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enaml_like_benchmark.cpp
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enaml_like_benchmark.cpp
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/*-----------------------------------------------------------------------------
| Copyright (c) 2020, Nucleic Development Team.
|
| Distributed under the terms of the Modified BSD License.
|
| The full license is in the file LICENSE, distributed with this software.
|----------------------------------------------------------------------------*/
// Time updating an EditVariable in a set of constraints typical of enaml use.
#define ANKERL_NANOBENCH_IMPLEMENT
#include "nanobench.h"
#define AM_IMPLEMENTATION
#include "amoeba.h"
void build_solver(am_Solver* S, am_Var* width, am_Var* height)
{
// Create custom strength
am_Num mmedium = AM_MEDIUM * 1.25;
am_Num smedium = AM_MEDIUM * 100;
// Create the variable
am_Var *left = am_newvariable(S);
am_Var *top = am_newvariable(S);
am_Var *contents_top = am_newvariable(S);
am_Var *contents_bottom = am_newvariable(S);
am_Var *contents_left = am_newvariable(S);
am_Var *contents_right = am_newvariable(S);
am_Var *midline = am_newvariable(S);
am_Var *ctleft = am_newvariable(S);
am_Var *ctheight = am_newvariable(S);
am_Var *cttop = am_newvariable(S);
am_Var *ctwidth = am_newvariable(S);
am_Var *lb1left = am_newvariable(S);
am_Var *lb1height = am_newvariable(S);
am_Var *lb1top = am_newvariable(S);
am_Var *lb1width = am_newvariable(S);
am_Var *lb2left = am_newvariable(S);
am_Var *lb2height = am_newvariable(S);
am_Var *lb2top = am_newvariable(S);
am_Var *lb2width = am_newvariable(S);
am_Var *lb3left = am_newvariable(S);
am_Var *lb3height = am_newvariable(S);
am_Var *lb3top = am_newvariable(S);
am_Var *lb3width = am_newvariable(S);
am_Var *fl1left = am_newvariable(S);
am_Var *fl1height = am_newvariable(S);
am_Var *fl1top = am_newvariable(S);
am_Var *fl1width = am_newvariable(S);
am_Var *fl2left = am_newvariable(S);
am_Var *fl2height = am_newvariable(S);
am_Var *fl2top = am_newvariable(S);
am_Var *fl2width = am_newvariable(S);
am_Var *fl3left = am_newvariable(S);
am_Var *fl3height = am_newvariable(S);
am_Var *fl3top = am_newvariable(S);
am_Var *fl3width = am_newvariable(S);
// Add the edit variables
am_addedit(width, AM_STRONG);
am_addedit(height, AM_STRONG);
// Add the constraints
const
struct Info {
struct Item {
am_Var *var;
am_Num mul;
} term[5];
am_Num constant;
int relation;
am_Num strength;
} constraints[] = {
{ {{left}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{height}}, 0, AM_EQUAL, AM_MEDIUM },
{ {{top}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{width}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{height}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{top,-1},{contents_top}}, -10, AM_EQUAL, AM_REQUIRED },
{ {{lb3height}}, -16, AM_EQUAL, AM_STRONG },
{ {{lb3height}}, -16, AM_GREATEQUAL, AM_STRONG },
{ {{ctleft}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{cttop}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{ctwidth}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{ctheight}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{fl3left}}, 0, AM_GREATEQUAL, AM_REQUIRED },
{ {{ctheight}}, -24, AM_GREATEQUAL, smedium },
{ {{ctwidth}}, -1.67772e+07, AM_LESSEQUAL, smedium },
{ {{ctheight}}, -24, AM_LESSEQUAL, smedium },
{ {{fl3top}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{fl3width}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{fl3height}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb1width}}, -67, AM_EQUAL, AM_WEAK },
