution": "Allex Oliveira,  Steven Costiou, Stéphane Ducasse and Serge Stinckwich",
   "series": "Square Bracket tutorials",
   "keywords": "IoT, Raspberry, PharoThings, Pharo",