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flush (1.62e-03)
clear (1.14e-03)
<SENTENCE_START>
{
this
.
end
=
rotation
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
this
.
end
=
rotation
;
}
<SENTENCE_END/>
%END%%END% (9.83e-01)
end (1.82e-03)
rotation (8.58e-04)
value (4.17e-04)
%UNK% (3.62e-04)
height (3.35e-04)
display (3.19e-04)
data (2.96e-04)
fv (2.95e-04)
position (2.76e-04)
<SENTENCE_START>
{
this
.
end
=
rotation
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
this
.
end
=
rotation
;
}
<SENTENCE_END/>
get,default,vertex,shadergetget (9.53e-01)
default (1.91e-02)
return (6.42e-03)
vertex (6.28e-03)
shader (2.71e-03)
is (2.16e-03)
classpath (1.74e-03)
string (3.51e-04)
if (3.39e-04)
read (2.97e-04)
<SENTENCE_START>
{
if
(
default
vertex
shader
==
null
)
default
vertex
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.vertex.glsl"
)
.
read
string
(
)
;
return
default
vertex
shader
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
if
(
default
vertex
shader
==
null
)
default
vertex
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.vertex.glsl"
)
.
read
string
(
)
;
return
default
vertex
shader
;
}
<SENTENCE_END/>
defaultdefault (8.41e-01)
vertex (1.54e-01)
return (2.05e-03)
%END% (8.59e-04)
shader (7.56e-04)
classpath (6.69e-04)
get (1.34e-04)
string (4.06e-05)
files (4.04e-05)
read (2.71e-05)
<SENTENCE_START>
{
if
(
default
vertex
shader
==
null
)
default
vertex
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.vertex.glsl"
)
.
read
string
(
)
;
return
default
vertex
shader
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
if
(
default
vertex
shader
==
null
)
default
vertex
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.vertex.glsl"
)
.
read
string
(
)
;
return
default
vertex
shader
;
}
<SENTENCE_END/>
vertexvertex (8.24e-01)
shader (1.58e-01)
%END% (8.88e-03)
default (6.90e-03)
classpath (5.02e-04)
string (1.54e-04)
return (1.14e-04)
read (4.09e-05)
%UNK% (2.49e-05)
gdx (2.47e-05)
<SENTENCE_START>
{
if
(
default
vertex
shader
==
null
)
default
vertex
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.vertex.glsl"
)
.
read
string
(
)
;
return
default
vertex
shader
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
if
(
default
vertex
shader
==
null
)
default
vertex
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.vertex.glsl"
)
.
read
string
(
)
;
return
default
vertex
shader
;
}
<SENTENCE_END/>
shadershader (5.63e-01)
%END% (2.55e-01)
vertex (1.67e-01)
classpath (2.55e-03)
default (2.34e-03)
string (7.94e-04)
return (3.42e-04)
status (2.74e-04)
%UNK% (1.96e-04)
read (1.75e-04)
<SENTENCE_START>
{
if
(
default
vertex
shader
==
null
)
default
vertex
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.vertex.glsl"
)
.
read
string
(
)
;
return
default
vertex
shader
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
if
(
default
vertex
shader
==
null
)
default
vertex
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.vertex.glsl"
)
.
read
string
(
)
;
return
default
vertex
shader
;
}
<SENTENCE_END/>
%END%%END% (9.38e-01)
shader (4.03e-02)
vertex (5.26e-03)
default (1.79e-03)
classpath (1.55e-03)
string (9.96e-04)
status (6.73e-04)
%UNK% (5.64e-04)
and (2.78e-04)
return (2.35e-04)
<SENTENCE_START>
{
if
(
default
vertex
shader
==
null
)
default
vertex
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.vertex.glsl"
)
.
read
string
(
)
;
return
default
vertex
shader
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
if
(
default
vertex
shader
==
null
)
default
vertex
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.vertex.glsl"
)
.
read
string
(
)
;
return
default
vertex
shader
;
}
<SENTENCE_END/>
get,default,fragment,shadergetget (9.35e-01)
default (3.31e-02)
fragment (6.02e-03)
return (5.96e-03)
is (4.64e-03)
shader (2.64e-03)
classpath (2.30e-03)
instance (1.09e-03)
string (3.54e-04)
files (3.34e-04)
<SENTENCE_START>
{
if
(
default
fragment
shader
==
null
)
default
fragment
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.fragment.glsl"
)
.
read
string
(
)
;
return
default
fragment
shader
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
if
(
default
fragment
shader
==
null
)
default
fragment
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.fragment.glsl"
)
.
read
string
(
)
;
return
default
fragment
shader
;
}
<SENTENCE_END/>
defaultdefault (9.34e-01)
fragment (6.15e-02)
return (2.55e-03)
classpath (9.50e-04)
shader (4.15e-04)
%END% (7.21e-05)
files (4.56e-05)
string (3.51e-05)
get (2.88e-05)
instance (2.33e-05)
<SENTENCE_START>
{
if
(
default
fragment
shader
==
null
)
default
fragment
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.fragment.glsl"
)
.
read
string
(
)
;
return
default
fragment
shader
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
if
(
default
fragment
shader
==
null
)
default
fragment
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.fragment.glsl"
)
.
read
string
(
)
;
return
default
fragment
shader
;
}
<SENTENCE_END/>
fragmentfragment (8.63e-01)
shader (1.17e-01)
default (1.15e-02)
%END% (6.04e-03)
classpath (6.26e-04)
string (1.78e-04)
return (1.27e-04)
status (4.11e-05)
read (3.61e-05)
%UNK% (3.18e-05)
<SENTENCE_START>
{
if
(
default
fragment
shader
==
null
)
default
fragment
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.fragment.glsl"
)
.