{ {{lb2width}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb2height}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{fl2height}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb3left}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{fl2width}}, -125, AM_GREATEQUAL, AM_STRONG },
{ {{fl2height}}, -21, AM_EQUAL, AM_STRONG },
{ {{fl2height}}, -21, AM_GREATEQUAL, AM_STRONG },
{ {{lb3top}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb3width}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb1left}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{fl1width}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb1width}}, -67, AM_GREATEQUAL, AM_STRONG },
{ {{fl2left}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb2width}}, -66, AM_EQUAL, AM_WEAK },
{ {{lb2width}}, -66, AM_GREATEQUAL, AM_STRONG },
{ {{lb2height}}, -16, AM_EQUAL, AM_STRONG },
{ {{fl1height}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{fl1top}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb2top}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb2top,-1},{lb3top},{lb2height,-1}}, -10, AM_EQUAL, mmedium },
{ {{lb3top,-1},{lb3height,-1},{fl3top}}, -10, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb3top,-1},{lb3height,-1},{fl3top}}, -10, AM_EQUAL, mmedium },
{ {{contents_bottom},{fl3height,-1},{fl3top,-1}}, -0, AM_EQUAL, mmedium },
{ {{fl1top},{contents_top,-1}}, 0, AM_GREATEQUAL, AM_REQUIRED },
{ {{fl1top},{contents_top,-1}}, 0, AM_EQUAL, mmedium },
{ {{contents_bottom},{fl3height,-1},{fl3top,-1}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{left,-1},{width,-1},{contents_right}}, 10, AM_EQUAL, AM_REQUIRED },
{ {{top,-1},{height,-1},{contents_bottom}}, 10, AM_EQUAL, AM_REQUIRED },
{ {{left,-1},{contents_left}}, -10, AM_EQUAL, AM_REQUIRED },
{ {{lb3left},{contents_left,-1}}, 0, AM_EQUAL, mmedium },
{ {{fl1left},{midline,-1}}, 0, AM_EQUAL, AM_STRONG },
{ {{fl2left},{midline,-1}}, 0, AM_EQUAL, AM_STRONG },
{ {{ctleft},{midline,-1}}, 0, AM_EQUAL, AM_STRONG },
{ {{fl1top},{fl1height,0.5},{lb1top,-1},{lb1height,-0.5}}, 0, AM_EQUAL, AM_STRONG },
{ {{lb1left},{contents_left,-1}}, 0, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb1left},{contents_left,-1}}, 0, AM_EQUAL, mmedium },
{ {{lb1left,-1},{fl1left},{lb1width,-1}}, -10, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb1left,-1},{fl1left},{lb1width,-1}}, -10, AM_EQUAL, mmedium },
{ {{fl1left,-1},{contents_right},{fl1width,-1}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{width}}, 0, AM_EQUAL, AM_MEDIUM },
{ {{fl1top,-1},{fl2top},{fl1height,-1}}, -10, AM_GREATEQUAL, AM_REQUIRED },
{ {{fl1top,-1},{fl2top},{fl1height,-1}}, -10, AM_EQUAL, mmedium },
{ {{cttop},{fl2top,-1},{fl2height,-1}}, -10, AM_GREATEQUAL, AM_REQUIRED },
{ {{ctheight,-1},{cttop,-1},{fl3top}}, -10, AM_GREATEQUAL, AM_REQUIRED },
{ {{contents_bottom},{fl3height,-1},{fl3top,-1}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{cttop},{fl2top,-1},{fl2height,-1}}, -10, AM_EQUAL, mmedium },
{ {{fl1left,-1},{contents_right},{fl1width,-1}}, -0, AM_EQUAL, mmedium },
{ {{lb2top,-1},{lb2height,-0.5},{fl2top},{fl2height,0.5}}, 0, AM_EQUAL, AM_STRONG },
{ {{contents_left,-1},{lb2left}}, 0, AM_GREATEQUAL, AM_REQUIRED },
{ {{contents_left,-1},{lb2left}}, 0, AM_EQUAL, mmedium },
{ {{fl2left},{lb2width,-1},{lb2left,-1}}, -10, AM_GREATEQUAL, AM_REQUIRED },
{ {{ctheight,-1},{cttop,-1},{fl3top}}, -10, AM_EQUAL, mmedium },
{ {{contents_bottom},{fl3height,-1},{fl3top,-1}}, -0, AM_EQUAL, mmedium },
{ {{lb1top}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb1width}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb1height}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{fl2left},{lb2width,-1},{lb2left,-1}}, -10, AM_EQUAL, mmedium },
