def get_kernel(self):
ncoeff_src = len(self.src_expansion)
ncoeff_tgt = len(self.tgt_expansion)
from sumpy.tools import gather_loopy_arguments
loopy_knl = lp.make_kernel(
[
"{[icenter]: 0<=icenter<ncenters}",
"{[idim]: 0<=idim<dim}",
],
["""
for icenter
<> isrc_box = qbx_center_to_target_box[icenter]
# The box's expansions which we're translating here
# (our source) is, globally speaking, a target box.
<> src_ibox = target_boxes[isrc_box] \
{id=read_src_ibox}
# Is the box number on the level currently under
# consideration?
<> in_range = (target_base_ibox <= src_ibox
and src_ibox < target_base_ibox + nboxes)
if in_range
<> tgt_center[idim] = qbx_centers[idim, icenter]
<> src_center[idim] = centers[idim, src_ibox] {dup=idim}
<> tgt_rscale = qbx_expansion_radii[icenter]
<> d[idim] = tgt_center[idim] - src_center[idim] {dup=idim}
"""] + ["""
<> src_coeff{i} = \
expansions[src_ibox - target_base_ibox, {i}] \
{{dep=read_src_ibox}}
""".format(i=i) for i in range(ncoeff_src)] + [
] + self.get_translation_loopy_insns() + ["""
qbx_expansions[icenter, {i}] = \
qbx_expansions[icenter, {i}] + coeff{i} \
{{id_prefix=write_expn}}
""".format(i=i)
for i in range(ncoeff_tgt)] + ["""
end
end
"""],
[
lp.GlobalArg("target_boxes", None, shape=None,
offset=lp.auto),
lp.GlobalArg("centers", None, shape="dim, naligned_boxes"),
lp.ValueArg("src_rscale", None),
lp.GlobalArg("qbx_centers", None, shape="dim, ncenters",
dim_tags="sep,c"),
lp.GlobalArg("qbx_expansion_radii", None, shape="ncenters"),
lp.ValueArg("naligned_boxes,target_base_ibox,nboxes", np.int32),
lp.GlobalArg("expansions", None,
shape=("nboxes", ncoeff_src), offset=lp.auto),
"..."
] + gather_loopy_arguments([self.src_expansion, self.tgt_expansion]),
name=self.name,
assumptions="ncenters>=1",
silenced_warnings="write_race(write_expn*)",
fixed_parameters=dict(dim=self.dim, nchildren=2**self.dim),
lang_version=MOST_RECENT_LANGUAGE_VERSION)
for expn in [self.src_expansion, self.tgt_expansion]:
loopy_knl = expn.prepare_loopy_kernel(loopy_knl)
loopy_knl = lp.tag_inames(loopy_knl, "idim*:unr")
return loopy_knl
def get_kernel(self):
if self.src_expansion is not self.tgt_expansion:
raise RuntimeError("%s requires that the source "
"and target expansion are the same object"
% self.default_name)
ncoeffs = len(self.src_expansion)
# To clarify terminology:
#
# isrc_box -> The index in a list of (in this case, source) boxes
# src_ibox -> The (global) box number for the (in this case, source) box
#
# (same for itgt_box, tgt_ibox)
from sumpy.tools import gather_loopy_arguments
loopy_knl = lp.make_kernel(
[
"{[itgt_box]: 0<=itgt_box<ntgt_boxes}",
"{[idim]: 0<=idim<dim}",
],
["""
for itgt_box
<> tgt_ibox = target_boxes[itgt_box]
<> tgt_center[idim] = centers[idim, tgt_ibox] \
<> src_ibox = box_parent_ids[tgt_ibox] \
{id=read_src_ibox}
<> src_center[idim] = centers[idim, src_ibox] {dup=idim}
<> d[idim] = tgt_center[idim] - src_center[idim] {dup=idim}
"""] + ["""
<> src_coeff{i} = \
src_expansions[src_ibox - src_base_ibox, {i}] \
{{id_prefix=read_expn,dep=read_src_ibox}}
""".format(i=i) for i in range(ncoeffs)] + [
] + self.get_translation_loopy_insns() + ["""
tgt_expansions[tgt_ibox - tgt_base_ibox, {i}] = \
tgt_expansions[tgt_ibox - tgt_base_ibox, {i}] + coeff{i} \
{{id_prefix=write_expn,nosync=read_expn*}}
""".format(i=i) for i in range(ncoeffs)] + ["""
end
"""],
[
lp.GlobalArg("target_boxes", None, shape=lp.auto,
offset=lp.auto),
lp.GlobalArg("centers", None, shape="dim, naligned_boxes"),
lp.ValueArg("src_rscale,tgt_rscale", None),
lp.ValueArg("naligned_boxes,nboxes", np.int32),
lp.ValueArg("tgt_base_ibox,src_base_ibox", np.int32),
lp.ValueArg("ntgt_level_boxes,nsrc_level_boxes", np.int32),
lp.GlobalArg("box_parent_ids", None, shape="nboxes"),
lp.GlobalArg("tgt_expansions", None,
shape=("ntgt_level_boxes", ncoeffs), offset=lp.auto),
lp.GlobalArg("src_expansions", None,
shape=("nsrc_level_boxes", ncoeffs), offset=lp.auto),
"..."