read
string
(
)
;
return
default
fragment
shader
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
if
(
default
fragment
shader
==
null
)
default
fragment
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.fragment.glsl"
)
.
read
string
(
)
;
return
default
fragment
shader
;
}
<SENTENCE_END/>
shadershader (5.80e-01)
fragment (2.05e-01)
%END% (1.92e-01)
classpath (5.49e-03)
default (5.44e-03)
string (1.20e-03)
status (5.13e-04)
return (3.96e-04)
%UNK% (2.72e-04)
read (2.14e-04)
<SENTENCE_START>
{
if
(
default
fragment
shader
==
null
)
default
fragment
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.fragment.glsl"
)
.
read
string
(
)
;
return
default
fragment
shader
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
if
(
default
fragment
shader
==
null
)
default
fragment
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.fragment.glsl"
)
.
read
string
(
)
;
return
default
fragment
shader
;
}
<SENTENCE_END/>
%END%%END% (9.20e-01)
shader (3.75e-02)
default (1.03e-02)
fragment (5.53e-03)
classpath (3.61e-03)
string (2.47e-03)
status (1.92e-03)
%UNK% (1.17e-03)
valid (6.62e-04)
equal (4.15e-04)
<SENTENCE_START>
{
if
(
default
fragment
shader
==
null
)
default
fragment
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.fragment.glsl"
)
.
read
string
(
)
;
return
default
fragment
shader
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
if
(
default
fragment
shader
==
null
)
default
fragment
shader
=
gdx
.
files
.
classpath
(
"com/badlogic/gdx/tests/g3d/shadows/system/realistic/pass1.fragment.glsl"
)
.
read
string
(
)
;
return
default
fragment
shader
;
}
<SENTENCE_END/>
add,meshaddset (5.35e-01)
add (1.42e-01)
copy (8.73e-02)
%UNK% (1.77e-02)
get (1.13e-02)
on (7.14e-03)
equals (6.90e-03)
load (6.21e-03)
remove (6.20e-03)
initialize (5.78e-03)
<SENTENCE_START>
{
for
(
model
mesh
other
:
meshes
)
{
if
(
other
.
id
.
equals
(
mesh
.
id
)
)
{
throw
new
gdx
runtime
exception
(
"Mesh with id '"
+
other
.
id
+
"' already in model"
)
;
}
}
meshes
.
add
(
mesh
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
for
(
model
mesh
other
:
meshes
)
{
if
(
other
.
id
.
equals
(
mesh
.
id
)
)
{
throw
new
gdx
runtime
exception
(
"Mesh with id '"
+
other
.
id
+
"' already in model"
)
;
}
}
meshes
.
add
(
mesh
)
;
}
<SENTENCE_END/>
mesh%END% (6.64e-01)
mesh (3.90e-02)
model (1.54e-02)
all (1.41e-02)
%UNK% (1.23e-02)
meshes (1.15e-02)
set (8.67e-03)
change (6.55e-03)
debug (5.22e-03)
file (4.33e-03)
<SENTENCE_START>
{
for
(
model
mesh
other
:
meshes
)
{
if
(
other
.
id
.
equals
(
mesh
.
id
)
)
{
throw
new
gdx
runtime
exception
(
"Mesh with id '"
+
other
.
id
+
"' already in model"
)
;
}
}
meshes
.
add
(
mesh
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
for
(
model
mesh
other
:
meshes
)
{
if
(
other
.
id
.
equals
(
mesh
.
id
)
)
{
throw
new
gdx
runtime
exception
(
"Mesh with id '"
+
other
.
id
+
"' already in model"
)
;
}
}
meshes
.
add
(
mesh
)
;
}
<SENTENCE_END/>
%END%%END% (8.73e-01)
mesh (1.40e-02)
meshes (4.90e-03)
id (4.82e-03)
%UNK% (4.40e-03)
all (3.76e-03)
other (2.70e-03)
file (2.01e-03)
changed (1.82e-03)
and (1.72e-03)
<SENTENCE_START>
{
for
(
model
mesh
other
:
meshes
)
{
if
(
other
.
id
.
equals
(
mesh
.
id
)
)
{
throw
new
gdx
runtime
exception
(
"Mesh with id '"
+
other
.
id
+
"' already in model"
)
;
}
}
meshes
.
add
(
mesh
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
for
(
model
mesh
other
:
meshes
)
{
if
(
other
.
id
.
equals
(
mesh
.
id
)
)
{
throw
new
gdx
runtime
exception
(
"Mesh with id '"
+
other
.
id
+
"' already in model"
)
;
}
}
meshes
.
add
(
mesh
)
;
}
<SENTENCE_END/>
get,c,ptrgetget (9.83e-01)
c (4.72e-03)
obj (1.88e-03)
swig (1.36e-03)
is (8.93e-04)
return (8.85e-04)
ptr (5.54e-04)
0 (3.63e-04)
null (3.14e-04)
obtain (2.82e-04)
<SENTENCE_START>
{
return
(
obj
==
null
)
?
0
:
obj
.
swig
c
ptr
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
(
obj
==
null
)
?
0
:
obj
.
swig
c
ptr
;
}
<SENTENCE_END/>
cc (9.96e-01)
ptr (2.00e-03)
get (1.04e-03)
%END% (8.72e-04)
swig (1.90e-04)
instance (1.07e-04)
overlaps (3.51e-05)
derived (2.62e-05)
match (7.06e-06)
is (6.12e-06)
<SENTENCE_START>
{
return
(
obj
==
null
)
?
