From d66ad4d3c9f73b32b01a82d4a433497c6ad77cdb Mon Sep 17 00:00:00 2001 From: irrevion Date: Sat, 25 Nov 2023 02:26:05 +0400 Subject: [PATCH] comply composer --- .gitignore | 2 + README.md | 2 + composer.json | 23 + .../irrevion/science => dev}/autoloader.php | 0 {lab => dev/use-cases}/test_complex.php | 254 ++-- {lab => dev/use-cases}/test_complexpolar.php | 706 ++++++------ {lab => dev/use-cases}/test_fraction.php | 318 ++--- {lab => dev/use-cases}/test_imaginary.php | 68 +- {lab => dev/use-cases}/test_math.php | 340 +++--- {lab => dev/use-cases}/test_matrix.php | 0 {lab => dev/use-cases}/test_physics.php | 0 .../use-cases}/test_physics_electron.php | 0 {lab => dev/use-cases}/test_scalar.php | 160 +-- {lab => dev/use-cases}/test_vector.php | 468 ++++---- .../science => src}/Geometry/Shapes/Shape.php | 32 +- .../Math/Branches/BaseMath.php | 546 ++++----- .../Math/Branches/LinearAlgebra.php | 0 .../Math/Branches/MathAnalysis.php | 0 .../Math/Branches/Statistics.php | 0 .../science => src}/Math/Entities/Complex.php | 410 +++---- .../Math/Entities/ComplexPolar.php | 448 ++++---- .../science => src}/Math/Entities/Entity.php | 0 .../Math/Entities/Fraction.php | 0 .../Math/Entities/Imaginary.php | 0 .../science => src}/Math/Entities/Scalar.php | 0 .../science => src}/Math/Entities/Vector.php | 1020 ++++++++--------- .../irrevion/science => src}/Math/Math.php | 176 +-- .../Math/Operations/Delegator.php | 152 +-- .../Math/Transformations/Matrix.php | 0 .../Math/Transformations/Transformation.php | 0 .../science => src}/Physics/Branches/Mech.php | 0 .../science => src}/Physics/Branches/QCD.php | 0 .../science => src}/Physics/Branches/QED.php | 0 .../science => src}/Physics/Branches/QFT.php | 0 .../Physics/Branches/Quantum.php | 0 .../Physics/Branches/Relativity.php | 30 +- .../Physics/Entities/Particles/Electron.php | 48 +- .../Physics/Entities/Quantity.php | 78 +- .../science => src}/Physics/Physics.php | 0 .../science => src}/Physics/Unit/CGS.php | 36 +- .../Physics/Unit/Categories.php | 0 .../Physics/Unit/Entities/AbAmpere.php | 0 .../Physics/Unit/Entities/Ampere.php | 0 .../Physics/Unit/Entities/Angle.php | 0 .../Unit/Entities/AstronomicalUnit.php | 0 .../Physics/Unit/Entities/Brightness.php | 0 .../Physics/Unit/Entities/CGS.php | 0 .../Physics/Unit/Entities/Candela.php | 0 .../Physics/Unit/Entities/Celsius.php | 0 .../Physics/Unit/Entities/Degree.php | 0 .../Physics/Unit/Entities/ElectricCurrent.php | 0 .../Physics/Unit/Entities/ElectricTension.php | 0 .../Physics/Unit/Entities/ElectronMass.php | 0 .../Physics/Unit/Entities/ElectronVolt.php | 2 +- .../Physics/Unit/Entities/Energy.php | 0 .../Physics/Unit/Entities/Fahrenheit.php | 0 .../Physics/Unit/Entities/IAU.php | 0 .../Physics/Unit/Entities/Imperial.php | 0 .../Physics/Unit/Entities/Joule.php | 0 .../Physics/Unit/Entities/Kelvin.php | 0 .../Physics/Unit/Entities/Kilogram.php | 0 .../Physics/Unit/Entities/Length.php | 0 .../Physics/Unit/Entities/LightYear.php | 0 .../Unit/Entities/LuminousIntensity.php | 0 .../Physics/Unit/Entities/Mass.php | 0 .../Physics/Unit/Entities/Metre.php | 0 .../Physics/Unit/Entities/Mole.php | 0 .../Physics/Unit/Entities/Nit.php | 0 .../Physics/Unit/Entities/NonStandard.php | 0 .../Physics/Unit/Entities/Parsec.php | 0 .../Physics/Unit/Entities/Planck.php | 0 .../Physics/Unit/Entities/PlanckLength.php | 0 .../Physics/Unit/Entities/PlanckTime.php | 0 .../Physics/Unit/Entities/Pound.php | 0 .../Physics/Unit/Entities/Radian.php | 0 .../Physics/Unit/Entities/Rankine.php | 0 .../Physics/Unit/Entities/SI.php | 0 .../Physics/Unit/Entities/Second.php | 0 .../Physics/Unit/Entities/SolarMass.php | 0 .../Physics/Unit/Entities/StatAmpere.php | 0 .../Physics/Unit/Entities/StatVolt.php | 0 .../Physics/Unit/Entities/Stilb.php | 0 .../Physics/Unit/Entities/SubstanceAmount.php | 0 .../Physics/Unit/Entities/Temperature.php | 0 .../Physics/Unit/Entities/Time.php | 0 .../Physics/Unit/Entities/USC.php | 0 .../Physics/Unit/Entities/UnitInterface.php | 0 .../Physics/Unit/Entities/Volt.php | 0 .../Physics/Unit/Entities/Year.php | 0 .../science => src}/Physics/Unit/IAU.php | 40 +- .../science => src}/Physics/Unit/Imperial.php | 30 +- .../science => src}/Physics/Unit/Natural.php | 0 .../Physics/Unit/NonStandard.php | 0 .../science => src}/Physics/Unit/Planck.php | 0 .../science => src}/Physics/Unit/SI.php | 0 .../Physics/Unit/SystemInterface.php | 12 +- .../science => src}/Physics/Unit/Systems.php | 0 .../science => src}/Physics/Unit/USC.php | 30 +- 98 files changed, 2727 insertions(+), 2704 deletions(-) create mode 100644 .gitignore create mode 100644 README.md create mode 100644 composer.json rename {vendor/irrevion/science => dev}/autoloader.php (100%) rename {lab => dev/use-cases}/test_complex.php (95%) rename {lab => dev/use-cases}/test_complexpolar.php (95%) rename {lab => dev/use-cases}/test_fraction.php (95%) rename {lab => dev/use-cases}/test_imaginary.php (56%) rename {lab => dev/use-cases}/test_math.php (95%) rename {lab => dev/use-cases}/test_matrix.php (100%) rename {lab => dev/use-cases}/test_physics.php (100%) rename {lab => dev/use-cases}/test_physics_electron.php (100%) rename {lab => dev/use-cases}/test_scalar.php (94%) rename {lab => dev/use-cases}/test_vector.php (96%) rename {vendor/irrevion/science => src}/Geometry/Shapes/Shape.php (97%) rename {vendor/irrevion/science => src}/Math/Branches/BaseMath.php (95%) rename {vendor/irrevion/science => src}/Math/Branches/LinearAlgebra.php (100%) rename {vendor/irrevion/science => src}/Math/Branches/MathAnalysis.php (100%) rename {vendor/irrevion/science => src}/Math/Branches/Statistics.php (100%) rename {vendor/irrevion/science => src}/Math/Entities/Complex.php (96%) rename {vendor/irrevion/science => src}/Math/Entities/ComplexPolar.php (97%) rename {vendor/irrevion/science => src}/Math/Entities/Entity.php (100%) rename {vendor/irrevion/science => src}/Math/Entities/Fraction.php (100%) rename {vendor/irrevion/science => src}/Math/Entities/Imaginary.php (100%) rename {vendor/irrevion/science => src}/Math/Entities/Scalar.php (100%) rename {vendor/irrevion/science => src}/Math/Entities/Vector.php (96%) rename {vendor/irrevion/science => src}/Math/Math.php (96%) rename {vendor/irrevion/science => src}/Math/Operations/Delegator.php (97%) rename {vendor/irrevion/science => src}/Math/Transformations/Matrix.php (100%) rename {vendor/irrevion/science => src}/Math/Transformations/Transformation.php (100%) rename {vendor/irrevion/science => src}/Physics/Branches/Mech.php (100%) rename {vendor/irrevion/science => src}/Physics/Branches/QCD.php (100%) rename {vendor/irrevion/science => src}/Physics/Branches/QED.php (100%) rename {vendor/irrevion/science => src}/Physics/Branches/QFT.php (100%) rename {vendor/irrevion/science => src}/Physics/Branches/Quantum.php (100%) rename {vendor/irrevion/science => src}/Physics/Branches/Relativity.php (97%) rename {vendor/irrevion/science => src}/Physics/Entities/Particles/Electron.php (98%) rename {vendor/irrevion/science => src}/Physics/Entities/Quantity.php (95%) rename {vendor/irrevion/science => src}/Physics/Physics.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/CGS.php (96%) rename {vendor/irrevion/science => src}/Physics/Unit/Categories.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/AbAmpere.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Ampere.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Angle.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/AstronomicalUnit.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Brightness.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/CGS.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Candela.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Celsius.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Degree.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/ElectricCurrent.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/ElectricTension.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/ElectronMass.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/ElectronVolt.php (96%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Energy.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Fahrenheit.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/IAU.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Imperial.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Joule.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Kelvin.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Kilogram.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Length.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/LightYear.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/LuminousIntensity.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Mass.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Metre.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Mole.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Nit.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/NonStandard.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Parsec.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Planck.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/PlanckLength.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/PlanckTime.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Pound.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Radian.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Rankine.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/SI.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Second.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/SolarMass.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/StatAmpere.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/StatVolt.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Stilb.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/SubstanceAmount.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Temperature.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Time.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/USC.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/UnitInterface.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Volt.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Entities/Year.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/IAU.php (96%) rename {vendor/irrevion/science => src}/Physics/Unit/Imperial.php (95%) rename {vendor/irrevion/science => src}/Physics/Unit/Natural.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/NonStandard.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/Planck.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/SI.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/SystemInterface.php (94%) rename {vendor/irrevion/science => src}/Physics/Unit/Systems.php (100%) rename {vendor/irrevion/science => src}/Physics/Unit/USC.php (95%) diff --git a/.gitignore b/.gitignore new file mode 100644 index 0000000..9a1419d --- /dev/null +++ b/.gitignore @@ -0,0 +1,2 @@ +.trash/ +/vendor/ diff --git a/README.md b/README.md new file mode 100644 index 0000000..6a427fb --- /dev/null +++ b/README.md @@ -0,0 +1,2 @@ +# science +PHP library for extended mathematical operations diff --git a/composer.json b/composer.json new file mode 100644 index 0000000..94f6e06 --- /dev/null +++ b/composer.json @@ -0,0 +1,23 @@ +{ + "name": "irrevion/science", + "description": "PHP library for extended mathematical operations", + "type": "library", + "version": "0.0.1", + "license": "MIT", + "homepage": "https://github.com/irrevion/science/", + "autoload": { + "psr-4": { + "irrevion\\science\\": "src/" + } + }, + "authors": [ + { + "name": "Valentin Belousov", + "email": "irrevion@gmail.com" + } + ], + "minimum-stability": "dev", + "require": { + "php": ">=8", + }, +} diff --git a/vendor/irrevion/science/autoloader.php b/dev/autoloader.php similarity index 100% rename from vendor/irrevion/science/autoloader.php rename to dev/autoloader.php diff --git a/lab/test_complex.php b/dev/use-cases/test_complex.php similarity index 95% rename from lab/test_complex.php rename to dev/use-cases/test_complex.php index 66b782e..a500de5 100644 --- a/lab/test_complex.php +++ b/dev/use-cases/test_complex.php @@ -1,127 +1,127 @@ - - -
-real}, imaginary is {$x->imaginary}\n");
-print("Type of x is ".($x::class)."\n");
-unset($x);
-?>
-
-
-
-
-
-add($y);
-print("{$x} + {$y} is {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $y, $z);
-?>
-
-add($y);
-print("{$x} + {$y} is {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $y, $z);
-?>
-
-invert();
-$y = $x->negative();
-print("{$x} inverted is {$y} === {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $y, $z);
-?>
-
-subtract($y);
