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qet_gen_element.py
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#!/usr/bin/env python3
# encoding: utf-8
# Imports
import logging as log
import re
# import xml.etree.ElementTree as etree # python3-lxml
from xml.etree.ElementTree import Element, SubElement, Comment, tostring
#from ElementTree_pretty import prettify
import uuid as uuidly
import math
class ElementCreate:
def __init__(self, element_name, list_pin_name, pin_to_list, step, type_draw, file_path):
self.file_path = file_path
self.element_name = element_name
self.pin_to_list = pin_to_list
self.step = step
self.type_draw = type_draw
list_pin_name = list_pin_name.split(',')
self.pin_name = []
for pin in list_pin_name:
pin = pin.strip()
if pin.find('{') != -1:
start = pin.find('{')
stop = pin.find('}')
name = pin[0:start]
number = pin[start+1:stop]
if number.find("z") != -1:
print(pin[start+2:stop])
number = int(pin[start+2:stop])
temp = 0
else:
print(pin[start+1:stop])
number = int(pin[start+1:stop])
temp = 1
for i in range(number):
n = i + temp
self.pin_name.append("{}{}".format(name, n))
else:
self.pin_name.append(pin)
self.count_pin = len(self.pin_name)
self.count_element = math.ceil(self.count_pin / pin_to_list)
print("element_name = ", self.element_name, "self.pin_name = ", self.pin_name, "self.pin_to_list = ",
self.pin_to_list, "self.step = ", self.step, "self.type_draw = ", self.type_draw)
def _pin(self, father, x, y, diameter):
ls = 'line-style:normal;line-weight:normal;filling:red;color:red'
return SubElement(father, 'circle',
x=str(x-0.5*diameter), y=str(y-0.5*diameter), diameter=str(diameter),
antialias='false',
style=ls)
def _rect(self, father, x, y, width, height, line_weight):
style = 'line-style:normal;line-weight:{};filling:none;color:black'.format(
line_weight)
return SubElement(father, 'rect', antialias='false', ry="0", rx="0", x=str(x), y=str(y), width=str(width), height=str(height), style=style)
def _circle(self, father, x, y, diameter):
ls = 'line-style:normal;line-weight:normal;filling:none;color:black'
return SubElement(father, 'circle',
x=str(x), y=str(y), diameter=str(diameter),
antialias='false',
style=ls)
def _terminal(self, father, pin_name, x, y, orien):
sUUID = '{' + uuidly.uuid1().urn[9:] + '}'
return SubElement(father, 'terminal',
name=pin_name,
uuid=sUUID,
x=str(x), y=str(y),
orientation=orien
)
def _label(self, father, text, x, y, size=4):
sUUID = '{' + uuidly.uuid1().urn[9:] + '}'
#font_size="Sans Serif,9,-1,5,50,0,0,0,0,0"
font_size = "Sans Serif,{},-1,5,50,0,0,0,0,0".format(size)
label = SubElement(father, 'dynamic_text',
text_width="-1",
uuid=sUUID,
Halignment="AlignLeft",
Valignment="AlignTop",
z="1",
frame="false",
text_from="UserText",
x=str(x),
y=str(y),
font=font_size,
rotation='0'
)
label_text = SubElement(label, 'text')
label_text.text = str(text)
return label
def _element_label(self, father, text, x, y, info_name, size=7):
# element label
sUUID = '{' + uuidly.uuid1().urn[9:] + '}'
font_size = "Sans Serif,{},-1,5,50,0,0,0,0,0".format(size)
label = SubElement(father, 'dynamic_text',
x=str(x),
y=str(y),
z='2',
text_from='ElementInfo',
text_width='-1',
uuid=sUUID,
font_size=font_size,
frame='false'
)
label_text = SubElement(label, 'text')
label_text.text = text
label_info = SubElement(label, 'info_name')
label_info.text = info_name
return label
def _line(self, father, x1, x2, y1, y2):
ls = 'line-style:normal;line-weight:normal;filling:none;color:black'
return SubElement(father, 'line',
x1=str(x1),
x2=str(x2),
y1=str(y1),
y2=str(y2),
length1='1.5',
length2='1.5',