0
:
obj
.
swig
c
ptr
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
(
obj
==
null
)
?
0
:
obj
.
swig
c
ptr
;
}
<SENTENCE_END/>
ptrptr (9.96e-01)
c (2.15e-03)
%END% (1.61e-03)
obj (1.88e-05)
0 (6.12e-06)
get (6.07e-06)
return (5.61e-06)
string (2.74e-06)
instance (2.57e-06)
swig (2.31e-06)
<SENTENCE_START>
{
return
(
obj
==
null
)
?
0
:
obj
.
swig
c
ptr
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
(
obj
==
null
)
?
0
:
obj
.
swig
c
ptr
;
}
<SENTENCE_END/>
%END%%END% (9.61e-01)
ptr (3.23e-02)
obj (8.25e-04)
c (4.05e-04)
return (2.33e-04)
string (2.06e-04)
double (1.33e-04)
at (1.02e-04)
0 (9.89e-05)
swig (5.39e-05)
<SENTENCE_START>
{
return
(
obj
==
null
)
?
0
:
obj
.
swig
c
ptr
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
(
obj
==
null
)
?
0
:
obj
.
swig
c
ptr
;
}
<SENTENCE_END/>
new,instancenewis (2.65e-01)
%UNK% (2.37e-01)
get (2.01e-01)
to (6.28e-02)
set (1.32e-02)
add (8.56e-03)
result (6.81e-03)
abs (6.50e-03)
obtain (5.81e-03)
out (5.70e-03)
<SENTENCE_START>
{
return
java
.
lang
.
reflect
.
array
.
%SELF%
(
c
,
size
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
java
.
lang
.
reflect
.
array
.
%SELF%
(
c
,
size
)
;
}
<SENTENCE_END/>
instance%UNK% (4.14e-01)
%END% (2.05e-01)
to (4.16e-02)
2 (1.51e-02)
is (1.10e-02)
string (8.85e-03)
data (8.02e-03)
array (6.62e-03)
3 (6.45e-03)
c (5.68e-03)
<SENTENCE_START>
{
return
java
.
lang
.
reflect
.
array
.
%SELF%
(
c
,
size
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
java
.
lang
.
reflect
.
array
.
%SELF%
(
c
,
size
)
;
}
<SENTENCE_END/>
%END%%END% (8.30e-01)
%UNK% (5.50e-02)
to (6.01e-03)
2 (4.75e-03)
string (3.61e-03)
array (3.25e-03)
data (2.39e-03)
3 (2.26e-03)
class (1.97e-03)
endian (1.96e-03)
<SENTENCE_START>
{
return
java
.
lang
.
reflect
.
array
.
%SELF%
(
c
,
size
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
java
.
lang
.
reflect
.
array
.
%SELF%
(
c
,
size
)
;
}
<SENTENCE_END/>
get,lengthgetis (3.47e-01)
%UNK% (1.66e-01)
to (1.27e-01)
get (9.20e-02)
add (1.58e-02)
result (1.52e-02)
abs (1.11e-02)
java (9.21e-03)
with (8.88e-03)
out (8.16e-03)
<SENTENCE_START>
{
return
java
.
lang
.
reflect
.
array
.
%SELF%
(
array
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
java
.
lang
.
reflect
.
array
.
%SELF%
(
array
)
;
}
<SENTENCE_END/>
length%UNK% (2.25e-01)
%END% (1.71e-01)
array (1.20e-01)
to (1.13e-01)
with (2.59e-02)
2 (1.99e-02)
fv (1.18e-02)
iv (1.05e-02)
4 (9.62e-03)
string (9.23e-03)
<SENTENCE_START>
{
return
java
.
lang
.
reflect
.
array
.
%SELF%
(
array
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
java
.
lang
.
reflect
.
array
.
%SELF%
(
array
)
;
}
<SENTENCE_END/>
%END%%END% (7.41e-01)
%UNK% (5.84e-02)
array (3.40e-02)
to (2.49e-02)
2 (6.74e-03)
fv (6.23e-03)
string (5.08e-03)
all (4.25e-03)
endian (3.57e-03)
iv (3.54e-03)
<SENTENCE_START>
{
return
java
.
lang
.
reflect
.
array
.
%SELF%
(
array
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
java
.
lang
.
reflect
.
array
.
%SELF%
(
array
)
;
}
<SENTENCE_END/>
getgetto (2.30e-01)
%UNK% (2.26e-01)
is (1.44e-01)
get (8.64e-02)
add (3.14e-02)
with (1.50e-02)
parse (1.05e-02)
out (9.02e-03)
result (8.94e-03)
read (8.82e-03)
<SENTENCE_START>
{
return
java
.
lang
.
reflect
.
array
.
%SELF%
(
array
,
index
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
java
.
lang
.
reflect
.
array
.
%SELF%
(
array
,
index
)
;
}
<SENTENCE_END/>
%END%%END% (2.94e-01)
%UNK% (2.40e-01)
to (8.14e-02)
array (5.25e-02)
string (1.71e-02)
2 (1.13e-02)
with (1.08e-02)
3 (7.93e-03)
4 (6.43e-03)
fv (6.32e-03)
<SENTENCE_START>
{
return
java
.
lang
.
reflect
.
array
.
%SELF%
(
array
,
index
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
java
.
lang
.
reflect
.
array
.
%SELF%
(
array
,
index
)
;
}
<SENTENCE_END/>
setset%UNK% (3.34e-01)
add (1.34e-01)
to (1.23e-01)
set (3.81e-02)
draw (1.79e-02)
%END% (1.37e-02)
parse (1.27e-02)
print (1.16e-02)
array (1.08e-02)
with (8.61e-03)
<SENTENCE_START>
{
java
.
lang
.
reflect
.
array
.