-print("{$x} - {$y} is {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $y, $z);
-?>
-
-subtract($y);
-print("{$x} - {$y} is {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $y, $z);
-?>
-
-negative();
-$z1 = $x->abs();
-$z2 = $y->abs();
-print("{$x} and {$y} absolutes is {$z1} and {$z2}\n");
-print("Type of z1 is ".($z1::class)."\n");
-unset($x, $y, $z1, $z2);
-?>
-
-multiply($y);
-print("{$x} * {$y} is {$z}\n");
-print("Type of z is ".Delegator::getType($z)."\n");
-unset($x, $y, $z);
-?>
-
-divide($y);
-print("{$x} / {$y} is {$z}\n");
-print("Type of z is ".Delegator::getType($z)."\n");
-unset($x, $y, $z);
-?>
-
-divide($y);
-print("{$x} / {$y} is {$z}\n");
-print("Type of z is ".Delegator::getType($z)."\n");
-unset($x, $y, $z);
-?>
-
-divide($y);
-print("{$x} / {$y} is {$z}\n");
-print("Type of z is ".Delegator::getType($z)."\n");
-unset($x, $y, $z);
-?>
-
+ + +
+real}, imaginary is {$x->imaginary}\n");
+print("Type of x is ".($x::class)."\n");
+unset($x);
+?>
+
+
+
+
+
+add($y);
+print("{$x} + {$y} is {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $y, $z);
+?>
+
+add($y);
+print("{$x} + {$y} is {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $y, $z);
+?>
+
+invert();
+$y = $x->negative();
+print("{$x} inverted is {$y} === {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $y, $z);
+?>
+
+subtract($y);
+print("{$x} - {$y} is {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $y, $z);
+?>
+
+subtract($y);
+print("{$x} - {$y} is {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $y, $z);
+?>
+
+negative();
+$z1 = $x->abs();
+$z2 = $y->abs();
+print("{$x} and {$y} absolutes is {$z1} and {$z2}\n");
+print("Type of z1 is ".($z1::class)."\n");
+unset($x, $y, $z1, $z2);
+?>
+
+multiply($y);
+print("{$x} * {$y} is {$z}\n");
+print("Type of z is ".Delegator::getType($z)."\n");
+unset($x, $y, $z);
+?>
+
+divide($y);
+print("{$x} / {$y} is {$z}\n");
+print("Type of z is ".Delegator::getType($z)."\n");
+unset($x, $y, $z);
+?>
+
+divide($y);
+print("{$x} / {$y} is {$z}\n");
+print("Type of z is ".Delegator::getType($z)."\n");
+unset($x, $y, $z);
+?>
+
+divide($y);
+print("{$x} / {$y} is {$z}\n");
+print("Type of z is ".Delegator::getType($z)."\n");
+unset($x, $y, $z);
+?>
+
diff --git a/lab/test_complexpolar.php b/dev/use-cases/test_complexpolar.php similarity index 95% rename from lab/test_complexpolar.php rename to dev/use-cases/test_complexpolar.php index 6d68ff6..220a6ed 100644 --- a/lab/test_complexpolar.php +++ b/dev/use-cases/test_complexpolar.php @@ -1,353 +1,353 @@ - - -
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-toPolar();
-print("{$x} ".($x::class)." became {$y} ".($y::class)."\n");
-unset($x, $y);
-?>
-
-add($y);
-print "$x + $y = $z (".$z::class.")\n";
-$a = $x->toPolar();
-$b = $y->toPolar();
-$c = $a->add($b);
-print "$a + $b = $c (".$c::class.")\n";
-$i = $a->toRectangular();
-$j = $b->toRectangular();
-$k = $c->toRectangular();
-print "Restored as: $i + $j = $k (".$c::class.")\n";
-?>
-
-add($y);
-print "$x + $y = $z (".$z::class.")\n";
-$a = $x->toPolar();
-$b = $y->toPolar();
-$c = $a->add($b);
-print "$a + $b = $c (".$c::class.")\n";
-$i = $a->toRectangular();
-$j = $b->toRectangular();
-$k = $c->toRectangular();
-print "Restored as: $i + $j = $k (".$c::class.")\n";
-?>
-
-add($y);
-print "$x + $y = $z (".$z::class.")\n";
-$a = $x->toPolar();
-$b = $y->toPolar();
-$c = $a->add($b);
-print "$a + $b = $c (".$c::class.")\n";
-$i = $a->toRectangular();
-$j = $b->toRectangular();
-$k = $c->toRectangular();
-print "Restored as: $i + $j = $k (".$c::class.")\n";
-?>
-
-add($y);
-print "$x + $y = $z (".$z::class.")\n";
-$a = $x->toPolar();
-$b = $y->toPolar();
-$c = $a->add($b);
-print "$a + $b = $c (".$c::class.")\n";
-$i = $a->toRectangular();
-$j = $b->toRectangular();
-$k = $c->toRectangular();
-print "Restored as: $i + $j = $k (".$c::class.")\n";
-?>
-
-add($y);
-print "$x + $y = $z (".$z::class.")\n";
-$a = $x->toPolar();
-$b = $y->toPolar();
-$c = $a->add($b);
-print "$a + $b = $c (".$c::class.")\n";
-$i = $a->toRectangular();
-$j = $b->toRectangular();
-$k = $c->toRectangular();
-print "Restored as: $i + $j = $k (".$c::class.")\n";
-?>
-
-add($y);
-print "$x + $y = $z (".$z::class.")\n";
-$a = $x->toPolar();
-$b = $y->toPolar();
-$c = $a->add($b);
-print "$a + $b = $c (".$c::class.")\n";
-$i = $a->toRectangular();
-$j = $b->toRectangular();
-$k = $c->toRectangular();
-print "Restored as: $i + $j = $k (".$c::class.")\n";
-?>
-
-add($y);
-print "$x + $y = $z (".$z::class.")\n";
-$a = $x->toPolar();
-$b = $y->toPolar();
-$c = $a->add($b);
-print "$a + $b = $c (".$c::class.")\n";
-$i = $a->toRectangular();
-$j = $b->toRectangular();
-$k = $c->toRectangular();
-print "Restored as: $i + $j = $k (".$c::class.")\n";
-?>
-
-subtract($y);
-print "$x - $y = $z (".$z::class.")\n";
-$a = $x->toPolar();
-$b = $y->toPolar();
-$c = $a->subtract($b);
-print "$a - $b = $c (".$c::class.")\n";
-$i = $a->toRectangular();
-$j = $b->toRectangular();
-$k = $c->toRectangular();
-print "Restored as: $i - $j = $k (".$c::class.")\n";
-?>
-
-subtract($y);
-print "$x - $y = $z (".$z::class.")\n";
-$a = $x->toPolar();
-$b = $y->toPolar();
-$c = $a->subtract($b);
-print "$a - $b = $c (".$c::class.")\n";
-$i = $a->toRectangular();
-$j = $b->toRectangular();
-$k = $c->toRectangular();
-print "Restored as: $i - $j = $k (".$c::class.")\n";
-?>
-
-subtract($y);
-print "$x - $y = $z (".$z::class.")\n";
-$a = $x->toPolar();
-$b = $y->toPolar();
-$c = $a->subtract($b);
-print "$a - $b = $c (".$c::class.")\n";
-$i = $a->toRectangular();
-$j = $b->toRectangular();
-$k = $c->toRectangular();
-print "Restored as: $i - $j = $k (".$c::class.")\n";
-?>
-
-multiply($y);
-print "$x * $y = $z (".$z::class.")\n";
-$a = $x->toPolar();
-$b = $y->toPolar();
-$c = $a->multiply($b);
-print "$a * $b = $c (".$c::class.")\n";
-$i = $a->toRectangular();
-$j = $b->toRectangular();
-$k = $c->toRectangular();
-print "Restored as: $i * $j = $k (".$c::class.")\n";
-?>
-
-multiply($y);
-print "$x * $y = $z (".$z::class.")\n";
-$a = $x->toPolar();
-$b = $y->toPolar();
-$c = $a->multiply($b);
-print "$a * $b = $c (".$c::class.")\n";
-$i = $a->toRectangular();
-$j = $b->toRectangular();
-$k = $c->toRectangular();
-print "Restored as: $i * $j = $k (".$c::class.")\n";
-?>
-
-multiply($y);
-print "$x * $y = $z (".$z::class.")\n";
-$a = $x->toPolar();
-$b = $y->toPolar();
-$c = $a->multiply($b);
-print "$a * $b = $c (".$c::class.")\n";
-$i = $a->toRectangular();
-$j = $b->toRectangular();
-$k = $c->toRectangular();
-print "Restored as: $i * $j = $k (".$c::class.")\n";
-?>
-
-divide($y);
-print "$x / $y = $z (".$z::class.")\n";
-$a = $x->toPolar();
-$b = $y->toPolar();
-$c = $a->divide($b);
-print "$a / $b = $c (".$c::class.")\n";
-$i = $a->toRectangular();
-$j = $b->toRectangular();
-$k = $c->toRectangular();
-print "Restored as: $i / $j = $k (".$c::class.")\n";
-?>
-
-divide($y);
-print "$x / $y = $z (".$z::class.")\n";
-$a = $x->toPolar();
-$b = $y->toPolar();
-$c = $a->divide($b);
-print "$a / $b = $c (".$c::class.")\n";
-$i = $a->toRectangular();
-$j = $b->toRectangular();
-$k = $c->toRectangular();
-print "Restored as: $i / $j = $k (".$c::class.")\n";
-?>
-
-divide($y);
-print "$x / $y = $z (".$z::class.")\n";
-$a = $x->toPolar();
-$b = $y->toPolar();
-$c = $a->divide($b);
-print "$a / $b = $c (".$c::class.")\n";
-$i = $a->toRectangular();
-$j = $b->toRectangular();
-$k = $c->toRectangular();
-print "Restored as: $i / $j = $k (".$c::class.")\n";
-?>
-
-divide($y);
-print "$x / $y = $z (".$z::class.")\n";
-$a = $x->toPolar();
-$b = $y->toPolar();
-$c = $a->divide($b);
-print "$a / $b = $c (".$c::class.")\n";
-$i = $a->toRectangular();
-$j = $b->toRectangular();
-$k = $c->toRectangular();
-print "Restored as: $i / $j = $k (".$c::class.")\n";
-?>
-
-divide($y);
-print "$x / $y = $z (".$z::class.")\n";
-$a = $x->toPolar();
-$b = $y->toPolar();
-$c = $a->divide($b);
-print "$a / $b = $c (".$c::class.")\n";
-$i = $a->toRectangular();
-$j = $b->toRectangular();
-$k = $c->toRectangular();
-print "Restored as: $i / $j = $k (".$c::class.")\n";
-?>
-
+ + +
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+toPolar();
+print("{$x} ".($x::class)." became {$y} ".($y::class)."\n");
+unset($x, $y);
+?>
+
+add($y);
+print "$x + $y = $z (".$z::class.")\n";
+$a = $x->toPolar();
+$b = $y->toPolar();
+$c = $a->add($b);
+print "$a + $b = $c (".$c::class.")\n";
+$i = $a->toRectangular();
+$j = $b->toRectangular();
+$k = $c->toRectangular();
+print "Restored as: $i + $j = $k (".$c::class.")\n";
+?>
+
+add($y);
+print "$x + $y = $z (".$z::class.")\n";
+$a = $x->toPolar();
+$b = $y->toPolar();
+$c = $a->add($b);
+print "$a + $b = $c (".$c::class.")\n";
+$i = $a->toRectangular();
+$j = $b->toRectangular();
+$k = $c->toRectangular();
+print "Restored as: $i + $j = $k (".$c::class.")\n";
+?>
+
+add($y);
+print "$x + $y = $z (".$z::class.")\n";
+$a = $x->toPolar();
+$b = $y->toPolar();
+$c = $a->add($b);
+print "$a + $b = $c (".$c::class.")\n";
+$i = $a->toRectangular();
+$j = $b->toRectangular();
+$k = $c->toRectangular();
+print "Restored as: $i + $j = $k (".$c::class.")\n";
+?>
+
+add($y);
+print "$x + $y = $z (".$z::class.")\n";
+$a = $x->toPolar();
+$b = $y->toPolar();
+$c = $a->add($b);
+print "$a + $b = $c (".$c::class.")\n";
+$i = $a->toRectangular();
+$j = $b->toRectangular();
+$k = $c->toRectangular();
+print "Restored as: $i + $j = $k (".$c::class.")\n";
+?>
+
+add($y);
+print "$x + $y = $z (".$z::class.")\n";
+$a = $x->toPolar();
+$b = $y->toPolar();
+$c = $a->add($b);
+print "$a + $b = $c (".$c::class.")\n";
+$i = $a->toRectangular();
+$j = $b->toRectangular();
+$k = $c->toRectangular();
+print "Restored as: $i + $j = $k (".$c::class.")\n";
+?>
+
+add($y);
+print "$x + $y = $z (".$z::class.")\n";
+$a = $x->toPolar();
+$b = $y->toPolar();
+$c = $a->add($b);
+print "$a + $b = $c (".$c::class.")\n";
+$i = $a->toRectangular();
+$j = $b->toRectangular();
+$k = $c->toRectangular();
+print "Restored as: $i + $j = $k (".$c::class.")\n";
+?>
+
+add($y);
+print "$x + $y = $z (".$z::class.")\n";
+$a = $x->toPolar();
+$b = $y->toPolar();
+$c = $a->add($b);
+print "$a + $b = $c (".$c::class.")\n";
+$i = $a->toRectangular();
+$j = $b->toRectangular();
+$k = $c->toRectangular();
+print "Restored as: $i + $j = $k (".$c::class.")\n";
+?>
+
+subtract($y);
+print "$x - $y = $z (".$z::class.")\n";
+$a = $x->toPolar();
+$b = $y->toPolar();
+$c = $a->subtract($b);
+print "$a - $b = $c (".$c::class.")\n";
+$i = $a->toRectangular();
+$j = $b->toRectangular();
+$k = $c->toRectangular();
+print "Restored as: $i - $j = $k (".$c::class.")\n";
+?>
+
+subtract($y);
+print "$x - $y = $z (".$z::class.")\n";
+$a = $x->toPolar();
+$b = $y->toPolar();
+$c = $a->subtract($b);
+print "$a - $b = $c (".$c::class.")\n";
+$i = $a->toRectangular();
+$j = $b->toRectangular();
+$k = $c->toRectangular();
+print "Restored as: $i - $j = $k (".$c::class.")\n";
+?>
+
+subtract($y);
+print "$x - $y = $z (".$z::class.")\n";
+$a = $x->toPolar();
+$b = $y->toPolar();
+$c = $a->subtract($b);
+print "$a - $b = $c (".$c::class.")\n";
+$i = $a->toRectangular();
+$j = $b->toRectangular();
+$k = $c->toRectangular();
+print "Restored as: $i - $j = $k (".$c::class.")\n";
+?>
+
+multiply($y);
+print "$x * $y = $z (".$z::class.")\n";
+$a = $x->toPolar();
+$b = $y->toPolar();
+$c = $a->multiply($b);
+print "$a * $b = $c (".$c::class.")\n";
+$i = $a->toRectangular();
+$j = $b->toRectangular();
+$k = $c->toRectangular();
+print "Restored as: $i * $j = $k (".$c::class.")\n";
+?>
+
+multiply($y);
+print "$x * $y = $z (".$z::class.")\n";
+$a = $x->toPolar();
+$b = $y->toPolar();
+$c = $a->multiply($b);
+print "$a * $b = $c (".$c::class.")\n";
+$i = $a->toRectangular();
+$j = $b->toRectangular();
+$k = $c->toRectangular();
+print "Restored as: $i * $j = $k (".$c::class.")\n";
+?>
+
+multiply($y);
+print "$x * $y = $z (".$z::class.")\n";
+$a = $x->toPolar();
+$b = $y->toPolar();
+$c = $a->multiply($b);
+print "$a * $b = $c (".$c::class.")\n";
+$i = $a->toRectangular();
+$j = $b->toRectangular();
+$k = $c->toRectangular();
+print "Restored as: $i * $j = $k (".$c::class.")\n";
+?>
+
+divide($y);
+print "$x / $y = $z (".$z::class.")\n";
+$a = $x->toPolar();
+$b = $y->toPolar();
+$c = $a->divide($b);
+print "$a / $b = $c (".$c::class.")\n";
+$i = $a->toRectangular();
+$j = $b->toRectangular();
+$k = $c->toRectangular();
+print "Restored as: $i / $j = $k (".$c::class.")\n";
+?>
+
+divide($y);
+print "$x / $y = $z (".$z::class.")\n";
+$a = $x->toPolar();
+$b = $y->toPolar();
+$c = $a->divide($b);
+print "$a / $b = $c (".$c::class.")\n";
+$i = $a->toRectangular();
+$j = $b->toRectangular();
+$k = $c->toRectangular();
+print "Restored as: $i / $j = $k (".$c::class.")\n";