] + gather_loopy_arguments([self.src_expansion, self.tgt_expansion]),
name=self.name, assumptions="ntgt_boxes>=1",
silenced_warnings="write_race(write_expn*)",
fixed_parameters=dict(dim=self.dim, nchildren=2**self.dim),
lang_version=MOST_RECENT_LANGUAGE_VERSION)
for expn in [self.src_expansion, self.tgt_expansion]:
loopy_knl = expn.prepare_loopy_kernel(loopy_knl)
loopy_knl = lp.tag_inames(loopy_knl, "idim*:unr")
return loopy_knl
def get_kernel(self):
ncoeff_src = len(self.src_expansion)
ncoeff_tgt = len(self.tgt_expansion)
from sumpy.tools import gather_loopy_arguments
loopy_knl = lp.make_kernel(
[
"{[icenter]: 0<=icenter<ncenters}",
"{[isrc_box]: isrc_start<=isrc_box<isrc_stop}",
"{[idim]: 0<=idim<dim}",
],
["""
for icenter
<> icontaining_tgt_box = \
qbx_center_to_target_box_source_level[icenter]
if icontaining_tgt_box != -1
<> tgt_center[idim] = qbx_centers[idim, icenter] \
{id=fetch_tgt_center}
<> tgt_rscale = qbx_expansion_radii[icenter]
<> isrc_start = src_box_starts[icontaining_tgt_box]
<> isrc_stop = src_box_starts[icontaining_tgt_box+1]
for isrc_box
<> src_ibox = src_box_lists[isrc_box] \
{id=read_src_ibox}
<> src_center[idim] = centers[idim, src_ibox] {dup=idim}
<> d[idim] = tgt_center[idim] - src_center[idim] \
{dup=idim}
"""] + ["""
<> src_coeff{i} = \
src_expansions[src_ibox - src_base_ibox, {i}] \
{{dep=read_src_ibox}}
""".format(i=i) for i in range(ncoeff_src)] + [
] + self.get_translation_loopy_insns() + ["""
end
"""] + ["""
qbx_expansions[icenter, {i}] = \
qbx_expansions[icenter, {i}] + \
simul_reduce(sum, isrc_box, coeff{i}) \
{{id_prefix=write_expn}}
""".format(i=i)
for i in range(ncoeff_tgt)] + ["""
end
end
"""],
[
lp.GlobalArg("centers", None, shape="dim, aligned_nboxes"),
lp.ValueArg("src_rscale", None),
lp.GlobalArg("src_box_starts, src_box_lists",
None, shape=None, strides=(1,)),
lp.GlobalArg("qbx_centers", None, shape="dim, ncenters",
dim_tags="sep,c"),
lp.GlobalArg("qbx_expansion_radii", None, shape="ncenters"),
lp.ValueArg("aligned_nboxes,nsrc_level_boxes", np.int32),
lp.ValueArg("src_base_ibox", np.int32),
lp.GlobalArg("src_expansions", None,
shape=("nsrc_level_boxes", ncoeff_src), offset=lp.auto),
lp.GlobalArg("qbx_expansions", None,
shape=("ncenters", ncoeff_tgt)),
"..."