%SELF%
(
array
,
index
,
value
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
java
.
lang
.
reflect
.
array
.
%SELF%
(
array
,
index
,
value
)
;
}
<SENTENCE_END/>
%END%%END% (8.51e-01)
%UNK% (3.92e-02)
array (1.96e-02)
to (1.50e-02)
all (6.13e-03)
string (4.62e-03)
value (2.76e-03)
fv (2.31e-03)
with (2.18e-03)
object (1.60e-03)
<SENTENCE_START>
{
java
.
lang
.
reflect
.
array
.
%SELF%
(
array
,
index
,
value
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
java
.
lang
.
reflect
.
array
.
%SELF%
(
array
,
index
,
value
)
;
}
<SENTENCE_END/>
setsetset (9.84e-01)
x (3.01e-03)
y (1.68e-03)
reset (9.43e-04)
point (8.81e-04)
this (6.88e-04)
translate (5.11e-04)
initialize (4.06e-04)
return (2.38e-04)
conjugate (2.34e-04)
<SENTENCE_START>
{
this
.
x
=
point
.
x
;
this
.
y
=
point
.
y
;
return
this
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
this
.
x
=
point
.
x
;
this
.
y
=
point
.
y
;
return
this
;
}
<SENTENCE_END/>
%END%%END% (5.88e-01)
x (1.28e-01)
y (9.31e-02)
position (5.89e-02)
bounds (1.54e-02)
local (1.07e-02)
to (7.43e-03)
left (7.04e-03)
moved (5.94e-03)
center (4.43e-03)
<SENTENCE_START>
{
this
.
x
=
point
.
x
;
this
.
y
=
point
.
y
;
return
this
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
this
.
x
=
point
.
x
;
this
.
y
=
point
.
y
;
return
this
;
}
<SENTENCE_END/>
setsetset (9.86e-01)
translate (2.39e-03)
x (2.39e-03)
y (1.31e-03)
this (8.26e-04)
grow (2.60e-04)
reset (2.41e-04)
conjugate (2.19e-04)
center (1.85e-04)
add (1.69e-04)
<SENTENCE_START>
{
this
.
x
=
x
;
this
.
y
=
y
;
return
this
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
this
.
x
=
x
;
this
.
y
=
y
;
return
this
;
}
<SENTENCE_END/>
%END%%END% (7.42e-01)
x (8.42e-02)
y (5.42e-02)
position (3.34e-02)
left (8.96e-03)
local (7.54e-03)
bounds (5.01e-03)
bottom (4.82e-03)
90 (4.45e-03)
to (4.34e-03)
<SENTENCE_START>
{
this
.
x
=
x
;
this
.
y
=
y
;
return
this
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
this
.
x
=
x
;
this
.
y
=
y
;
return
this
;
}
<SENTENCE_END/>
compute,tagcomputeadd (1.01e-01)
get (9.49e-02)
to (5.99e-02)
mouse (4.93e-02)
move (4.32e-02)
hash (3.80e-02)
scale (2.59e-02)
%UNK% (2.54e-02)
length (2.33e-02)
draw (2.15e-02)
<SENTENCE_START>
{
return
(
(
(
long
)
(
y
+
y
offset
)
)
<<
y
shift
)
+
(
(
(
long
)
(
x
scale
*
x
)
)
+
x
offset
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
(
(
(
long
)
(
y
+
y
offset
)
)
<<
y
shift
)
+
(
(
(
long
)
(
x
scale
*
x
)
)
+
x
offset
)
;
}
<SENTENCE_END/>
tag%END% (8.98e-01)
all (9.30e-03)
array (7.60e-03)
and (6.80e-03)
to (4.43e-03)
y (3.46e-03)
x (3.34e-03)
at (3.32e-03)
long (3.28e-03)
offset (2.34e-03)
<SENTENCE_START>
{
return
(
(
(
long
)
(
y
+
y
offset
)
)
<<
y
shift
)
+
(
(
(
long
)
(
x
scale
*
x
)
)
+
x
offset
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
(
(
(
long
)
(
y
+
y
offset
)
)
<<
y
shift
)
+
(
(
(
long
)
(
x
scale
*
x
)
)
+
x
offset
)
;
}
<SENTENCE_END/>
%END%%END% (9.68e-01)
offset (2.68e-03)
all (2.66e-03)
y (1.63e-03)
and (1.59e-03)
x (1.32e-03)
scale (1.13e-03)
) (1.05e-03)
at (9.04e-04)
long (7.47e-04)
<SENTENCE_START>
{
return
(
(
(
long
)
(
y
+
y
offset
)
)
<<
y
shift
)
+
(
(
(
long
)
(
x
scale
*
x
)
)
+
x
offset
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
(
(
(
long
)
(
y
+
y
offset
)
)
<<
y
shift
)
+
(
(
(
long
)
(
x
scale
*
x
)
)
+
x
offset
)
;
}
<SENTENCE_END/>
compute,relative,tagcomputehash (2.90e-01)
add (1.91e-01)
get (5.40e-02)
put (4.19e-02)
contains (3.88e-02)
to (3.27e-02)
mouse (2.65e-02)
abs (2.49e-02)
set (1.21e-02)
len (1.16e-02)
<SENTENCE_START>
{
return
tag
+
(
y
<<
y
shift
)
+
(
x
<<
x
shift
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
tag
+
(
y
<<
y
shift
)
+
(
x
<<
x
shift
)
;
}
<SENTENCE_END/>
relative%END% (2.78e-01)
to (6.65e-02)
and (3.54e-02)
hash (2.67e-02)
y (2.42e-02)
x (2.29e-02)
%UNK% (2.07e-02)
array (1.54e-02)
clicked (1.21e-02)
ceil (1.08e-02)
<SENTENCE_START>
{
return
tag
+
(
y
<<
y
shift
)
+
(
x
<<
x
shift
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
tag
+
(
y
<<
y
shift
)
+
(
x
<<
x
shift
)
;
}
<SENTENCE_END/>
tag%END% (9.20e-01)
array (4.76e-03)
x (3.02e-03)
value (2.83e-03)
all (2.74e-03)
y (2.70e-03)
and (2.59e-03)
shift (1.94e-03)
to (1.76e-03)
at (1.67e-03)
<SENTENCE_START>
{
return
tag
+
(
y
<<
y
shift
)
+
(
x
<<
x
shift
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
tag
+
(
y
<<
y
shift
)
+
(
x
<<
x
shift
)
;
}
<SENTENCE_END/>
%END%%END% (9.51e-01)
x (6.05e-03)