+?>
+
+divide($y);
+print "$x / $y = $z (".$z::class.")\n";
+$a = $x->toPolar();
+$b = $y->toPolar();
+$c = $a->divide($b);
+print "$a / $b = $c (".$c::class.")\n";
+$i = $a->toRectangular();
+$j = $b->toRectangular();
+$k = $c->toRectangular();
+print "Restored as: $i / $j = $k (".$c::class.")\n";
+?>
+
+divide($y);
+print "$x / $y = $z (".$z::class.")\n";
+$a = $x->toPolar();
+$b = $y->toPolar();
+$c = $a->divide($b);
+print "$a / $b = $c (".$c::class.")\n";
+$i = $a->toRectangular();
+$j = $b->toRectangular();
+$k = $c->toRectangular();
+print "Restored as: $i / $j = $k (".$c::class.")\n";
+?>
+
+divide($y);
+print "$x / $y = $z (".$z::class.")\n";
+$a = $x->toPolar();
+$b = $y->toPolar();
+$c = $a->divide($b);
+print "$a / $b = $c (".$c::class.")\n";
+$i = $a->toRectangular();
+$j = $b->toRectangular();
+$k = $c->toRectangular();
+print "Restored as: $i / $j = $k (".$c::class.")\n";
+?>
+
diff --git a/lab/test_fraction.php b/dev/use-cases/test_fraction.php similarity index 95% rename from lab/test_fraction.php rename to dev/use-cases/test_fraction.php index e8d8411..4e08f1e 100644 --- a/lab/test_fraction.php +++ b/dev/use-cases/test_fraction.php @@ -1,160 +1,160 @@ - - -
-
-
-
-
-
-
-
-
-getMessage()."\n";
-}
-?>
-
-getMessage()."\n";
-}
-?>
-
-getMessage()."\n";
-}
-?>
-
-add($y);
-print("{$x} + {$y} is {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $y, $z);
-?>
-
-subtract($y);
-print("{$x} - {$y} is {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $y, $z);
-?>
-
-negative();
-print("-72/123 ( {$x} ) negative is {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $z);
-?>
-
-negative();
-print("15/-35 ( {$x} ) negative is {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $z);
-?>
-
-negative();
-print("-21/-77 ( {$x} ) negative is {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $z);
-?>
-
-reciprocal();
-print("22/-33 ( {$x} ) reciprocal is {$z}\n");
-$y = new Fraction("22/-33");
-print("22/-33 ( {$y} )\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $z);
-?>
-
-multiply($y);
-print("{$x} * {$y} is {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $y, $z);
-?>
-
-multiply($y);
-print("{$x} * {$y} is {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $y, $z);
-?>
-
-divide($y);
-print("{$x} / {$y} is {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $y, $z);
-?>
-
-divide($y);
-print("{$x} / {$y} is {$z} = ".$z->toNumber()."\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $y, $z);
-?>
+
+
+
+
+
+
+
+
+
+
+
+getMessage()."\n";
+}
+?>
+
+getMessage()."\n";
+}
+?>
+
+getMessage()."\n";
+}
+?>
+
+add($y);
+print("{$x} + {$y} is {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $y, $z);
+?>
+
+subtract($y);
+print("{$x} - {$y} is {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $y, $z);
+?>
+
+negative();
+print("-72/123 ( {$x} ) negative is {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $z);
+?>
+
+negative();
+print("15/-35 ( {$x} ) negative is {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $z);
+?>
+
+negative();
+print("-21/-77 ( {$x} ) negative is {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $z);
+?>
+
+reciprocal();
+print("22/-33 ( {$x} ) reciprocal is {$z}\n");
+$y = new Fraction("22/-33");
+print("22/-33 ( {$y} )\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $z);
+?>
+
+multiply($y);
+print("{$x} * {$y} is {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $y, $z);
+?>
+
+multiply($y);
+print("{$x} * {$y} is {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $y, $z);
+?>
+
+divide($y);
+print("{$x} / {$y} is {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $y, $z);
+?>
+
+divide($y);
+print("{$x} / {$y} is {$z} = ".$z->toNumber()."\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $y, $z);
+?>
 

\ No newline at end of file
diff --git a/lab/test_imaginary.php b/dev/use-cases/test_imaginary.php
similarity index 56%
rename from lab/test_imaginary.php
rename to dev/use-cases/test_imaginary.php
index e2f726c..2aac5e7 100644
--- a/lab/test_imaginary.php
+++ b/dev/use-cases/test_imaginary.php
@@ -1,36 +1,32 @@
-
-
-
-
-
-add($y);
-print("{$x} + {$y} is {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $y, $z);
-?>
-
-
-

+
+
+
+
+
+add($y);
+print("{$x} + {$y} is {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $y, $z);
+?>
+
+
+

diff --git a/lab/test_math.php b/dev/use-cases/test_math.php
similarity index 95%
rename from lab/test_math.php
rename to dev/use-cases/test_math.php
index 9e4929b..6459687 100644
--- a/lab/test_math.php
+++ b/dev/use-cases/test_math.php
@@ -1,170 +1,170 @@
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-add($y);
-print "{$z}\n";
-print("Type of z is ".($z::class)."\n");
-unset($x, $z);
-?>
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-

+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+add($y);
+print "{$z}\n";
+print("Type of z is ".($z::class)."\n");
+unset($x, $z);
+?>
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+

diff --git a/lab/test_matrix.php b/dev/use-cases/test_matrix.php
similarity index 100%
rename from lab/test_matrix.php
rename to dev/use-cases/test_matrix.php
diff --git a/lab/test_physics.php b/dev/use-cases/test_physics.php
similarity index 100%
rename from lab/test_physics.php
rename to dev/use-cases/test_physics.php
diff --git a/lab/test_physics_electron.php b/dev/use-cases/test_physics_electron.php
similarity index 100%
rename from lab/test_physics_electron.php
rename to dev/use-cases/test_physics_electron.php
diff --git a/lab/test_scalar.php b/dev/use-cases/test_scalar.php
similarity index 94%
rename from lab/test_scalar.php
rename to dev/use-cases/test_scalar.php
index f906baa..614058e 100644
--- a/lab/test_scalar.php
+++ b/dev/use-cases/test_scalar.php
@@ -1,80 +1,80 @@
-
-
-
-
-
-invert();
-print("Inverted x is {$x}\n");
-print("Type of x is ".($x::class)."\n");
-unset($x);
-?>
-
-multiply($y);
-print("{$x} * {$y} is {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $y, $z);
-?>
-
-multiply($y);
-print("{$x} * {$y} is {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $y, $z);
-?>
-
-divide($y);
-print("{$x} / {$y} is {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $y, $z);
-?>
-
-add($y);
-print("{$x} + {$y} is {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $y, $z);
-?>
-
-subtract($y);
-print("{$x} - {$y} is {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $y, $z);
-?>
-
-multiply($y);
-print("{$x} * {$y} is {$z}\n");
-print("Type of z is ".($z::class)."\n");
-unset($x, $y, $z);
-?>
-

+
+
+
+
+
+invert();
+print("Inverted x is {$x}\n");
+print("Type of x is ".($x::class)."\n");
+unset($x);
+?>
+
+multiply($y);
+print("{$x} * {$y} is {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $y, $z);
+?>
+
+multiply($y);
+print("{$x} * {$y} is {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $y, $z);
+?>
+
+divide($y);
+print("{$x} / {$y} is {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $y, $z);
+?>
+
+add($y);
+print("{$x} + {$y} is {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $y, $z);
+?>
+
+subtract($y);
+print("{$x} - {$y} is {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $y, $z);
+?>
+
+multiply($y);
+print("{$x} * {$y} is {$z}\n");
+print("Type of z is ".($z::class)."\n");
+unset($x, $y, $z);
+?>
+

diff --git a/lab/test_vector.php b/dev/use-cases/test_vector.php
similarity index 96%
rename from lab/test_vector.php
rename to dev/use-cases/test_vector.php
index 0a48ba2..366219f 100644
--- a/lab/test_vector.php
+++ b/dev/use-cases/test_vector.php
@@ -1,234 +1,234 @@
-
-
-
-inner_type}\n");
-unset($x);
-?>
-
-inner_type}\n");
-$y = new Vector([7, 6, 5, 4, 3]);
-$z = $x->multiply($y);
-print("Type of z $z is ".($z::class)." of {$z->inner_type}\n");
-$u = $z->multiply(new Imaginary(-1));
-print("Type of u $u is ".($u::class)." of {$u->inner_type}\n");
-unset($x);
-?>
-
-inner_type}\n");
-	unset($x);
-} catch (\Error $e) {
-	print "Error: new Vector('kapusta') -> ".$e->getMessage()."\n";
-} */
-?>
-
-inner_type}\n");
-	unset($x);
-} catch (\Error $e) {
-	print "Error: new Vector(['k', 'a', 'p', 'u', 's', 't', 'a']) -> ".$e->getMessage()."\n";
-} */
-?>
-
-inner_type}\n");
-	var_dump($x->value);
-	unset($x);
-} catch (\Error $e) {
-	print "Error: new Vector(['k', 'a', 'p', 'u', 's', 't', 'a'], 'string') -> ".$e->getMessage()."\n";
-} */
-?>
-
-inner_type}\n");
-	var_dump($x->value);
-	unset($x);
-} catch (\Error $e) {
-	print "Error: new Vector(['k', 'a', 'p', 'u', 's', 't', 'a'], 'float') -> ".$e->getMessage()."\n";
-} catch (\ReflectionException $e) {
-	print "Error: new Vector(['k', 'a', 'p', 'u', 's', 't', 'a'], 'float') -> ".$e->getMessage()."\n";
-} */
-?>
-
-inner_type}\n");
-	var_dump($x->value);
-	unset($x);
-} catch (\Error $e) {
-	print "Error: new Vector([73, 82, 995], 'irrevion\science\Math\Entities\Complex') -> ".$e->getMessage()."\n";
-} catch (\ReflectionException $e) {
-	print "Error: new Vector([73, 82, 995], 'irrevion\science\Math\Entities\Complex') -> ".$e->getMessage()."\n";
-} */
-?>
-
-dotProduct($y);
-print "$x ∙ $y = $z (".$z::class.")\n";
-?>
-
-dotProduct($y);
-print "$x ∙ $y = $z (".$z::class.")\n";
-?>
-
-dotProduct($y);
-print "$x ∙ $y = $z (".$z::class.")\n";
-?>
-
- 2, 'imaginary' => -4],
-	['real' => 7, 'imaginary' => 5],
-], 'irrevion\science\Math\Entities\Complex');
-$y = new Vector([
-	['real' => 1, 'imaginary' => 3],
-	['real' => -2, 'imaginary' => 346.33],
-], 'irrevion\science\Math\Entities\Complex');
-$z = $x->dotProduct($y);
-print "$x ∙ $y = $z (".$z::class.")\n";
-?>
-
-dot($y);
-print "$x ∙ $y = $z (".$z::class.")\n";
-?>
-
-multiply($y);
-print "$x * $y = $z (type ".$z::class." of {$x->inner_type})\n";
-$z = $z->divide($y);
-print "/ $y = $z (type ".$z::class." of {$x->inner_type})\n";
-?>
-
-multiply($y);
-print "$x * $y = $z (type ".$z::class." of {$x->inner_type})\n";
-?>
-
-k($y);
-print "$x * $y = $z (type ".$z::class." of {$x->inner_type})\n";
-?>
-
-multiply($y);
-print "$x * $y = $z (type ".$z::class." of {$x->inner_type})\n";
-?>
-
-multiply($y);
-print "$x * $y = $z (type ".$z::class." of {$x->inner_type})\n";
-?>
-
-x($y);
-print "$x ⨯ $y = $z (type ".$z::class." of {$x->inner_type})\n";
-?>
-
-vectorProduct($y);
-print "$x ⨯ $y = $z (type ".$z::class." of {$x->inner_type})\n";
-?>
-
-vectorProduct($y);
-print "$x ⨯ $y = $z (type ".$z::class." of {$x->inner_type})\n";
-?>
-
-vectorProduct($y);
-print "$x ⨯ $y = $z (type ".$z::class." of {$x->inner_type})\n";
-?>
-
-vectorProduct($y);
-print "$x ⨯ $y = $z (type ".$z::class." of {$z->inner_type})\n";
-$z = $x->dot($y);
-print "$x ∙ $y = $z (type ".$z::class.")\n";
-$z = $x->multiplyElementwise($y);
-print "$x * $y = $z (type ".$z::class." of {$z->inner_type})\n";
-?>
-
-vectorProduct($y);
-print "$x ⨯ $y = $z (type ".$z::class." of {$z->inner_type})\n";
-$z = $x->dot($y);
-print "$x ∙ $y = $z (type ".$z::class.")\n";
-$z = $x->multiplyElementwise($y);
-print "$x * $y = $z (type ".$z::class." of {$z->inner_type})\n";
-print $x->magnitude()." * ".$y->magnitude()." = ".$z->magnitude()." (type ".$z::class." of {$z->inner_type})\n";
-?>
-
-magnitude();
-$z = $x->normalize();
-print "$x / $y = $z (type ".$z::class." of {$x->inner_type})\n";
-$x = $z->multiply($y);
-print "$z * $y = $x (type ".$z::class." of {$x->inner_type})\n";
-$x = $x->invert();
-print "$x\n";
-?>
-

+
+
+
+inner_type}\n");
+unset($x);
+?>
+
+inner_type}\n");
+$y = new Vector([7, 6, 5, 4, 3]);
+$z = $x->multiply($y);
+print("Type of z $z is ".($z::class)." of {$z->inner_type}\n");
+$u = $z->multiply(new Imaginary(-1));
+print("Type of u $u is ".($u::class)." of {$u->inner_type}\n");
+unset($x);
+?>
+
+inner_type}\n");
+	unset($x);
+} catch (\Error $e) {
+	print "Error: new Vector('kapusta') -> ".$e->getMessage()."\n";
+} */
+?>
+
+inner_type}\n");
+	unset($x);
+} catch (\Error $e) {
+	print "Error: new Vector(['k', 'a', 'p', 'u', 's', 't', 'a']) -> ".$e->getMessage()."\n";
+} */
+?>
+
+inner_type}\n");
+	var_dump($x->value);
+	unset($x);
+} catch (\Error $e) {
+	print "Error: new Vector(['k', 'a', 'p', 'u', 's', 't', 'a'], 'string') -> ".$e->getMessage()."\n";
+} */
+?>
+
+inner_type}\n");
+	var_dump($x->value);
+	unset($x);
+} catch (\Error $e) {
+	print "Error: new Vector(['k', 'a', 'p', 'u', 's', 't', 'a'], 'float') -> ".$e->getMessage()."\n";
+} catch (\ReflectionException $e) {
+	print "Error: new Vector(['k', 'a', 'p', 'u', 's', 't', 'a'], 'float') -> ".$e->getMessage()."\n";
+} */
+?>
+
+inner_type}\n");
+	var_dump($x->value);
+	unset($x);
+} catch (\Error $e) {
+	print "Error: new Vector([73, 82, 995], 'irrevion\science\Math\Entities\Complex') -> ".$e->getMessage()."\n";
+} catch (\ReflectionException $e) {