] + gather_loopy_arguments([self.src_expansion, self.tgt_expansion]),
name=self.name, assumptions="ncenters>=1",
silenced_warnings="write_race(write_expn*)",
fixed_parameters=dict(dim=self.dim),
lang_version=MOST_RECENT_LANGUAGE_VERSION)
for expn in [self.src_expansion, self.tgt_expansion]:
loopy_knl = expn.prepare_loopy_kernel(loopy_knl)
loopy_knl = lp.tag_inames(loopy_knl, "idim*:unr")
return loopy_knl
def get_kernel(self):
if self.src_expansion is not self.tgt_expansion:
raise RuntimeError("%s requires that the source "
"and target expansion are the same object"
% self.default_name)
ncoeffs = len(self.src_expansion)
# To clarify terminology:
#
# isrc_box -> The index in a list of (in this case, source) boxes
# src_ibox -> The (global) box number for the (in this case, source) box
#
# (same for itgt_box, tgt_ibox)
from sumpy.tools import gather_loopy_arguments
loopy_knl = lp.make_kernel(
[
"{[itgt_box]: 0<=itgt_box<ntgt_boxes}",
"{[idim]: 0<=idim<dim}",
],
["""
for itgt_box
<> tgt_ibox = target_boxes[itgt_box]
<> tgt_center[idim] = centers[idim, tgt_ibox] \
<> src_ibox = box_parent_ids[tgt_ibox] \
{id=read_src_ibox}
<> src_center[idim] = centers[idim, src_ibox] {dup=idim}
<> d[idim] = tgt_center[idim] - src_center[idim] {dup=idim}
"""] + ["""
<> src_coeff{i} = \
src_expansions[src_ibox - src_base_ibox, {i}] \
{{id_prefix=read_expn,dep=read_src_ibox}}
""".format(i=i) for i in range(ncoeffs)] + [
] + self.get_translation_loopy_insns() + ["""
tgt_expansions[tgt_ibox - tgt_base_ibox, {i}] = \
tgt_expansions[tgt_ibox - tgt_base_ibox, {i}] + coeff{i} \
{{id_prefix=write_expn,nosync=read_expn*}}
""".format(i=i) for i in range(ncoeffs)] + ["""
end
"""],
[
lp.GlobalArg("target_boxes", None, shape=lp.auto,
offset=lp.auto),
lp.GlobalArg("centers", None, shape="dim, naligned_boxes"),
lp.ValueArg("src_rscale,tgt_rscale", None),
lp.ValueArg("naligned_boxes,nboxes", np.int32),
lp.ValueArg("tgt_base_ibox,src_base_ibox", np.int32),
lp.ValueArg("ntgt_level_boxes,nsrc_level_boxes", np.int32),
lp.GlobalArg("box_parent_ids", None, shape="nboxes"),
lp.GlobalArg("tgt_expansions", None,
shape=("ntgt_level_boxes", ncoeffs), offset=lp.auto),
lp.GlobalArg("src_expansions", None,
shape=("nsrc_level_boxes", ncoeffs), offset=lp.auto),
"..."
] + gather_loopy_arguments([self.src_expansion, self.tgt_expansion]),
name=self.name, assumptions="ntgt_boxes>=1",
silenced_warnings="write_race(write_expn*)",
fixed_parameters=dict(dim=self.dim, nchildren=2**self.dim),
lang_version=MOST_RECENT_LANGUAGE_VERSION)
for expn in [self.src_expansion, self.tgt_expansion]:
loopy_knl = expn.prepare_loopy_kernel(loopy_knl)
loopy_knl = lp.tag_inames(loopy_knl, "idim*:unr")
return loopy_knl
def get_kernel(self):
ncoeff_src = len(self.src_expansion)
ncoeff_tgt = len(self.tgt_expansion)
# To clarify terminology:
#
# isrc_box -> The index in a list of (in this case, source) boxes
# src_ibox -> The (global) box number for the (in this case, source) box
#
# (same for itgt_box, tgt_ibox)
from sumpy.tools import gather_loopy_arguments
loopy_knl = lp.make_kernel(
[
"{[itgt_box]: 0<=itgt_box<ntgt_boxes}",
"{[isrc_box]: isrc_start<=isrc_box<isrc_stop}",
"{[idim]: 0<=idim<dim}",
],
["""
for itgt_box
<> tgt_ibox = target_boxes[itgt_box]
<> tgt_center[idim] = centers[idim, tgt_ibox] \
<> isrc_start = src_box_starts[itgt_box]
<> isrc_stop = src_box_starts[itgt_box+1]
for isrc_box
<> src_ibox = src_box_lists[isrc_box] \
{id=read_src_ibox}
<> src_center[idim] = centers[idim, src_ibox] {dup=idim}
<> d[idim] = tgt_center[idim] - src_center[idim] \
{dup=idim}
"""] + ["""
<> src_coeff{coeffidx} = \
src_expansions[src_ibox - src_base_ibox, {coeffidx}] \
{{dep=read_src_ibox}}
""".format(coeffidx=i) for i in range(ncoeff_src)] + [
] + self.get_translation_loopy_insns() + ["""
end
"""] + ["""
tgt_expansions[tgt_ibox - tgt_base_ibox, {coeffidx}] = \
simul_reduce(sum, isrc_box, coeff{coeffidx}) \
{{id_prefix=write_expn}}
""".format(coeffidx=i) for i in range(ncoeff_tgt)] + ["""
end
"""],
[
lp.GlobalArg("centers", None, shape="dim, aligned_nboxes"),
lp.ValueArg("src_rscale,tgt_rscale", None),
lp.GlobalArg("src_box_starts, src_box_lists",
None, shape=None, strides=(1,), offset=lp.auto),
lp.ValueArg("aligned_nboxes,tgt_base_ibox,src_base_ibox",
np.int32),
lp.ValueArg("nsrc_level_boxes,ntgt_level_boxes",
np.int32),
lp.GlobalArg("src_expansions", None,
shape=("nsrc_level_boxes", ncoeff_src), offset=lp.auto),
lp.GlobalArg("tgt_expansions", None,
shape=("ntgt_level_boxes", ncoeff_tgt), offset=lp.auto),
"..."