y (3.68e-03)
shift (3.33e-03)
array (2.61e-03)
value (1.99e-03)
all (1.42e-03)
and (8.00e-04)
short (6.60e-04)
2 (6.55e-04)
<SENTENCE_START>
{
return
tag
+
(
y
<<
y
shift
)
+
(
x
<<
x
shift
)
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
tag
+
(
y
<<
y
shift
)
+
(
x
<<
x
shift
)
;
}
<SENTENCE_END/>
limit,capacitylimitmax (4.63e-01)
is (1.26e-01)
get (1.02e-01)
has (6.71e-02)
min (5.61e-02)
first (3.06e-02)
within (2.61e-02)
size (2.06e-02)
ensure (1.36e-02)
shrink (1.35e-02)
<SENTENCE_START>
{
return
max
count
!=
0
&&
capacity
>
max
count
?
max
count
:
capacity
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
max
count
!=
0
&&
capacity
>
max
count
?
max
count
:
capacity
;
}
<SENTENCE_END/>
capacitymax (9.21e-01)
%END% (3.87e-02)
count (1.27e-02)
min (6.23e-03)
size (4.71e-03)
first (1.61e-03)
return (1.43e-03)
minimum (1.24e-03)
height (1.00e-03)
within (8.93e-04)
<SENTENCE_START>
{
return
max
count
!=
0
&&
capacity
>
max
count
?
max
count
:
capacity
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
max
count
!=
0
&&
capacity
>
max
count
?
max
count
:
capacity
;
}
<SENTENCE_END/>
%END%%END% (5.49e-01)
count (3.83e-01)
max (3.17e-02)
capacity (4.70e-03)
value (1.96e-03)
size (1.10e-03)
min (1.03e-03)
height (7.80e-04)
valid (6.59e-04)
0 (5.59e-04)
<SENTENCE_START>
{
return
max
count
!=
0
&&
capacity
>
max
count
?
max
count
:
capacity
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
return
max
count
!=
0
&&
capacity
>
max
count
?
max
count
:
capacity
;
}
<SENTENCE_END/>
create,particlecreate%END% (4.11e-01)
allocate (8.01e-02)
add (6.01e-02)
get (5.62e-02)
resize (4.66e-02)
set (4.54e-02)
capacity (3.09e-02)
%UNK% (2.68e-02)
init (1.90e-02)
create (1.33e-02)
<SENTENCE_START>
{
if
(
m
count
>=
m
internal
allocated
capacity
)
{
int
capacity
=
m
count
!=
0
?
2
*
m
count
:
settings
.
min
particle
buffer
capacity
;
capacity
=
limit
capacity
(
capacity
,
m
max
count
)
;
capacity
=
limit
capacity
(
capacity
,
m
flags
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
position
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
velocity
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
color
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
user
data
buffer
.
user
supplied
capacity
)
;
if
(
m
internal
allocated
capacity
<
capacity
)
{
m
flags
buffer
.
data
=
reallocate
buffer
(
m
flags
buffer
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
position
buffer
.
data
=
reallocate
buffer
(
m
position
buffer
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
velocity
buffer
.
data
=
reallocate
buffer
(
m
velocity
buffer
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
accumulation
buffer
=
buffer
utils
.
reallocate
buffer
(
m
accumulation
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
accumulation
2
buffer
=
buffer
utils
.
reallocate
buffer
(
vec
2
.
class
,
m
accumulation
2
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
depth
buffer
=
buffer
utils
.
reallocate
buffer
(
m
depth
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
color
buffer
.
data
=
reallocate
buffer
(
m
color
buffer
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
group
buffer
=
buffer
utils
.
reallocate
buffer
(
particle
group
.
class
,
m
group
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
user
data
buffer
.
data
=
reallocate
buffer
(
m
user
data
buffer
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
internal
allocated
capacity
=
capacity
;
}
}
if
(
m
count
>=
m
internal
allocated
capacity
)
{
return
settings
.
invalid
particle
index
;
}
int
index
=
m
count
++
;
m
flags
buffer
.
data
[
index
]
=
def
.
flags
;
m
position
buffer
.
data
[
index
]
.
set
(
def
.
position
)
;
m
velocity
buffer
.
data
[
index
]
.
set
(
def
.
velocity
)
;
m
group
buffer
[
index
]
=
null
;
if
(
m
depth
buffer
!=
null
)
{
m
depth
buffer
[
index
]
=
0
;
}
if
(
m
color
buffer
.
data
!=
null
||
def
.
color
!=
null
)
{
m
color
buffer
.
data
=
request
particle
buffer
(
m
color
buffer
.
data
class
,
m
color
buffer
.
data
)
;
m
color
buffer
.
data
[
index
]
.
set
(
def
.
color
)
;
}
if
(
m
user
data
buffer
.
data
!=
null
||
def
.
user
data
!=
null
)
{
m
user
data
buffer
.
data
=
request
particle
buffer
(
m
user
data
buffer
.
data
class
,
m
user
data
buffer
.
data
)
;
m
user
data
buffer
.
data
[
index
]
=
def
.
user
data
;
}
if
(
m
proxy
count
>=
m
proxy
capacity
)
{
int
old
capacity
=
m
proxy
capacity
;
int
new
capacity
=
m
proxy
count
!=
0
?