+	print "Error: new Vector([73, 82, 995], 'irrevion\science\Math\Entities\Complex') -> ".$e->getMessage()."\n";
+} */
+?>
+
+dotProduct($y);
+print "$x ∙ $y = $z (".$z::class.")\n";
+?>
+
+dotProduct($y);
+print "$x ∙ $y = $z (".$z::class.")\n";
+?>
+
+dotProduct($y);
+print "$x ∙ $y = $z (".$z::class.")\n";
+?>
+
+ 2, 'imaginary' => -4],
+	['real' => 7, 'imaginary' => 5],
+], 'irrevion\science\Math\Entities\Complex');
+$y = new Vector([
+	['real' => 1, 'imaginary' => 3],
+	['real' => -2, 'imaginary' => 346.33],
+], 'irrevion\science\Math\Entities\Complex');
+$z = $x->dotProduct($y);
+print "$x ∙ $y = $z (".$z::class.")\n";
+?>
+
+dot($y);
+print "$x ∙ $y = $z (".$z::class.")\n";
+?>
+
+multiply($y);
+print "$x * $y = $z (type ".$z::class." of {$x->inner_type})\n";
+$z = $z->divide($y);
+print "/ $y = $z (type ".$z::class." of {$x->inner_type})\n";
+?>
+
+multiply($y);
+print "$x * $y = $z (type ".$z::class." of {$x->inner_type})\n";
+?>
+
+k($y);
+print "$x * $y = $z (type ".$z::class." of {$x->inner_type})\n";
+?>
+
+multiply($y);
+print "$x * $y = $z (type ".$z::class." of {$x->inner_type})\n";
+?>
+
+multiply($y);
+print "$x * $y = $z (type ".$z::class." of {$x->inner_type})\n";
+?>
+
+x($y);
+print "$x ⨯ $y = $z (type ".$z::class." of {$x->inner_type})\n";
+?>
+
+vectorProduct($y);
+print "$x ⨯ $y = $z (type ".$z::class." of {$x->inner_type})\n";
+?>
+
+vectorProduct($y);
+print "$x ⨯ $y = $z (type ".$z::class." of {$x->inner_type})\n";
+?>
+
+vectorProduct($y);
+print "$x ⨯ $y = $z (type ".$z::class." of {$x->inner_type})\n";
+?>
+
+vectorProduct($y);
+print "$x ⨯ $y = $z (type ".$z::class." of {$z->inner_type})\n";
+$z = $x->dot($y);
+print "$x ∙ $y = $z (type ".$z::class.")\n";
+$z = $x->multiplyElementwise($y);
+print "$x * $y = $z (type ".$z::class." of {$z->inner_type})\n";
+?>
+
+vectorProduct($y);
+print "$x ⨯ $y = $z (type ".$z::class." of {$z->inner_type})\n";
+$z = $x->dot($y);
+print "$x ∙ $y = $z (type ".$z::class.")\n";
+$z = $x->multiplyElementwise($y);
+print "$x * $y = $z (type ".$z::class." of {$z->inner_type})\n";
+print $x->magnitude()." * ".$y->magnitude()." = ".$z->magnitude()." (type ".$z::class." of {$z->inner_type})\n";
+?>
+
+magnitude();
+$z = $x->normalize();
+print "$x / $y = $z (type ".$z::class." of {$x->inner_type})\n";
+$x = $z->multiply($y);
+print "$z * $y = $x (type ".$z::class." of {$x->inner_type})\n";
+$x = $x->invert();
+print "$x\n";
+?>
+

diff --git a/vendor/irrevion/science/Geometry/Shapes/Shape.php b/src/Geometry/Shapes/Shape.php
similarity index 97%
rename from vendor/irrevion/science/Geometry/Shapes/Shape.php
rename to src/Geometry/Shapes/Shape.php
index 63dc97d..91e2944 100644
--- a/vendor/irrevion/science/Geometry/Shapes/Shape.php
+++ b/src/Geometry/Shapes/Shape.php
@@ -1,17 +1,17 @@
-
\ No newline at end of file
diff --git a/vendor/irrevion/science/Math/Branches/BaseMath.php b/src/Math/Branches/BaseMath.php
similarity index 95%
rename from vendor/irrevion/science/Math/Branches/BaseMath.php
rename to src/Math/Branches/BaseMath.php
index 5bb7456..97ba710 100644
--- a/vendor/irrevion/science/Math/Branches/BaseMath.php
+++ b/src/Math/Branches/BaseMath.php
@@ -1,274 +1,274 @@
-$x) {$avg+=(($x-$avg)/($i+1));}
-		return $avg;
-	}
-
-	public static function base_convert($num, $from_base=10, $to_base=16) {
-		return base_convert($num, $from_base, $to_base);
-	}
-
-	public static function bindec($binary_string) {
-		return bindec($binary_string);
-	}
-
-	public static function ceil($num) {
-		return ceil($num);
-	}
-
-	public static function compare(float $x=0.0, string $rel='==', float $y=1e-12) {
-		$epsilon = ((self::EPSILON1e-2) {
-			// cannot be bigger than epsilon is .01
-			$epsilon = 1e-2;
-		}
-		// print 'ε '.var_export($epsilon, 1)."\n";
-		$rels = [
-			'=' => 'equal',
-			'==' => 'equal',
-			'===' => 'equal',
-			'!=' => 'not equal',
-			'!==' => 'not equal',
-			'<>' => 'not equal',
-			'>' => 'greater than',
-			'>=' => 'greater than or equal',
-			'<' => 'less than',
-			'<=' => 'less than or equal',
-			'<=>' => 'spaceship',
-		];
-		if (!isset($rels[$rel])) {
-			throw new \Error('Unknown comparison operator "'.$rel.'"');
-		}
-		$result = match($rels[$rel]) {
-			'equal' => (abs($x-$y)<$epsilon),
-			// 'not equal' => !self::compare($x, '=', $y),
-			'not equal' => (abs($x-$y)>=$epsilon),
-			'greater than' => ($x>($y+$epsilon)),
-			'greater than or equal' => ($x>=$y), // there are possible cases when "equal" returns true but "greater then or equal" return false
-			'less than' => ($x<($y-$epsilon)),
-			'less than or equal' => ($x<=$y),
-			'spaceship' => (self::compare($x, '=', $y)? 0: (self::compare($x, '<', $y)? -1: 1)),
-			default => null,
-		};
-		return $result;
-	}
-
-	public static function cos($num) {
-		return cos($num);
-	}
-
-	public static function cosh($num) {
-		return cosh($num);
-	}
-
-	public static function decbin($num) {
-		return decbin($num);
-	}
-
-	public static function dechex($num) {
-		return dechex($num);
-	}
-
-	public static function decoct($num) {
-		return decoct($num);
-	}
-
-	public static function deg2rad($num) {
-		return deg2rad($num);
-	}
-
-	public static function diagonal($x, $y) { // same as hypot()
-		return sqrt(pow($x, 2) + pow($y, 2));
-	}
-
-	public static function exp($num) {
-		return exp($num);
-	}
-
-	public static function expm1($num) {
-		return expm1($num);
-	}
-
-	public static function fdiv($x, $y) {
-		return fdiv($x, $y);
-	}
-
-	public static function floor($num) {
-		return floor($num);
-	}
-
-	public static function fmod($x, $y) {
-		return fmod($x, $y);
-	}
-
-	public static function gcd($x, $y) { // greatest common divisor
-		$a = abs((int)$x);
-		$b = abs((int)$y);
-		if ($b>$a) {
-			list($a, $b) = [$b, $a]; // swap
-		}
-		$remnant = $a%$b;
-		if ($remnant==0) {return $b;}
-		return self::gcd($b, $remnant);
-	}
-
-	public static function gcd_simplify($x, $y) { // simplify fraction by gcd
-		$gcd = self::gcd($x, $y);
-		return [($x/$gcd), ($y/$gcd)];
-	}
-
-	public static function hexdec($s) {
-		return hexdec($s);
-	}
-
-	public static function hypot($x, $y) {
-		return hypot($x, $y);
-	}
-
-	public static function intdiv($x, $y) {
-		return intdiv($x, $y);
-	}
-
-	public static function log10($x) {
-		return log10($x);
-	}
-
-	public static function log1p($x) {
-		return log1p($x);
-	}
-
-	public static function log($num, $base = M_E) {
-		return log($num, $base);
-	}
-
-	public static function octdec($octal_string) {
-		return octdec($octal_string);
-	}
-
-	public static function polar2rectangular($radius, $phase_angle=0) {
-		list($radius, $phase_angle) = self::polar_absolute($radius, $phase_angle);
-		$x = $radius * cos($phase_angle);
-		$y = $radius * sin($phase_angle);
-		return [$x, $y];
-	}
-
-	public static function polar_absolute($radius, $phase_angle=0) {
-		$radius = abs($radius);
-		$phi_sign = (($phase_angle>0)? 1: -1);
-		$phi_abs = abs($phase_angle);
-		$loops = floor($phi_abs / (2 * M_PI));
-		if ($loops) {
-			$phase_angle = $phi_sign * ($phi_abs - ($loops * (2 * M_PI)));
-		}
-		if ($phase_angle<0) {
-			$phase_angle = (2 * M_PI) + $phase_angle;
-		}
-		return [$radius, $phase_angle];
-	}
-
-	public static function pow($x, $y) {
-		return pow($x, $y);
-	}
-
-	public static function rad2deg($angle) {
-		return rad2deg($angle);
-	}
-
-	public static function rectangular2polar($x, $y) {
-		$radius = hypot($x, $y);
-		$phase_angle = atan2($y, $x);
-		list($radius, $phase_angle) = self::polar_absolute($radius, $phase_angle);
-		return [$radius, $phase_angle];
-	}
-
-	public static function round($num, $precision=0, $mode=PHP_ROUND_HALF_UP) {
-		return round($num, $precision, $mode);
-	}
-
-	public static function sin($x) {
-		return sin($x);
-	}
-
-	public static function sinh($x) {
-		return sinh($x);
-	}
-
-	public static function sqrt($x) {
-		return sqrt($x);
-	}
-
-	public static function sum($array) {
-		return array_sum($array);
-	}
-
-	public static function tan($x) {
-		return tan($x);
-	}
-
-	public static function tanh($x) {
-		return tanh($x);
-	}
-}
+$x) {$avg+=(($x-$avg)/($i+1));}
+		return $avg;
+	}
+
+	public static function base_convert($num, $from_base=10, $to_base=16) {
+		return base_convert($num, $from_base, $to_base);
+	}
+
+	public static function bindec($binary_string) {
+		return bindec($binary_string);
+	}
+
+	public static function ceil($num) {
+		return ceil($num);
+	}
+
+	public static function compare(float $x=0.0, string $rel='==', float $y=1e-12) {
+		$epsilon = ((self::EPSILON1e-2) {
+			// cannot be bigger than epsilon is .01
+			$epsilon = 1e-2;
+		}
+		// print 'ε '.var_export($epsilon, 1)."\n";
+		$rels = [
+			'=' => 'equal',
+			'==' => 'equal',
+			'===' => 'equal',
+			'!=' => 'not equal',
+			'!==' => 'not equal',
+			'<>' => 'not equal',
+			'>' => 'greater than',
+			'>=' => 'greater than or equal',
+			'<' => 'less than',
+			'<=' => 'less than or equal',
+			'<=>' => 'spaceship',
+		];
+		if (!isset($rels[$rel])) {
+			throw new \Error('Unknown comparison operator "'.$rel.'"');
+		}
+		$result = match($rels[$rel]) {
+			'equal' => (abs($x-$y)<$epsilon),
+			// 'not equal' => !self::compare($x, '=', $y),
+			'not equal' => (abs($x-$y)>=$epsilon),
+			'greater than' => ($x>($y+$epsilon)),
+			'greater than or equal' => ($x>=$y), // there are possible cases when "equal" returns true but "greater then or equal" return false
+			'less than' => ($x<($y-$epsilon)),
+			'less than or equal' => ($x<=$y),
+			'spaceship' => (self::compare($x, '=', $y)? 0: (self::compare($x, '<', $y)? -1: 1)),
+			default => null,
+		};
+		return $result;
+	}
+
+	public static function cos($num) {
+		return cos($num);
+	}
+
+	public static function cosh($num) {
+		return cosh($num);
+	}
+
+	public static function decbin($num) {
+		return decbin($num);
+	}
+
+	public static function dechex($num) {
+		return dechex($num);
+	}
+
+	public static function decoct($num) {
+		return decoct($num);
+	}
+
+	public static function deg2rad($num) {
+		return deg2rad($num);
+	}
+
+	public static function diagonal($x, $y) { // same as hypot()
+		return sqrt(pow($x, 2) + pow($y, 2));
+	}
+
+	public static function exp($num) {
+		return exp($num);
+	}
+
+	public static function expm1($num) {
+		return expm1($num);
+	}
+
+	public static function fdiv($x, $y) {
+		return fdiv($x, $y);
+	}
+
+	public static function floor($num) {
+		return floor($num);
+	}
+
+	public static function fmod($x, $y) {
+		return fmod($x, $y);
+	}
+
+	public static function gcd($x, $y) { // greatest common divisor
+		$a = abs((int)$x);
+		$b = abs((int)$y);
+		if ($b>$a) {
+			list($a, $b) = [$b, $a]; // swap
+		}
+		$remnant = $a%$b;
+		if ($remnant==0) {return $b;}
+		return self::gcd($b, $remnant);
+	}
+
+	public static function gcd_simplify($x, $y) { // simplify fraction by gcd
+		$gcd = self::gcd($x, $y);
+		return [($x/$gcd), ($y/$gcd)];
+	}
+
+	public static function hexdec($s) {
+		return hexdec($s);
+	}
+
+	public static function hypot($x, $y) {
+		return hypot($x, $y);
+	}
+
+	public static function intdiv($x, $y) {
+		return intdiv($x, $y);
+	}
+
+	public static function log10($x) {
+		return log10($x);
+	}
+
+	public static function log1p($x) {
+		return log1p($x);
+	}
+
+	public static function log($num, $base = M_E) {
+		return log($num, $base);
+	}
+
+	public static function octdec($octal_string) {
+		return octdec($octal_string);
+	}
+
+	public static function polar2rectangular($radius, $phase_angle=0) {
+		list($radius, $phase_angle) = self::polar_absolute($radius, $phase_angle);
+		$x = $radius * cos($phase_angle);
+		$y = $radius * sin($phase_angle);
+		return [$x, $y];
+	}
+
+	public static function polar_absolute($radius, $phase_angle=0) {
+		$radius = abs($radius);
+		$phi_sign = (($phase_angle>0)? 1: -1);
+		$phi_abs = abs($phase_angle);
+		$loops = floor($phi_abs / (2 * M_PI));
+		if ($loops) {
+			$phase_angle = $phi_sign * ($phi_abs - ($loops * (2 * M_PI)));
+		}
+		if ($phase_angle<0) {
+			$phase_angle = (2 * M_PI) + $phase_angle;
+		}
+		return [$radius, $phase_angle];
+	}
+
+	public static function pow($x, $y) {
+		return pow($x, $y);
+	}
+
+	public static function rad2deg($angle) {
+		return rad2deg($angle);
+	}
+
+	public static function rectangular2polar($x, $y) {
+		$radius = hypot($x, $y);
+		$phase_angle = atan2($y, $x);
+		list($radius, $phase_angle) = self::polar_absolute($radius, $phase_angle);
+		return [$radius, $phase_angle];
+	}
+
+	public static function round($num, $precision=0, $mode=PHP_ROUND_HALF_UP) {
+		return round($num, $precision, $mode);
+	}
+
+	public static function sin($x) {
+		return sin($x);
+	}
+
+	public static function sinh($x) {
+		return sinh($x);
+	}
+
+	public static function sqrt($x) {
