From 82ed88086b6aedc2ccd75b4138dc8145bf597431 Mon Sep 17 00:00:00 2001
From: Oceguera Conchas <no67wuwu@idiv.de>
Date: Wed, 23 Nov 2022 11:12:49 +0100
Subject: [PATCH] the function showInfo has been fixed
---
EBVCubeVisualizer_funtionality.py | 351 ++++++++++++++++++++----------
1 file changed, 237 insertions(+), 114 deletions(-)
diff --git a/EBVCubeVisualizer_funtionality.py b/EBVCubeVisualizer_funtionality.py
index 5d72936..a772da7 100644
--- a/EBVCubeVisualizer_funtionality.py
+++ b/EBVCubeVisualizer_funtionality.py
@@ -87,7 +87,6 @@ class maskAndFuntionality (BASE, WIDGET):
self.btn_load.clicked.connect(self.loadNetCDF)
self.btn_load.clicked.connect(self.setMapData)
self.btn_remove_sel.clicked.connect(self.removeSelection)
- #here we set the clicked signal for the tree widget
self.tree_data.itemClicked.connect(self.showInfo)
self.btn_plot.clicked.connect(self.displayData)
@@ -264,177 +263,301 @@ class maskAndFuntionality (BASE, WIDGET):
ncFile.close()
def showInfo(self):
- """this function shows first the name of the file and the global attributes and then if a varible is clicked delete the info and add the attributes of the selected variable"""
+ """show the attributes of the scenarios, metrics and variables"""
self.text_info.clear()
path = self.text_set.text() #we get the path from the text space
ncFile = nc.Dataset(path, 'r', format='NETCDF4') #we open the netCDF file
ncFileName = os.path.basename(path)
ncFileTitle = ncFile.title
globalAttributesName = list(ncFile.ncattrs())
-
+ print(self.tree_data.currentItem().text(0))
+
# here remove the info and add the attributes of the selected variable
globalAttributesName.remove('title')
globalAttributesName.remove('history')
globalAttributesName.remove('Conventions')
globalAttributesName.remove('date_issued')
-
-
- #groups could be scenarios or metrics
- groups = list(ncFile.groups.keys())
- #if the first group is scenarios we get the groups of the scenarios
- groupsOfGroups = []
- for i in range(len(groups)):
- groupsOfGroups.append(list(ncFile.groups[groups[i]].groups.keys()))
- #if the groups are metrics we get the variables of the metrics
- variablesOfGroups = []
- for i in range(len(groups)):
- variablesOfGroups.append(list(ncFile.groups[groups[i]].variables.keys()))
+ #groups could be scenarios or metrics
+ scenarioOrMetric = list(ncFile.groups.keys())
+
+ #first group is scenarios we get the metrics
+ metrics = []
+ for i in range(len(scenarioOrMetric)):
+ metrics.append(list(ncFile.groups[scenarioOrMetric[i]].groups.keys()))
+
+ #first group is metric we get the variables
+ metricsVariables1 = []
+ for i in range(len(scenarioOrMetric)):
+ variables = list(ncFile.groups[scenarioOrMetric[i]].variables.keys())
+ metricsVariables1.append(variables)
+
+ #first group is scenario and second metric than we get the variables of metric
+ metricsVariables2 = []
+ for i in range(len(scenarioOrMetric)):
+ metricsVariables2.append([])
+ for j in range(len(metrics[i])):
+ variables = list(ncFile.groups[scenarioOrMetric[i]].groups[metrics[i][j]].variables.keys())
+ metricsVariables2[i].append(variables)
+
+ #we print everthing
+ # print('ScenarioOrMetric')
+ # print(scenarioOrMetric)
+ # print(metricsVariables1)
+ # print('metrics')
+ # print(metrics)
+ # print(metricsVariables2)
+ # print('len')
+ # print(len(metricsVariables2))
+ # print(len(metricsVariables2[0]))
+ # #print('metricsVariables1[0]')
+ # #print(metricsVariables1[0][0])
+ # print('current item')
+ # print(self.tree_data.currentItem().text(0))
- #we get the variables of the groups of the scenarios