] + gather_loopy_arguments([self.src_expansion, self.tgt_expansion]),
name=self.name,
assumptions="ntgt_boxes>=1",
silenced_warnings="write_race(write_expn*)",
default_offset=lp.auto,
fixed_parameters=dict(dim=self.dim),
lang_version=MOST_RECENT_LANGUAGE_VERSION
)
for expn in [self.src_expansion, self.tgt_expansion]:
loopy_knl = expn.prepare_loopy_kernel(loopy_knl)
loopy_knl = lp.tag_inames(loopy_knl, "idim*:unr")
loopy_knl = lp.tag_inames(loopy_knl, dict(idim="unr"))
return loopy_knl
def get_kernel(self):
ncoeff_src = len(self.src_expansion)
ncoeff_tgt = len(self.tgt_expansion)
from sumpy.tools import gather_loopy_arguments
loopy_knl = lp.make_kernel(
[
"{[icenter]: 0<=icenter<ncenters}",
"{[idim]: 0<=idim<dim}",
],
["""
for icenter
<> isrc_box = qbx_center_to_target_box[icenter]
# The box's expansions which we're translating here
# (our source) is, globally speaking, a target box.
<> src_ibox = target_boxes[isrc_box] \
{id=read_src_ibox}
# Is the box number on the level currently under
# consideration?
<> in_range = (target_base_ibox <= src_ibox
and src_ibox < target_base_ibox + nboxes)
if in_range
<> tgt_center[idim] = qbx_centers[idim, icenter]
<> src_center[idim] = centers[idim, src_ibox] {dup=idim}
<> tgt_rscale = qbx_expansion_radii[icenter]
<> d[idim] = tgt_center[idim] - src_center[idim] {dup=idim}
"""] + ["""
<> src_coeff{i} = \
expansions[src_ibox - target_base_ibox, {i}] \
{{dep=read_src_ibox}}
""".format(i=i) for i in range(ncoeff_src)] + [
] + self.get_translation_loopy_insns() + ["""
qbx_expansions[icenter, {i}] = \
qbx_expansions[icenter, {i}] + coeff{i} \
{{id_prefix=write_expn}}
""".format(i=i)
for i in range(ncoeff_tgt)] + ["""
end
end
"""],
[
lp.GlobalArg("target_boxes", None, shape=None,
offset=lp.auto),
lp.GlobalArg("centers", None, shape="dim, naligned_boxes"),
lp.ValueArg("src_rscale", None),
lp.GlobalArg("qbx_centers", None, shape="dim, ncenters",
dim_tags="sep,c"),
lp.GlobalArg("qbx_expansion_radii", None, shape="ncenters"),
lp.ValueArg("naligned_boxes,target_base_ibox,nboxes", np.int32),
lp.GlobalArg("expansions", None,
shape=("nboxes", ncoeff_src), offset=lp.auto),
"..."