+		return sqrt($x);
+	}
+
+	public static function sum($array) {
+		return array_sum($array);
+	}
+
+	public static function tan($x) {
+		return tan($x);
+	}
+
+	public static function tanh($x) {
+		return tanh($x);
+	}
+}
 ?>
\ No newline at end of file
diff --git a/vendor/irrevion/science/Math/Branches/LinearAlgebra.php b/src/Math/Branches/LinearAlgebra.php
similarity index 100%
rename from vendor/irrevion/science/Math/Branches/LinearAlgebra.php
rename to src/Math/Branches/LinearAlgebra.php
diff --git a/vendor/irrevion/science/Math/Branches/MathAnalysis.php b/src/Math/Branches/MathAnalysis.php
similarity index 100%
rename from vendor/irrevion/science/Math/Branches/MathAnalysis.php
rename to src/Math/Branches/MathAnalysis.php
diff --git a/vendor/irrevion/science/Math/Branches/Statistics.php b/src/Math/Branches/Statistics.php
similarity index 100%
rename from vendor/irrevion/science/Math/Branches/Statistics.php
rename to src/Math/Branches/Statistics.php
diff --git a/vendor/irrevion/science/Math/Entities/Complex.php b/src/Math/Entities/Complex.php
similarity index 96%
rename from vendor/irrevion/science/Math/Entities/Complex.php
rename to src/Math/Entities/Complex.php
index fb73802..9f3be26 100644
--- a/vendor/irrevion/science/Math/Entities/Complex.php
+++ b/src/Math/Entities/Complex.php
@@ -1,206 +1,206 @@
-value = $real->value;
-				return;
-			} else if (in_array($real::class, [self::T_SCALAR, self::T_FRACTION])) {
-				$this->value['real'] = Delegator::wrap($real->toNumber());
-			} else if ($real::class==self::T_IMAGINARY) {
-				$this->value['real'] = new Scalar(0);
-				$this->value['imaginary'] = $real;
-				// can be constructed with only the imaginary part
-				return;
-			} else if ($real::class==self::T_POLAR) {
-				$real = $real->toRectangular();
-				$this->value['real'] = $real->real;
-				$this->value['imaginary'] = $real->imaginary;
-				return;
-			} else {
-				throw new \TypeError("Real part of a Complex number should be Scalar");
-			}
-		} else if (is_array($real)) {
-			$this->value['real'] = new Scalar($real['real']);
-			$this->value['imaginary'] = new Imaginary($real['imaginary']);
-			return;
-		} else {
-			$this->value['real'] = new Scalar($real);
-		}
-		if (is_object($imaginary)) {
-			if ($imaginary::class==self::T_IMAGINARY) {
-				$this->value['imaginary'] = $imaginary;
-			} else {
-				throw new \TypeError("Imaginary part of a Complex number should be Imaginary type or numeric");
-			}
-		} else {
-			$this->value['imaginary'] = new Imaginary($imaginary);
-		}
-	}
-
-	public function __get($property) {
-		if (isset($this->$property)) {
-			return $this->$property;
-		} else if (array_key_exists($property, $this->value)) {
-			return $this->value[$property];
-		}
-		return null;
-	}
-
-	public function __toString() {
-		return "[{$this->value['real']} + {$this->value['imaginary']}]";
-	}
-
-	public function toNumber() {
-		return $this->abs()->toNumber();
-	}
-
-	public function toPolar() {
-		//return Math::rectangular2polar($this->getReal(), $this->getImaginary());
-		list($r, $phi) = Math::rectangular2polar($this->getReal(), $this->getImaginary());
-		return Delegator::wrap([
-			'radius' => $r,
-			'phase' => $phi
-		], self::T_POLAR);
-	}
-
-	public function toArray() {
-		return [
-			'real' => $this->getReal(),
-			'imaginary' => $this->getImaginary()
-		];
-	}
-
-	public function toVector() {
-		return Delegator::wrap([$this->getReal()->toNumber(), $this->getImaginary()->toNumber()], self::T_VECTOR);
-	}
-
-	public function phase() {
-		return atan2($this->getImaginary(), $this->getReal());
-	}
-
-	public function getReal() {
-		return $this->value['real']->value;
-	}
-
-	public function getImaginary() {
-		return $this->value['imaginary']->value;
-	}
-
-	public function isComplex() {
-		return ($this::class==self::class);
-	}
-
-	public function add($y) {
-		if (Delegator::getType($y)!=self::class) $y = new self($y);
-		$real = $this->value['real']->add($y->value['real']);
-		$imaginary = $this->value['imaginary']->add($y->value['imaginary']);
-		return new self($real, $imaginary);
-	}
-
-	public function subtract($y) {
-		if (Delegator::getType($y)!=self::class) $y = new self($y);
-		$y = $y->negative($y);
-		return $this->add($y);
-	}
-
-	public function multiply($y) {
-		if (Delegator::getType($y)!=self::class) $y = new self($y);
-
-		// z * w = (a + bi) * (c + di)
-		// = ac + a*di + c*bi + bi*di
-		// = ac + a*di + c*bi - bd
-		// = (ac - bd) + (ad + cb)i
-
-		// by formulae
-		/*
-		$real = $this->value['real']->multiply($y->value['real'])->subtract($this->value['imaginary']->value*$y->value['imaginary']->value);
-		$imaginary = $this->value['real']->multiply($y->value['imaginary']->value)->add($this->value['imaginary']->value*$y->value['real']->value);
-		$z = new self($real->value, $imaginary->value);
-		*/
-		
-
-		// direct style
-		$z = $this->value['real']->multiply($y->value['real'])
-			//->add($this->value['real']->multiply($y->value['imaginary']))
-			// this cause Memory Overflow Error due to Scalar doesnt know how to multiply to imaginary and delegates to Complex::multiply again and again
-			->add($y->value['imaginary']->multiply($this->value['real']))
-			->add($this->value['imaginary']->multiply($y->value['real']))
-			->add($this->value['imaginary']->multiply($y->value['imaginary']));
-
-		// simplify return value
-		if ($z->value['imaginary']->empty()) {
-			return $z->value['real'];
-		} else if ($z->value['real']->empty()) {
-			return $z->value['imaginary'];
-		}
-
-		return $z;
-	}
-
-	public function divide($y) {
-		if (Delegator::getType($y)!=self::class) $y = new self($y);
-		if (($this->value['imaginary']->value==0) && ($y->value['real']->value==0)) {
-			// a / bi = ai / bi^2 = ai / -b = ( -a / b ) * i
-			$z = ($this->value['real']->value / $y->value['imaginary']->value) * -1;
-			$z = Delegator::wrap($z, self::T_IMAGINARY);
-			return $z;
-		}
-
-		return $this->multiply($y->reciprocal());
-	}
-
-	public function reciprocal() {
-		// (1 / y) is reciprocal
-		// (1 / y) = 1 / (a + bi) = (a - bi) / (a + bi)(a - bi) = (a - bi) / ((a^2 + b^2) + (-ab + ab)i) = (a - bi) / (a^2 + b^2)
-		// (a - bi) / (a^2 + b^2) = (a / (a^2 + b^2)) + (-b / (a^2 + b^2)i)
-		// so, we can multiply:
-		// c * (a / (a^2 + b^2)) + (-b / (a^2 + b^2)i)
-		$a = $this->getReal();
-		$b = $this->getImaginary();
-		$denominator = (Math::pow($a, 2) + Math::pow($b, 2)); // (a / (a^2 + b^2))
-		$reciprocal_real = ($a / $denominator); // (a / (a^2 + b^2))
-		$reciprocal_imaginary = (($b*-1) / $denominator); // (-b / (a^2 + b^2)i)
-		$reciprocal = new self($reciprocal_real, $reciprocal_imaginary);
-		return $reciprocal;
-	}
-
-	public function invert() {
-		return new self($this->value['real']->invert(), $this->value['imaginary']->invert());
-	}
-
-	public function abs() {
-		$abs = Math::diagonal($this->value['real']->value, $this->value['imaginary']->value);
-		return Delegator::wrap($abs, self::T_SCALAR);
-	}
-
-	public function empty() {
-		return ($this->value['real']->empty() && $this->value['imaginary']->empty());
-	}
-}
+value = $real->value;
+				return;
+			} else if (in_array($real::class, [self::T_SCALAR, self::T_FRACTION])) {
+				$this->value['real'] = Delegator::wrap($real->toNumber());
+			} else if ($real::class==self::T_IMAGINARY) {
+				$this->value['real'] = new Scalar(0);
+				$this->value['imaginary'] = $real;
+				// can be constructed with only the imaginary part
+				return;
+			} else if ($real::class==self::T_POLAR) {
+				$real = $real->toRectangular();
+				$this->value['real'] = $real->real;
+				$this->value['imaginary'] = $real->imaginary;
+				return;
+			} else {
+				throw new \TypeError("Real part of a Complex number should be Scalar");
+			}
+		} else if (is_array($real)) {
+			$this->value['real'] = new Scalar($real['real']);
+			$this->value['imaginary'] = new Imaginary($real['imaginary']);
+			return;
+		} else {
+			$this->value['real'] = new Scalar($real);
+		}
+		if (is_object($imaginary)) {
+			if ($imaginary::class==self::T_IMAGINARY) {
+				$this->value['imaginary'] = $imaginary;
+			} else {
+				throw new \TypeError("Imaginary part of a Complex number should be Imaginary type or numeric");
+			}
+		} else {
+			$this->value['imaginary'] = new Imaginary($imaginary);
+		}
+	}
+
+	public function __get($property) {
+		if (isset($this->$property)) {
+			return $this->$property;
+		} else if (array_key_exists($property, $this->value)) {
+			return $this->value[$property];
+		}
+		return null;
+	}
+
+	public function __toString() {
+		return "[{$this->value['real']} + {$this->value['imaginary']}]";
+	}
+
+	public function toNumber() {
+		return $this->abs()->toNumber();
+	}
+
+	public function toPolar() {
+		//return Math::rectangular2polar($this->getReal(), $this->getImaginary());
+		list($r, $phi) = Math::rectangular2polar($this->getReal(), $this->getImaginary());
+		return Delegator::wrap([
+			'radius' => $r,
+			'phase' => $phi
+		], self::T_POLAR);
+	}
+
+	public function toArray() {
+		return [
+			'real' => $this->getReal(),
+			'imaginary' => $this->getImaginary()
+		];
+	}
+
+	public function toVector() {
+		return Delegator::wrap([$this->getReal()->toNumber(), $this->getImaginary()->toNumber()], self::T_VECTOR);
+	}
+
+	public function phase() {
+		return atan2($this->getImaginary(), $this->getReal());
+	}
+
+	public function getReal() {
+		return $this->value['real']->value;
+	}
+
+	public function getImaginary() {
+		return $this->value['imaginary']->value;
+	}
+
+	public function isComplex() {
+		return ($this::class==self::class);
+	}
+
+	public function add($y) {
+		if (Delegator::getType($y)!=self::class) $y = new self($y);
+		$real = $this->value['real']->add($y->value['real']);
+		$imaginary = $this->value['imaginary']->add($y->value['imaginary']);
+		return new self($real, $imaginary);
+	}
+
+	public function subtract($y) {
+		if (Delegator::getType($y)!=self::class) $y = new self($y);
+		$y = $y->negative($y);
+		return $this->add($y);
+	}
+
+	public function multiply($y) {
+		if (Delegator::getType($y)!=self::class) $y = new self($y);
+
+		// z * w = (a + bi) * (c + di)
+		// = ac + a*di + c*bi + bi*di
+		// = ac + a*di + c*bi - bd
+		// = (ac - bd) + (ad + cb)i
+
+		// by formulae
+		/*
+		$real = $this->value['real']->multiply($y->value['real'])->subtract($this->value['imaginary']->value*$y->value['imaginary']->value);
+		$imaginary = $this->value['real']->multiply($y->value['imaginary']->value)->add($this->value['imaginary']->value*$y->value['real']->value);
+		$z = new self($real->value, $imaginary->value);
+		*/
+		
+
+		// direct style
+		$z = $this->value['real']->multiply($y->value['real'])
+			//->add($this->value['real']->multiply($y->value['imaginary']))
+			// this cause Memory Overflow Error due to Scalar doesnt know how to multiply to imaginary and delegates to Complex::multiply again and again
+			->add($y->value['imaginary']->multiply($this->value['real']))
+			->add($this->value['imaginary']->multiply($y->value['real']))
+			->add($this->value['imaginary']->multiply($y->value['imaginary']));
+
+		// simplify return value
+		if ($z->value['imaginary']->empty()) {
+			return $z->value['real'];
+		} else if ($z->value['real']->empty()) {
+			return $z->value['imaginary'];
+		}
+
+		return $z;
+	}
+
+	public function divide($y) {
+		if (Delegator::getType($y)!=self::class) $y = new self($y);
+		if (($this->value['imaginary']->value==0) && ($y->value['real']->value==0)) {
+			// a / bi = ai / bi^2 = ai / -b = ( -a / b ) * i
+			$z = ($this->value['real']->value / $y->value['imaginary']->value) * -1;
+			$z = Delegator::wrap($z, self::T_IMAGINARY);
+			return $z;
+		}
+
+		return $this->multiply($y->reciprocal());
+	}
+
+	public function reciprocal() {
+		// (1 / y) is reciprocal
+		// (1 / y) = 1 / (a + bi) = (a - bi) / (a + bi)(a - bi) = (a - bi) / ((a^2 + b^2) + (-ab + ab)i) = (a - bi) / (a^2 + b^2)
+		// (a - bi) / (a^2 + b^2) = (a / (a^2 + b^2)) + (-b / (a^2 + b^2)i)
+		// so, we can multiply:
+		// c * (a / (a^2 + b^2)) + (-b / (a^2 + b^2)i)
+		$a = $this->getReal();
+		$b = $this->getImaginary();
+		$denominator = (Math::pow($a, 2) + Math::pow($b, 2)); // (a / (a^2 + b^2))
+		$reciprocal_real = ($a / $denominator); // (a / (a^2 + b^2))
+		$reciprocal_imaginary = (($b*-1) / $denominator); // (-b / (a^2 + b^2)i)
+		$reciprocal = new self($reciprocal_real, $reciprocal_imaginary);
+		return $reciprocal;
+	}
+
+	public function invert() {
+		return new self($this->value['real']->invert(), $this->value['imaginary']->invert());
+	}
+
+	public function abs() {
+		$abs = Math::diagonal($this->value['real']->value, $this->value['imaginary']->value);