- variablesOfGroupsOfGroups = []
- for i in range(len(groups)):
- variablesOfGroupsOfGroups.append([])
- for j in range(len(groupsOfGroups[i])):
- variablesOfGroupsOfGroups[i].append(list(ncFile.groups[groups[i]].groups[groupsOfGroups[i][j]].variables.keys()))
#set global attributes from the netCDF file
if self.tree_data.currentItem().text(0) == ncFileName:
+ #print('global atts')
self.text_info.clear()
self.text_info.append("<b><font size=4>" + "File name: " + ncFileName + "</font></b>")
- self.text_info.append("<b><font size=3>" + "Title: " + ncFileTitle + "</font></b>")
+ self.text_info.append("<b><font size=4>" + "Title: " + ncFileTitle + "</font></b>")
+ self.text_info.append("____________________________________________________________________________")
self.text_info.append(" ")
- self.text_info.append("<b><font size=3>" +"Global attributes: " + "</font></b>")
+ self.text_info.append("<b><font size=4>" +"Global attributes: " + "</font></b>")
self.text_info.append(" ")
for i in range(len(globalAttributesName)):
- sttributes = ncFile.getncattr(globalAttributesName[i])
- self.text_info.append("<b><font size=3>" + globalAttributesName[i] + ": " + "</font></b>" + str(sttributes))
+ attributes = ncFile.getncattr(globalAttributesName[i])
+ #print(attributes)
+ self.text_info.append("<b><font size=3>" + "-" + globalAttributesName[i] + ": " + "</font></b>" + str(attributes))
#attributes of the groups. The groups are scenarios or metrics
- elif self.tree_data.currentItem().text(0) in groups:
+ elif self.tree_data.currentItem().text(0) in scenarioOrMetric:
+ #print('group atts: metric or scenario')
self.text_info.append("<b><font size=4>" + "File name: " + ncFileName + "</font></b>")
- self.text_info.append("<b><font size=3>" + "Title: " + ncFileTitle + "</font></b>")
+ self.text_info.append("<b><font size=4>" + "Title: " + ncFileTitle + "</font></b>")
+ self.text_info.append("________________________________________________________________________________")
self.text_info.append(" ")
+ #Scenario or Metric
#name and standard name of the groups (scenarios or metrics)
groupName = self.tree_data.currentItem().text(0)
- standardName = ncFile.groups[groups[0]].getncattr('standard_name')
+ #print ('scenarioName' + groupName)
+ groupStandardName = ncFile.groups[groupName].getncattr('standard_name')
+ #print ('scenarioStandardName: ' + groupStandardName)
- self.text_info.append("<b><font size=3>" + "Group: " + "</font></b>" + groupName )
- self.text_info.append("<b><font size=3>" + "Standard name: " + "</font></b>" + standardName)
- self.text_info.append(" ")
- self.text_info.append("<b><font size=3>" + "Attributes" + "</font></b>")
+ #attributes of the groups (scenarios or metrics)
+ self.text_info.append("<b><font size=4>" + "Attributes of the Scenario: " + "</font></b>" + groupStandardName)
self.text_info.append(" ")
-
- #name of the attributes of the groups
- attributesNameScenario = ncFile.groups[self.tree_data.currentItem().text(0)].ncattrs()
- attributesNameScenario.remove('standard_name')
+
+ #name attributes of the groups (scenarios or metrics)
+ groupAttributesName = list(ncFile.groups[groupName].ncattrs())
+ groupAttributesName.remove('standard_name')
+ #print ('groupAttributesName: ' + str(groupAttributesName))
#value of the attributes of the groups
- for i in range(len(attributesNameScenario)):
- sttributesScenario = ncFile.groups[self.tree_data.currentItem().text(0)].getncattr(attributesNameScenario[i])
- self.text_info.append("<b><font size=3>" + attributesNameScenario[i] + ": " + "</font></b>" + str(sttributesScenario))
