Improved drag'n'drop of data into scatter plots so that it no longer requires
matching identifiers along dimensions.
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0bc4a6e3f0
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@ -65,39 +65,6 @@ class BlmScatterPlot(plots.ScatterPlot):
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self.sc = self._mappable
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self.add_pc_spin_buttons(self._T.shape[1], absi, ordi)
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def _update_color_from_dataset(self, data):
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"""Overriding scatter for testing of colormaps.
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"""
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is_category = False
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array = data.asarray()
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#only support for 2d-arrays:
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try:
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m, n = array.shape
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except:
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raise ValueError, "No support for more than 2 dimensions."
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# is dataset a vector or matrix?
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if not n==1:
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# we have a category dataset
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if isinstance(data, fluents.dataset.CategoryDataset):
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is_category = True
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map_vec = scipy.dot(array, scipy.diag(scipy.arange(n))).sum(1)
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else:
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map_vec = array.sum(1)
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else:
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map_vec = array.ravel()
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# update facecolors
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self.sc.set_array(map_vec)
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self.sc.set_clim(map_vec.min(), map_vec.max())
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if is_category:
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cmap = cm.Paired
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else:
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cmap = cm.jet
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self.sc.set_cmap(cmap)
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self.sc.update_scalarmappable() #sets facecolors from array
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self.canvas.draw()
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def set_facecolor(self, colors):
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"""Set patch facecolors.
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"""
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@ -441,41 +441,59 @@ class ScatterPlot(Plot):
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def is_mappable_with(self, obj):
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"""Returns True if dataset/selection is mappable with this plot.
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"""
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print "is_mappable_with"
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if isinstance(obj, fluents.dataset.Dataset):
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if self.current_dim in obj.get_dim_name() \
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and obj.asarray().shape[0] == self.xaxis_data.shape[0]:
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if self.current_dim in obj.get_dim_name():
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print "is_mappable_with: True"
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return True
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elif isinstance(obj, fluents.dataset.Selection):
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if self.current_dim in obj.get_dim_name():
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print "Selection is mappable"
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print "is_mappable_with: True"
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return True
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else:
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print "is_mappable_with: False"
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return False
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def _update_color_from_dataset(self, data):
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"""Updates the facecolors from a dataset.
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"""
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print "_update_color_from_dataset"
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array = data.asarray()
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#only support for 2d-arrays:
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try:
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m, n = array.shape
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except:
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raise ValueError, "No support for more than 2 dimensions."
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# is dataset a vector or matrix?
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if not n==1:
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# we have a category dataset
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if isinstance(data, fluents.dataset.CategoryDataset):
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map_vec = scipy.dot(array, scipy.diag(scipy.arange(n))).sum(1)
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vec = dot(array, diag(arange(n))).sum(1)
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else:
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map_vec = array.sum(1)
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vec = array.sum(1)
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else:
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map_vec = array.ravel()
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vec = array.ravel()
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identifiers = self.dataset_1.get_identifiers(self.current_dim, sorted=True)
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indices = data.get_indices(self.current_dim, identifiers)
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existing_ids = data.existing_identifiers(self.current_dim, identifiers)
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v = vec[indices]
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vec_min = min(vec[vec > -scipy.inf])
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vec_max = max(vec[vec < scipy.inf])
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v[v==scipy.inf] = vec_max
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v[v==-scipy.inf] = vec_min
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indices = self.dataset_1.get_indices(self.current_dim, existing_ids)
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map_vec = vec_min*scipy.ones(len(identifiers))
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map_vec[indices] = v
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# update facecolors
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self.sc.set_array(map_vec)
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self.sc.set_clim(map_vec.min(), map_vec.max())
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self.sc.set_clim(vec_min, vec_max)
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self.sc.update_scalarmappable() #sets facecolors from array
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self.canvas.draw()
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@ -726,8 +726,8 @@ class DagPlot(plots.Plot):
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nodes = ds.existing_identifiers(self.current_dim, self.nodes)
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v = vec.take(indices, 0)
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vec_min = min(v[v > -inf])
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vec_max = max(v[v < inf])
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vec_min = min(vec[vec > -inf])
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vec_max = max(vec[vec < inf])
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v[v==inf] = vec_max
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v[v==-inf] = vec_min
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@ -739,7 +739,7 @@ class DagPlot(plots.Plot):
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# update facecolors
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self.node_collection.set_array(map_vec)
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self.node_collection.set_clim(map_vec.min(), map_vec.max())
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self.node_collection.set_clim(vec_min, vec_max)
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self.node_collection.update_scalarmappable() #sets facecolors from array
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self.canvas.draw()
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