Handle missing xlm elements in algorithm params
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@ -206,121 +206,241 @@ class AnatricConfig:
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# --- adaptivemaxcog
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@property
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def threshold(self):
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return self._alg_elems["adaptivemaxcog"].find("threshold").attrib["value"]
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param_elem = self._alg_elems["adaptivemaxcog"].find("threshold")
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if param_elem is None:
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return None
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return param_elem.attrib["value"]
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@threshold.setter
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def threshold(self, value):
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self._alg_elems["adaptivemaxcog"].find("threshold").attrib["value"] = value
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alg_elem = self._alg_elems["adaptivemaxcog"]
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param_elem = alg_elem.find("threshold")
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if param_elem is None:
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alg_elem.append(ET.Element("threshold", attrib={"value": value}))
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else:
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param_elem.attrib["value"] = value
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@property
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def shell(self):
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return self._alg_elems["adaptivemaxcog"].find("shell").attrib["value"]
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param_elem = self._alg_elems["adaptivemaxcog"].find("shell")
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if param_elem is None:
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return None
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return param_elem.attrib["value"]
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@shell.setter
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def shell(self, value):
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self._alg_elems["adaptivemaxcog"].find("shell").attrib["value"] = value
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alg_elem = self._alg_elems["adaptivemaxcog"]
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param_elem = alg_elem.find("shell")
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if param_elem is None:
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alg_elem.append(ET.Element("shell", attrib={"value": value}))
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else:
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param_elem.attrib["value"] = value
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@property
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def steepness(self):
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return self._alg_elems["adaptivemaxcog"].find("steepness").attrib["value"]
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param_elem = self._alg_elems["adaptivemaxcog"].find("steepness")
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if param_elem is None:
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return None
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return param_elem.attrib["value"]
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@steepness.setter
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def steepness(self, value):
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self._alg_elems["adaptivemaxcog"].find("steepness").attrib["value"] = value
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alg_elem = self._alg_elems["adaptivemaxcog"]
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param_elem = alg_elem.find("steepness")
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if param_elem is None:
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alg_elem.append(ET.Element("steepness", attrib={"value": value}))
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else:
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param_elem.attrib["value"] = value
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@property
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def duplicateDistance(self):
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return self._alg_elems["adaptivemaxcog"].find("duplicateDistance").attrib["value"]
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param_elem = self._alg_elems["adaptivemaxcog"].find("duplicateDistance")
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if param_elem is None:
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return None
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return param_elem.attrib["value"]
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@duplicateDistance.setter
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def duplicateDistance(self, value):
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self._alg_elems["adaptivemaxcog"].find("duplicateDistance").attrib["value"] = value
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alg_elem = self._alg_elems["adaptivemaxcog"]
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param_elem = alg_elem.find("duplicateDistance")
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if param_elem is None:
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alg_elem.append(ET.Element("duplicateDistance", attrib={"value": value}))
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else:
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param_elem.attrib["value"] = value
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@property
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def maxequal(self):
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return self._alg_elems["adaptivemaxcog"].find("maxequal").attrib["value"]
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param_elem = self._alg_elems["adaptivemaxcog"].find("maxequal")
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if param_elem is None:
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return None
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return param_elem.attrib["value"]
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@maxequal.setter
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def maxequal(self, value):
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self._alg_elems["adaptivemaxcog"].find("maxequal").attrib["value"] = value
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alg_elem = self._alg_elems["adaptivemaxcog"]
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param_elem = alg_elem.find("maxequal")
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if param_elem is None:
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alg_elem.append(ET.Element("maxequal", attrib={"value": value}))
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else:
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param_elem.attrib["value"] = value
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@property
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def aps_window(self):
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return self._alg_elems["adaptivemaxcog"].find("window").attrib["value"]
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param_elem = self._alg_elems["adaptivemaxcog"].find("window")
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if param_elem is None:
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return None
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return param_elem.attrib["value"]
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@aps_window.setter
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def aps_window(self, value):
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self._alg_elems["adaptivemaxcog"].find("window").attrib["value"] = value
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alg_elem = self._alg_elems["adaptivemaxcog"]
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param_elem = alg_elem.find("window")
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if param_elem is None:
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alg_elem.append(ET.Element("window", attrib={"value": value}))
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else:
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param_elem.attrib["value"] = value
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# --- adaptivedynamic
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@property
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def adm_window(self):
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return self._alg_elems["adaptivedynamic"].find("window").attrib["value"]
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param_elem = self._alg_elems["adaptivedynamic"].find("window")
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if param_elem is None:
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return None
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return param_elem.attrib["value"]
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@adm_window.setter
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def adm_window(self, value):
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self._alg_elems["adaptivedynamic"].find("window").attrib["value"] = value
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alg_elem = self._alg_elems["adaptivedynamic"]
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param_elem = alg_elem.find("window")
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if param_elem is None:
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alg_elem.append(ET.Element("window", attrib={"value": value}))
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else:
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param_elem.attrib["value"] = value
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@property
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def border(self):
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return self._alg_elems["adaptivedynamic"].find("border").attrib["value"]
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param_elem = self._alg_elems["adaptivedynamic"].find("border")
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if param_elem is None:
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return None
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return param_elem.attrib["value"]
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@border.setter
