Rhythm Lamp - 版本历史

2015年9月28日 (一) 09:29 1304410487@qq.com

2015-09-28T09:29:29Z

2015年6月19日 (五) 08:42 1304410487@qq.com

2015-06-19T08:42:01Z

1304410487@qq.com：Created page with "{{Language| Rhythm Lantern}} {| style="width: 800px;" |- | ==Purpose== To control the color of a lantern by detecting sound via mic sound detection sensor. ==Principle== ==..."

2015-06-19T08:40:53Z

Created page with "{{Language| Rhythm Lantern}} {| style="width: 800px;" |- | ==Purpose== To control the color of a lantern by detecting sound via mic sound detection sensor. ==Principle== ==..."

新页面

{{Language| Rhythm Lantern}}
{| style="width: 800px;"
|-
|
==Purpose==
To control the color of a lantern by detecting sound via mic sound detection sensor.

==Principle==

==Equipment==
{|class="wikitable"
|-
|Module||Number||Function
|-
|[[Microduino-CoreUSB]]||1||Core board
|-
|[[Microduino-Sensorhub]]||1||Sensor transfer board
|-
|[[Microduino-Sound/zh]]||1||Sound detection sensor
|-
|[[Microduino-Lantern]]||1||Colored light
|-
|[[Microduino-BM]]||1||Battery management
|}

[[File:mic _lamp.jpg|600px|center|thumb]]

==Hardware Buildup==
*Setup 1：Stack CoreUSB and Sensorhub.
[[File:CoreUSB_Sensorhub.jpg|600px|center|thumb]]
*Setup 2：Connect Sound to A0 pin of Sensorhub and the colored LED light to A6. There is pin description on both sides of Sensorhub, which can be connected sensors correspondingly.

[[file:Microduino-sensorhub_rule.JPG|thumb|800px|center]]
[[File:mic_colorled.jpg|600px|center|thumb]]

==Software Debugging==
*Setup 1：Build development environment, connect CoreUSB to your PC and download program code.

*Setup 2：Code description: One part reads analog values and the other controls color combinationof the lantern according to the values.
**Read analog values.
<source lang="cpp">
int v=analogRead(A0);
</source>
**Color quantization
<source lang="cpp">
switch(zone)
{
case 0:
if(color!=0)
vol[0]=map(v,0,1023,0,255);
else
vol[0]=10;
break;
case 1:
if(color!=1)
vol[1]=map(v,0,1023,0,255);
else
vol[1]=10;
break;
case 2:
if(color!=2)
vol[2]=map(v,0,1023,0,255);
else
vol[2]=10;
break;
}

// Some example procedures showing how to display to the pixels:
colorWipe(strip.Color(vol[0],vol[1], vol[2]), 20);
</source>

==Result==
Speak towards mic and you’ll be suprised about the effect.
[[File:mic_colorled——legao.jpg|600px|center|thumb]]

==Video==

|}

@@ 第1行： / 第1行： @@
-{{Language| Rhythm Lantern}}
+{{Language| Rhythm Lamp}}
 {| style="width: 800px;"
 |-
+|
-==Purpose==
+==Objective==
-To control the color of a lantern by detecting sound via mic sound detection sensor.
+Speak toward MIC, the lamp will change along with the sound rhythm.
-==Principle==
+==principle==
 ==Equipment==
 {|class="wikitable"
 |-
-|Module||Number||Function
+|Moudle||Number||Function
 |-
-|[[Microduino-Sensorhub]]||1||Sensor transfer board
+|[[mCookie-CoreUSB]]||1||Core board
 |-
-|[[Microduino-Sound/zh]]||1||Sound detection sensor
+|[[mCookie-Hub]]||1||Sensor pin board
 |-
-|[[Microduino-Lantern]]||1||Colored light
+|[[Microduino-Sound]]||1||Sound detection sensor
 |-
-|[[Microduino-BM]]||1||Battery management
+| [[Microduino-Color led]]||1||Colored LED light
 |}
-  [[File:mic _lamp.jpg|600px|center|thumb]]
+* Setup 3：Load code, copy program to IDE. Select the right boardcard and COM port and then download after passing the compiling.
+==Program Description==
-==Hardware Buildup==
+*Read sound analog value (A0 pin), which can be defined by users. Then, print analog sound data via serial port monitor.
-*Setup 1：Stack CoreUSB and Sensorhub.
+<source lang="cpp">
-[[File:CoreUSB_Sensorhub.jpg|600px|center|thumb]]
+  int v=analogRead(A0);
-*Setup 2：Connect Sound to A0 pin of Sensorhub and the colored LED light to A6. There is pin description on both sides of Sensorhub, which can be connected sensors correspondingly.
+  Serial.println(v);
+</source>
-[[file:Microduino-sensorhub_rule.JPG|thumb|800px|center]]
+*Detect sound volume every 100ms and distinguish the sound. Soudn range is defined in " zone_vol[3]", which is among 100-600. Users can change that according to personal needs.
 <source lang="cpp">
-int v=analogRead(A0);
+  if(millis()-timer[0]>100)
 </source>
-**Color quantization
+*The analog value decides color combination.
 <source lang="cpp">
    switch(zone)
@@ 第50行： / 第65行： @@
    case 0:
      if(color!=0)
-       vol[0]=map(v,0,1023,0,255);
+       vol[0]=map(v,0,1023,0,255);//Red
      else
        vol[0]=10;
@@ 第56行： / 第71行： @@
    case 1:
      if(color!=1)
-       vol[1]=map(v,0,1023,0,255);
+       vol[1]=map(v,0,1023,0,255);//Green
      else
        vol[1]=10;
@@ 第62行： / 第77行： @@
    case 2:
      if(color!=2)
-       vol[2]=map(v,0,1023,0,255);
+       vol[2]=map(v,0,1023,0,255);//Blue
      else
        vol[2]=10;
      break;
+   }
    // Some example procedures showing how to display to the pixels:
    colorWipe(strip.Color(vol[0],vol[1], vol[2]), 20);
 </source>
 ==Result==
-Speak towards mic and you’ll be surprised about the effect.
+Speak towards MIC and you'll find different effect.
-[[File:mic_colorled——legao.jpg|600px|center|thumb]]
+[[File:mic_colorled——legao.jpg|600px|center]]
 ==Video==
 |}

@@ 第39行： / 第39行： @@
-*Setup 2：Code description: One part reads analog values and the other controls color combinationof the lantern according to the values.
+*Setup 2：Code description: One part reads analog values and the other controls color combination of the lantern according to the values.
 **Read analog values.
 <source lang="cpp">
@@ 第73行： / 第73行： @@
 ==Result==
-Speak towards mic and you’ll be suprised about the effect.
+Speak towards mic and you’ll be surprised about the effect.
 [[File:mic_colorled——legao.jpg|600px|center|thumb]]