] + gather_loopy_arguments([self.src_expansion, self.tgt_expansion]),
name=self.name,
assumptions="ncenters>=1",
silenced_warnings="write_race(write_expn*)",
fixed_parameters=dict(dim=self.dim, nchildren=2**self.dim),
lang_version=MOST_RECENT_LANGUAGE_VERSION)
for expn in [self.src_expansion, self.tgt_expansion]:
loopy_knl = expn.prepare_loopy_kernel(loopy_knl)
loopy_knl = lp.tag_inames(loopy_knl, "idim*:unr")
return loopy_knl
def get_kernel(self):
ncoeff_src = len(self.src_expansion)
ncoeff_tgt = len(self.tgt_expansion)
# To clarify terminology:
#
# isrc_box -> The index in a list of (in this case, source) boxes
# src_ibox -> The (global) box number for the (in this case, source) box
#
# (same for itgt_box, tgt_ibox)
from sumpy.tools import gather_loopy_arguments
loopy_knl = lp.make_kernel(
[
"{[itgt_box]: 0<=itgt_box<ntgt_boxes}",
"{[isrc_box]: isrc_start<=isrc_box<isrc_stop}",
"{[idim]: 0<=idim<dim}",
],
["""
for itgt_box
<> tgt_ibox = target_boxes[itgt_box]
<> tgt_center[idim] = centers[idim, tgt_ibox] \
<> isrc_start = src_box_starts[itgt_box]
<> isrc_stop = src_box_starts[itgt_box+1]
for isrc_box
<> src_ibox = src_box_lists[isrc_box] \
{id=read_src_ibox}
<> src_center[idim] = centers[idim, src_ibox] {dup=idim}
<> d[idim] = tgt_center[idim] - src_center[idim] \
{dup=idim}
"""] + ["""
<> src_coeff{coeffidx} = \
src_expansions[src_ibox - src_base_ibox, {coeffidx}] \
{{dep=read_src_ibox}}
""".format(coeffidx=i) for i in range(ncoeff_src)] + [
] + self.get_translation_loopy_insns() + ["""
end
"""] + ["""
tgt_expansions[tgt_ibox - tgt_base_ibox, {coeffidx}] = \
simul_reduce(sum, isrc_box, coeff{coeffidx}) \
{{id_prefix=write_expn}}
""".format(coeffidx=i) for i in range(ncoeff_tgt)] + ["""
end
"""],
[
lp.GlobalArg("centers", None, shape="dim, aligned_nboxes"),
lp.ValueArg("src_rscale,tgt_rscale", None),
lp.GlobalArg("src_box_starts, src_box_lists",
None, shape=None, strides=(1,), offset=lp.auto),
lp.ValueArg("aligned_nboxes,tgt_base_ibox,src_base_ibox",
np.int32),
lp.ValueArg("nsrc_level_boxes,ntgt_level_boxes",
np.int32),
lp.GlobalArg("src_expansions", None,
shape=("nsrc_level_boxes", ncoeff_src), offset=lp.auto),
lp.GlobalArg("tgt_expansions", None,
shape=("ntgt_level_boxes", ncoeff_tgt), offset=lp.auto),
"..."
] + gather_loopy_arguments([self.src_expansion, self.tgt_expansion]),
name=self.name,
assumptions="ntgt_boxes>=1",
silenced_warnings="write_race(write_expn*)",
default_offset=lp.auto,
fixed_parameters=dict(dim=self.dim),
lang_version=MOST_RECENT_LANGUAGE_VERSION
)
for expn in [self.src_expansion, self.tgt_expansion]:
loopy_knl = expn.prepare_loopy_kernel(loopy_knl)
loopy_knl = lp.tag_inames(loopy_knl, "idim*:unr")
loopy_knl = lp.tag_inames(loopy_knl, dict(idim="unr"))
return loopy_knl
def get_kernel(self):
ncoeff_src = len(self.src_expansion)
ncoeff_tgt = len(self.tgt_expansion)
from sumpy.tools import gather_loopy_arguments
loopy_knl = lp.make_kernel(
[
"{[icenter]: 0<=icenter<ncenters}",
"{[isrc_box]: isrc_start<=isrc_box<isrc_stop}",
"{[idim]: 0<=idim<dim}",
],
["""
for icenter
<> icontaining_tgt_box = \
qbx_center_to_target_box_source_level[icenter]
if icontaining_tgt_box != -1
<> tgt_center[idim] = qbx_centers[idim, icenter] \
{id=fetch_tgt_center}
<> tgt_rscale = qbx_expansion_radii[icenter]
<> isrc_start = src_box_starts[icontaining_tgt_box]
<> isrc_stop = src_box_starts[icontaining_tgt_box+1]
for isrc_box
<> src_ibox = src_box_lists[isrc_box] \
{id=read_src_ibox}
<> src_center[idim] = centers[idim, src_ibox] {dup=idim}
<> d[idim] = tgt_center[idim] - src_center[idim] \
{dup=idim}
"""] + ["""
<> src_coeff{i} = \
src_expansions[src_ibox - src_base_ibox, {i}] \
{{dep=read_src_ibox}}
""".format(i=i) for i in range(ncoeff_src)] + [
] + self.get_translation_loopy_insns() + ["""
end
"""] + ["""
qbx_expansions[icenter, {i}] = \
qbx_expansions[icenter, {i}] + \
simul_reduce(sum, isrc_box, coeff{i}) \
{{id_prefix=write_expn}}
""".format(i=i)
for i in range(ncoeff_tgt)] + ["""
end
end
"""],
[
lp.GlobalArg("centers", None, shape="dim, aligned_nboxes"),
lp.ValueArg("src_rscale", None),
lp.GlobalArg("src_box_starts, src_box_lists",
None, shape=None, strides=(1,)),
lp.GlobalArg("qbx_centers", None, shape="dim, ncenters",
dim_tags="sep,c"),
lp.GlobalArg("qbx_expansion_radii", None, shape="ncenters"),
lp.ValueArg("aligned_nboxes,nsrc_level_boxes", np.int32),
lp.ValueArg("src_base_ibox", np.int32),
lp.GlobalArg("src_expansions", None,
shape=("nsrc_level_boxes", ncoeff_src), offset=lp.auto),
lp.GlobalArg("qbx_expansions", None,
shape=("ncenters", ncoeff_tgt)),
"..."