end1='none',
end2='none',
antialias='false',
style=ls)
def _vertical_divider(self, father, x, y):
ls = 'line-style:normal;line-weight:thin;filling:none;color:black'
return SubElement(father, 'polygon',
x1=str(0+x),
x2=str(0+x),
x3=str(-5+x),
x4=str(5+x),
x5=str(0+x),
x6=str(0+x),
y1=str(85+y),
y2=str(46+y),
y3=str(43+y),
y4=str(43+y),
y5=str(40+y),
y6=str(-5+y),
antialias="true",
closed="false",
style=ls
)
def draw_pin(self, father, x, y, number_pin, name_pin, type_orientation):
rect_width = 20
rect_height = 10
diam_pin = 3
if type_orientation == 1: # type_draw = Север
x0 = x - 0.5*rect_width
y0 = y
x1 = x - 0.5*rect_width
y1 = y + rect_height
xt = x
yt = y - 4
orientation = "n"
elif type_orientation == 2: # type_draw = Запад
x0 = x
y0 = y - 0.5*rect_height
x1 = x + rect_width
y1 = y - 0.5*rect_height
xt = x - 4
yt = y
orientation = "w"
elif type_orientation == 3: # type_draw = Восток
x0 = x - rect_width
y0 = y - 0.5*rect_height
x1 = x - 2 * rect_width
y1 = y - 0.5*rect_height
xt = x + 4
yt = y
orientation = "e"
else: # type_draw = Юг
x0 = x - 0.5*rect_width
y0 = y - rect_height
x1 = x - 0.5*rect_width
y1 = y - 2 * rect_height
xt = x
yt = y + 4
orientation = "s"
self._rect(father, x0, y0, rect_width, rect_height, "thin")
self._rect(father, x1, y1, rect_width, rect_height, "thin")
self._terminal(father, name_pin, xt, yt, orientation)
self._label(father, number_pin, x0, y0)
self._label(father, name_pin, x1, y1)
self._pin(father, x, y, diam_pin)
def create_element_type1(self, pin, part):
"""
|-------*-----------*-----------*-------|
| 1 2 3 |
| P1 P2 P3 |
| |
|_______________________________________|
| name |
|_______________________________________|
"""
total_height = 80
total_width = 30 + self.step * (len(pin)-1) + 30
if self.count_element == 1:
label_name = "{}".format(self.element_name)
else:
label_name = "{} part {}/{}".format(self.element_name, part, self.count_element)
definition = Element("definition",
height=str(total_height),
width=str(total_width),
hotspot_x='0',
hotspot_y='0',
link_type='simple',
orientation='dyyy',
version='0.8',
type='element')
elementInformations = SubElement(definition, 'elementInformations')
# Генерирование имени
sUUID = '{' + uuidly.uuid1().urn[9:] + '}'
uuid = SubElement(definition, 'uuid', uuid=sUUID)
names = SubElement(definition, 'names')
lang1 = SubElement(names, 'name', lang='en')
lang1.text = label_name
informations = SubElement(definition, 'informations')
description = SubElement(definition, 'description')
if self.count_element == 1:
label_name = "{}".format(self.element_name)
else:
label_name = "{} part {}/{}".format(self.element_name, part, self.count_element)
self._line(description, 0, total_width, 0, 0)
self._line(description, 0, total_width, total_height-20, total_height - 20)
self._line(description, 0, total_width, total_height, total_height)
self._label(description, label_name, 0, total_height - 20, size=7)
self._element_label(description, "___", total_width+10, total_height - 20, "label")
if (part == 1) and (self.count_element <= part):
self._line(description, 0, 0, 0, total_height)
self._line(description, total_width, total_width, 0, total_height)
elif (part == 1) and (self.count_element > part):
self._line(description, 0, 0, 0, total_height)
self._vertical_divider(description, total_width, 0)
elif (part > 1) and (self.count_element > part):
self._vertical_divider(description, 0, 0)
self._vertical_divider(description, total_width, 0)
elif self.count_element == part:
self._vertical_divider(description, 0, 0)
self._line(description, total_width, total_width, 0, total_height)