2
*
m
proxy
count
:
settings
.
min
particle
buffer
capacity
;
m
proxy
buffer
=
buffer
utils
.
reallocate
buffer
(
proxy
.
class
,
m
proxy
buffer
,
old
capacity
,
new
capacity
)
;
m
proxy
capacity
=
new
capacity
;
}
m
proxy
buffer
[
m
proxy
count
++
]
.
index
=
index
;
return
index
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
if
(
m
count
>=
m
internal
allocated
capacity
)
{
int
capacity
=
m
count
!=
0
?
2
*
m
count
:
settings
.
min
particle
buffer
capacity
;
capacity
=
limit
capacity
(
capacity
,
m
max
count
)
;
capacity
=
limit
capacity
(
capacity
,
m
flags
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
position
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
velocity
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
color
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
user
data
buffer
.
user
supplied
capacity
)
;
if
(
m
internal
allocated
capacity
<
capacity
)
{
m
flags
buffer
.
data
=
reallocate
buffer
(
m
flags
buffer
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
position
buffer
.
data
=
reallocate
buffer
(
m
position
buffer
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
velocity
buffer
.
data
=
reallocate
buffer
(
m
velocity
buffer
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
accumulation
buffer
=
buffer
utils
.
reallocate
buffer
(
m
accumulation
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
accumulation
2
buffer
=
buffer
utils
.
reallocate
buffer
(
vec
2
.
class
,
m
accumulation
2
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
depth
buffer
=
buffer
utils
.
reallocate
buffer
(
m
depth
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
color
buffer
.
data
=
reallocate
buffer
(
m
color
buffer
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
group
buffer
=
buffer
utils
.
reallocate
buffer
(
particle
group
.
class
,
m
group
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
user
data
buffer
.
data
=
reallocate
buffer
(
m
user
data
buffer
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
internal
allocated
capacity
=
capacity
;
}
}
if
(
m
count
>=
m
internal
allocated
capacity
)
{
return
settings
.
invalid
particle
index
;
}
int
index
=
m
count
++
;
m
flags
buffer
.
data
[
index
]
=
def
.
flags
;
m
position
buffer
.
data
[
index
]
.
set
(
def
.
position
)
;
m
velocity
buffer
.
data
[
index
]
.
set
(
def
.
velocity
)
;
m
group
buffer
[
index
]
=
null
;
if
(
m
depth
buffer
!=
null
)
{
m
depth
buffer
[
index
]
=
0
;
}
if
(
m
color
buffer
.
data
!=
null
||
def
.
color
!=
null
)
{
m
color
buffer
.
data
=
request
particle
buffer
(
m
color
buffer
.
data
class
,
m
color
buffer
.
data
)
;
m
color
buffer
.
data
[
index
]
.
set
(
def
.
color
)
;
}
if
(
m
user
data
buffer
.
data
!=
null
||
def
.
user
data
!=
null
)
{
m
user
data
buffer
.
data
=
request
particle
buffer
(
m
user
data
buffer
.
data
class
,
m
user
data
buffer
.
data
)
;
m
user
data
buffer
.
data
[
index
]
=
def
.
user
data
;
}
if
(
m
proxy
count
>=
m
proxy
capacity
)
{
int
old
capacity
=
m
proxy
capacity
;
int
new
capacity
=
m
proxy
count
!=
0
?
2
*
m
proxy
count
:
settings
.
min
particle
buffer
capacity
;
m
proxy
buffer
=
buffer
utils
.
reallocate
buffer
(
proxy
.
class
,
m
proxy
buffer
,
old
capacity
,
new
capacity
)
;
m
proxy
capacity
=
new
capacity
;
}
m
proxy
buffer
[
m
proxy
count
++
]
.
index
=
index
;
return
index
;
}
<SENTENCE_END/>
particle%END% (7.53e-01)
capacity (2.17e-02)
buffer (2.08e-02)
m (1.39e-02)
allocate (7.97e-03)
user (7.21e-03)
internal (7.19e-03)
reallocate (7.14e-03)
allocated (7.11e-03)
data (5.95e-03)
<SENTENCE_START>
{
if
(
m
count
>=
m
internal
allocated
capacity
)
{
int
capacity
=
m
count
!=
0
?