-
+ for i in range(len(groupAttributesName)):
+ groupAttributes = ncFile.groups[groupName].getncattr(groupAttributesName[i])
+ #print ('groupAttributes: ' + str(groupAttributes))
+ self.text_info.append("<b><font size=3>" + "-" + groupAttributesName[i] + ": " + "</font></b>" + str(groupAttributes))
+
- #groups of the scenarios
- elif self.tree_data.currentItem().text(0) in groupsOfGroups[0]:
+ #groups of the scenarios are always metric
+ elif self.tree_data.currentItem().text(0) in metrics[0]:
+ #print('test metric')
self.text_info.clear()
self.text_info.append("<b><font size=4>" + "File name: " + ncFileName + "</font></b>")
- self.text_info.append("<b><font size=3>" + "Title: " + ncFileTitle + "</font></b>")
+ self.text_info.append("<b><font size=4>" + "Title: " + ncFileTitle + "</font></b>")
+ self.text_info.append("________________________________________________________________________________")
self.text_info.append(" ")
- standardName = ncFile.groups[groups[0]].groups[groupsOfGroups[0][0]].getncattr('standard_name')
- groupName = self.tree_data.currentItem().text(0)
+ #Scenarios
+ #get the standard name of the scenario
+ scenarioName = self.tree_data.currentItem().parent().text(0)
+ #print ("standard name: " + scenarioName)
+ scenarioStandardName = ncFile.groups[scenarioName].getncattr('standard_name')
+ #print ("scenario standard name: " + scenarioStandardName)
- self.text_info.append("<b><font size=3>" + "Group: " + "</font></b>" + groupName )
- self.text_info.append("<b><font size=3>" + "Standard name: " + "</font></b>" + standardName)
+ #attributes of the scenario
+ self.text_info.append("<b><font size=4>" + "Attributes of the Scenario: " + "</font></b>" + scenarioStandardName)
self.text_info.append(" ")
- self.text_info.append("<b><font size=3>" + "Attributes" + "</font></b>")
- self.text_info.append(" ")
-
- # here we get the name of the attributes from the group
-
- attributesNameMetrics = ncFile.groups[groups[0]].groups[groupsOfGroups[0][0]].ncattrs()
- attributesNameMetrics.remove('standard_name')
-
- for i in range(len(attributesNameMetrics)):
- sttributesMetrics = ncFile.groups[groups[0]].groups[groupsOfGroups[0][0]].getncattr(attributesNameMetrics[i])
- self.text_info.append("<b><font size=3>" + attributesNameMetrics[i] + ": " + "</font></b>" + str(sttributesMetrics))
- #we get te variables of the groups of the groups but not the variables of the groups
- elif self.tree_data.currentItem().text(0) in variablesOfGroupsOfGroups[0][0]:
- self.text_info.clear()
- self.text_info.append("<b><font size=4>" + "File name: " + ncFileName + "</font></b>")
- self.text_info.append("<b><font size=3>" + "Title: " + ncFileTitle + "</font></b>")
- self.text_info.append(" ")
-
- #standard name and nams of the variables of the groups of the groups
- standardName = ncFile.groups[groups[0]].groups[groupsOfGroups[0][0]].getncattr('standard_name')
- groupName = self.tree_data.currentItem().parent().text(0)
-
- self.text_info.append("<b><font size=3>" + "Group: " + "</font></b>" + groupName)
- self.text_info.append("<b><font size=3>" + "Standard name: " + "</font></b>" + standardName)
- self.text_info.append(" ")
-
- #name of the variable
- variableName = self.tree_data.currentItem().text(0)
+ #name of the attributes of the scenario
+ attributesNameScenario = ncFile.groups[scenarioName].ncattrs()
+ attributesNameScenario.remove('standard_name')
+ #print ("attributes name: " + str(attributesNameScenario))
- self.text_info.append("<b><font size=3>" + "Variable: " + "</font></b>" + variableName)
+ #value of the attributes of the scenario
