def createHoughLinesPLayer(self):
layerContent = Layers([])
layerContent.name = 'HoughLinesP'
layerContent.children = []
tempChildren = Layers([])
layerContent.enable = 1
tempChildren.name = 'rho'
tempChildren.value = 0.8
tempChildren.note = 'Distance resolution'
layerContent.children.append(deepcopy(tempChildren))
tempChildren.name = 'theta'
tempChildren.value = 0.01
tempChildren.note = 'Angle resolution'
layerContent.children.append(deepcopy(tempChildren))
tempChildren.name = 'threshold'
tempChildren.value = 100
tempChildren.note = 'Accumulator threshold parameter'
layerContent.children.append(deepcopy(tempChildren))
tempChildren.name = 'minLineLength'
tempChildren.value = 10
tempChildren.note = 'Minimum line length'
layerContent.children.append(deepcopy(tempChildren))
tempChildren.name = 'maxLineGap'
tempChildren.value = 500
tempChildren.note = 'Maximum allowed gap'
layerContent.children.append(deepcopy(tempChildren))
self.layerContents.append(layerContent)
self.TreeHandler.buildEntitiesTree(self.layerContents)
def createHoughLinesLayer(self):
layerContent = Layers([])
layerContent.name = 'HoughLines'
layerContent.children = []
layerContent.enable = 1
tempChildren = Layers([])
tempChildren.name = 'rho'
tempChildren.value = 0.8
tempChildren.note = 'Distance resolution'
layerContent.children.append(tempChildren)
tempChildren = Layers([])
tempChildren.name = 'theta'
tempChildren.value = 0.01
tempChildren.note = 'Angle resolution'
layerContent.children.append(tempChildren)
tempChildren = Layers([])
tempChildren.name = 'threshold'
tempChildren.value = 100
tempChildren.note = 'Accumulator threshold parameter'
layerContent.children.append(tempChildren)
self.layerContents.append(layerContent)
self.TreeHandler.buildEntitiesTree(self.layerContents)
def createGaussianBlurLayer(self):
layerContent = Layers([])
layerContent.name = 'GaussianBlur'
layerContent.children = []
layerContent.enable = 1
tempChildren = Layers([])
tempChildren.name = 'width'
tempChildren.value = 3
tempChildren.note = 'ksize.width'
layerContent.children.append(tempChildren)
tempChildren = Layers([])
tempChildren.name = 'height'
tempChildren.value = 3
tempChildren.note = 'ksize.height'
layerContent.children.append(tempChildren)
tempChildren = Layers([])
tempChildren.name = 'sigmaX'
tempChildren.value = 0
tempChildren.note = 'sigmaX'
layerContent.children.append(tempChildren)
tempChildren = Layers([])
tempChildren.name = 'sigmaY'
tempChildren.value = 0
tempChildren.note = 'sigmaY'
layerContent.children.append(tempChildren)
self.layerContents.append(layerContent)
self.TreeHandler.buildEntitiesTree(self.layerContents)
def createcvtColorLayer(self):
layerContent = Layers([])
layerContent.name = 'cvtColor'
layerContent.children = []
layerContent.enable = 1
tempChildren = Layers([])
tempChildren.name = 'low'
tempChildren.value = 50
tempChildren.note = 'threshold1'
layerContent.children.append(tempChildren)
self.layerContents.append(layerContent)
self.TreeHandler.buildEntitiesTree(self.layerContents)
def createfindContoursLayer(self):
layerContent = Layers([])
layerContent.name = 'findContours'
layerContent.children = []
layerContent.enable = 1
tempChildren = Layers([])
tempChildren.name = 'RM'
tempChildren.value = cv2.RETR_TREE
tempChildren.note = 'RetrievalModes'
layerContent.children.append(tempChildren)
tempChildren = Layers([])
tempChildren.name = 'CAM'
tempChildren.value = cv2.CHAIN_APPROX_SIMPLE
tempChildren.note = 'ContourApproximationModes'
layerContent.children.append(tempChildren)
self.layerContents.append(layerContent)
self.TreeHandler.buildEntitiesTree(self.layerContents)
def createHoughCirclesLayer(self):
layerContent = Layers([])
layerContent.name = 'HoughCircles'
layerContent.children = []
tempChildren = Layers([])
tempChildren.name = 'dp'
tempChildren.value = 1.5
tempChildren.note = 'Inverse ratio'
layerContent.children.append(deepcopy(tempChildren))
tempChildren.name = 'minDist'
tempChildren.value = 100
tempChildren.note = 'Minimum distance between two circles'
layerContent.children.append(deepcopy(tempChildren))
tempChildren.name = 'param1'
tempChildren.value = 100
tempChildren.note = 'do not change'
layerContent.children.append(deepcopy(tempChildren))
tempChildren.name = 'param2'
tempChildren.value = 30
tempChildren.note = 'do not change'
layerContent.children.append(deepcopy(tempChildren))
tempChildren.name = 'minRadius'
tempChildren.value = 10
tempChildren.note = 'Minimum circle radius'
layerContent.children.append(deepcopy(tempChildren))
tempChildren.name = 'maxRadius'
tempChildren.value = 0
tempChildren.note = 'Maximum circle radius'
layerContent.children.append(deepcopy(tempChildren))
self.layerContents.append(layerContent)
self.TreeHandler.buildEntitiesTree(self.layerContents)
def load(self, content, compleet=True):
match = re.match(
Project.header.replace('+', '\+') % r'(\d+\.\d+)', content)
if not match:
raise Exception('Incorrect project file')
version = float(match.groups()[0])
if version not in Project.supported_versions:
raise VersionMismatchError(match.group(), Project.version)
execute(self, content)
if compleet:
self.parent.filename = self.file
self.parent.connectToolbarToConfig(True)
if not self.parent.load(False):
self.parent.unsetCursor()
return
layers = []
layer = Layers([])
for parent_layer in self.layers:
layer.name = parent_layer['name']
layer.enable = parent_layer['enable']
layer.children = []
tempLayer = Layers([])
for shape in parent_layer['shapes']:
tempLayer.clear()
tempLayer.name = shape['name']
tempLayer.value = shape['value']
tempLayer.note = shape['note']
layer.children.append(deepcopy(tempLayer))
layers.append(deepcopy(layer))
self.parent.layerContents = Layers(layers) # overwrite original
self.parent.load()
def createthresholdLayer(self):
layerContent = Layers([])
layerContent.name = 'threshold'
layerContent.children = []
tempChildren = Layers([])
layerContent.enable = 1
tempChildren.name = 'thresh'
tempChildren.value = 0
tempChildren.note = 'thresh'
layerContent.children.append(deepcopy(tempChildren))
tempChildren.name = 'maxval'
tempChildren.value = 255
tempChildren.note = 'maxval'
layerContent.children.append(deepcopy(tempChildren))
tempChildren.name = 'triangle'
tempChildren.value = 0
tempChildren.note = '0=otsu,1=triangle'
layerContent.children.append(deepcopy(tempChildren))
self.layerContents.append(layerContent)
self.TreeHandler.buildEntitiesTree(self.layerContents)