fabricademy2017:students:julie.taris:class9-e-textiles-wearables2 [Textile Academy]

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--- fabricademy2017:students:julie.taris:class9-e-textiles-wearables2 [2018/06/25 20:48]
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+++ fabricademy2017:students:julie.taris:class9-e-textiles-wearables2 [2018/06/25 20:58]
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 ==film applicator for silicone sensor molding==
  find the romain Di Vozzo's files on https://www.youmagine.com/designs/film-applicator-for-silicone-sensor-molding
-"This is a DIY film applicator for bubble-free 1mm and 2mm thick silicone layers to embed conductive fabric or any other finer that allows you to make a stretchable sensor.
+The final sensor was done with this applicator, the conductive fabric is best quality with silicone ecoflex the sensor is very wrinkleable, stretchable and flexible.
+without the machine vacuum you can see some dried air bubbles on both sides of the sensor.
-I noticed that air-bubbles come out easily from the silicon after I passed on top of the silicon.
-"
 {{:fabricademy2017:students:julie.taris:julie-taris-etextiles-wearables2-hybridsensor_4_.jpg?200x200|}}
+{{vimeo>255816356?medium}}
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 [http://www.instructables.com/id/Connecting-a-textile-analog-sensor-to-Arduino/|Connecting a Textile Analog Sensor to Arduino]]
+<code>
+int softPot = 0; // this line selects the input pin a0 for the sensor
+int ledPin = 13; // this line selects the pin 13 for the LED output
+int tempPot = 0; // variable to store the value coming from the sensor
+void setup() {
+// this line declares the ledPin as an OUTPUT:
+pinMode(ledPin, OUTPUT);
+}
+void loop() {
+// read the value from the sensor and store the value in the variable tempPot
+tempPot = analogRead(softPot);
+// it turns the LED on
+digitalWrite(ledPin, HIGH);
+// stop the program for milliseconds:
+delay(tempPot);
+// turn the LED off:
+digitalWrite(ledPin, LOW);
+// stop the program for for milliseconds:
+delay(tempPot);
+}
+</code>
 {{vimeo>245700846?medium}}