def codingtest(self): self.prep() q=ones(self._np)*-32768 print q print self._params.code16toPar(q) q=ones(self._np)*32767 print q print self._params.code16toPar(q) q=zeros(self._np) print q print self._params.code16toPar(q) print self._params.indextoPar(q) q=ones(self._np)*self._params._bins q-=1 print q print self._params.indextoPar(q)
def getCondition(self): '''Return a 1D array of integers representing the unit IDs for which all specified conditions are met''' if not (self.ast or self.data): return None if not self.condition: return arange(self.nunits) inds=ones(self.nunits) for k in self.condition.keys(): colid=self.parnames.index(k) if self.data: col=data.getData()[:,colid] else: col=self.ast.getColumn(colid) mi, ma = self.condition[k] newinds=logical_and(col>=mi, col<=ma) inds=logical_and(inds, newinds) return nonzero1d(inds)
elif os.path.isdir(dir):
cont=[os.path.join(dir, x) for x in os.listdir(dir)]
for q in cont:
rmdashrf(q)
os.unlink(dir)
def uniqueName(base, used):
i=0
name='%s%i' % (base, i)
while name in used:
i+=1
name='%s%i' % (base, i)
return name
DTS=ones(1).dtype.str[0]
class DirDataHash:
def __init__(self, fn):
self.checkFile(fn)
def checkFile(self, fn):
if fn.endswith("index.datahash"):
self.indexfile=fn
self.dir=os.path.split(fn)[0]
else:
self.dir=fn
self.indexfile=os.path.join(fn, "index.datahash")
self.index=None
if not os.path.exists(self.dir):
os.mkdir(self.dir)