def mk_sum(elt_t):
array_t = parakeet.ndtypes.make_array_type(elt_t, 1)
f, b, (x,) = parakeet.build_fn([array_t], elt_t)
n = b.len(x)
total, total_after, merge = b.loop_var('total', b.zero(elt_t))
def loop_body(idx):
b.assign(total_after, b.add(total, b.index(x,idx)))
b.loop(0, n, loop_body, merge = merge)
b.return_(total)
return f
def mk_sum(elt_t):
array_t = parakeet.ndtypes.make_array_type(elt_t, 1)
f, b, (x, ) = parakeet.build_fn([array_t], elt_t)
n = b.len(x)
total, total_after, merge = b.loop_var('total', b.zero(elt_t))
def loop_body(idx):
b.assign(total_after, b.add(total, b.index(x, idx)))
b.loop(0, n, loop_body, merge=merge)
b.return_(total)
return f
def mk_vec_add(array_t):
elt_t = parakeet.elt_type(array_t)
add_fn = mk_scalar_add(elt_t)
fn, builder, inputs = parakeet.build_fn([array_t, array_t, array_t])
x,y,z = inputs
n = builder.len(x)
def loop_body(idx):
elt_x = builder.index(x, idx)
elt_y = builder.index(y, idx)
builder.setidx(z, idx, builder.call(add_fn, (elt_x, elt_y)))
builder.loop(0, n, loop_body)
builder.return_(builder.none)
return fn
def mk_vec_add(array_t):
elt_t = parakeet.elt_type(array_t)
add_fn = mk_scalar_add(elt_t)
fn, builder, inputs = parakeet.build_fn([array_t, array_t, array_t])
x, y, z = inputs
n = builder.len(x)
def loop_body(idx):
elt_x = builder.index(x, idx)
elt_y = builder.index(y, idx)
builder.setidx(z, idx, builder.call(add_fn, (elt_x, elt_y)))
builder.loop(0, n, loop_body)
builder.return_(builder.none)
return fn
def mk_adder(t):
f, b, (x, y) = parakeet.build_fn([t, t], t)
b.return_(b.add(x, y))
return f
def mk_adder(t): f, b, (x,y) = parakeet.build_fn([t,t], t) b.return_(b.add(x,y)) return f
