# File intented to demo some functions available in the Symbol Generator module.
# Another example is the connecor generator

# sys.path.append(os.path.join(sys.path[0],..))
# load KiCadSymbolGenerator path
# add KiCadSymbolGenerator to searchpath using export PYTHONPATH="${PYTHONPATH}<absolute path>/autogen/"
# or use relative module path. Example ..KiCadSymbolGenerator

import csv
from KiCadSymbolGenerator import *

generator = SymbolGenerator('VPC')

current_symbol = generator.addSymbol('PXI-2575')
current_symbol.setReference('U', at={'x':0, 'y':150})
current_symbol.setValue(at={'x':0, 'y':-150})

i = 1.0
lastUnit = 1

with open('PXIe2575.csv', newline='') as csvfile:
    reader = csv.reader(csvfile, delimiter=',', quotechar="|")
    for row in reader:
        pinNum = int(row[1])
        pinName = row[2]
        pinUnit = int(row[3])
        if lastUnit != pinUnit:
            i = 1
        else:
            lastUnit = pinUnit
        i += 1
        yPos = -254*i
        current_symbol.drawing.append(DrawingPin(at=Point({'x':-254, 'y':yPos}, grid=100), number=pinNum,
                                                          orientation=DrawingPin.PinOrientation.RIGHT,
                                                         name=pinName, length=5.08, unit_idx=pinUnit, deMorgan_idx=pinUnit))




rect = DrawingRectangle(start={'x':-100, 'y':100}, end={'x':100, 'y':-100})
current_symbol.drawing.append(rect)

#current_symbol.drawing.translate({'x':50, 'y':100})

#testpoint = Point({})
#testpoint2 = testpoint.translate(distance={'x':1,'y':1}, apply_on_copy=True) #apply on copy can be used to generate multiple equal parts.

generator.writeFiles()