for i in range(len(pin)):
x = 30+self.step*i
y = 0
number = i +1
self.draw_pin(description, x, y, number, pin[i], 1)
return definition
def create_element_type2(self, pin, part):
"""
|---------------------------------------|
| name |
|---------------------------------------|
| |
| P1 P2 P3 |
| 1 2 3 |
|-------*-----------*-----------*-------|
"""
total_height = 80
total_width = 30 + self.step * (len(pin)-1) + 30
if self.count_element == 1:
label_name = "{}".format(self.element_name)
else:
label_name = "{} part {}/{}".format(self.element_name, part, self.count_element)
definition = Element("definition",
height=str(total_height),
width=str(total_width),
hotspot_x='0',
hotspot_y='0',
link_type='simple',
orientation='dyyy',
version='0.8',
type='element')
elementInformations = SubElement(definition, 'elementInformations')
# Генерирование имени
sUUID = '{' + uuidly.uuid1().urn[9:] + '}'
uuid = SubElement(definition, 'uuid', uuid=sUUID)
names = SubElement(definition, 'names')
lang1 = SubElement(names, 'name', lang='en')
lang1.text = label_name
informations = SubElement(definition, 'informations')
description = SubElement(definition, 'description')
if self.count_element == 1:
label_name = "{}".format(self.element_name)
else:
label_name = "{} part {}/{}".format(self.element_name, part, self.count_element)
self._line(description, 0, total_width, 0, 0)
self._line(description, 0, total_width, 20, 20)
self._line(description, 0, total_width, total_height, total_height)
self._label(description, label_name, 0, 0, size=7)
self._element_label(description, "___", total_width + 10, 0, "label")
if (part == 1) and (self.count_element <= part):
self._line(description, 0, 0, 0, total_height)
self._line(description, total_width, total_width, 0, total_height)
elif (part == 1) and (self.count_element > part):
self._line(description, 0, 0, 0, total_height)
self._vertical_divider(description, total_width, 0)
elif (part > 1) and (self.count_element > part):
self._vertical_divider(description, 0, 0)
self._vertical_divider(description, total_width, 0)
elif self.count_element == part:
self._vertical_divider(description, 0, 0)
self._line(description, total_width, total_width, 0, total_height)
for i in range(len(pin)):
x = 30+self.step*i
y = total_height
number = i +1
self.draw_pin(description, x, y, number, pin[i], 4)
return definition
def create_element_type3(self, pin, part):
"""
|-------------|
| name |
|________ |
* 1 | P1| |
|-------- |
|________ |
* 2 | P2| |
|-------- |
|________ |
* 3 | P3| |
|-------- |
|_____________|
"""
total_height = 30 + self.step * (len(pin)-1) + 30
total_width = 80
if self.count_element == 1:
label_name = "{}".format(self.element_name)
else:
label_name = "{} part {}/{}".format(self.element_name, part, self.count_element)
definition = Element("definition",
height=str(total_height),
width=str(total_width),
hotspot_x='0',
hotspot_y='0',
link_type='simple',
orientation='dyyy',
version='0.8',
type='element')
elementInformations = SubElement(definition, 'elementInformations')
# Генерирование имени
sUUID = '{' + uuidly.uuid1().urn[9:] + '}'
uuid = SubElement(definition, 'uuid', uuid=sUUID)
names = SubElement(definition, 'names')
lang1 = SubElement(names, 'name', lang='en')
lang1.text = label_name
informations = SubElement(definition, 'informations')
description = SubElement(definition, 'description')
if self.count_element == 1:
label_name = "{}".format(self.element_name)
else:
label_name = "{} part {}/{}".format(self.element_name, part, self.count_element)
self._line(description, 0, total_width, 0, 0)