2
*
m
count
:
settings
.
min
particle
buffer
capacity
;
capacity
=
limit
capacity
(
capacity
,
m
max
count
)
;
capacity
=
limit
capacity
(
capacity
,
m
flags
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
position
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
velocity
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
color
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
user
data
buffer
.
user
supplied
capacity
)
;
if
(
m
internal
allocated
capacity
<
capacity
)
{
m
flags
buffer
.
data
=
reallocate
buffer
(
m
flags
buffer
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
position
buffer
.
data
=
reallocate
buffer
(
m
position
buffer
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
velocity
buffer
.
data
=
reallocate
buffer
(
m
velocity
buffer
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
accumulation
buffer
=
buffer
utils
.
reallocate
buffer
(
m
accumulation
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
accumulation
2
buffer
=
buffer
utils
.
reallocate
buffer
(
vec
2
.
class
,
m
accumulation
2
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
depth
buffer
=
buffer
utils
.
reallocate
buffer
(
m
depth
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
color
buffer
.
data
=
reallocate
buffer
(
m
color
buffer
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
group
buffer
=
buffer
utils
.
reallocate
buffer
(
particle
group
.
class
,
m
group
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
user
data
buffer
.
data
=
reallocate
buffer
(
m
user
data
buffer
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
internal
allocated
capacity
=
capacity
;
}
}
if
(
m
count
>=
m
internal
allocated
capacity
)
{
return
settings
.
invalid
particle
index
;
}
int
index
=
m
count
++
;
m
flags
buffer
.
data
[
index
]
=
def
.
flags
;
m
position
buffer
.
data
[
index
]
.
set
(
def
.
position
)
;
m
velocity
buffer
.
data
[
index
]
.
set
(
def
.
velocity
)
;
m
group
buffer
[
index
]
=
null
;
if
(
m
depth
buffer
!=
null
)
{
m
depth
buffer
[
index
]
=
0
;
}
if
(
m
color
buffer
.
data
!=
null
||
def
.
color
!=
null
)
{
m
color
buffer
.
data
=
request
particle
buffer
(
m
color
buffer
.
data
class
,
m
color
buffer
.
data
)
;
m
color
buffer
.
data
[
index
]
.
set
(
def
.
color
)
;
}
if
(
m
user
data
buffer
.
data
!=
null
||
def
.
user
data
!=
null
)
{
m
user
data
buffer
.
data
=
request
particle
buffer
(
m
user
data
buffer
.
data
class
,
m
user
data
buffer
.
data
)
;
m
user
data
buffer
.
data
[
index
]
=
def
.
user
data
;
}
if
(
m
proxy
count
>=
m
proxy
capacity
)
{
int
old
capacity
=
m
proxy
capacity
;
int
new
capacity
=
m
proxy
count
!=
0
?
2
*
m
proxy
count
:
settings
.
min
particle
buffer
capacity
;
m
proxy
buffer
=
buffer
utils
.
reallocate
buffer
(
proxy
.
class
,
m
proxy
buffer
,
old
capacity
,
new
capacity
)
;
m
proxy
capacity
=
new
capacity
;
}
m
proxy
buffer
[
m
proxy
count
++
]
.
index
=
index
;
return
index
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
if
(
m
count
>=
m
internal
allocated
capacity
)
{
int
capacity
=
m
count
!=
0
?
2
*
m
count
:
settings
.
min
particle
buffer
capacity
;
capacity
=
limit
capacity
(
capacity
,
m
max
count
)
;
capacity
=
limit
capacity
(
capacity
,
m
flags
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
position
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
velocity
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
color
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
user
data
buffer
.
user
supplied
capacity
)
;
if
(
m
internal
allocated
capacity
<
capacity
)
{
m
flags
buffer
.
data
=
reallocate
buffer
(
m
flags
buffer
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
position
buffer
.
data
=
reallocate
buffer
(
m
position
buffer
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
velocity
buffer
.
data
=
reallocate
buffer
(
m
velocity
buffer
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
accumulation
buffer
=
buffer
utils
.
reallocate
buffer
(
m
accumulation
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
accumulation
2
buffer
=
buffer
utils
.
reallocate
buffer
(
vec
2
.
class
,
m
accumulation
2
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
depth
buffer
=
buffer
utils
.
reallocate
buffer
(
m
depth
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
color
buffer
.
data
=
reallocate
buffer
(
m
color
buffer
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
group
buffer
=
buffer
utils
.
reallocate
buffer
(
particle
group
.
class
,
m
group
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
user
data
buffer
.
data
=
reallocate
buffer
(
m
user
data
buffer
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
internal
allocated
capacity
=
capacity
;
}
}
if
(
m
count
>=
m
internal
allocated
capacity
)
{
return
settings
.
invalid
particle
index
;
}
int
index
=
m
count
++
;
m
flags
buffer
.
data
[
index
]
=
def
.
flags
;
m
position
buffer
.
data
[
index
]
.
set
(
def
.
position
)
;
m
velocity
buffer
.
data
[
index
]
.
set
(
def
.
velocity
)
;
m
group
buffer
[
index
]
=
null
;
if
(
m
depth
buffer
!=
null
)
{
m
depth
buffer
[
index
]
=
0
;
}
if
(
m
color
buffer
.
data
!=
null
||
def
.
color
!=
null
)
{
m
color
buffer
.
data
=
request
particle
buffer
(
m
color
buffer
.
data
class
,
m
color
buffer
.
data
)
;
m
color
buffer
.
data
[
index
]
.
set
(
def
.
color
)
;
}
if
(
m
user
data
buffer
.
data
!=
null
||
def
.
user
data
!=
null
)
{
m
user
data
buffer
.
data
=
request
particle
buffer
(
m
user
data
buffer
.
data
class
,
m
user
data
buffer
.
data
)
;
m
user
data
buffer
.
data
[
index
]
=
def
.
user
data
;
}
if
(
m
proxy
count
>=
m
proxy
capacity
)
{
int
old
capacity
=
m
proxy
capacity
;
int
new
capacity
=
m
proxy
count
!=
0
?