+ for i in range(len( attributesNameScenario)):
+ attributes = ncFile.groups[scenarioName].getncattr(attributesNameScenario[i])
+ self.text_info.append("<b><font size=3>" + "-" + attributesNameScenario[i] + ": " + "</font></b>" + str(attributes))
+ self.text_info.append("________________________________________________________________________________")
self.text_info.append(" ")
- self.text_info.append("<b><font size=3>" + "Attributes" + "</font></b>")
+
+ #Metrics
+ #get name and standard name of the metric
+ metricName = self.tree_data.currentItem().text(0)
+ print ("metric name: " + metricName)
+ metricStandardName = ncFile.groups[scenarioName].groups[metricName].getncattr('standard_name')
+ print ("metric standard name: " + metricStandardName)
+
+ self.text_info.append("<b><font size=4>" + "Attributes of the Metric: " + "</font></b>" + metricStandardName)
self.text_info.append(" ")
-
- # here we get the the attributes from the variable
- attributesNameCubes = ncFile.groups[groups[0]].groups[groupsOfGroups[0][0]].variables[variableName].ncattrs()
- attributesNameCubes.remove('_FillValue')
- print(attributesNameCubes)
-
- for i in range(len(attributesNameCubes)):
- sttributesCubes = ncFile.groups[groups[0]].groups[groupsOfGroups[0][0]].variables[variableName].getncattr(attributesNameCubes[i])
- self.text_info.append("<b><font size=3>" + attributesNameCubes[i] + ": " + "</font></b>" + str(sttributesCubes))
+ #get the name of the attributes of the metric
+ attributesNameMetric = ncFile.groups[scenarioName].groups[metricName].ncattrs()
+ print ("attributes name metric: " + str(attributesNameMetric))
+ #attributesNameMetric.remove('standard_name')
+
+ for i in range(len(attributesNameMetric)):
+ attributes = ncFile.groups[scenarioName].groups[metricName].getncattr(attributesNameMetric[i])
+ print ("attributes: " + str(attributes))
+ self.text_info.append("<b><font size=3>" + "-" + attributesNameMetric[i] + ": " + "</font></b>" + str(attributes))
+
+
+ #varibles of the metric, when there is scenarios
+ elif len(metricsVariables2[0])!= 0 :
+ if self.tree_data.currentItem().text(0) in metricsVariables2[0][0]:
+ #print('test')
+ self.text_info.clear()
+ self.text_info.append("<b><font size=4>" + "File name: " + ncFileName + "</font></b>")
+ self.text_info.append("<b><font size=4>" + "Title: " + ncFileTitle + "</font></b>")
+ self.text_info.append("________________________________________________________________________________")
+ self.text_info.append(" ")
+
+ #Scenario
+ #get the name of the scenario and
+ scenarioName = self.tree_data.currentItem().parent().parent().text(0)
+ #print('scenario Name: ' + str(scenarioName))
+ scenarioStandardName = ncFile.groups[scenarioName].getncattr('standard_name')
+ #print('scenario Standard Name: ' + str(scenarioStandardName))
+
+ #attributes of the scenario
+ self.text_info.append("<b><font size=4>" + "Attributes of the Scenario: " + "</font></b>" + scenarioStandardName)
+ self.text_info.append(" ")
+
+ #get the name of the attributes of the scenario
+ attributesNameScenario = ncFile.groups[scenarioName].ncattrs()
+ attributesNameScenario.remove('standard_name')
+ #print(attributesNameScenario)
+
+ #get the value of the attributes of the scenario
+ for i in range(len(attributesNameScenario)):
+ attributesScenario = ncFile.groups[scenarioName].getncattr(attributesNameScenario[i])
+ #print(attributesScenario)
+ self.text_info.append("<b><font size=3>" + "-" + attributesNameScenario[i] + ": " + "</font></b>" + str(attributesScenario))