self._line(description, 0, total_width, total_height, total_height)
self._line(description, 0, 0, 0, total_height)
self._line(description, total_width, total_width, 0, total_height)
self._element_label(description, "___", total_width+10, total_height - 20, "label")
self._label(description, label_name, 0, 0, size=7)
for i in range(len(pin)):
x = 0
y = 30+self.step*i
number = i +1
self.draw_pin(description, x, y, number, pin[i], 2)
return definition
def create_element_type4(self, pin, part):
"""
|-------------|
| name |
| ________|
| | P1| 1 *
| --------|
| ________|
| | P2| 2 *
| --------|
| ________|
| | P3| 3 *
| --------|
|_____________|
"""
total_height = 30 + self.step * (len(pin)-1) + 30
total_width = 80
if self.count_element == 1:
label_name = "{}".format(self.element_name)
else:
label_name = "{} part {}/{}".format(self.element_name, part, self.count_element)
definition = Element("definition",
height=str(total_height),
width=str(total_width),
hotspot_x='0',
hotspot_y='0',
link_type='simple',
orientation='dyyy',
version='0.8',
type='element')
elementInformations = SubElement(definition, 'elementInformations')
# Генерирование имени
sUUID = '{' + uuidly.uuid1().urn[9:] + '}'
uuid = SubElement(definition, 'uuid', uuid=sUUID)
names = SubElement(definition, 'names')
lang1 = SubElement(names, 'name', lang='en')
lang1.text = label_name
informations = SubElement(definition, 'informations')
description = SubElement(definition, 'description')
if self.count_element == 1:
label_name = "{}".format(self.element_name)
else:
label_name = "{} part {}/{}".format(self.element_name, part, self.count_element)
self._line(description, 0, total_width, 0, 0)
self._line(description, 0, total_width, total_height, total_height)
self._line(description, 0, 0, 0, total_height)
self._line(description, total_width, total_width, 0, total_height)
self._element_label(description, "___", total_width+10, total_height - 20, "label")
self._label(description, label_name, 0, 0, size=7)
for i in range(len(pin)):
x = total_width
y = 30+self.step*i
number = i +1
self.draw_pin(description, x, y, number, pin[i], 3)
return definition
def create_element_type5(self, pin, part):
"""
|-------------------|
| name |
|______ _______|
* 1 |P1| |P2| 2 *
|------- -------|
| |
|______ _______|
* 3 |P3| |P4| 4 *
|------- -------|
|___________________|
"""
tm = len(pin)//2 - 1 if len(pin)%2 == 0 else len(pin)//2
total_height = 30 + self.step * tm + 30
total_width = 10 + 20*4
if self.count_element == 1:
label_name = "{}".format(self.element_name)
else:
label_name = "{} part {}/{}".format(self.element_name, part, self.count_element)
definition = Element("definition",
height=str(total_height),
width=str(total_width),
hotspot_x='0',
hotspot_y='0',
link_type='simple',
orientation='dyyy',
version='0.8',
type='element')
elementInformations = SubElement(definition, 'elementInformations')
# Генерирование имени
sUUID = '{' + uuidly.uuid1().urn[9:] + '}'
uuid = SubElement(definition, 'uuid', uuid=sUUID)
names = SubElement(definition, 'names')
lang1 = SubElement(names, 'name', lang='en')
lang1.text = label_name
informations = SubElement(definition, 'informations')
description = SubElement(definition, 'description')
self._line(description, 0, total_width, 0, 0)
self._line(description, 0, total_width, total_height, total_height)
self._line(description, 0, 0, 0, total_height)
self._line(description, total_width, total_width, 0, total_height)
self._element_label(description, "___", total_width+10, total_height - 20, "label")
self._label(description, label_name, 0, 0, size=7)