+		return Delegator::wrap($abs, self::T_SCALAR);
+	}
+
+	public function empty() {
+		return ($this->value['real']->empty() && $this->value['imaginary']->empty());
+	}
+}
 ?>
\ No newline at end of file
diff --git a/vendor/irrevion/science/Math/Entities/ComplexPolar.php b/src/Math/Entities/ComplexPolar.php
similarity index 97%
rename from vendor/irrevion/science/Math/Entities/ComplexPolar.php
rename to src/Math/Entities/ComplexPolar.php
index cb86d10..34536ab 100644
--- a/vendor/irrevion/science/Math/Entities/ComplexPolar.php
+++ b/src/Math/Entities/ComplexPolar.php
@@ -1,225 +1,225 @@
-value = [];
-		$rt = Delegator::getType($r);
-		if (Delegator::isEntity($r)) {
-			if ($rt==self::class) {
-				$this->value['radius'] = clone $r->r;
-				$this->value['phase'] = clone $r->phi;
-				return;
-			} else if ($rt==self::T_COMPLEX) {
-				$c = $r->toArray();
-				list($r, $phi) = Math::rectangular2polar($c['real'], $c['imaginary']);
-				$this->value['radius'] = Delegator::wrap($r);
-				$this->value['phase'] = Delegator::wrap($phi);
-				return;
-			} else if ($rt==self::T_SCALAR) {
-				$this->value['radius'] = clone $r;
-			} else {
-				//$this->value['radius'] = Delegator::wrap($r->toNumber());
-				throw new \TypeError("Unrecognized type of radius argument ( {$r} :: {$rt} )");
-			}
-		} else {
-			if (is_array($r)) {
-				list($r, $phi) = Math::polar_absolute($r['radius'], $r['phase']);
-				$this->value['radius'] = Delegator::wrap($r);
-				$this->value['phase'] = Delegator::wrap($phi);
-				return;
-			} else if (is_numeric($r)) {
-				$this->value['radius'] = Delegator::wrap($r);
-			} else {
-				throw new \TypeError("Unrecognized type of radius argument ( {$r} :: {$rt} )");
-			}
-		}
-		$phi_type = Delegator::getType($phi);
-		if ($phi_type==self::T_SCALAR) {
-			$this->value['phase'] = clone $phi;
-		} else if (is_numeric($r)) {
-			$this->value['phase'] = Delegator::wrap($phi);
-		} else {
-			throw new \TypeError("Unrecognized type of phase argument ( {$phi} :: {$phi_type} )");
-		}
-
-		list($r, $phi) = Math::polar_absolute($this->value['radius']->toNumber(), $this->value['phase']->toNumber());
-		$this->value['radius']->value = $r;
-		$this->value['phase']->value = $phi;
-	}
-
-	public function __get($property) {
-		if (isset($this->$property)) {
-			return $this->$property;
-		} else if (array_key_exists($property, $this->value)) {
-			return $this->value[$property];
-		} else if ($property=='r') {
-			return $this->value['radius'];
-		} else if ($property=='phi') {
-			return $this->value['phase'];
-		}
-		return null;
-	}
-
-	public function __toString() {
-		return "[{$this->r}, φ ".($this->phi->toNumber()/Math::PI)."π RAD]";
-	}
-
-	public function toNumber() {
-		return $this->radius->toNumber();
-	}
-
-	public function toArray() {
-		return [
-			'radius' => $this->r->toNumber(),
-			'phase' => $this->phi->toNumber()
-		];
-	}
-
-	public function toRectangular() {
-		list($x, $y) = Math::polar2rectangular($this->r->toNumber(), $this->phi->toNumber());
-		return Delegator::wrap([
-			'real' => $x,
-			'imaginary' => $y
-		], self::T_COMPLEX);
-	}
-
-	public function isComplexPolar() {
-		return ($this::class==self::class);
-	}
-
-	public function add($y) {
-		if (Delegator::getType($y)!=self::class) $y = new self($y);
-		$x = clone $this;
-
-		$is_outer_parallelogram = false;
-		$phi_angle = $x->phi->toNumber(); // Rx angle (0, π, 2π is real axis; π/2, 3π/2, -π/2 is imaginary axis)
-		$theta_angle = $y->phi->toNumber(); // Ry angle
-		$rx = $x->r->toNumber();
-		$ry = $y->r->toNumber();
-
-		$gamma_angle = Math::abs($theta_angle - $phi_angle); // angle between phi and theta ( Rx and Ry )
-		if ($gamma_angle > Math::PI) {
-			$is_outer_parallelogram = true;
-			$gamma_angle = Math::TAU - $gamma_angle;
-			// we are counting outside angle, so
-			// get theta angle as the remained angle to do a loop
-			// then add phi to be relative to phi instead of x axis
-		}
-		$sigma_angle = Math::PI - $gamma_angle; // angle of another corner of parallelogram ( Ry and Ry->Rz )
-		if (($sigma_angle==0) || ($gamma_angle==0)) {
-			return new self(0, 0);
-		}
-		$rz = Math::sqrt(Math::pow($rx, 2) + Math::pow($ry, 2) + ((2 * $rx * $ry) * Math::cos($gamma_angle))); // diagonal of parallelogram
-		// $rz = Math::sqrt(Math::pow($rx, 2) + Math::pow($ry, 2) - ((2 * $rx * $ry) * Math::cos($sigma_angle))); // diagonal of parallelogram by sigma
-		if ($phi_angle>$theta_angle) {
-			list($rx, $ry) = [$ry, $rx];
-			list($phi_angle, $theta_angle) = [$theta_angle, $phi_angle];
-			// calculate angle to the nearest side, so swap rx and ry, their angles too
-		}
-		$cos_alpha = ((Math::pow($ry, 2) + Math::pow($rz, 2) - Math::pow($rx, 2)) / (2 * $ry * $rz)); // angle between Ry and Rz
-		$alpha_angle = acos($cos_alpha); // angle between Ry and Rz
-		if ($is_outer_parallelogram) {
-			$beta_angle = Math::abs($theta_angle + $alpha_angle); // angle between 0 angle and Rz
-		} else {
-			$beta_angle = Math::abs($theta_angle - $alpha_angle); // angle between 0 angle and Rz
-		}
-
-		return new self($rz, $beta_angle);
-	}
-
-	public function subtract($y) {
-		if (Delegator::getType($y)!=self::class) $y = new self($y);
-		$y = $y->negative($y);
-		return $this->add($y);
-	}
-
-	public function multiply($y) {
-		if (Delegator::getType($y)!=self::class) $y = new self($y);
-		$x = $this->toArray();
-		$y = $y->toArray();
-		$z = ['radius' => 0, 'phase' => 0];
-
-		// module of resulting vector is multiplied modules of given vectors
-		$z['radius'] = $x['radius'] * $y['radius'];
-
-		// now we should calculate angle of Z
-		// knowing algebraic form XY = (a+bi)(c+di) = (ac - bd) + (ad + cb)i
-		// so Real part (coordinate on real axis) id (ac - bd) and Imaginary part is (ad + cb)
-		// knowing that sin = y/r and cos = x/r, so x=R*cos(α) and y=R*sin(α)
-		// knowing that Real = |Z|*cos(γ) and Imaginary = |Z|*sin(γ)
-		// lets replace Real or Imaginary with algebraic form
-		// thus for Imaginary:
-		// |Z|*sin(γ) = (ad + cb) => sin(γ) = (ad + cb)/|Z|
-		// replace |Z| with |X|*|Y|
-		// then lets change real "a" to |X|*cos(α), "b" to |X|*sin(α), "c" to |Y|*cos(β) and "d" to |Y|*sin(β)
-		// we will get
-		// sin(γ) = ( |X|*cos(α) * |Y|*sin(β) + |X|*sin(α) *  |Y|*cos(β)) / |X|*|Y|
-		// => sin(γ) = cos(α)*sin(β) + sin(α)*cos(β)
-		// lets apply trigonometric rule sin(α ± β) = sin(α)*cos(β) ± cos(α)*sin(β)
-		// and get
-		// sin(γ) = sin(α + β)
-		// almost the same result we will got for Real part:
-		// cos(γ) = cos(α)*cos(β) - sin(α)*sin(β)
-		// apply cos(α ± β) = cos(α)*cos(β) ∓ sin(α)*sin(β)
-		// cos(γ) = cos(α + β)
-		// that means γ = α + β
-		$z['phase'] = $x['phase'] + $y['phase'];
-
-		return new self($z);
-	}
-
-	public function divide($y) {
-		if (Delegator::getType($y)!=self::class) $y = new self($y);
-		return $this->multiply($y->reciprocal());
-	}
-
-	public function reciprocal() {
-		// 1/z = ž/|z|^2
-		// reciprocal is conjugate divided by squared module
-		// $reciprocal = $this->conjugate()->divide(Math::pow($this->r, 2));
-		// to prevent infinit recursion in division method we directrly divide radius by scalar
-		$conjugate = $this->conjugate();
-		$r = $conjugate->r->divide(Math::pow($this->r, 2));
-		$reciprocal = new self($r->toNumber(), $conjugate->phi->toNumber());
-		return $reciprocal;
-	}
-
-	public function conjugate() {
-		return new self($this->r->toNumber(), ((2 * Math::PI) - $this->phi->toNumber()));
-	}
-
-	public function invert() {
-		$x = $this->toArray();
-		$x['phase'] = $x['phase'] + (Math::PI * (($x['phase']>Math::PI)? -1: 1));
-		return new self($x);
-	}
-
-	public function abs() {
-		return clone $this->r;
-	}
-
-	public function empty() {
-		return $this->value['radius']->empty();
-	}
-}
+value = [];
+		$rt = Delegator::getType($r);
+		if (Delegator::isEntity($r)) {
+			if ($rt==self::class) {
+				$this->value['radius'] = clone $r->r;
+				$this->value['phase'] = clone $r->phi;
+				return;
+			} else if ($rt==self::T_COMPLEX) {
+				$c = $r->toArray();
+				list($r, $phi) = Math::rectangular2polar($c['real'], $c['imaginary']);
+				$this->value['radius'] = Delegator::wrap($r);
+				$this->value['phase'] = Delegator::wrap($phi);
+				return;
+			} else if ($rt==self::T_SCALAR) {
+				$this->value['radius'] = clone $r;
+			} else {
+				//$this->value['radius'] = Delegator::wrap($r->toNumber());
+				throw new \TypeError("Unrecognized type of radius argument ( {$r} :: {$rt} )");
+			}
+		} else {
+			if (is_array($r)) {
+				list($r, $phi) = Math::polar_absolute($r['radius'], $r['phase']);
+				$this->value['radius'] = Delegator::wrap($r);
+				$this->value['phase'] = Delegator::wrap($phi);
+				return;
+			} else if (is_numeric($r)) {
+				$this->value['radius'] = Delegator::wrap($r);
+			} else {
+				throw new \TypeError("Unrecognized type of radius argument ( {$r} :: {$rt} )");
+			}
+		}
+		$phi_type = Delegator::getType($phi);
+		if ($phi_type==self::T_SCALAR) {
+			$this->value['phase'] = clone $phi;
+		} else if (is_numeric($r)) {
+			$this->value['phase'] = Delegator::wrap($phi);
+		} else {
+			throw new \TypeError("Unrecognized type of phase argument ( {$phi} :: {$phi_type} )");
+		}
+
+		list($r, $phi) = Math::polar_absolute($this->value['radius']->toNumber(), $this->value['phase']->toNumber());
+		$this->value['radius']->value = $r;
+		$this->value['phase']->value = $phi;
+	}
+
+	public function __get($property) {
+		if (isset($this->$property)) {
+			return $this->$property;
+		} else if (array_key_exists($property, $this->value)) {
+			return $this->value[$property];
+		} else if ($property=='r') {
+			return $this->value['radius'];
+		} else if ($property=='phi') {
+			return $this->value['phase'];
+		}
+		return null;
+	}
+
+	public function __toString() {
+		return "[{$this->r}, φ ".($this->phi->toNumber()/Math::PI)."π RAD]";
+	}
+
+	public function toNumber() {
+		return $this->radius->toNumber();
+	}
+
+	public function toArray() {
+		return [
+			'radius' => $this->r->toNumber(),
+			'phase' => $this->phi->toNumber()
+		];
+	}
+
+	public function toRectangular() {
+		list($x, $y) = Math::polar2rectangular($this->r->toNumber(), $this->phi->toNumber());
+		return Delegator::wrap([
+			'real' => $x,
+			'imaginary' => $y
+		], self::T_COMPLEX);
+	}
+
+	public function isComplexPolar() {
+		return ($this::class==self::class);
+	}
+
+	public function add($y) {
+		if (Delegator::getType($y)!=self::class) $y = new self($y);
+		$x = clone $this;
+
+		$is_outer_parallelogram = false;
+		$phi_angle = $x->phi->toNumber(); // Rx angle (0, π, 2π is real axis; π/2, 3π/2, -π/2 is imaginary axis)
+		$theta_angle = $y->phi->toNumber(); // Ry angle
+		$rx = $x->r->toNumber();
+		$ry = $y->r->toNumber();
+
+		$gamma_angle = Math::abs($theta_angle - $phi_angle); // angle between phi and theta ( Rx and Ry )
+		if ($gamma_angle > Math::PI) {
+			$is_outer_parallelogram = true;
+			$gamma_angle = Math::TAU - $gamma_angle;
+			// we are counting outside angle, so
+			// get theta angle as the remained angle to do a loop
+			// then add phi to be relative to phi instead of x axis
+		}
+		$sigma_angle = Math::PI - $gamma_angle; // angle of another corner of parallelogram ( Ry and Ry->Rz )
+		if (($sigma_angle==0) || ($gamma_angle==0)) {
+			return new self(0, 0);
+		}
+		$rz = Math::sqrt(Math::pow($rx, 2) + Math::pow($ry, 2) + ((2 * $rx * $ry) * Math::cos($gamma_angle))); // diagonal of parallelogram
+		// $rz = Math::sqrt(Math::pow($rx, 2) + Math::pow($ry, 2) - ((2 * $rx * $ry) * Math::cos($sigma_angle))); // diagonal of parallelogram by sigma
+		if ($phi_angle>$theta_angle) {
+			list($rx, $ry) = [$ry, $rx];
+			list($phi_angle, $theta_angle) = [$theta_angle, $phi_angle];
+			// calculate angle to the nearest side, so swap rx and ry, their angles too
+		}
+		$cos_alpha = ((Math::pow($ry, 2) + Math::pow($rz, 2) - Math::pow($rx, 2)) / (2 * $ry * $rz)); // angle between Ry and Rz
+		$alpha_angle = acos($cos_alpha); // angle between Ry and Rz
+		if ($is_outer_parallelogram) {
+			$beta_angle = Math::abs($theta_angle + $alpha_angle); // angle between 0 angle and Rz
+		} else {
+			$beta_angle = Math::abs($theta_angle - $alpha_angle); // angle between 0 angle and Rz
+		}
+
+		return new self($rz, $beta_angle);
+	}
+
+	public function subtract($y) {
+		if (Delegator::getType($y)!=self::class) $y = new self($y);
+		$y = $y->negative($y);
+		return $this->add($y);
+	}
+
+	public function multiply($y) {
+		if (Delegator::getType($y)!=self::class) $y = new self($y);
+		$x = $this->toArray();
+		$y = $y->toArray();
+		$z = ['radius' => 0, 'phase' => 0];
+
+		// module of resulting vector is multiplied modules of given vectors
