Fall 2021 Github Cleanup

fall2021/5-hwh/README.md

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+# Penn State IEEE
+## Halloween Hackathon
+Thursday, October 28th 2021 from 6-10pm
+
+### About 
+A creativity-based workshop to have some fun around the halloween holiday. Participants were grouped into teams, each creating their own arduino-centered project. Committee judges evaluated the projects and presented the winners with awards & prizes.
+
+### Required Tools
+- Halloween spirit
+
+### Parts List
+- Arduino-friendly personal computer
+- Arduino uno
+- Arduino sensors and parts kit
+- Prizes (candy/merch)
+- Award certificates
+
+### Resources
+- https://www.amazon.com/Arduino-Project-Starter-Compatible-Tutorial/dp/B07T87F8Y8/ref=sr_1_9?dchild=1&keywords=arduino+project+kit&qid=1634504157&sr=8-9

fall2021/6-mathworks/README.md

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+# Penn State IEEE
+## Mathworks
+Wednesday, November 3rd 2021 starting at 6pm
+
+### About 
+This Mathworks-sponsored workshop showcased what their products, MATLAB and Simulink, have to offer. Participants heard an overview from a Mathworks representative and learned about the programs through a tutorial module. 
+
+### Required Tools
+- MATLAB
+- Simulink
+
+### Parts List
+- Personal computer
+
+### Resources
+- PSU MATLAB https://softwarerequest.psu.edu/Home/Index

fall2021/7-rubduck/README.md

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+# Penn State IEEE
+## Rubber Ducky
+Thursday, December 2nd 2021 from 6-9 pm
+
+### About 
+A hands-on workshop to both raise awareness about the dangers that USB Rubber Duckies can pose, while also showcasing the fun and practical applications they can be used for. 
+
+### Required Tools
+- Arduino IDE
+
+### Parts List
+- DigiSpark ATTINY85 Development Board
+- USB-A to USB-C adapter (recommended)
+
+### Resources
+- Github DigiSpark-Scripts (Explore at your own risk!)

fall2022/1-Microcontollers/R-Pi Pico Code

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+import machine
+import utime
+
+rs = machine.Pin(16,machine.Pin.OUT)
+e = machine.Pin(17,machine.Pin.OUT)
+d4 = machine.Pin(18,machine.Pin.OUT)
+d5 = machine.Pin(19,machine.Pin.OUT)
+d6 = machine.Pin(20,machine.Pin.OUT)
+d7 = machine.Pin(21,machine.Pin.OUT)
+
+def pulseE():
+    e.value(1)
+    utime.sleep_us(40)
+    e.value(0)
+    utime.sleep_us(40)
+def send2LCD4(BinNum):
+    d4.value((BinNum & 0b00000001) >>0)
+    d5.value((BinNum & 0b00000010) >>1)
+    d6.value((BinNum & 0b00000100) >>2)
+    d7.value((BinNum & 0b00001000) >>3)
+    pulseE()
+def send2LCD8(BinNum):
+    d4.value((BinNum & 0b00010000) >>4)
+    d5.value((BinNum & 0b00100000) >>5)
+    d6.value((BinNum & 0b01000000) >>6)
+    d7.value((BinNum & 0b10000000) >>7)
+    pulseE()
+    d4.value((BinNum & 0b00000001) >> 0)
+    d5.value((BinNum & 0b00000010) >> 1)
+    d6.value((BinNum & 0b00000100) >> 2)
+    d7.value((BinNum & 0b00001000) >> 3)
+    pulseE()
+def setUpLCD():
+    rs.value(0)
+    send2LCD4(0b0011)#8 bit
+    send2LCD4(0b0011)#8 bit
+    send2LCD4(0b0011)#8 bit
+    send2LCD4(0b0010)#4 bit
+    send2LCD8(0b00101000)#4 bit,2 lines?,5*8 bots
+    send2LCD8(0b00001100)#lcd on, blink off, cursor off.
+    send2LCD8(0b00000110)#increment cursor, no display shift
+    send2LCD8(0b00000001)#clear screen
+    utime.sleep_ms(2)#clear screen needs a long delay
+
+setUpLCD()
+rs.value(1)
+for x in 'Hello World!':
+    send2LCD8(ord(x))
+    utime.sleep_ms(100)