] + gather_loopy_arguments([self.src_expansion, self.tgt_expansion]),
name=self.name, assumptions="ncenters>=1",
silenced_warnings="write_race(write_expn*)",
fixed_parameters=dict(dim=self.dim),
lang_version=MOST_RECENT_LANGUAGE_VERSION)
for expn in [self.src_expansion, self.tgt_expansion]:
loopy_knl = expn.prepare_loopy_kernel(loopy_knl)
loopy_knl = lp.tag_inames(loopy_knl, "idim*:unr")
return loopy_knl
def get_kernel(self):
ncoeff_src = len(self.src_expansion)
ncoeff_tgt = len(self.tgt_expansion)
from sumpy.tools import gather_loopy_arguments
loopy_knl = lp.make_kernel(
[
"{[icenter]: 0<=icenter<ncenters}",
"{[idim]: 0<=idim<dim}",
],
self.get_translation_loopy_insns()
+ ["""
<> isrc_box = qbx_center_to_target_box[icenter]
# The box's expansions which we're translating here
# (our source) is, globally speaking, a target box.
<> src_ibox = target_boxes[isrc_box] \
{id=read_src_ibox}
<> tgt_center[idim] = qbx_centers[idim, icenter] \
{id=fetch_tgt_center}
<> src_center[idim] = centers[idim, src_ibox] \
{id=fetch_src_center}
<> d[idim] = tgt_center[idim] - src_center[idim]
<> src_coeff${SRC_COEFFIDX} = \
expansions[src_ibox, ${SRC_COEFFIDX}] \
{dep=read_src_ibox}
qbx_expansions[icenter, ${TGT_COEFFIDX}] = \
qbx_expansions[icenter, ${TGT_COEFFIDX}] \
+ coeff${TGT_COEFFIDX} \
{id_prefix=write_expn}
"""],
[
lp.GlobalArg("target_boxes", None, shape=None,
offset=lp.auto),
lp.GlobalArg("centers", None, shape="dim, naligned_boxes"),
lp.GlobalArg("qbx_centers", None, shape="dim, ncenters",
dim_tags="sep,c"),
lp.ValueArg("naligned_boxes,nboxes", np.int32),
lp.GlobalArg("expansions", None,
shape=("nboxes", ncoeff_src)),
"..."