{ {{fl2left,-1},{fl2width,-1},{contents_right}}, -0, AM_EQUAL, mmedium },
{ {{fl2left,-1},{fl2width,-1},{contents_right}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb3left},{contents_left,-1}}, 0, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb1left}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{ctheight,0.5},{cttop},{lb3top,-1},{lb3height,-0.5}}, 0, AM_EQUAL, AM_STRONG },
{ {{ctleft},{lb3left,-1},{lb3width,-1}}, -10, AM_GREATEQUAL, AM_REQUIRED },
{ {{ctwidth,-1},{ctleft,-1},{contents_right}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{ctleft},{lb3left,-1},{lb3width,-1}}, -10, AM_EQUAL, mmedium },
{ {{fl3left},{contents_left,-1}}, 0, AM_GREATEQUAL, AM_REQUIRED },
{ {{fl3left},{contents_left,-1}}, 0, AM_EQUAL, mmedium },
{ {{ctwidth,-1},{ctleft,-1},{contents_right}}, -0, AM_EQUAL, mmedium },
{ {{fl3left,-1},{contents_right},{fl3width,-1}}, -0, AM_EQUAL, mmedium },
{ {{contents_top,-1},{lb1top}}, 0, AM_GREATEQUAL, AM_REQUIRED },
{ {{contents_top,-1},{lb1top}}, 0, AM_EQUAL, mmedium },
{ {{fl3left,-1},{contents_right},{fl3width,-1}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb2top},{lb1top,-1},{lb1height,-1}}, -10, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb2top,-1},{lb3top},{lb2height,-1}}, -10, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb2top},{lb1top,-1},{lb1height,-1}}, -10, AM_EQUAL, mmedium },
{ {{fl1height}}, -21, AM_EQUAL, AM_STRONG },
{ {{fl1height}}, -21, AM_GREATEQUAL, AM_STRONG },
{ {{lb2left}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb2height}}, -16, AM_GREATEQUAL, AM_STRONG },
{ {{fl2top}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{fl2width}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{lb1height}}, -16, AM_GREATEQUAL, AM_STRONG },
{ {{lb1height}}, -16, AM_EQUAL, AM_STRONG },
{ {{fl3width}}, -125, AM_GREATEQUAL, AM_STRONG },
{ {{fl3height}}, -21, AM_EQUAL, AM_STRONG },
{ {{fl3height}}, -21, AM_GREATEQUAL, AM_STRONG },
{ {{lb3height}}, -0, AM_GREATEQUAL, AM_REQUIRED },
{ {{ctwidth}}, -119, AM_GREATEQUAL, smedium },
{ {{lb3width}}, -24, AM_EQUAL, AM_WEAK },
{ {{lb3width}}, -24, AM_GREATEQUAL, AM_STRONG },
{ {{fl1width}}, -125, AM_GREATEQUAL, AM_STRONG },
};
for (const auto& constraint : constraints) {
am_Constraint *c = am_newconstraint(S, constraint.strength);
for (auto* p = constraint.term; p->var; ++p) {
am_addterm(c, p->var, p->mul ? p->mul : 1);
}
am_addconstant(c, constraint.constant);
am_setrelation(c, constraint.relation);
int r = am_add(c);
assert(r == AM_OK);
}
}
int main()
{
ankerl::nanobench::Bench().minEpochIterations(10).run("building solver", [&] {
am_Solver *S = am_newsolver(NULL, NULL);
am_Var *width = am_newvariable(S);
am_Var *height = am_newvariable(S);
build_solver(S, width, height);
ankerl::nanobench::doNotOptimizeAway(S); //< prevent the compiler to optimize away the S
am_delsolver(S);
});
struct Size
{
int width;
int height;
};
Size sizes[] = {
{ 400, 600 },
{ 600, 400 },
{ 800, 1200 },
{ 1200, 800 },
{ 400, 800 },
{ 800, 400 }
};
am_Solver *S = am_newsolver(NULL, NULL);
am_Var *widthVar = am_newvariable(S);
am_Var *heightVar = am_newvariable(S);
build_solver(S, widthVar, heightVar);
for (const Size& size : sizes)
{
am_Num width = size.width;
am_Num height = size.height;
ankerl::nanobench::Bench().minEpochIterations(100).run("suggest value " + std::to_string(size.width) + "x" + std::to_string(size.height), [&] {
am_suggest(widthVar, width);
am_suggest(heightVar, height);
am_updatevars(S);
});
}
am_delsolver(S);
return 0;
}
// cc: flags+='-O2 -std=c++11'