def readData(self):
if (not self._cschema.dtype().is_number()):
print("Not a dataset, return ")
return None
if self._dataSet is None:
self._dataSet = scirados.RadosDataSet(self._name, self._pool_name)
return self._dataSet.readData()
def writeBox(self, data, slicex, slicey=None):
if (not self._cschema.dtype().is_number()):
print("Not a dataset, return ")
return None
if self._dataSet is None:
self._dataSet = scirados.RadosDataSet(self._name, self._pool_name)
if slicey is None:
data = self._dataSet.writeBox(data, xslice=slicex)
else:
data = self._dataSet.writeBox(data, xslice=slicex, yslice=slicey)
return data
def writeData(self, data):
new = self._cschema.dtype()
new.set(data.dtype.name, data.size, 0, data.dtype.itemsize,
data.dtype.itemsize)
self._parent._cschema[
self.
_basename] = new #self._cschema.dtset(conduit.Schema(str(new)))
if self._dataSet is None:
self._dataSet = scirados.RadosDataSet(self._name, self._pool_name)
self._dataSet.writeData(data)
self.modified = False
self._root.modified = True
def delete(self):
if self._radosSchema is not None:
self._cschema = conduit.Schema(self._radosSchema.getSchema())
print(self)
if self._cschema.dtype().is_number():
if self._dataSet is None:
self._dataSet = scirados.RadosDataSet(self._name,
self._pool_name)
self._dataSet.remove()
else:
for k in self.keys():
self[str(k)].delete()
if self._radosSchema is not None:
self._radosSchema.remove()
import scirados
import numpy as np
print(dir(scirados))
test = scirados.RadosDataSet("TestDataSet", "image_cache")
test2d = scirados.RadosDataSet("TestDataSet2D", "image_cache")
data = np.array([123.42, 42, 42, 3, 534.5344, 432], dtype=np.float64)
data2d = np.array(
[[123.42, 42, 42, 3, 534.5344, 432], [1.2342, 4.322, 4.2, 3, 32.422, 23]],
dtype=np.float64)
data2 = np.array([32.3, 3.2], dtype=np.float64)
data22d = np.array([[0, 0, 0, 0], [1, 1, 1, 1], [2, 2, 2, 2], [3, 3, 3, 3]],
dtype=np.float64)
#print(data.dtype)
test.writeData(data)
test2d.writeData(data2d)
#test.writeBox(data2, xstart=2)
print(data22d[1:3, 0:2])
test2d.writeBox(data22d[1:3, 0:2], xstart=2, ystart=0)
#test.writeData("test", data2)
#print("here\n")
test_data = test.readData()
#print(test_data)
print(test2d.readData())
#test_data2 = test.readData("test2")
print(test2d.readBox(xslice=slice(0, 2), ystart=1))
print(test2d.getDims())