VimGolfForgot to follow the naming convention...
Rename everything like MY_VAR_SOMETHING to MyVarSomething.
Start file
int WaterAdder::OnTimer(Universe u)
{
const int MY_VAR_TYPE_ID = Universe::TYPE_ID_PLANETARY_SYSTEM;
Universe::Object MY_VAR_SUN_TEMPLATE;
this->InitializeTheSun(MY_VAR_SUN_TEMPLATE);
// auto & MY_VAR_BRIGHT_STAR = ptheir_->StarClass("G2V");
// Fails after some time passes in u:
// Assert(Universe::IsElement(MY_VAR_SUN_TEMPLATE, MY_VAR_BRIGHT_STAR));
// Just to doublecheck.
Assert(MY_VARIANT(ptheir_->OTHER_GUYS_VAR).IsEqual(MY_VAR_SUN_TEMPLATE));
// TODO: initialize MY_VAR_EARTH_TEMPLATE
Universe::TYPE_ID_INFO<MY_VAR_TYPE_ID>::Type MY_VAR_SOLAR_SYSTEM_TEMPLATE();
MY_VAR_SOLAR_SYSTEM_TEMPLATE.Add({MY_VAR_SUN_TEMPLATE,
ptheir_->THEIR_VAR_MERCURY, ptheir_->THEIR_VAR_VENUS,
MY_VAR_EARTH_TEMPLATE});
Universe::TYPE_ID_INFO<MY_VAR_TYPE_ID>::Type *MY_VAR_SOLAR_SYSTEM =
u.SearchByTemplate<MY_VAR_TYPE_ID>(MY_VAR_SOLAR_SYSTEM_TEMPLATE);
Assert(MY_VARIABLE_CHECK(MY_VAR_SOLAR_SYSTEM));
auto & MY_VAR_SUN = MY_VAR_SOLAR_SYSTEM->GetStar(0);
auto MY_VAR_MASS = MY_VAR_SUN.GetMass();
auto MY_VAR_DIST = Universe::Quantity::Meters(MY_VAR_MASS.InKg() * 1e-20);
Universe::Quantity::VELOCITY_T::Type v;
Assert(GeneralRelativity::GetOrbitalVelocity(u, MY_VAR_MASS,
MY_VAR_DIST, &v));
auto MY_VAR_VELOCITY = vector4<Universe::Quantity::TYPE_SPEED::Type>::From3(
GeneralRelativity::c, rnd.UnitVector3() * v);
vector3 MY_VAR_POSITION = GeneralRelativity::RegularizedShift(u,
MY_VAR_SUN.GetPos(), rnd.UnitVector3(), MY_VAR_DIST);
auto MY_VAR_WATER_MASS = std::max( MY_VAR_MASS * 4e-17,
Universe::Quantity::Kg(63311*1.0e9));
// Let the fun begin.
WaterAdder::AddWater(u, MY_VAR_WATER_MASS, MY_VAR_POSITION, MY_VAR_VELOCITY);
WaterAdder::SetTimer(Universe::Quantity::Second());
}
// TODO: Don't use long variable names like
// MY_VAR_SOLAR_SYSTEM_TEMPLATE_CHECKER_FOR_WATER_ADDER
End file
int WaterAdder::OnTimer(Universe u)
{
const int MyVarTypeId = Universe::TYPE_ID_PLANETARY_SYSTEM;
Universe::Object MyVarSunTemplate;
this->InitializeTheSun(MyVarSunTemplate);
// auto & MyVarBrightStar = ptheir_->StarClass("G2V");
// Fails after some time passes in u:
// Assert(Universe::IsElement(MyVarSunTemplate, MyVarBrightStar));
// Just to doublecheck.
Assert(MY_VARIANT(ptheir_->OTHER_GUYS_VAR).IsEqual(MyVarSunTemplate));
// TODO: initialize MyVarEarthTemplate
Universe::TYPE_ID_INFO<MyVarTypeId>::Type MyVarSolarSystemTemplate();
MyVarSolarSystemTemplate.Add({MyVarSunTemplate,
ptheir_->THEIR_VAR_MERCURY, ptheir_->THEIR_VAR_VENUS,
MyVarEarthTemplate});
Universe::TYPE_ID_INFO<MyVarTypeId>::Type *MyVarSolarSystem =
u.SearchByTemplate<MyVarTypeId>(MyVarSolarSystemTemplate);
Assert(MY_VARIABLE_CHECK(MyVarSolarSystem));
auto & MyVarSun = MyVarSolarSystem->GetStar(0);
auto MyVarMass = MyVarSun.GetMass();
auto MyVarDist = Universe::Quantity::Meters(MyVarMass.InKg() * 1e-20);
Universe::Quantity::VELOCITY_T::Type v;
Assert(GeneralRelativity::GetOrbitalVelocity(u, MyVarMass,
MyVarDist, &v));
auto MyVarVelocity = vector4<Universe::Quantity::TYPE_SPEED::Type>::From3(
GeneralRelativity::c, rnd.UnitVector3() * v);
vector3 MyVarPosition = GeneralRelativity::RegularizedShift(u,
MyVarSun.GetPos(), rnd.UnitVector3(), MyVarDist);
auto MyVarWaterMass = std::max( MyVarMass * 4e-17,
Universe::Quantity::Kg(63311*1.0e9));
// Let the fun begin.