+		$z['radius'] = $x['radius'] * $y['radius'];
+
+		// now we should calculate angle of Z
+		// knowing algebraic form XY = (a+bi)(c+di) = (ac - bd) + (ad + cb)i
+		// so Real part (coordinate on real axis) id (ac - bd) and Imaginary part is (ad + cb)
+		// knowing that sin = y/r and cos = x/r, so x=R*cos(α) and y=R*sin(α)
+		// knowing that Real = |Z|*cos(γ) and Imaginary = |Z|*sin(γ)
+		// lets replace Real or Imaginary with algebraic form
+		// thus for Imaginary:
+		// |Z|*sin(γ) = (ad + cb) => sin(γ) = (ad + cb)/|Z|
+		// replace |Z| with |X|*|Y|
+		// then lets change real "a" to |X|*cos(α), "b" to |X|*sin(α), "c" to |Y|*cos(β) and "d" to |Y|*sin(β)
+		// we will get
+		// sin(γ) = ( |X|*cos(α) * |Y|*sin(β) + |X|*sin(α) *  |Y|*cos(β)) / |X|*|Y|
+		// => sin(γ) = cos(α)*sin(β) + sin(α)*cos(β)
+		// lets apply trigonometric rule sin(α ± β) = sin(α)*cos(β) ± cos(α)*sin(β)
+		// and get
+		// sin(γ) = sin(α + β)
+		// almost the same result we will got for Real part:
+		// cos(γ) = cos(α)*cos(β) - sin(α)*sin(β)
+		// apply cos(α ± β) = cos(α)*cos(β) ∓ sin(α)*sin(β)
+		// cos(γ) = cos(α + β)
+		// that means γ = α + β
+		$z['phase'] = $x['phase'] + $y['phase'];
+
+		return new self($z);
+	}
+
+	public function divide($y) {
+		if (Delegator::getType($y)!=self::class) $y = new self($y);
+		return $this->multiply($y->reciprocal());
+	}
+
+	public function reciprocal() {
+		// 1/z = ž/|z|^2
+		// reciprocal is conjugate divided by squared module
+		// $reciprocal = $this->conjugate()->divide(Math::pow($this->r, 2));
+		// to prevent infinit recursion in division method we directrly divide radius by scalar
+		$conjugate = $this->conjugate();
+		$r = $conjugate->r->divide(Math::pow($this->r, 2));
+		$reciprocal = new self($r->toNumber(), $conjugate->phi->toNumber());
+		return $reciprocal;
+	}
+
+	public function conjugate() {
+		return new self($this->r->toNumber(), ((2 * Math::PI) - $this->phi->toNumber()));
+	}
+
+	public function invert() {
+		$x = $this->toArray();
+		$x['phase'] = $x['phase'] + (Math::PI * (($x['phase']>Math::PI)? -1: 1));
+		return new self($x);
+	}
+
+	public function abs() {
+		return clone $this->r;
+	}
+
+	public function empty() {
+		return $this->value['radius']->empty();
+	}
+}
 ?>
\ No newline at end of file
diff --git a/vendor/irrevion/science/Math/Entities/Entity.php b/src/Math/Entities/Entity.php
similarity index 100%
rename from vendor/irrevion/science/Math/Entities/Entity.php
rename to src/Math/Entities/Entity.php
diff --git a/vendor/irrevion/science/Math/Entities/Fraction.php b/src/Math/Entities/Fraction.php
similarity index 100%
rename from vendor/irrevion/science/Math/Entities/Fraction.php
rename to src/Math/Entities/Fraction.php
diff --git a/vendor/irrevion/science/Math/Entities/Imaginary.php b/src/Math/Entities/Imaginary.php
similarity index 100%
rename from vendor/irrevion/science/Math/Entities/Imaginary.php
rename to src/Math/Entities/Imaginary.php
diff --git a/vendor/irrevion/science/Math/Entities/Scalar.php b/src/Math/Entities/Scalar.php
similarity index 100%
rename from vendor/irrevion/science/Math/Entities/Scalar.php
rename to src/Math/Entities/Scalar.php
diff --git a/vendor/irrevion/science/Math/Entities/Vector.php b/src/Math/Entities/Vector.php
similarity index 96%
rename from vendor/irrevion/science/Math/Entities/Vector.php
rename to src/Math/Entities/Vector.php
index e6fc764..20ef15b 100644
--- a/vendor/irrevion/science/Math/Entities/Vector.php
+++ b/src/Math/Entities/Vector.php
@@ -1,511 +1,511 @@
-value = [];
-		$arr_type = Delegator::getType($array);
-		if (Delegator::isEntity($array)) {
-			$math_object = $array;
-			if ($arr_type==self::class) {
-				$this->value = $math_object->toArray();
-			} else if (Delegator::hasMethod($math_object, 'toVector')) {
-				$this->value = $math_object->toVector()->toArray();
-			} else {
-				$this->value = [$math_object];
-			}
-		} else if (is_array($array)) {
-			$this->value = $array;
-		} else {
-			throw new \TypeError("Unrecognized type of argument");
-		}
-
-		if ($pad_to_length) {
-			$curr_length = count($this->value);
-			if ($pad_to_length>$curr_length) {
-				$n_elements_left = $pad_to_length-$curr_length;
-				while($n_elements_left) {
-					$this->value[] = ($type? Delegator::wrap(0, $type):  0);
-					$n_elements_left--;
-				}
-			}
-		}
-		$this->length = count($this->value);
-
-		if ($type) {
-			$this->inner_type = $type;
-			// set specified type for all elements
-			foreach ($this->value as $i=>$el) {
-				$this->value[$i] = Delegator::wrap($el, $type);
-			}
-		} else {
-			if ($this->length) {
-				$this->inner_type = Delegator::getType($this->value[0]);
-			}
-		}
-	}
-
-	public function __toString() {
-		return '['.implode(', ', $this->value).']';
-	}
-
-	public function toNumber() {
-		return $this->magnitude()->toNumber();
-	}
-
-	public function toArray() {
-		return $this->value;
-	}
-
-	public function isVector() {
-		return ($this::class==self::class);
-	}
-
-	public function pad(int $length): Vector {
-		/* $x_len = $this->count();
-		$arr = $this->value;
-		while ($x_len<$length) {
-			$arr[] = Delegator::wrap(0, $this->inner_type);
-		}
-		return new self($arr, $this->inner_type); */
-		return new self($this->value, $this->inner_type, $length);
-	}
-
-	public function slice(int $length): Vector {
-		$z = new self(array_slice($this->value, 0, $length), $this->inner_type);
-		$z->count();
-		return $z;
-	}
-
-	public function cutZeroTail(): Vector {
-		$z = $this->value;
-		// print "cutZeroTail $this \n";
-		while (count($z)) {
-			$v = end($z);
-			if ($v===false) {break;}
-			if (($v===0) || (Delegator::isEntity($v) && $v->empty())) {
-				array_pop($z);
-			} else {
-				break;
-			}
-		}
-		return new self($z, $this->inner_type);
-	}
-
-	public function align($y) {
-		$x = clone $this;
-		// print "align $x and $y \n";
-		$x = $x->cutZeroTail();
-		$y = $y->cutZeroTail();
-		$x_len = $x->count();
-		$y_len = $y->count();
-		// print "$y_len!=$x_len \n";
-		if ($y_len<$x_len) {
-			$y = $y->pad($x_len);
-		} else if ($y_len>$x_len) {
-			$x = $x->pad($y_len);
-		}
-		return [$x, $y];
-	}
-
-	public function as($type) {
-		return new self($this->value, $type);
-	}
-
-	public function add($y) {
-		// equivalent to finding diagonal end point coords of parallelogram formed by two vectors placed at 0 point at cartegian coordinate system
-		if (Delegator::getType($y)!=self::class) $y = new self($y, $this->inner_type, $this->length);
-		$x = clone $this;
-		$z = [];
-
-		if ($y->length!=$x->length) {
-			// throw new \Error('Mismatch of the vectors length');
-			// print "vector add mismatch $x + $y\n";
-			list($x, $y) = $x->align($y);
-		}
-		// print "vector add $x + $y\n";
-
-		foreach ($x as $i=>$v) {
-			$z[] = $v->add($y[$i]);
-		}
-		$z = new self($z, $this->inner_type);
-
-		return $z;
-	}
-
-	public function subtract($y) {
-		// equivalent to finding vector as diagonal of parallelogram of vector and inverted vector
-		// equivalent to finding vector coords subtracting its initial coords
-		if (Delegator::getType($y)!=self::class) $y = new self($y, $this->inner_type, $this->length);
-		$x = clone $this;
-		$z = [];
-
-		if ($y->length!=$x->length) {
-			throw new \Error('Mismatch of the vectors length');
-		}
-
-		foreach ($x as $i=>$v) {
-			$z[] = $v->subtract($y[$i]);
-		}
-		$z = new self($z, $this->inner_type);
-
-		return $z;
-	}
-
-	// scale vector using scalar scalarMultiply() (not scalar product!), k(), coefficient(), times(), scale()
-	// dot product ·→ aliases is dotProduct(), scalarProduct(), innerProduct(), dot() ***exclude scalarProduct() to avoid ambiquity
-	// Hadamard product ⊙→ aliases is multiplyElementwise(), hadamardProduct(), schurProduct()
-	// cross product ⨯→ aliases is crossProduct(), vectorProduct(), cross(), x()
-	// direct product ⊗→ (Kroneker product with transponed matrix) directProduct()
-	// Kronecker product ⊗→ aliases is kroneckerProduct(), tensorProduct(), matrixDirectProduct()
-	// exterior product is exteriorProduct();
-
-	public function dotProduct($y) {
-		// In mathematics, the dot product or scalar product is an algebraic operation that takes two equal-length sequences of numbers (usually coordinate vectors), and returns a single number.
-		// Algebraically, the dot product is the sum of the products of the corresponding entries of the two sequences of numbers.
-		// Geometrically, it is the product of the Euclidean magnitudes of the two vectors and the cosine of the angle between them.
-
-		// These definitions are equivalent when using Cartesian coordinates:
-		// →a · →b = ∑ (î₁î₂, ĵ₁ĵ₂, …, k₁k₂) ⇔ →a · →b = |a||b|cos(θ)
-		// θ is an angle between a & b
-		// cos(θ) is x/r = adjacent / hipotenuse
-		// assuming x is a (adjacent) and r is b (hipotenuse), projection of b to a will be hipotenuse * (adjacent / hipotenuse) = |b|*cos(θ) = b'
-		// projection of a to b is |a|*cos(θ) = a'
-		// so, basically, scalar product of two vectors is magnitude(a) times projection(b to a) => |a| * b'
-		// cos(θ) = b' / |b| = ( |b| * (a' / |a|) ) / |b| = a' / |a|
-		// |b|cos(θ) = |b| * ( a' / |a| )
-		// →a · →b = |a| * |b| * ( a' / |a| ) = |a||b|a' / |a| = |b|*a' ⇔ |a|*b'
-		// a' = ( →a · →b ) / |b| = →a · →b₁ where →b₁ is Unit vector of b
-
-		// any vector can be presented as a sum of unary vectors i, j, k, l, m, ... each multiplied by scalar koefficient
-		// →a = [X, Y, Z, W, U, ...] = X*→i + Y*→j + Z*→k + W*→l + U*→m + ...
-		// →b = Oi, Pj, Qk, Rl, Sm, ... = [O, P, Q, R, S, ...]
-		// since scalar product of two vectors is magnitude(a) times projection(b to a)
-		// →a · →b = |a||b|cos(θ)
-		// lets get →a vector components by multiplying →a · →i , considering |a||i|cos(φî) = |a|*1*cos(φî) = |a|cos(φî) = a'î = X
-		// (→a · →i + →a · →j + ...) = ∑ (X, Y, Z, W, U, ...) = →a · →basis
-		// lets get →b vector components by multiplying →b · →i , considering |b||i|cos(γî) = |b|*1*cos(γî) = |b|cos(γî) = b'î = O
-		// (→b · →i + →b · →j + ...) = ∑ (O, P, Q, R, S, ...) = →b · →basis
-		// →a · →b · →basis = (→a · →b · →i + →a · →b · →j + ...) = (a'î * b'î + a'î * b'î + ...) = (XO + YP + ZQ + ...)
-
-		// https://en.wikipedia.org/wiki/Dot_product
-		// https://mathworld.wolfram.com/DotProduct.html
-
-		$n = $this->count();
-		if (empty($n)) {return 0;}
-		if (Delegator::getType($y)!=self::class) {
-			$y = new self($y, $this->inner_type, $n);
-		}
-		$y = $y->toArray();
-		$x = $this->value;
-		$z = Delegator::wrap(0);
-
-		foreach ($x as $i=>$v) {
-			$z = $z->add($v->multiply($y[$i]));
-		}
-
-		return $z;
-	}
-	public function dot(...$args) {return $this->dotProduct(...$args);}
-	// public function innerProduct(...$args) {return $this->dotProduct(...$args);} // excluded not to mess with Hermitian inner product or inner product via conjugation a.b = Conjugate[a].b
-	// public function scalarProduct(...$args) {return $this->dotProduct(...$args);} // excluded not to mess with scalar multiplication
-
-	public function multiply($y) {
-		$n = $this->count();
-		if (empty($n)) {
-			return new self([]);
-		}
-		$yt = Delegator::getType($y);
-		if ($yt!=self::class) {
-			// if ($yt==self::T_SCALAR) {
-			if (Delegator::isEntity($y) && !Delegator::implements($y, 'Traversable')) {
-				return $this->k($y);
-			} else {
-				$y = new self($y, $this->inner_type, $n);
-			}
-		}
-		// return $this->vectorProduct($y);
-		return $this->multiplyElementwise($y);
-	}
-
-	public function multiplyElementwise(Vector $y): Vector {
-		$x = clone $this;
-		$y_len = $y->count();
-		$x_len = $this->count();
-		// if ($y_len>$x_len) {$x = $x->pad($y_len);}
-		// if ($x_len>$y_len) {$y = $y->pad($x_len);}
-		if ($y_len>$x_len) {$y = $y->slice($x_len);}
-		if ($x_len>$y_len) {$x = $x->slice($y_len);}
-		$z = [];
-		if ($x->count()) {
-			foreach ($x->value as $i=>$v) {
-				$z[] = $v->multiply($y[$i]);
-			}
-		}
-		$z = new self($z, $this->inner_type);
-		$z = $z->cutZeroTail();
-		return $z;
-	}
-	public function hadamardProduct(...$args) {return $this->multiplyElementwise(...$args);}
-	public function schurProduct(...$args) {return $this->multiplyElementwise(...$args);}
-
-	public function vectorProduct(Vector $y): Vector {
-		$x = clone $this;
-		$y_len = $y->count();
-		$x_len = $x->count();
-		if ($y_len!=$x_len) {
-			// throw new \Error('Vector length mismatch: '.$x_len.' expected');
-			if ($y_len<$x_len) {
-				$y = $y->pad($x_len);
-				$y_len = $y->count();
-			} else {
-				$x = $x->pad($y_len);
-				$x_len = $x->count();
-			}
-		}
-		if ($y_len==0) {
-			// null vector
-			return new self([]);
-		} else if ($y_len==1) {
-			// real number multiplication XXX WRONG!!! collinear vectors cross product gives zero!
