def getLabelDxf(self, for_prime_center=True):
x = self.getPosition()[0] - self.getWidth()/2
y = self.getPosition()[1] - self.getHeight()/2
width = self.getWidth()
height = self.getHeight()
# if self.isCoupage() and (height > width) and height <= self.getGridWidth():
# # rotate when more optimal
# width = self.getHeight()
# height = self.getWidth()
if for_prime_center == True:
x = Helper.toMillimeters(x)
y = Helper.toMillimeters(y)
width = Helper.toMillimeters(width)
height = Helper.toMillimeters(width)
text = dxf.text(str(self.getClientName()), (y, x + width), 100.0, rotation=0)
text['layer'] = 'TEXT'
text['color'] = '7'
else:
text = dxf.text(str(self.getClientName()), (x, y + height), 10.0, rotation=0)
text['layer'] = 'TEXT'
text['color'] = '7'
return text
def getRectangleDxf(self, for_prime_center=True):
x = self.getPosition()[0] - self.getWidth()/2
y = self.getPosition()[1] - self.getHeight()/2
width = self.getWidth()
height = self.getHeight()
# if self.isCoupage() and (height > width) and height <= self.getGridWidth():
# # rotate when more optimal
# width = self.getHeight()
# height = self.getWidth()
if for_prime_center == True:
x = Helper.toMillimeters(x)
y = Helper.toMillimeters(y)
width = Helper.toMillimeters(width)
height = Helper.toMillimeters(height)
bgcolor = random.randint(1,255)
return dxf.rectangle((y,x), height, width,
bgcolor=bgcolor)
else:
bgcolor = random.randint(1,255)
return dxf.rectangle((x, y), width, height,
bgcolor=bgcolor)
def addLargeHorizontalLineAtTop(self):
y_start = Helper.toMillimeters(self.getHighestVerticalPoint())
x_start = 0
y_end = Helper.toMillimeters(self.getHighestVerticalPoint())
x_end = Helper.toMillimeters(self.getWidth() + 20)
line = dxf.line((y_start, x_start), (y_end, x_end))
self.dxf_drawing.add(line)
def removeOverlappingVerticalLines(self, for_prime_center):
for x in self.x_unique:
vertical_lines = self.getVerticalLinesPerXValue(x)
i = 0
j = 1
while self.thereAreOverlappingLines(vertical_lines):
l1 = vertical_lines[i]
l2 = vertical_lines[j]
if i != j:
if l1.overlaps(l2):
if l2.end_point[1] > l1.end_point[1]:
l1.setEndPoint(l2.end_point)
if l2.start_point[1] < l1.start_point[1]:
l1.setStartPoint(l2.start_point)
del vertical_lines[j]
i = 0
j = 1
else:
if (j + 1 >= len(vertical_lines)):
if (i + 1 >= len(vertical_lines)):
break
else:
i += 1
j = 0
else:
j += 1
else:
if (j + 1 >= len(vertical_lines)):
if (i + 1 >= len(vertical_lines)):
break
else:
i += 1
j = 0
else:
j += 1
if for_prime_center == True:
for line in vertical_lines:
new_line = Line()
new_line.setStartPoint([Helper.toMillimeters(line.start_point[1]), Helper.toMillimeters(line.start_point[0])])
new_line.setEndPoint([Helper.toMillimeters(line.end_point[1]), Helper.toMillimeters(line.end_point[0])])
x = Helper.toMillimeters(x)
self.lines_without_overlap.append(new_line)
self.dxf_lines_without_overlap.append(dxf.line((new_line.start_point[1], x), (new_line.end_point[1], x)))
else:
for line in vertical_lines:
dxf_line = dxf.line((x, line.start_point[1]), (x, line.end_point[1]), color=random.randint(0, 255), thickness=100.0)
self.lines_without_overlap.append(line)
self.dxf_lines_without_overlap.append(dxf_line)
def fillXmlWithLargeHorizontalLineAtTop(self, grid):
y_start = Helper.toMillimeters(grid.getHighestVerticalPoint())
x_start = 0
y_end = Helper.toMillimeters(grid.getHighestVerticalPoint())
x_end = Helper.toMillimeters(grid.getWidth() + 20)
# x/y swapped for prime center
self.fillXmlWithMoveTo(y_start, x_start)
self.fillXmlWithLineTo(y_end, x_end)
self.addThruCutLayer()
def toPrimeCenterFormat(self):
self.rotate()
x = Helper.toMillimeters(self.getPosition()[0])
y = Helper.toMillimeters(self.getPosition()[1])
width = Helper.toMillimeters(self.getWidth())
height = Helper.toMillimeters(self.getHeight())
self.setPosition([x, y])
self.setWidth(width)
self.setHeight(height)
def addCreation(self):
self.creation = ET.SubElement(
self.meta, "Creation", {
"Name": "Cut Editor",
"Version": "3.2.6.9",
"Date": Helper.getDateTimeZcc()
})
def initExcel(self):
desktop = Helper.getDesktopPath()
path = desktop + "/paklijsten/"
file_name = "paklijst.xlsx"
