def list_options(self, tp): if tp == 'any': raise RuntimeError("Can't expand the 'any' type") elif tp == 'base': return list(fk.base_kernel_families()) else: raise RuntimeError('Unknown type: %s' % tp)
def list_options(self, tp): if tp in ['1d', 'multi']: raise RuntimeError("Can't expand the '%s' type" % tp) elif tp == 'base': return [fam.default() for fam in fk.base_kernel_families(self.base_kernels)] elif tp == 'mask': return list(fk.base_kernels(self.ndim, self.base_kernels)) else: raise RuntimeError('Unknown type: %s' % tp)
def list_options(self, tp): if tp in ['1d', 'multi']: raise RuntimeError("Can't expand the '%s' type" % tp) elif tp == 'base': return [ fam.default() for fam in fk.base_kernel_families(self.base_kernels) ] elif tp == 'mask': return list(fk.base_kernels(self.ndim, self.base_kernels)) else: raise RuntimeError('Unknown type: %s' % tp)
def make_kernel_description_table(): '''A helper to generate a latex table listing all the kernels used, and their descriptions.''' entries = []; rownames = []; colnames = ['', 'Description', 'Parameters' ] for k in fk.base_kernel_families(): # print "dataset: %s kernel: %s\n" % (rt[0], rt[-1].pretty_print()) rownames.append( k.latex_print() ) entries.append([ k.family().description(), k.family().params_description()]) utils.latex.table('../latex/tables/kernel_descriptions.tex', rownames, colnames, entries, 'kernel_descriptions')
def make_kernel_description_table(): '''A helper to generate a latex table listing all the kernels used, and their descriptions.''' entries = [] rownames = [] colnames = ['', 'Description', 'Parameters'] for k in fk.base_kernel_families(): # print "dataset: %s kernel: %s\n" % (rt[0], rt[-1].pretty_print()) rownames.append(k.latex_print()) entries.append( [k.family().description(), k.family().params_description()]) utils.latex.table('../latex/tables/kernel_descriptions.tex', rownames, colnames, entries, 'kernel_descriptions')