+ self.text_info.append("________________________________________________________________________________")
+ self.text_info.append(" ")
+
+ #Metric
+ #get the name of the metric
+ metricName = self.tree_data.currentItem().parent().text(0)
+ #print('metric Name: ', metricName)
+ metricStandardName = ncFile.groups[scenarioName].groups[metricName].getncattr('standard_name')
+ #print('metric standard name: ', metricStandardName)
+
+ #attributes of the metric
+ self.text_info.append("<b><font size=4>" + "Attribuites of the Metric: " + "</font></b>" + metricStandardName)
+ self.text_info.append(" ")
+
+ #get the name of the attributes of the metric
+ attributesNameMetric = ncFile.groups[scenarioName].groups[metricName].ncattrs()
+ attributesNameMetric.remove('standard_name')
+ #print('Attributes name metric: ', attributesNameMetric)
+
+ #get the value of the attributes of the metric
+ for i in range(len(attributesNameMetric)):
+ attributesMetric = ncFile.groups[scenarioName].groups[metricName].getncattr(attributesNameMetric[i])
+ #print ('Attributes metric: ', attributesMetric)
+ self.text_info.append("<b><font size=3>" + "-" + attributesNameMetric[i] + ": " + "</font></b>" + str(attributesMetric))
+ self.text_info.append("___________________________________________________________________________")
+ self.text_info.append(" ")
+
+ #EBV Cube
+ #attributes of the EBV Cube
+ self.text_info.append("<b><font size=4>" + "Attributes of the EBV Cube:" + "</font></b>")
+ self.text_info.append(" ")
+
+ #get the name of the attributes of the EBV Cube
+ variableName = self.tree_data.currentItem().text(0)
+ #print(variableName)
+ attributesNameCube = ncFile.groups[scenarioName].groups[metricName].variables[variableName].ncattrs()
+ attributesNameCube.remove('_FillValue')
+ attributesNameCube.remove('grid_mapping')
+ attributesNameCube.remove('coordinate')
+ #print('attributes name EBV Cube: ', attributesNameCube)
+
+ #get the value of the attributes of the EBV Cube
+ for i in range(len(attributesNameCube)):
+ attributesCube = ncFile.groups[scenarioName].groups[metricName].variables[variableName].getncattr(attributesNameCube[i])
+ #print('attributes cube: ', attributesCube)
+ self.text_info.append("<b><font size=3>" + "-" + attributesNameCube[i] + ": " + "</font></b>" + str(attributesCube))
+
+ #we get the _FillValue
+ fillValue = ncFile.groups[scenarioName].groups[metricName].variables[variableName].getncattr('_FillValue')
+ #print('fill value: ', fillValue)
+ self.text_info.append("<b><font size=3>" + "-" + "Nodata_value: " + "</font></b>" + str(fillValue))
+
- #we get the _FillValue
- fillValue = ncFile.groups[groups[0]].groups[groupsOfGroups[0][0]].variables[variableName].getncattr('_FillValue')
- self.text_info.append("<b><font size=3>" + "NoData_value: " + "</font></b>" + str(fillValue))
#if the groups are just metrics we get the variables of the metrics
- elif self.tree_data.currentItem().text(0) == groups[1]:
+ elif self.tree_data.currentItem().text(0) == metricsVariables1[0][0]:
+ #print('ebv cube when ther is just metric')
self.text_info.clear()
self.text_info.append("<b><font size=4>" + "File name: " + ncFileName + "</font></b>")
- self.text_info.append("<b><font size=3>" + "Title: " + ncFileTitle + "</font></b>")
+ self.text_info.append("<b><font size=4>" + "Title: " + ncFileTitle + "</font></b>")
+ self.text_info.append("___________________________________________________________________________")
self.text_info.append(" ")
- #we get the name of the group and the standard name
- groupName = self.tree_data.currentItem().parent().text(0)
