# Configuration Script
#
# This file can be used to configure the editor windows.

#------------------------------------------------------------------------------
# Board
#-----------------------------------------------------------------------------
BRD:

# modification action
ASSIGN C+G 'GROUP'; # Create (G)roup
ASSIGN C+W 'MOVE'; #(M)ove
ASSIGN C+D 'DELETE'; # (D)elete
ASSIGN C+C 'COPY'; # (C)opy
ASSIGN C+S+R 'RATSNEST'; # (R)atsnest
ASSIGN C+T 'Text'; # Create (T)ext
ASSIGN c+r 'route'; # (R)oute
# Visual action
ASSIGN A+I 'INFO'; # Show (I)nfo about component
ASSIGN A+S 'SHOW'; # (S)how
ASSIGN A+F 'WINDOW FIT'; # Zoom to (F)it the entire schematic
ASSIGN A+G 'GRID'; # Set (G)rid
ASSIGN C+E 'SCRIPT /home/lemaire/.eagle/scr/eagle.scr' # set to default state
ASSIGN A+R 'RIPUP GND'; # (R)ipup gnd
# Grid
Grid MIC 200 1 lines On alt 10 MIC;

# parameters
SET WIDTH 100 300 400 500 600 700 800 900 1000 1200 1400 1600 1800 2000 200;
SET DRILL 100 200 300 400 500 700 800 900 1000 1200 1400 1600 1800 2000 600;
SET MITER 100 300 400 500 600 700 800 900 1000 1200 1400 1600 1800 2000 200;
SCRIPT ol_layers.scr
SET SIZE 250 500 750 1000 1250 1500 2000 2500;
VIA ROUND;
#------------------------------------------------------------------------------
# Schematic
#-----------------------------------------------------------------------------
SCH:
# Modification action
ASSIGN C+I 'ADD'; # add (I)nstance
ASSIGN C+G 'GROUP'; # Create (G)roup
ASSIGN C+M 'MOVE'; #(M)ove
ASSIGN C+N 'NET'; # Create (W)ire
ASSIGN C+S 'WRITE'; # (W)rite / save
ASSIGN C+J 'JUNCTION'; # Create (J)unction
ASSIGN C+C 'COPY'; # (C)opy
ASSIGN C+R 'ROTATE'; # (R)otate
ASSIGN C+D 'DELETE'; # (D)elete
ASSIGN C+L 'LABEL'; # Create (L)abel
ASSIGN C+W 'MOVE'; # evo(W)
# Visual action
ASSIGN A+I 'INFO'; # Show (I)nfo about component
ASSIGN A+S 'SHOW'; # (S)how
ASSIGN A+F 'WINDOW FIT'; # Zoom to (F)it the entire schematic
ASSIGN A+G 'GRID'; # Set (G)rid

ASSIGN C+E 'SCRIPT /home/lemaire/.eagle/scr/eagle.scr' # set to default state
# Grid
GRID DEFAULT ON;

#------------------------------------------------------------------------------
# Library
#-----------------------------------------------------------------------------
LBR:

#------------------------------------------------------------------------------
# Device
#-----------------------------------------------------------------------------
DEV:

Grid Default;

#------------------------------------------------------------------------------
# Schematic
#-----------------------------------------------------------------------------
SYM:

Grid Default On;
Change Width 0.010;

/* Pin number declaration, W,Y G standing for white, yellow, green.
Actually, my leds are yellow...*/
int WPin = 4;
int YPin = 5;
int GPin = 6;
int delayVal;

/* set the virtual serial port speed and the type of my pins*/
void setup() {

Serial.begin(115200);
pinMode(WPin, OUTPUT);
pinMode(YPin, OUTPUT);
pinMode(GPin, OUTPUT);

}

void loop() {

// Check if a character is available in the serial buffer
if(Serial.available() > 0){

switch( byte( Serial.read() )) { // read one character

/* this case makes the leds blink */
case 'b':
delayVal = int(Serial.read());
delayVal = delayVal * 100;
Serial.print(delayVal,DEC);
do{
digitalWrite(WPin, HIGH);
delay(delayVal);

digitalWrite(WPin, LOW);
digitalWrite(YPin, HIGH);
delay(delayVal);

digitalWrite(YPin, LOW);
digitalWrite(GPin, HIGH);
delay(delayVal);

digitalWrite(GPin, LOW); }while(Serial.available() < 2);
break;

/* this case sets all the pins to a high level */
case 'f':
digitalWrite(WPin, HIGH);
digitalWrite(GPin, HIGH);
digitalWrite(YPin, HIGH);
break;

# Setup the Serial Object
ser = serial.Serial()
# Set the Serial Port to use
ser.setPort('/dev/ttyUSB0')
# Set the Baudrate
ser.baudrate = 115200
# Open the Serial Connection
ser.open()
loopVar = True

if (ser.isOpen()):
# Start a main loop
while (loopVar):
# Prompt for Red value
action = raw_input('Action : ')
if action == "b":
delayVal = int(input('delay :'))
ser.write("b"+chr(int(delayVal)))
if action == "f":
ser.write("f"+str(0))
if action == "s":
ser.write("s"+str(0))
# loopVar = False
# After loop exits, close serial connection
ser.close()