] + gather_loopy_arguments([self.src_expansion, self.tgt_expansion]),
name=self.name, assumptions="ncenters>=1",
defines=dict(
dim=self.dim,
nchildren=2**self.dim,
SRC_COEFFIDX=[str(i) for i in range(ncoeff_src)],
TGT_COEFFIDX=[str(i) for i in range(ncoeff_tgt)],
),
silenced_warnings="write_race(write_expn*)")
for expn in [self.src_expansion, self.tgt_expansion]:
loopy_knl = expn.prepare_loopy_kernel(loopy_knl)
loopy_knl = lp.duplicate_inames(loopy_knl, "idim", "fetch_tgt_center",
tags={"idim": "unr"})
loopy_knl = lp.tag_inames(loopy_knl, dict(idim="unr"))
return loopy_knl
def get_kernel(self):
ncoeff_src = len(self.src_expansion)
ncoeff_tgt = len(self.tgt_expansion)
from sumpy.tools import gather_loopy_arguments
loopy_knl = lp.make_kernel(
[
"{[icenter]: 0<=icenter<ncenters}",
"{[isrc_box]: isrc_start<=isrc_box<isrc_stop}",
"{[idim]: 0<=idim<dim}",
],
self.get_translation_loopy_insns()
+ ["""
<> icontaining_tgt_box = qbx_center_to_target_box[icenter]
<> tgt_center[idim] = qbx_centers[idim, icenter] \
{id=fetch_tgt_center}
<> isrc_start = src_box_starts[icontaining_tgt_box]
<> isrc_stop = src_box_starts[icontaining_tgt_box+1]
<> src_ibox = src_box_lists[isrc_box] \
{id=read_src_ibox}
<> src_center[idim] = centers[idim, src_ibox] \
{id=fetch_src_center}
<> d[idim] = tgt_center[idim] - src_center[idim]
<> src_coeff${SRC_COEFFIDX} = \
src_expansions[src_ibox, ${SRC_COEFFIDX}] \
{dep=read_src_ibox}
qbx_expansions[icenter, ${TGT_COEFFIDX}] = \
sum(isrc_box, coeff${TGT_COEFFIDX}) \
{id_prefix=write_expn}
"""],
[
lp.GlobalArg("centers", None, shape="dim, aligned_nboxes"),
lp.GlobalArg("src_box_starts, src_box_lists",
None, shape=None, strides=(1,)),
lp.GlobalArg("qbx_centers", None, shape="dim, ncenters",
dim_tags="sep,c"),
lp.ValueArg("aligned_nboxes,nboxes", np.int32),
lp.GlobalArg("src_expansions", None,
shape=("nboxes", ncoeff_src)),
lp.GlobalArg("qbx_expansions", None,
shape=("ncenters", ncoeff_tgt)),
"..."
] + gather_loopy_arguments([self.src_expansion, self.tgt_expansion]),
name=self.name, assumptions="ncenters>=1",
defines=dict(
dim=self.dim,
SRC_COEFFIDX=[str(i) for i in range(ncoeff_src)],
TGT_COEFFIDX=[str(i) for i in range(ncoeff_tgt)],
),
silenced_warnings="write_race(write_expn*)")
for expn in [self.src_expansion, self.tgt_expansion]:
loopy_knl = expn.prepare_loopy_kernel(loopy_knl)
loopy_knl = lp.duplicate_inames(loopy_knl, "idim", "fetch_tgt_center",
tags={"idim": "unr"})
loopy_knl = lp.tag_inames(loopy_knl, dict(idim="unr"))
return loopy_knl
def get_kernel(self):
if self.src_expansion is not self.tgt_expansion:
raise RuntimeError("%s requires that the source "
"and target expansion are the same object" %
type(self).__name__)
ncoeffs = len(self.src_expansion)
# To clarify terminology:
#
# isrc_box -> The index in a list of (in this case, source) boxes
# src_ibox -> The (global) box number for the (in this case, source) box
#
# (same for itgt_box, tgt_ibox)
loopy_insns = [
insn.copy(predicates=insn.predicates
| frozenset(["is_src_box_valid"]),
id=lp.UniqueName("compute_coeff"))
for insn in self.get_translation_loopy_insns()
]
from sumpy.tools import gather_loopy_arguments
loopy_knl = lp.make_kernel(
[
"{[itgt_box]: 0<=itgt_box<ntgt_boxes}",
"{[isrc_box]: 0<=isrc_box<nchildren}",
"{[idim]: 0<=idim<dim}",
],
[
"""
for itgt_box
<> tgt_ibox = target_boxes[itgt_box]
<> tgt_center[idim] = centers[idim, tgt_ibox] \
for isrc_box
<> src_ibox = box_child_ids[isrc_box,tgt_ibox] \
{id=read_src_ibox}
<> is_src_box_valid = src_ibox != 0
if is_src_box_valid
<> src_center[idim] = centers[idim, src_ibox] {dup=idim}
<> d[idim] = tgt_center[idim] - src_center[idim] \
{dup=idim}
"""
] + [
"""
<> src_coeff{i} = \
src_expansions[src_ibox - src_base_ibox, {i}] \
{{id_prefix=read_coeff,dep=read_src_ibox}}
""".format(i=i) for i in range(ncoeffs)
] + [] + loopy_insns + [
"""
tgt_expansions[tgt_ibox - tgt_base_ibox, {i}] = \
tgt_expansions[tgt_ibox - tgt_base_ibox, {i}] \
+ coeff{i} \
{{id_prefix=write_expn,dep=compute_coeff*,
nosync=read_coeff*}}
""".format(i=i) for i in range(ncoeffs)
] + [
"""
end
end
end
"""
],
[
lp.GlobalArg(
"target_boxes", None, shape=lp.auto, offset=lp.auto),
lp.GlobalArg("centers", None, shape="dim, aligned_nboxes"),
lp.ValueArg("src_rscale,tgt_rscale", None),
lp.GlobalArg(
"box_child_ids", None, shape="nchildren, aligned_nboxes"),
lp.GlobalArg("tgt_expansions",
None,
shape=("ntgt_level_boxes", ncoeffs),
offset=lp.auto),
lp.GlobalArg("src_expansions",
None,
shape=("nsrc_level_boxes", ncoeffs),
offset=lp.auto),
lp.ValueArg("src_base_ibox,tgt_base_ibox", np.int32),
lp.ValueArg("ntgt_level_boxes,nsrc_level_boxes", np.int32),
lp.ValueArg("aligned_nboxes", np.int32), "..."
