outer             486 apps/fft/fft.cpp     Var outer = Var::outermost();
outer             488 apps/fft/fft.cpp         outer = x.args()[2];
outer             530 apps/fft/fft.cpp         xT.compute_at(dft, outer).vectorize(n0).unroll(n1);
outer             541 apps/fft/fft.cpp     dft1T.compute_at(dft, outer);
outer             675 apps/fft/fft.cpp     Var outer = Var::outermost();
outer             677 apps/fft/fft.cpp         outer = args.front();
outer             802 apps/fft/fft.cpp     dftT.compute_at(dft, outer);
outer             817 apps/fft/fft.cpp     unzipped.compute_at(dft, outer)
outer             867 apps/fft/fft.cpp     Var outer = Var::outermost();
outer             869 apps/fft/fft.cpp         outer = args.front();
outer             980 apps/fft/fft.cpp     dft0_tiled.compute_at(dft, outer);
outer             987 apps/fft/fft.cpp         c.compute_at(dft, outer);
outer             990 apps/fft/fft.cpp     dft0T.compute_at(dft, outer);
outer             992 apps/fft/fft.cpp     dft.compute_at(unzipped, outer);
outer              33 python_bindings/python/Func.h FuncOrStage &func_split(FuncOrStage &that, hh::VarOrRVar var, hh::VarOrRVar outer, hh::VarOrRVar inner, int factor) {
outer              34 python_bindings/python/Func.h     return that.split(var, outer, inner, factor);
outer              16 src/ApplySplit.cpp     Expr outer = Variable::make(Int(32), prefix + split.outer);
outer              17 src/ApplySplit.cpp     Expr outer_max = Variable::make(Int(32), prefix + split.outer + ".loop_max");
outer              26 src/ApplySplit.cpp         Expr base = outer * split.factor + old_min;
outer              43 src/ApplySplit.cpp             dim_extent_alignment[split.outer] = iter->second / split.factor;
outer              59 src/ApplySplit.cpp             Expr rebased = outer * split.factor + inner;
outer              96 src/ApplySplit.cpp         Expr outer_min = Variable::make(Int(32), prefix + split.outer + ".loop_min");
outer             106 src/ApplySplit.cpp         Expr outer = fused / factor + outer_min;
outer             109 src/ApplySplit.cpp         result.push_back(ApplySplitResult(prefix + split.outer, outer, ApplySplitResult::Substitution));
outer             111 src/ApplySplit.cpp         result.push_back(ApplySplitResult(prefix + split.outer, outer, ApplySplitResult::LetStmt));
outer             116 src/ApplySplit.cpp         map<string, Expr>::iterator outer_dim = dim_extent_alignment.find(split.outer);
outer             123 src/ApplySplit.cpp         result.push_back(ApplySplitResult(prefix + split.old_var, outer, ApplySplitResult::Substitution));
outer             124 src/ApplySplit.cpp         result.push_back(ApplySplitResult(prefix + split.old_var, outer, ApplySplitResult::LetStmt));
outer             146 src/ApplySplit.cpp         let_stmts.push_back({ prefix + split.outer + ".loop_min", 0 });
outer             147 src/ApplySplit.cpp         let_stmts.push_back({ prefix + split.outer + ".loop_max", outer_extent-1 });
outer             148 src/ApplySplit.cpp         let_stmts.push_back({ prefix + split.outer + ".loop_extent", outer_extent });
outer             152 src/ApplySplit.cpp         Expr outer_extent = Variable::make(Int(32), prefix + split.outer + ".loop_extent");
outer             158 src/ApplySplit.cpp         let_stmts.push_back({ prefix + split.outer + ".loop_min", old_var_min });
outer             159 src/ApplySplit.cpp         let_stmts.push_back({ prefix + split.outer + ".loop_max", old_var_max });
outer             160 src/ApplySplit.cpp         let_stmts.push_back({ prefix + split.outer + ".loop_extent", old_var_extent });
outer             954 src/Bounds.cpp bool box_contains(const Box &outer, const Box &inner) {
outer             957 src/Bounds.cpp     if (inner.size() > outer.size()) {
outer             963 src/Bounds.cpp                      (outer[i].min <= inner[i].min) &&
outer             964 src/Bounds.cpp                      (outer[i].max >= inner[i].max));
outer             966 src/Bounds.cpp     if (outer.maybe_unused()) {
outer             969 src/Bounds.cpp             condition = condition && ((outer.used && inner.used) == inner.used);
outer             443 src/Func.cpp           debug(4) << "  Splitting " << it->var << " into " << s.outer << " and " << s.inner << "\n";
outer             453 src/Func.cpp           rvars.insert(it + 1, {s.outer, 0, simplify((old_extent - 1 + s.factor)/s.factor)});
outer             471 src/Func.cpp           [&s](const ReductionVariable& rv) { return (s.outer == rv.var); });
outer             477 src/Func.cpp           debug(4) << "  Fusing " << s.outer << " and " << s.inner << " into " << s.old_var << "\n";
outer             510 src/Func.cpp           debug(4) << "  Purify RVar " << iter->var << " into Var " << s.outer
outer             531 src/Func.cpp           debug(4) << "  Renaming " << iter->var << " into " << s.outer << "\n";
outer             532 src/Func.cpp           iter->var = s.outer;
outer             905 src/Func.cpp   void Stage::split(const string &old, const string &outer, const string &inner, Expr factor, bool exact, TailStrategy tail) {
