Fab class/lab/book hello-world page
Inventory CAD/CAM cad.py cad.cfg cad shell script light.png alien.cad gik.cad function.cad mold.cad mold.png pcb.cad MTA.cad stl2png.py 2D vector inkscape oodraw QCad 2D raster GIMP Tux Paint 3D Blender cad.blend K-3D SketchUp programming Python pySerial Tkinter Numpy Matplotlib PIL PyOpenGL Pygame version control, distributed development git, msysgit, gitk, git-gui siteserver schematic, PCB Eagle library gerb274x_mill circuit modeling Ngspice microcontrollers Atmel AVR data sheets milling machine Modela stty 9600 raw -echo crtscts move x y cat out.rml > /dev/ttyS0 vinyl cutter CAMM-1 cat out.camm > /dev/parport0 lasercutter Epilog cat out.epi > /dev/parport0 gavrasm assembler gavrasm hello.asm gcc avr-libc compiler AVR Studio rx.py host serial receive, DTR power python rx.py port speed term.py host serial transmit/receive, DTR power python term.py port speed avrdude in-circuit programmer tiny45 load hex file, bsd cable: avrdude -p t45 -c bsd -U flash:w:file.hex tiny45 load hex file, dasa cable: avrdude -p t45 -P /dev/ttyUSB0 -c dasa -U flash:w:file.hex tiny44 load hex file: avrdude -p t44 -c bsd -U flash:w:file.hex tiny44 use 20 MHz xtal: avrdude -p t44 -c bsd -U lfuse:w:0x7E:m mega88 load hex file: avrdude -p m88 -c bsd -U flash:w:file.hex mega88 use 20 MHz xtal: avrdude -p m88 -c bsd -U lfuse:w:0x76:m mega644 load hex file: avrdude -p m644 -c bsd -U flash:w:file.hex mega644 use 20 MHz xtal: avrdude -p m644 -c bsd -U lfuse:w:0x76:m You might need to: su modprobe parport modprobe ppdev chmod 777 /dev/parport0 ATtiny45 programming cable: 7 - reset - 1 8 - - 2 7 - SCK - 8 - 3 6 - MISO - 10 18 - GND - 4 5 - MOSI - 9 4 1 7 5 6 clip 1 2 3 4 5 6 7 8 9 10 11 12 13 DB25 14 15 16 17 18 19 20 21 22 23 24 25 DB25 in-circuit programming AMP MTA plug <-> DB25M parallel (bsd) cable (wire side view): 9 18 10 | MOSI (3) GND (2) MISO (1) | -RESET (4) SCK (5) 7 8 | cable direction v plug 1 3 5 4 2 DB25 13 12 11 10 9 8 7 6 5 4 3 2 1 DB25 25 24 23 22 21 20 19 18 17 16 15 14 in-circuit programming AMP MTA plug <-> DB9F serial (dasa) cable (wire side view): ^ | cable direction 3 5 8 | MOSI (3) GND (2) MISO (1) | -RESET (4) SCK (5) 7 4 plug 4 3 1 5 2 DCD Rx Tx DTR GND DSR RTS CTS RI DB9 1 2 3 4 5 DB9 6 7 8 9 serial programming voltage limiter: dasa.cad serial AMP MTA plug <-> DB9F cable (wire side view): Tx GND | 2 1 | 3 4 Rx DTR | cable direction v plug 3 2 4 1 DCD Rx Tx DTR GND DSR RTS CTS RI DB9 1 2 3 4 5 DB9 6 7 8 9 Molex serial PCB connector: 1 2 3 4 Rx Tx DTR Gnd Molex serial cable: 4 3 2 1 Gnd DTR Tx Rx DCD RI CTS RTS DSR 5 4 3 2 1 9 8 7 6 PIN PURPOSE SIGNAL NAME HEADER Pin 1 Data Carrier Detect DCD Pin 2 Received Data RxData 1 Pin 3 Transmitted Data TxData 2 Pin 4 Data Terminal Ready DTR 3 Pin 5 Signal Ground Gnd 4 Pin 6 Data Set Ready DSR Pin 7 Request To Send RTS Pin 8 Clear To Send CTS Pin 9 Ring Indicator%09 RI hello-world circuits: serial output: hello.serial.45.cad hello.serial.45.asm hello.serial.45.hex hello.serial.45.c makefile serial echo: hello.echo.45.cad hello.echo.45.asm hello.echo.45.c makefile hello.echo.44.cad hello.echo.44.asm button: hello.button.45.cad hello.button.45.asm light: hello.light.45.cad hello.light.45.asm hello.light.45.py temperature: hello.temp.45.cad hello.temp.45.asm hello.temp.45.py step response (resistance, capacitance, inductance, position, proximity, tilt): hello.step.45.cad hello.step.45.asm hello.step.45.py microphone: hello.mic.45.cad hello.mic.45.asm hello.mic.45.py hello.mic.44.cad RGB LED: hello.RGB.45.cad hello.RGB.45.asm LED array: hello.array.44.cad hello.array.44.asm hello.array.44.2.cad (2 layer) LCD: hello.LCD.44.cad hello.LCD.44.asm video: hello.video.44.cad hello.video.44.asm speaker: hello.speaker.45.cad hello.speaker.45.pwm.asm hello.speaker.45.wave.asm DC motor: hello.H-bridge.44.cad hello.H-bridge.44.asm stepper motor: hello.stepper.44.cad hello.stepper.44.full.asm hello.stepper.44.wave.asm hello.stepper.44.half.asm old hello-worlds: serial output, programming clip (hello) schematic: hello.sch PCB: hello.brd Gerber: hello.cmp hello.vinyl.cmp assembly code: hello.asm hex file: hello.hex serial output, programming header (hello0) serial I/O, programming clip (hello1) schematic PCB Gerber serial output serial echo output: LED (hello2) schematic PCB serial output blink LED with serial output input: step-response (hello3) schematic PCB serial output measure and send step-response curve receive and plot step-response curve Efe: button+LED schematic PCB serial output blink the LED measure charging plot charging A/D: light/sound/temperature (hello4) schematic PCB serial output measure A/D measure temperature plot readings D/A: speaker (hello5) schematic PCB PWM wavetable synthesis display: LCD (hello7) schematic PCB display hello world: master slave processor video: RS170 (hello8) schematic PCB display hello world RS170 motion: stepper (hello9) schematic PCB Gerber stepper multiplexing: LED array (hello10) schematic PCB multiplexing cam.py toolpath generation cam shell script