WaterAdder::AddWater(u, MyVarWaterMass, MyVarPosition, MyVarVelocity);
WaterAdder::SetTimer(Universe::Quantity::Second());
}
// TODO: Don't use long variable names like
// MyVarSolarSystemTemplateCheckerForWaterAdder
View Diff
3,5c3,5
< const int MY_VAR_TYPE_ID = Universe::TYPE_ID_PLANETARY_SYSTEM;
< Universe::Object MY_VAR_SUN_TEMPLATE;
< this->InitializeTheSun(MY_VAR_SUN_TEMPLATE);
---
> const int MyVarTypeId = Universe::TYPE_ID_PLANETARY_SYSTEM;
> Universe::Object MyVarSunTemplate;
> this->InitializeTheSun(MyVarSunTemplate);
7c7
< // auto & MY_VAR_BRIGHT_STAR = ptheir_->StarClass("G2V");
---
> // auto & MyVarBrightStar = ptheir_->StarClass("G2V");
9c9
< // Assert(Universe::IsElement(MY_VAR_SUN_TEMPLATE, MY_VAR_BRIGHT_STAR));
---
> // Assert(Universe::IsElement(MyVarSunTemplate, MyVarBrightStar));
12c12
< Assert(MY_VARIANT(ptheir_->OTHER_GUYS_VAR).IsEqual(MY_VAR_SUN_TEMPLATE));
---
> Assert(MY_VARIANT(ptheir_->OTHER_GUYS_VAR).IsEqual(MyVarSunTemplate));
14c14
< // TODO: initialize MY_VAR_EARTH_TEMPLATE
---
> // TODO: initialize MyVarEarthTemplate
16,17c16,17
< Universe::TYPE_ID_INFO<MY_VAR_TYPE_ID>::Type MY_VAR_SOLAR_SYSTEM_TEMPLATE();
< MY_VAR_SOLAR_SYSTEM_TEMPLATE.Add({MY_VAR_SUN_TEMPLATE,
---
> Universe::TYPE_ID_INFO<MyVarTypeId>::Type MyVarSolarSystemTemplate();
> MyVarSolarSystemTemplate.Add({MyVarSunTemplate,
19c19
< MY_VAR_EARTH_TEMPLATE});
---
> MyVarEarthTemplate});
21,23c21,23
< Universe::TYPE_ID_INFO<MY_VAR_TYPE_ID>::Type *MY_VAR_SOLAR_SYSTEM =
< u.SearchByTemplate<MY_VAR_TYPE_ID>(MY_VAR_SOLAR_SYSTEM_TEMPLATE);
< Assert(MY_VARIABLE_CHECK(MY_VAR_SOLAR_SYSTEM));
---
> Universe::TYPE_ID_INFO<MyVarTypeId>::Type *MyVarSolarSystem =
> u.SearchByTemplate<MyVarTypeId>(MyVarSolarSystemTemplate);
> Assert(MY_VARIABLE_CHECK(MyVarSolarSystem));
25,27c25,27
< auto & MY_VAR_SUN = MY_VAR_SOLAR_SYSTEM->GetStar(0);
< auto MY_VAR_MASS = MY_VAR_SUN.GetMass();
< auto MY_VAR_DIST = Universe::Quantity::Meters(MY_VAR_MASS.InKg() * 1e-20);
---
> auto & MyVarSun = MyVarSolarSystem->GetStar(0);
> auto MyVarMass = MyVarSun.GetMass();
> auto MyVarDist = Universe::Quantity::Meters(MyVarMass.InKg() * 1e-20);
29,31c29,31
< Assert(GeneralRelativity::GetOrbitalVelocity(u, MY_VAR_MASS,
< MY_VAR_DIST, &v));
< auto MY_VAR_VELOCITY = vector4<Universe::Quantity::TYPE_SPEED::Type>::From3(
---
> Assert(GeneralRelativity::GetOrbitalVelocity(u, MyVarMass,
> MyVarDist, &v));
> auto MyVarVelocity = vector4<Universe::Quantity::TYPE_SPEED::Type>::From3(
33,35c33,35
< vector3 MY_VAR_POSITION = GeneralRelativity::RegularizedShift(u,
< MY_VAR_SUN.GetPos(), rnd.UnitVector3(), MY_VAR_DIST);
< auto MY_VAR_WATER_MASS = std::max( MY_VAR_MASS * 4e-17,
---
> vector3 MyVarPosition = GeneralRelativity::RegularizedShift(u,
> MyVarSun.GetPos(), rnd.UnitVector3(), MyVarDist);
> auto MyVarWaterMass = std::max( MyVarMass * 4e-17,
39c39
< WaterAdder::AddWater(u, MY_VAR_WATER_MASS, MY_VAR_POSITION, MY_VAR_VELOCITY);
---
> WaterAdder::AddWater(u, MyVarWaterMass, MyVarPosition, MyVarVelocity);
44c44
< // MY_VAR_SOLAR_SYSTEM_TEMPLATE_CHECKER_FOR_WATER_ADDER
---
> // MyVarSolarSystemTemplateCheckerForWaterAdder
Solutions
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#16 Robert Goeddel / @f0rdpr3fect - Score: 49 - 11/11/15 @ 23:55
:%s/M\(Y_VAR_\h\+\)/M\L\1/g<CR>:%s/_\(\l\)/\u\1/g<CR>ZZ
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