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@@ -37,8 +37,8 @@ class BoxGenerator(Extension):
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row0.addWidget(desc)
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# Dimension row.
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- self.lengthInput = QLineEdit('95')
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- self.widthInput = QLineEdit('70')
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+ self.lengthInput = QLineEdit('67')
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+ self.widthInput = QLineEdit('93')
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self.heightInput = QLineEdit('20')
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self.unitInput = QComboBox()
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self.unitInput.addItems( ['mm', 'inch', 'px'] )
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@@ -52,10 +52,11 @@ class BoxGenerator(Extension):
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row1.addWidget(self.unitInput)
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# Decision row.
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- self.flapCheck = QCheckBox('Flap')
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- self.flapCheck.setChecked(True)
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+ self.boxTypeInput = QComboBox()
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+ self.boxTypeInput.addItems( ['Tuckbox', 'Telescopic'] )
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row2 = QHBoxLayout()
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- row2.addWidget(self.flapCheck)
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+ row2.addWidget(QLabel('Box Type:'))
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+ row2.addWidget(self.boxTypeInput)
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# Do It row.
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goButton = QPushButton("Create Box")
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@@ -71,7 +72,7 @@ class BoxGenerator(Extension):
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newDialog.setLayout(layoutMain)
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# hook up the actions.
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- # goButton.clicked.connect( self.generateBox )
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+ goButton.clicked.connect( self.generateBox )
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# self.unitInput.currentIndexChanged.connect( self.convertCount )
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# show the dialog.
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@@ -84,62 +85,103 @@ class BoxGenerator(Extension):
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# Actually generates the box!
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def generateBox(self, e):
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-
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- # Calculate how many lines of pixels to copy.
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- unit = self.unitInput.currentIndex()
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- count = float(self.countInput.text())
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- ppi = self.doc.resolution()
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- if unit == 0: # mm
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- count = count * (ppi / 24.5)
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- if unit == 1: # inch
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- count = count * ppi
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- offset = round(float(self.offsetInput.text()))
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- count = round(count) - offset
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- print("Pixel bleed amount: ", count)
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- print("Edge offset: ", offset)
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-
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- # Copy lines for selected sides.
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- if self.topCheck.checkState():
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- bds = self.layer.bounds()
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- xpos = bds.left()
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- ypos = bds.top() - offset
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- len = bds.width()
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- bleedline = self.layer.pixelData(xpos, ypos, len, 1)
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- for c in range(1, count+1):
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- self.layer.setPixelData(bleedline, xpos, (ypos - c), len, 1)
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- print("Top lines cloned: ", count)
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- if self.botCheck.checkState():
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- bds = self.layer.bounds()
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- xpos = bds.left()
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- ypos = bds.bottom() + offset
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- len = bds.width()
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- bleedline = self.layer.pixelData(xpos, ypos, len, 1)
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- for c in range(1, count+1):
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- self.layer.setPixelData(bleedline, xpos, (ypos + c), len, 1)
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- print("Bottom lines cloned: ", count)
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- if self.leftCheck.checkState():
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- bds = self.layer.bounds()
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- xpos = bds.left() - offset
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- ypos = bds.top()
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- len = bds.height()
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- bleedline = self.layer.pixelData(xpos, ypos, 1, len)
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- for c in range(1, count+1):
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- self.layer.setPixelData(bleedline, (xpos - c), ypos, 1, len)
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- print("Left lines cloned: ", count)
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- if self.rightCheck.checkState():
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- bds = self.layer.bounds()
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- xpos = bds.right() + offset
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- ypos = bds.top()
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- len = bds.height()
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- bleedline = self.layer.pixelData(xpos, ypos, 1, len)
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- for c in range(1, count+1):
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- self.layer.setPixelData(bleedline, (xpos + c), ypos, 1, len)
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- print("Right lines cloned: ", count)
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-
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-
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- self.doc.refreshProjection()
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-
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- # Convert count input values to relevant units
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- def convertCount():
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- unitIndex = unitInput.currentIndex()
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- print("Updated unit index: ", unitIndex)
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+ layer = self.doc.createVectorLayer("Box")
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+ root = self.doc.rootNode()
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+ root.addChildNode(layer, None)
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+
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+ # Get dimensions in points. Points to mm conversion depends on document DPI.