self.excel_parser = ExcelParser(
data_logger=self.stacker.getDataLogger(),
path=path,
file_name=file_name,
sheet_name='Paklijst')
self.stacker.setExcelParser(path=path, file_name=file_name)
def loadOrders(self):
file_name = self.excel_file_line_edit.text()
desktop = Helper.getDesktopPath()
path = desktop + "/paklijsten/"
self.excel_parser.setFileName(file_name)
self.stacker.setExcelParser(path=path, file_name=file_name)
unstacked_rectangles = self.excel_parser.getUnstackedRectangles()
self.db_manager.addRectangles(unstacked_rectangles)
self.refreshNewOrders()
def rotateCoupageToLargestSideUpwards(self):
_width = self.coupage.getWidth()
_height = self.coupage.getHeight()
if _width > _height:
print("Coupage width is larger than height")
width, height = Helper.swap(_width, _height)
print("Width before swap = " + str(self.coupage.getWidth()))
self.coupage.setWidth(width)
self.coupage.setHeight(height)
print("Width after swap = " + str(self.coupage.getWidth()))
self.db_manager.updateRectangle(self.coupage)
def initEmptyDxfDrawing(self):
dxf_file_name = self.getDxfFileName()
dxf_file_path = Helper.createAndGetDxfFolder() + "/" + self.getDxfFileName()
self.dxf_drawing = dxf.drawing(dxf_file_path)
def removeOverlappingHorizontalLines(self, for_prime_center):
for y in self.y_unique:
horizontal_lines = self.getHorizontalLinesPerYValue(y)
i = 0
j = 1
while self.thereAreOverlappingLines(horizontal_lines):
l1 = horizontal_lines[i]
l2 = horizontal_lines[j]
if i != j:
if l1.overlaps(l2):
if l2.end_point[0] > l1.end_point[0]:
l1.setEndPoint(l2.end_point)
if l2.start_point[0] < l1.start_point[0]:
l1.setStartPoint(l2.start_point)
del horizontal_lines[j]
i = 0
j = 1
else:
if (j + 1 >= len(horizontal_lines)):
if (i + 1 >= len(horizontal_lines)):
break
else:
i += 1
j = 0
else:
j += 1
else:
if (j + 1 >= len(horizontal_lines)):
if (i + 1 >= len(horizontal_lines)):
break
else:
i += 1
j = 0
else:
j += 1
if for_prime_center == True:
for line in horizontal_lines:
if self.isHeighestLine(line):
continue
new_line = Line()
new_line.setStartPoint([Helper.toMillimeters(line.start_point[1]), Helper.toMillimeters(line.start_point[0])])
new_line.setEndPoint([Helper.toMillimeters(line.end_point[1]), Helper.toMillimeters(line.end_point[0])])
y = Helper.toMillimeters(y)
self.lines_without_overlap.append(new_line)
self.dxf_lines_without_overlap.append(dxf.line((y, new_line.start_point[0]), (y, new_line.end_point[0])))
else:
for line in horizontal_lines:
self.lines_without_overlap.append(line)
dxf_line = dxf.line((line.start_point[0], y), (line.end_point[0], y), color=random.randint(0, 255), thickness=100.0)
# self.drawing.add(dxf_line)
self.dxf_lines_without_overlap.append(dxf_line)
def getZccPath(self):
return Helper.createAndGetFolderOnDesktop('zcc')
def getDxfFileName(self):
hour = Helper.getCurrentHour()
return str(hour) + "h" + "_" + str(self.getArticleName()) + "_" + str(self.getClientName()) + "_" + str(self.getName()) + "_" + str(self.getCoupageBatch()) + ".dxf"
def getDxfFileName(self):
hour = Helper.getCurrentHour()
return str(hour) + "h" + "_" + str(self.getArticleName()) + "_" + str(self.getWidth()) + "cm" + "_batch_" + str(self.getName()) + ".dxf"
def __init__(self):
self.setStoragePath(Helper.createAndGetFolderOnDesktop("log"))
self.error_data = []
def storeData(self):
file_name = str(Helper.getCurrentHour()) + 'h_log.txt'
with open(self.getStoragePath() + file_name, 'w+') as f:
f.write(self.dataToString())
def createDxfFilePath(self):
dxf_path = Helper.createAndGetDxfFolder()
hour = Helper.getCurrentHour()
print("Article name for export dxf = " + str(self.getArticleName()))
# self.dxf_file_path = dxf_path + "/" + str(hour) + "h" + "_" + self.getBrand() + "_" + self.getColor() + "_" + str(self.getWidth()) + "cm" + ".dxf"
self.dxf_file_path = dxf_path + "/" + str(hour) + "h" + "_" + self.getArticleName() + "_" + str(self.getWidth()) + "cm" + "_batch_" + str(self.getName()) + ".dxf"
def __init__(self, material, file_name):
self.zcc_path = Helper.createAndGetFolderOnDesktop('zcc')
self.setMaterial(material)
self.setFileName(file_name)
self.createInitialTemplate()