for i in range(len(pin)):
if i % 2 == 0:
x = 0
orientation = 2
else:
x = total_width
orientation = 3
k = i // 2
y = 0 + 30 + k * self.step
number = i + 1
self.draw_pin(description, x, y, number, pin[i], orientation)
return definition
def create_element_type6(self, pin, part):
"""
|-------------------|
| name |
|______ _______|
* 1 |P1| |P3| 3 *
|------- -------|
| |
|______ _______|
* 2 |P2| |P4| 4 *
|------- -------|
|___________________|
"""
tm = len(pin)//2 - 1 if len(pin)%2 == 0 else len(pin)//2
total_height = 30 + self.step * tm + 30
total_width = 10 + 20*4
if self.count_element == 1:
label_name = "{}".format(self.element_name)
else:
label_name = "{} part {}/{}".format(self.element_name, part, self.count_element)
definition = Element("definition",
height=str(total_height),
width=str(total_width),
hotspot_x='0',
hotspot_y='0',
link_type='simple',
orientation='dyyy',
version='0.8',
type='element')
elementInformations = SubElement(definition, 'elementInformations')
# Генерирование имени
sUUID = '{' + uuidly.uuid1().urn[9:] + '}'
uuid = SubElement(definition, 'uuid', uuid=sUUID)
names = SubElement(definition, 'names')
lang1 = SubElement(names, 'name', lang='en')
lang1.text = label_name
informations = SubElement(definition, 'informations')
description = SubElement(definition, 'description')
self._line(description, 0, total_width, 0, 0)
self._line(description, 0, total_width, total_height, total_height)
self._line(description, 0, 0, 0, total_height)
self._line(description, total_width, total_width, 0, total_height)
self._element_label(description, "___", total_width+10, total_height - 20, "label")
self._label(description, label_name, 0, 0, size=7)
for i in range(len(pin)):
if len(pin) / 2 > i:
orientation = 2
x = 0
k = i
y = 0 + 30 + k * self.step
number = i +1
else:
orientation = 3
x = total_width
k = i - len(pin) / 2 if len(pin)%2 == 0 else i - (len(pin)+1) / 2
y = 0 + 30 + k * self.step
number = i +1
self.draw_pin(description, x, y, number, pin[i], orientation)
return definition
def main(self):
for i in range(self.count_element):
part = i + 1
start = i * self.pin_to_list
stop = (i+1) * self.pin_to_list
if self.count_element !=1:
file_name = "{}/{}_part{}.elmt".format(self.file_path, self.element_name, part)
else:
file_name = "{}/{}.elmt".format(self.file_path, self.element_name)
if self.type_draw == 1:
qet_element = self.create_element_type1(self.pin_name[start:stop], part)
if self.type_draw == 2:
qet_element = self.create_element_type2(self.pin_name[start:stop], part)
if self.type_draw == 3:
qet_element = self.create_element_type3(self.pin_name[start:stop], part)
if self.type_draw == 4:
qet_element = self.create_element_type4(self.pin_name[start:stop], part)
if self.type_draw == 5:
qet_element = self.create_element_type5(self.pin_name[start:stop], part)
if self.type_draw == 6:
qet_element = self.create_element_type6(self.pin_name[start:stop], part)
mydata = str(tostring(qet_element))
mydata = mydata[2: -1]
myfile = open(file_name, "w")
myfile.write(mydata)
return print("Create {}".format(file_name))
#ds = ElementCreate(element_name="ГЕРЕНАТОР", list_pin_name="COM+, I{25}, Q{28}, GND", pin_to_list=80, step=20, type_draw=1, file_path = "/home/nigma/Документы/QElectroTech_Librery/elements/" )
# for i in range(5):
# print(ds.draw_pin(30+50*i, 0, i, "Q1.{}".format(i), 4))
# print(ds.draw_poligon(10, 0))
# print(ds.draw_dynamic_text("444444", 10, 0, "label"))
#wt = ds.main()
#mydata = str(tostring(wt))
#mydata = mydata[2: -1]
# print(mydata)
#myfile = open("items2.xml", "w")
# myfile.write(mydata)
# wt.write("output.xhtml")