outer             907 src/Func.cpp                << outer << " and " << inner << " with factor of " << factor << "\n";
outer             912 src/Func.cpp           string new_names[2] = {inner, outer};
outer             933 src/Func.cpp               outer_name = old_name + "." + outer;
outer             980 src/Func.cpp                       descends_from_shiftinwards_outer.insert(s.outer);
outer             983 src/Func.cpp                       descends_from_shiftinwards_outer.insert(s.outer);
outer             986 src/Func.cpp                       descends_from_shiftinwards_outer.insert(s.outer);
outer            1016 src/Func.cpp   Stage &Stage::split(VarOrRVar old, VarOrRVar outer, VarOrRVar inner, Expr factor, TailStrategy tail) {
outer            1018 src/Func.cpp           user_assert(outer.is_rvar) << "Can't split RVar " << old.name() << " into Var " << outer.name() << "\n";
outer            1021 src/Func.cpp           user_assert(!outer.is_rvar) << "Can't split Var " << old.name() << " into RVar " << outer.name() << "\n";
outer            1024 src/Func.cpp       split(old.name(), outer.name(), inner.name(), factor, old.is_rvar, tail);
outer            1028 src/Func.cpp   Stage &Stage::fuse(VarOrRVar inner, VarOrRVar outer, VarOrRVar fused) {
outer            1030 src/Func.cpp           user_assert(outer.is_rvar) << "Can't fuse RVar " << inner.name()
outer            1031 src/Func.cpp                                      << " with Var " << outer.name() << "\n";
outer            1035 src/Func.cpp           user_assert(!outer.is_rvar) << "Can't fuse Var " << inner.name()
outer            1036 src/Func.cpp                                       << " with RVar " << outer.name() << "\n";
outer            1041 src/Func.cpp       debug(4) << "In schedule for " << stage_name << ", fuse " << outer.name()
outer            1051 src/Func.cpp           if (var_name_match(dims[i].var, outer.name())) {
outer            1061 src/Func.cpp                      << outer.name()
outer            1236 src/Func.cpp                   splits[i-1].outer == old_name) {
outer            1246 src/Func.cpp                   removed_vars.insert(splits[i-1].outer);
outer            1251 src/Func.cpp                        << splits[i-1].outer << " and " << splits[i-1].inner << "\n";
outer            1255 src/Func.cpp               } else if (should_remove(splits[i-1].outer)) {
outer            1268 src/Func.cpp                        << " into " << splits[i-1].outer << "\n";
outer            1269 src/Func.cpp               if (should_remove(splits[i-1].outer)) {
outer            1335 src/Func.cpp                   splits[i-1].outer == old_name) {
outer            1354 src/Func.cpp               if (splits[i-1].outer == old_name) {
outer            1355 src/Func.cpp                   splits[i-1].outer = new_name;
outer            1855 src/Func.cpp   Func &Func::split(VarOrRVar old, VarOrRVar outer, VarOrRVar inner, Expr factor, TailStrategy tail) {
outer            1857 src/Func.cpp       Stage(func.definition(), name(), args(), func.schedule().storage_dims()).split(old, outer, inner, factor, tail);
outer            1861 src/Func.cpp   Func &Func::fuse(VarOrRVar inner, VarOrRVar outer, VarOrRVar fused) {
outer            1863 src/Func.cpp       Stage(func.definition(), name(), args(), func.schedule().storage_dims()).fuse(inner, outer, fused);
outer              60 src/Func.h         void split(const std::string &old, const std::string &outer, const std::string &inner,
outer             175 src/Func.h         EXPORT Stage &split(VarOrRVar old, VarOrRVar outer, VarOrRVar inner, Expr factor, TailStrategy tail = TailStrategy::Auto);
outer             176 src/Func.h         EXPORT Stage &fuse(VarOrRVar inner, VarOrRVar outer, VarOrRVar fused);
outer            1109 src/Func.h         EXPORT Func &split(VarOrRVar old, VarOrRVar outer, VarOrRVar inner, Expr factor, TailStrategy tail = TailStrategy::Auto);
outer            1114 src/Func.h         EXPORT Func &fuse(VarOrRVar inner, VarOrRVar outer, VarOrRVar fused);
outer              59 src/Inline.cpp                          << f.name() << " to " << s.splits()[i].outer
outer              63 src/Inline.cpp                          << s.splits()[i].inner << " and " << s.splits()[i].outer
outer              69 src/Inline.cpp                          << s.splits()[i].outer << " * "
outer             479 src/PartitionLoops.cpp                 Interval outer = solve_for_outer_interval(s.condition, op->name);
outer             480 src/PartitionLoops.cpp                 s.tight &= equal(outer.min, s.interval.min) && equal(outer.max, s.interval.max);
outer             169 src/Schedule.h     std::string old_var, outer, inner;
outer             740 src/Solve.cpp      bool outer;
outer             754 src/Solve.cpp          if (outer) {
outer             777 src/Solve.cpp          if (outer) {
outer            1371 src/Solve.cpp  void check_interval(Expr a, Interval i, bool outer) {
outer            1373 src/Solve.cpp          outer ?