def jdoubles(length): # ns = JUtils.create1DJavaArray(DataType.INT, len(shape)) # i = 0; # for val in shape : # ns[i] = val # i += 1 # return JUtils.createJavaArray(DataType.DOUBLE, ns) return jarray(length, 'f')
def jdoubles(length) : # ns = JUtils.create1DJavaArray(DataType.INT, len(shape)) # i = 0; # for val in shape : # ns[i] = val # i += 1 # return JUtils.createJavaArray(DataType.DOUBLE, ns) return jarray(length, 'f')
def jdoubles(length): return jarray(length, JDOUBLE_ID)
def jfloats(length): return jarray(length, 'f')
def jshorts(length): return jarray(length, 'h')
def jbooleans(length): return jarray(length, JBOOLEAN_ID)
def jbytes(length): return jarray(length, 'b')
def jdoubles(length) : return jarray(length, 'd')
def jdoubles(length) : return jarray(length, JDOUBLE_ID)
def jlongs(length): return jarray(length, JLONG_ID)
def jshorts(length): return jarray(length, JSHORT_ID)
def jfloats(length): return jarray(length, JFLOAT_ID)
def jchars(length): return jarray(length, JCHAR_ID)
def jbytes(length): return jarray(length, JBYTE_ID)
def jints(length): return jarray(length, 'i')
def jints(length) : return jarray(length, JINT_ID)
def jbooleans(length): return jarray(length, 'b')
def jchars(length): return jarray(length, 'c')
def jints(length) : return jarray(length, 'i')
def jlongs(length): return jarray(length, 'l')
def jints(length): return jarray(length, JINT_ID)
def jdoubles(length): return jarray(length, 'd')