2
*
m
proxy
count
:
settings
.
min
particle
buffer
capacity
;
m
proxy
buffer
=
buffer
utils
.
reallocate
buffer
(
proxy
.
class
,
m
proxy
buffer
,
old
capacity
,
new
capacity
)
;
m
proxy
capacity
=
new
capacity
;
}
m
proxy
buffer
[
m
proxy
count
++
]
.
index
=
index
;
return
index
;
}
<SENTENCE_END/>
%END%%END% (7.95e-01)
buffer (2.84e-02)
capacity (1.91e-02)
m (1.22e-02)
data (7.22e-03)
particle (5.85e-03)
allocated (5.63e-03)
reallocate (4.95e-03)
user (4.77e-03)
index (3.59e-03)
<SENTENCE_START>
{
if
(
m
count
>=
m
internal
allocated
capacity
)
{
int
capacity
=
m
count
!=
0
?
2
*
m
count
:
settings
.
min
particle
buffer
capacity
;
capacity
=
limit
capacity
(
capacity
,
m
max
count
)
;
capacity
=
limit
capacity
(
capacity
,
m
flags
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
position
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
velocity
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
color
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
user
data
buffer
.
user
supplied
capacity
)
;
if
(
m
internal
allocated
capacity
<
capacity
)
{
m
flags
buffer
.
data
=
reallocate
buffer
(
m
flags
buffer
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
position
buffer
.
data
=
reallocate
buffer
(
m
position
buffer
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
velocity
buffer
.
data
=
reallocate
buffer
(
m
velocity
buffer
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
accumulation
buffer
=
buffer
utils
.
reallocate
buffer
(
m
accumulation
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
accumulation
2
buffer
=
buffer
utils
.
reallocate
buffer
(
vec
2
.
class
,
m
accumulation
2
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
depth
buffer
=
buffer
utils
.
reallocate
buffer
(
m
depth
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
color
buffer
.
data
=
reallocate
buffer
(
m
color
buffer
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
group
buffer
=
buffer
utils
.
reallocate
buffer
(
particle
group
.
class
,
m
group
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
user
data
buffer
.
data
=
reallocate
buffer
(
m
user
data
buffer
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
internal
allocated
capacity
=
capacity
;
}
}
if
(
m
count
>=
m
internal
allocated
capacity
)
{
return
settings
.
invalid
particle
index
;
}
int
index
=
m
count
++
;
m
flags
buffer
.
data
[
index
]
=
def
.
flags
;
m
position
buffer
.
data
[
index
]
.
set
(
def
.
position
)
;
m
velocity
buffer
.
data
[
index
]
.
set
(
def
.
velocity
)
;
m
group
buffer
[
index
]
=
null
;
if
(
m
depth
buffer
!=
null
)
{
m
depth
buffer
[
index
]
=
0
;
}
if
(
m
color
buffer
.
data
!=
null
||
def
.
color
!=
null
)
{
m
color
buffer
.
data
=
request
particle
buffer
(
m
color
buffer
.
data
class
,
m
color
buffer
.
data
)
;
m
color
buffer
.
data
[
index
]
.
set
(
def
.
color
)
;
}
if
(
m
user
data
buffer
.
data
!=
null
||
def
.
user
data
!=
null
)
{
m
user
data
buffer
.
data
=
request
particle
buffer
(
m
user
data
buffer
.
data
class
,
m
user
data
buffer
.
data
)
;
m
user
data
buffer
.
data
[
index
]
=
def
.
user
data
;
}
if
(
m
proxy
count
>=
m
proxy
capacity
)
{
int
old
capacity
=
m
proxy
capacity
;
int
new
capacity
=
m
proxy
count
!=
0
?
2
*
m
proxy
count
:
settings
.
min
particle
buffer
capacity
;
m
proxy
buffer
=
buffer
utils
.
reallocate
buffer
(
proxy
.
class
,
m
proxy
buffer
,
old
capacity
,
new
capacity
)
;
m
proxy
capacity
=
new
capacity
;
}
m
proxy
buffer
[
m
proxy
count
++
]
.
index
=
index
;
return
index
;
}
<SENTENCE_END/>
<SENTENCE_START>
{
if
(
m
count
>=
m
internal
allocated
capacity
)
{
int
capacity
=
m
count
!=
0
?
2
*
m
count
:
settings
.
min
particle
buffer
capacity
;
capacity
=
limit
capacity
(
capacity
,
m
max
count
)
;
capacity
=
limit
capacity
(
capacity
,
m
flags
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
position
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
velocity
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
color
buffer
.
user
supplied
capacity
)
;
capacity
=
limit
capacity
(
capacity
,
m
user
data
buffer
.
user
supplied
capacity
)
;
if
(
m
internal
allocated
capacity
<
capacity
)
{
m
flags
buffer
.
data
=
reallocate
buffer
(
m
flags
buffer
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
position
buffer
.
data
=
reallocate
buffer
(
m
position
buffer
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
velocity
buffer
.
data
=
reallocate
buffer
(
m
velocity
buffer
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
accumulation
buffer
=
buffer
utils
.
reallocate
buffer
(
m
accumulation
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
accumulation
2
buffer
=
buffer
utils
.
reallocate
buffer
(
vec
2
.
class
,
m
accumulation
2
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
depth
buffer
=
buffer
utils
.
reallocate
buffer
(
m
depth
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
color
buffer
.
data
=
reallocate
buffer
(
m
color
buffer
,
m
internal
allocated
capacity
,
capacity
,
true
)
;
m
group
buffer
=
buffer
utils
.
reallocate
buffer
(
particle
group
.
class
,
m
group
buffer
,
0
,
m
internal
allocated
capacity
,
capacity
,
false
)
;
m
user
data
buffer
.
data
=
reallocate
buffer
(
m
user
data
buffer
,
m
internal
allocated
capacity
,
capacity
,