View source for Open Source Smart Rainbow Music Touch Lamp

{{Language|Microduino-yyyyyyyy}}
{| style="width: 800px;"
|-
|
==Outline==
*Project：Open source smart rainbow music touch lamp 
*Objective：When someone touch it, the corresponding lamp will light and produce a note.
*Difficulty:Medium
*Time-consuming：2hours
*Maker：ray
*Introduction:
**Use Microduino product module to build a smart rainbow music touch lamp quickly .
**The system detect whether someone touch it through touching buttons.
**when someone touch it, there will be a corresponding lamp lights and produces a corresponding note.

[[File:Microduino_1.JPG]]

==Bill of Material==
*Microduino Equipment
{|class="wikitable"
|-
|Module||Number||Function
|-
|[[Microduino-Core]]||1||Core board
|-
|[[Microduino-USBTTL]] ||1||Program download
|-
|[[Microduino-Audio]] ||1||Audio play
|-
|[[Microduino-Amplifier]] ||1||Power amplification
|-
|[[Microduino-Sensorhub]] ||1||Connect to the sensor
|-
|[[Microduino-TOUCH]] ||7||Touch the sensor
|-
|[[Microduino-Cube-S1]]||1||Expansion board
|}
*Other Equipment
{|class="wikitable"
|-
|Module||Number||Function
|-
|Micro-USB cable||1||Program download, and power supply
|-
|horn ||1||Sound production
|-
|Nylon screw ||4||Module fixation
|-
|Nylon nut ||4|| Module fixation
|-
|Nylon screw column ||4|| Module fixation
|-
|Double faced adhesive tape||7||Sensors fixation
|-
|Colored light belt ||1||
|-
|Shell||1||
|}

==Principle of the Experiment==
*Open source smart rainbow music touch lamp is mainly divided into '''touch monitoring''' and '''audio playing''' two part：
**'''Touch detection part'''：Adopt button-touching sensor'''[[Microduino-TOUCH]]''', which can detect whether someone has touched it. 
***Control part is mainly sound and light control. Light-emitting devices adopt light belts that there are 14 lights in one belt, which can make the rainbow lamps appear beautiful color.
**'''Audio playing part'''：Manage audio files through '''[[Microduino-Audio]]''' module.
***The power amplify module '''[[Microduino-Amplifier]]''' drives one horn to produce beautiful sound.
[[File:Microduino_2.JPG||600px|center]]

==Program Download==
*The code of the touching lamp'''github:[https://github.com/Microduino/BluButterflyLight BluButterflyLight]'''

==Programming==
*Overlay '''[[Microduino-Core]]''' and '''[[Microduino-USBTTL]]''' together.
**Connect the '''[[Microduino-USBTTL]]''' with USB cable ,and prepare to upload the program.
**Note：Please upload programs before stacking all modules together.
*Open Arduino IDE for Microduino environment, （reference to set up：'''[[AVR core：Getting started]]'''）
*Click'''[工具]''', and confirm that '''board card（Microduino-Core）processor（Atmega328P@16M,5V）''' selected correctly, and select the corresponding '''port number (COMX)'''
*Click '''[File]'''->'''[open]''', browse to the project program address, and click '''“BluButterflyLight.ino”''' to open the program.
*After all these items are correct, click '''"→"''' button to download program to the development board.

==Store Audio==
*Audio storage methods please refer to the following page：'''[https://www.microduino.cn/wiki/index.php/Microduino-Module_Audio/zh#.E5.BC.80.E5.8F.91 Download audio]'''

==Assemble the rainbow touch lamp==
*'''Step1''':
**While assembling, first fix '''[[Microduino-Shield Cube-S1]]''' board on the baseboard with '''nylon screw'''.
[[File:Microduino_3.jpg||600px|center]]

*'''Step2''':
**Overlay the following modules onto the '''[[Microduino-Cube-S1]]''' baseboard.
***'''[[Microduino-Sensorhub]]'''
***'''[[Microduino-Audio]]'''
***'''[[Microduino-Amplifier]]'''
***'''[[Microduino-Core]]'''
[[File:Microduino_4.jpg||600px|center]]

*'''Step3''':
**Connect the horn to the interface of '''[[Microduino-Amplifier]]''（no left and right order difference）.
[[File:Microduino_5.jpg||600px|center]]

*'''Step4''':
**The corresponding port number of the '''Touch sensor''' and '''lights belt''' in '''[[Microduino-Sensorhub]]''' is ''as shown in the picture'''.
[[File:Microduino_6.JPG||600px|center]]

*'''Step5''':
**Make the lights belt past through as shown in the picture.
**Connect the touch sensor in turn as the '''corresponding order''' in the above picture and the following picture.
[[File:Microduino-7.jpg||600px|center]]

*'''Step6''':
**Put the permanent seat of the horn on the horn.
**Then connect the permanent seat and the horn together to the shell.
[[File:Microduino-9.jpg||600px|center]]

*'''Step7''':
**Then assemble the internal structure.
[[File:Microduino-10.jpg||600px|center]]

*'''Step8''':
**Finally, fit the profile, and now the shape of the rainbow lamp is completed.
[[File:Microduino-11.jpg||600px|center]]

==Operating Instruction==
*Then use '''USB cable to connect the computer and rainbow touch lamp.'''.
* '''Touch''' the upper part of the rainbow, and it will produce a note and the light in the corresponding position will light.
[[File:Microduino-12.jpg||600px|center]]

==video==