- standardName = ncFile.groups[groups[0]].getncattr('standard_name')
-
- self.text_info.append("<b><font size=3>" + "Group: " + "</font></b>" + groupName )
- self.text_info.append("<b><font size=3>" + "Standard name: " + "</font></b>" + standardName)
+ #Metric
+ #name of the metrics and the standard name
+ metricName = self.tree_data.currentItem().parent().text(0)
+ #print('metric name: ' + metricName)
+ standardMetricName = ncFile.groups[metricName].getncattr('standard_name')
+ #print('standard Metric Name: ' + standardMetricName)
+
+ #attributes of the metric
+ self.text_info.append("<b><font size=4>" + "Attributes of Metric: " + "</font></b>" + standardMetricName )
self.text_info.append(" ")
- #we get the name of the variable
- variableName = self.tree_data.currentItem().text(0)
-
- self.text_info.append("<b><font size=3>" + "Variable: " + "</font></b>" + variableName)
- self.text_info.append(" ")
- self.text_info.append("<b><font size=3>" + "Attributes:" + "</font></b>")
+ #name of the attributes of the metric
+ attributesNameMetric = ncFile.groups[metricName].ncattrs()
+ #print('attributesNameCube: ', attributesNameMetric)
+ attributesNameMetric.remove('standard_name')
+
+ for i in range(len(attributesNameMetric)):
+ attributesMetric = ncFile.groups[metricName].getncattr(attributesNameMetric[i])
+ self.text_info.append("<b><font size=3>" + "-" + attributesNameMetric[i] + ": " + "</font></b>" + str(attributesMetric))
+ self.text_info.append("___________________________________________________________________________")
self.text_info.append(" ")
-
- # here we get the name of the attributes from the variable
- attributesNameVariable = ncFile.groups[groups[0]].variables[self.tree_data.currentItem().text(0)].ncattrs()
- attributesNameVariable.remove('_FillValue')
- for i in range(len(attributesNameVariable)):
- attributesVariable = ncFile.groups[groups[0]].variables[self.tree_data.currentItem().text(0)].getncattr(attributesNameVariable[i])
- self.text_info.append("<b><font size=3>" + attributesNameVariable[i] + ": " + "</font></b>" + str(attributesVariable))
+ #EBV Cube
+ #Attributes of the EBV Cube
+ self.text_info.append("<b><font size=4>" + "Attributes of the EBV Cube: " + "</font></b>")
+ self.text_info.append(" ")
- #set NoData value
- fillValue = ncFile.groups[groups[0]].variables[self.tree_data.currentItem().text(0)].getncattr('_FillValue')
- self.text_info.append("<b><font size=3>" + "NoData_value: " + "</font></b>" + str(fillValue))
-
+ #name of the EBV Cube
+ cubeName = self.tree_data.currentItem().text(0)
+ #print('variable name: ' + cubeName)
+ attributesNameCube = ncFile.groups[metricName].variables[cubeName].ncattrs()
+ attributesNameCube.remove('_FillValue')
+ attributesNameCube.remove('grid_mapping')
+ attributesNameCube.remove('coordinate')
+ #print('attributesNameCube: ', attributesNameCube)
+
+ #get the value of the attributes of the EBV Cube
+ for i in range(len(attributesNameCube)):
+ attributesCube = ncFile.groups[metricName].variables[cubeName].getncattr(attributesNameCube[i])
+ #print ('attributesCube: ' + attributesCube)
+ self.text_info.append("<b><font size=3>" + "-" + attributesNameCube[i] + ": " + "</font></b>" + str(attributesCube))
+
+ #set NoData_value
+ fillValue = ncFile.groups[metricName].variables[cubeName].getncattr('_FillValue')
+ #print ('fillValue: ', fillValue)
+ self.text_info.append("<b><font size=3>" + "-" + "nodata_value: " + "</font></b>" + str(fillValue))
+ #print ('Eres la mera verga!! sigue asi. Todo sladrá bien en el futuro')
# we close the netCDF file
ncFile.close()
--
GitLab