] +
gather_loopy_arguments([self.src_expansion, self.tgt_expansion]),
name=self.name,
assumptions="ntgt_boxes>=1",
silenced_warnings="write_race(write_expn*)",
fixed_parameters=dict(dim=self.dim, nchildren=2**self.dim))
for expn in [self.src_expansion, self.tgt_expansion]:
loopy_knl = expn.prepare_loopy_kernel(loopy_knl)
loopy_knl = lp.tag_inames(loopy_knl, "idim*:unr")
return loopy_knl
def get_kernel(self):
if self.src_expansion is not self.tgt_expansion:
raise RuntimeError("%s requires that the source "
"and target expansion are the same object"
% type(self).__name__)
ncoeffs = len(self.src_expansion)
# To clarify terminology:
#
# isrc_box -> The index in a list of (in this case, source) boxes
# src_ibox -> The (global) box number for the (in this case, source) box
#
# (same for itgt_box, tgt_ibox)
loopy_insns = [
insn.copy(
predicates=insn.predicates | frozenset(["is_src_box_valid"]),
id=lp.UniqueName("compute_coeff"))
for insn in self.get_translation_loopy_insns()]
from sumpy.tools import gather_loopy_arguments
loopy_knl = lp.make_kernel(
[
"{[itgt_box]: 0<=itgt_box<ntgt_boxes}",
"{[isrc_box]: 0<=isrc_box<nchildren}",
"{[idim]: 0<=idim<dim}",
],
["""
for itgt_box
<> tgt_ibox = target_boxes[itgt_box]
<> tgt_center[idim] = centers[idim, tgt_ibox] \
for isrc_box
<> src_ibox = box_child_ids[isrc_box,tgt_ibox] \
{id=read_src_ibox}
<> is_src_box_valid = src_ibox != 0
if is_src_box_valid
<> src_center[idim] = centers[idim, src_ibox] {dup=idim}
<> d[idim] = tgt_center[idim] - src_center[idim] \
{dup=idim}
"""] + ["""
<> src_coeff{i} = \
src_expansions[src_ibox - src_base_ibox, {i}] \
{{id_prefix=read_coeff,dep=read_src_ibox}}
""".format(i=i) for i in range(ncoeffs)] + [
] + loopy_insns + ["""
tgt_expansions[tgt_ibox - tgt_base_ibox, {i}] = \
tgt_expansions[tgt_ibox - tgt_base_ibox, {i}] \
+ coeff{i} \
{{id_prefix=write_expn,dep=compute_coeff*,
nosync=read_coeff*}}
""".format(i=i) for i in range(ncoeffs)] + ["""
end
end
end
"""],
[
lp.GlobalArg("target_boxes", None, shape=lp.auto,
offset=lp.auto),
lp.GlobalArg("centers", None, shape="dim, aligned_nboxes"),
lp.GlobalArg("box_child_ids", None,
shape="nchildren, aligned_nboxes"),
lp.GlobalArg("tgt_expansions", None,
shape=("ntgt_level_boxes", ncoeffs), offset=lp.auto),
lp.GlobalArg("src_expansions", None,
shape=("nsrc_level_boxes", ncoeffs), offset=lp.auto),
lp.ValueArg("src_base_ibox,tgt_base_ibox", np.int32),
lp.ValueArg("ntgt_level_boxes,nsrc_level_boxes", np.int32),
lp.ValueArg("aligned_nboxes", np.int32),
"..."
] + gather_loopy_arguments([self.src_expansion, self.tgt_expansion]),
name=self.name,
assumptions="ntgt_boxes>=1",
silenced_warnings="write_race(write_expn*)")
loopy_knl = lp.fix_parameters(loopy_knl,
dim=self.dim,
nchildren=2**self.dim)
for expn in [self.src_expansion, self.tgt_expansion]:
loopy_knl = expn.prepare_loopy_kernel(loopy_knl)
loopy_knl = lp.tag_inames(loopy_knl, "idim*:unr")
return loopy_knl