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def border(self, value):
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self._alg_elems["adaptivedynamic"].find("border").attrib["value"] = value
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alg_elem = self._alg_elems["adaptivedynamic"]
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param_elem = alg_elem.find("border")
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if param_elem is None:
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alg_elem.append(ET.Element("border", attrib={"value": value}))
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else:
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param_elem.attrib["value"] = value
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@property
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def minWindow(self):
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return self._alg_elems["adaptivedynamic"].find("minWindow").attrib["value"]
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param_elem = self._alg_elems["adaptivedynamic"].find("minWindow")
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if param_elem is None:
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return None
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return param_elem.attrib["value"]
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@minWindow.setter
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def minWindow(self, value):
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self._alg_elems["adaptivedynamic"].find("minWindow").attrib["value"] = value
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alg_elem = self._alg_elems["adaptivedynamic"]
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param_elem = alg_elem.find("minWindow")
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if param_elem is None:
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alg_elem.append(ET.Element("minWindow", attrib={"value": value}))
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else:
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param_elem.attrib["value"] = value
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@property
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def reflectionFile(self):
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return self._alg_elems["adaptivedynamic"].find("reflectionFile").attrib["value"]
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param_elem = self._alg_elems["adaptivedynamic"].find("reflectionFile")
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if param_elem is None:
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return None
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return param_elem.attrib["value"]
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@reflectionFile.setter
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def reflectionFile(self, value):
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self._alg_elems["adaptivedynamic"].find("reflectionFile").attrib["value"] = value
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alg_elem = self._alg_elems["adaptivedynamic"]
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param_elem = alg_elem.find("reflectionFile")
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if param_elem is None:
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alg_elem.append(ET.Element("reflectionFile", attrib={"value": value}))
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else:
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param_elem.attrib["value"] = value
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@property
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def targetMonitor(self):
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return self._alg_elems["adaptivedynamic"].find("targetMonitor").attrib["value"]
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param_elem = self._alg_elems["adaptivedynamic"].find("targetMonitor")
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if param_elem is None:
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return None
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return param_elem.attrib["value"]
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@targetMonitor.setter
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def targetMonitor(self, value):
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self._alg_elems["adaptivedynamic"].find("targetMonitor").attrib["value"] = value
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alg_elem = self._alg_elems["adaptivedynamic"]
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param_elem = alg_elem.find("targetMonitor")
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if param_elem is None:
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alg_elem.append(ET.Element("targetMonitor", attrib={"value": value}))
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else:
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param_elem.attrib["value"] = value
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@property
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def smoothSize(self):
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return self._alg_elems["adaptivedynamic"].find("smoothSize").attrib["value"]
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param_elem = self._alg_elems["adaptivedynamic"].find("smoothSize")
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if param_elem is None:
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return None
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return param_elem.attrib["value"]
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@smoothSize.setter
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def smoothSize(self, value):
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self._alg_elems["adaptivedynamic"].find("smoothSize").attrib["value"] = value
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alg_elem = self._alg_elems["adaptivedynamic"]
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param_elem = alg_elem.find("smoothSize")
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if param_elem is None:
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alg_elem.append(ET.Element("smoothSize", attrib={"value": value}))
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else:
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param_elem.attrib["value"] = value
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@property
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def loop(self):
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return self._alg_elems["adaptivedynamic"].find("loop").attrib["value"]
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param_elem = self._alg_elems["adaptivedynamic"].find("loop")
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if param_elem is None:
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return None
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return param_elem.attrib["value"]
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@loop.setter
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def loop(self, value):
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self._alg_elems["adaptivedynamic"].find("loop").attrib["value"] = value
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alg_elem = self._alg_elems["adaptivedynamic"]
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param_elem = alg_elem.find("loop")
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if param_elem is None:
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alg_elem.append(ET.Element("loop", attrib={"value": value}))
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else:
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param_elem.attrib["value"] = value
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@property
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def minPeakCount(self):
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return self._alg_elems["adaptivedynamic"].find("minPeakCount").attrib["value"]
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param_elem = self._alg_elems["adaptivedynamic"].find("minPeakCount")
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if param_elem is None:
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return None
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return param_elem.attrib["value"]
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@minPeakCount.setter
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def minPeakCount(self, value):
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self._alg_elems["adaptivedynamic"].find("minPeakCount").attrib["value"] = value
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alg_elem = self._alg_elems["adaptivedynamic"]
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param_elem = alg_elem.find("minPeakCount")
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if param_elem is None:
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alg_elem.append(ET.Element("minPeakCount", attrib={"value": value}))
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else:
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param_elem.attrib["value"] = value
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@property
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def displacementCurve(self):
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return self._alg_elems["adaptivedynamic"].find("displacementCurve").attrib["value"]
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param_elem = self._alg_elems["adaptivedynamic"].find("displacementCurve")
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if param_elem is None:
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return None
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return param_elem.attrib["value"]
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@displacementCurve.setter
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def displacementCurve(self, value):
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self._alg_elems["adaptivedynamic"].find("displacementCurve").attrib["value"] = value
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alg_elem = self._alg_elems["adaptivedynamic"]
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param_elem = alg_elem.find("displacementCurve")
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if param_elem is None:
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alg_elem.append(ET.Element("displacementCurve", attrib={"value": value}))
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else:
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param_elem.attrib["value"] = value
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