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+ length_mm = float(self.lengthInput.text())
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+ width_mm = float(self.widthInput.text())
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+ height_mm = float(self.heightInput.text())
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+ # Assume input is in mm.
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+ pts_per_mm = 300 / 25.4
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+ length = length_mm * pts_per_mm
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+ height = height_mm * pts_per_mm
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+ width = width_mm * pts_per_mm
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+
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+ # Create outline using SVG.
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+ if self.boxTypeInput.currentIndex() == 0: # Tuckbox
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+ total_length = length * 2 + height * 3
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+ total_width = width + height * 3
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+ leeway = pts_per_mm / 2 # Make certain flaps shorter by 0.5mm to account for paper thickness.
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+
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+ stringy = f"""<svg style="stroke:black; fill:none; stroke-width:1">
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+ <path d="
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+ m {pts_per_mm+height*1.66}
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+ h {length-height*2*0.66}
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+ a {height*0.66} {height*0.66} 0 0 1 {height*0.66} {height*0.66}
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+ v {height}
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+ l {height*0.1} -{height}
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+ h {height*0.4}
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+ a {height*0.5} {height} 0 0 1 {height*0.5} {height}
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+ h {length+height-leeway}
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+ v {width}
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+ h -{height-leeway}
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+ v {height-leeway}
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+ h -{length}
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+ v -{height-leeway}
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+ l -{height*0.1} {height}
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+ h -{height*0.8}
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+ l -{height*0.1} -{height}
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+ v {height}
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+ h -{length}
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+ v -{height}
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+ l -{height*0.1} {height}
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+ h -{height*0.8}
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+ l -{height*0.1} -{height}
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+ v -{width}
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+ a {height*0.5} {height} 0 0 1 {height*0.5} -{height}
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+ h {height*0.4}
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+ l {height*0.1} {height}
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+ v -{height}
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+ a {height*0.66} {height*0.66} 0 0 1 {height*0.66} -{height*0.66}
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+ z
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+ "></path>
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+ <path d="
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+ M {pts_per_mm+height} {height*0.66}
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+ h -{pts_per_mm}
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+ M {pts_per_mm+height+length} {height*0.66}
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+ h {pts_per_mm}
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+ M 0 {height*1.66}
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+ h {pts_per_mm}
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+ M 0 {height*1.66+width}
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+ h {pts_per_mm}
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+ M {pts_per_mm+height*2+length*2} {height*1.66}
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+ v -{pts_per_mm}
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+ "></path>
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+ </svg>"""
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+
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+ else: # Telescopic
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+ total_length = length + 5 * height
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+ total_width = width + 5 * height
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+ stringy = f"""<svg width="{total_length}" height="{total_width}" style="stroke:black; fill:none; stroke-width:1">
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+ <path d="
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+ m {height*3}
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+ h {length-height}
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+ l {height/2} {height/2}
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+ v {height}
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+ a {height} {height} 0 0 1 {height} {height}
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+ h {height}
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+ l {height/2} {height/2}
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+ v {width-height}
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+ l -{height/2} {height/2}
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+ h -{height}
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+ a {height} {height} 0 0 1 -{height} {height}
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+ v {height}
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+ l -{height/2} {height/2}
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+ h -{length-height}
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+ l -{height/2} -{height/2}
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+ v -{height}
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+ a {height} {height} 0 0 1 -{height} -{height}
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+ h -{height}
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+ l -{height/2} -{height/2}
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+ v -{width-height}
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+ l {height/2} -{height/2}
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+ h {height}
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+ a {height} {height} 0 0 1 {height} -{height}
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+ v -{height}
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+ Z
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+ "></path>
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+ </svg>"""
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+
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+ layer.addShapesFromSvg(stringy)
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