-			// return new self([$x->value[0]->multiply($y-value[0])]);
-			return new self([0]);
-		} else if ($y_len==2) {
-			// 2d vector multiplication
-			return $x->crossProduct2D($y);
-		} else if ($y_len==3) {
-			return $x->crossProduct($y);
-		} else {
-			throw new \Error('Vector product not implemented for '.$x_len.' dimensions');
-		}
-	}
-
-	public function crossProduct2D(Vector $y): Vector {
-		$y_len = $y->count();
-		$x_len = $this->count();
-		if ($y_len!=2) throw new \Error('Vector expected to be 3D');
-		if ($x_len!=$y_len) throw new \Error('Vector length mismatch: '.$x_len.' expected');
-
-		$determinant = [
-			[$this->value[0], $this->value[1]], // [a, b]
-			[$y->value[0],    $y->value[1]],    // [c, d]
-		];
-		// calculates as ad-bc (why?)
-		// $determinant_calculated = $this->value[0]->multiply($y->value[1])->subtract($this->value[0]->multiply($y->value[1]));
-		$determinant_calculated = $determinant[0][0]->multiply($determinant[1][1])->subtract($determinant[0][1]->multiply($determinant[1][0]));
-		// resulting vector pointing in k direction (basis ijk) or z direction (basis xyz)
-		$z = [0, 0, $determinant_calculated];
-		$z = new self($z, $this->inner_type);
-
-		// using formula |c| = |a||b|sin(θ) we can obtain angle too (just for testing)
-		$x_magnitude = $this->magnitude();
-		$y_magnitude = $y->magnitude();
-		$z_magnitude = $z->magnitude();
-		$sin_theta = $z_magnitude->divide($x_magnitude->multiply($y_magnitude));
-		$theta = Math::asin($sin_theta);
-		print "|c| $z_magnitude = |a| $x_magnitude * |b| $y_magnitude * sin(θ) $sin_theta \n";
-		print "angle θ is $theta RAD \n";
-
-		return $z;
-	}
-
-	public function crossProduct(Vector $y): Vector {
-		// Cross product (AxB)
-		// https://en.wikipedia.org/wiki/Cross_product
-
-		//          | i  j  k  |
-		// A x B =  | a₀ a₁ a₂ | = |a₁ a₂|  - |a₀ a₂|  + |a₀ a₁|
-		//          | b₀ b₁ b₂ |   |b₁ b₂|i   |b₀ b₂|j   |b₀ b₁|k
-
-		// = (a₁b₂ - b₁a₂) - (a₀b₂ - b₀a₂) + (a₀b₁ - b₀a₁)
-
-		$y_len = $y->count();
-		$x_len = $this->count();
-		if ($y_len!=3) throw new \Error('Vector expected to be 3D');
-		if ($x_len!=$y_len) throw new \Error('Vector length mismatch: '.$x_len.' expected');
-
-		$z = [];
-		$z[] = $this->value[1]->multiply($y[2])->subtract($this->value[2]->multiply($y[1]));
-		$z[] = $this->value[0]->multiply($y[2])->subtract($this->value[2]->multiply($y[0]))->invert();
-		$z[] = $this->value[0]->multiply($y[1])->subtract($this->value[1]->multiply($y[0]));
-
-		return new self($z, $this->inner_type);
-	}
-	public function crossProduct3D(...$args) {return $this->crossProduct(...$args);}
-	public function cross(...$args) {return $this->crossProduct(...$args);}
-	public function x(...$args) {return $this->crossProduct(...$args);}
-
-	public function k($y) {
-		$z = [];
-		$n = $this->count();
-		if ($n) {
-			foreach ($this->value as $i=>$v) {
-				$z[] = $v->multiply($y);
-			}
-		}
-
-		// return new self($z, Delegator::getType($z[0]));
-		return new self($z, $this->inner_type);
-	}
-	public function coefficient(...$args) {return $this->k(...$args);}
-	public function times(...$args) {return $this->k(...$args);}
-	public function scale(...$args) {return $this->k(...$args);}
-	public function scalarMultiply(...$args) {return $this->k(...$args);}
-
-	public function divide($y) {
-		$n = $this->count();
-		if (empty($n)) {
-			return new self([]);
-		}
-		$yt = Delegator::getType($y);
-		if ($yt!=self::class) {
-			if ($yt==self::T_SCALAR) {
-				return $this->k($y->reciprocal());
-			} else {
-				$y = new self($y, $this->inner_type, $n);
-			}
-		}
-		return $this->divideElementwise($y);
-	}
-
-	public function divideElementwise(Vector $y): Vector {
-		$x = clone $this;
-		$y_len = $y->count();
-		$x_len = $this->count();
-		if ($y_len>$x_len) {$x = $x->pad($y_len);}
-		if ($x_len>$y_len) {$y = $y->pad($x_len);}
-		$z = [];
-		if ($x->count()) {
-			foreach ($x->value as $i=>$v) {
-				$z[] = $v->divide($y[$i]);
-			}
-		}
-		$z = new self($z, $this->inner_type);
-		$z = $z->cutZeroTail();
-		return $z;
-	}
-
-	public function reciprocal() {
-		throw new \Error('Not implemented yet');
-	}
-
-	public function conjugate() {
-		throw new \Error('Not implemented yet');
-	}
-
-	public function normalize() {
-		return $this->divide($this->magnitude());
-	}
-
-	public function transpose() {
-		$z = [];
-		$n = $this->count();
-		if ($n) {
-			foreach ($this->value as $i=>$v) {
-				$z[$i][0] = $v;
-			}
-		}
-		return Delegator::wrap($z, self::T_MATRIX);
-	}
-
-	public function invert() {
-		return $this->k(-1);
-	}
-
-	public function magnitude() {
-		// equivalent to finding vector`s absolute length
-		$magnitude = 0;
-		if ($this->length) {
-			foreach ($this->value as $n) {
-				if (Delegator::isEntity($this->inner_type)) {
-					$magnitude+=Math::pow($n, 2)->toNumber();
-				} else {
-					$magnitude+=Math::pow($n, 2);
-				}
-			}
-			$magnitude = Math::sqrt($magnitude);
-		}
-		return Delegator::wrap($magnitude);
-	}
-
-	public function abs() {
-		$magnitude = $this->magnitude();
-		return $magnitude;
-	}
-
-	public function empty() {
-		return ($this->length==0);
-	}
-
-	// methods to comply interface \Iterator
-
-	public function current(): mixed {
-		return (isset($this->value[$this->pointer])? $this->value[$this->pointer]: null);
-	}
-
-	public function key(): mixed {
-		return $this->pointer;
-	}
-
-	public function next(): void {
-		$this->pointer++;
-	}
-
-	public function rewind(): void {
-		$this->pointer = 0;
-	}
-
-	public function valid(): bool {
-		return isset($this->value[$this->pointer]);
-	}
-
-	// methods to comply interface \ArrayAccess
-
-	public function offsetExists($offset): bool {
-		return isset($this->value[$offset]);
-	}
-
-	public function offsetGet($offset): mixed {
-		return (isset($this->value[$offset])? $this->value[$offset]: null);
-	}
-
-	public function offsetSet($offset, $value): void {
-		// throw new \Error('Immutable object');
-		$type = Delegator::getType($value);
-		if ($type!=$this->inner_type) {
-			throw new \Error('Type mismatch: '.$this->inner_type.' expected');
-		}
-		$this->value[$offset] = $value;
-		$this->length = count($this->value);
-	}
-
-	public function offsetUnset($offset): void {
-		// throw new \Error('Immutable object');
-		unset($this->value[$offset]);
-		$this->length = count($this->value);
-	}
-
-	// methods to comply interface \Countable
-
-	public function count(): int {
-		$n = count($this->value);
-		$this->length = $n;
-		return $this->length;
-	}
-}
+value = [];
+		$arr_type = Delegator::getType($array);
+		if (Delegator::isEntity($array)) {
+			$math_object = $array;
+			if ($arr_type==self::class) {
+				$this->value = $math_object->toArray();
+			} else if (Delegator::hasMethod($math_object, 'toVector')) {
+				$this->value = $math_object->toVector()->toArray();
+			} else {
+				$this->value = [$math_object];
+			}
+		} else if (is_array($array)) {
+			$this->value = $array;
+		} else {
+			throw new \TypeError("Unrecognized type of argument");
+		}
+
+		if ($pad_to_length) {
+			$curr_length = count($this->value);
+			if ($pad_to_length>$curr_length) {
+				$n_elements_left = $pad_to_length-$curr_length;
+				while($n_elements_left) {
+					$this->value[] = ($type? Delegator::wrap(0, $type):  0);
+					$n_elements_left--;
+				}
+			}
+		}
+		$this->length = count($this->value);
+
+		if ($type) {
+			$this->inner_type = $type;
+			// set specified type for all elements
+			foreach ($this->value as $i=>$el) {
+				$this->value[$i] = Delegator::wrap($el, $type);
+			}
+		} else {
+			if ($this->length) {
+				$this->inner_type = Delegator::getType($this->value[0]);
+			}
+		}
+	}
+
+	public function __toString() {
+		return '['.implode(', ', $this->value).']';
+	}
+
+	public function toNumber() {
+		return $this->magnitude()->toNumber();
+	}
+
+	public function toArray() {
+		return $this->value;
+	}
+
+	public function isVector() {
+		return ($this::class==self::class);
+	}
+
+	public function pad(int $length): Vector {
+		/* $x_len = $this->count();
+		$arr = $this->value;
+		while ($x_len<$length) {
+			$arr[] = Delegator::wrap(0, $this->inner_type);
+		}
+		return new self($arr, $this->inner_type); */
+		return new self($this->value, $this->inner_type, $length);
+	}
+
+	public function slice(int $length): Vector {
+		$z = new self(array_slice($this->value, 0, $length), $this->inner_type);
+		$z->count();
+		return $z;
+	}
+
+	public function cutZeroTail(): Vector {
+		$z = $this->value;
+		// print "cutZeroTail $this \n";
+		while (count($z)) {
+			$v = end($z);
+			if ($v===false) {break;}
+			if (($v===0) || (Delegator::isEntity($v) && $v->empty())) {
+				array_pop($z);
+			} else {
+				break;
+			}
+		}
+		return new self($z, $this->inner_type);
+	}
+
+	public function align($y) {
+		$x = clone $this;
+		// print "align $x and $y \n";
+		$x = $x->cutZeroTail();
+		$y = $y->cutZeroTail();
+		$x_len = $x->count();
+		$y_len = $y->count();
+		// print "$y_len!=$x_len \n";
+		if ($y_len<$x_len) {
+			$y = $y->pad($x_len);
+		} else if ($y_len>$x_len) {
+			$x = $x->pad($y_len);
+		}
+		return [$x, $y];
+	}
+
+	public function as($type) {
+		return new self($this->value, $type);
+	}
+
+	public function add($y) {
+		// equivalent to finding diagonal end point coords of parallelogram formed by two vectors placed at 0 point at cartegian coordinate system
+		if (Delegator::getType($y)!=self::class) $y = new self($y, $this->inner_type, $this->length);
+		$x = clone $this;
+		$z = [];
+
+		if ($y->length!=$x->length) {
+			// throw new \Error('Mismatch of the vectors length');
+			// print "vector add mismatch $x + $y\n";
+			list($x, $y) = $x->align($y);
+		}
+		// print "vector add $x + $y\n";
+
+		foreach ($x as $i=>$v) {
+			$z[] = $v->add($y[$i]);
+		}
+		$z = new self($z, $this->inner_type);
+
+		return $z;
+	}
+
+	public function subtract($y) {
+		// equivalent to finding vector as diagonal of parallelogram of vector and inverted vector
+		// equivalent to finding vector coords subtracting its initial coords
+		if (Delegator::getType($y)!=self::class) $y = new self($y, $this->inner_type, $this->length);
+		$x = clone $this;
+		$z = [];
+
+		if ($y->length!=$x->length) {
+			throw new \Error('Mismatch of the vectors length');
+		}
+
+		foreach ($x as $i=>$v) {
+			$z[] = $v->subtract($y[$i]);
+		}
+		$z = new self($z, $this->inner_type);
+
+		return $z;
+	}
+
+	// scale vector using scalar scalarMultiply() (not scalar product!), k(), coefficient(), times(), scale()
+	// dot product ·→ aliases is dotProduct(), scalarProduct(), innerProduct(), dot() ***exclude scalarProduct() to avoid ambiquity
+	// Hadamard product ⊙→ aliases is multiplyElementwise(), hadamardProduct(), schurProduct()
+	// cross product ⨯→ aliases is crossProduct(), vectorProduct(), cross(), x()
+	// direct product ⊗→ (Kroneker product with transponed matrix) directProduct()
+	// Kronecker product ⊗→ aliases is kroneckerProduct(), tensorProduct(), matrixDirectProduct()
+	// exterior product is exteriorProduct();
+
+	public function dotProduct($y) {
+		// In mathematics, the dot product or scalar product is an algebraic operation that takes two equal-length sequences of numbers (usually coordinate vectors), and returns a single number.
+		// Algebraically, the dot product is the sum of the products of the corresponding entries of the two sequences of numbers.
+		// Geometrically, it is the product of the Euclidean magnitudes of the two vectors and the cosine of the angle between them.
+
+		// These definitions are equivalent when using Cartesian coordinates:
+		// →a · →b = ∑ (î₁î₂, ĵ₁ĵ₂, …, k₁k₂) ⇔ →a · →b = |a||b|cos(θ)
+		// θ is an angle between a & b
+		// cos(θ) is x/r = adjacent / hipotenuse
+		// assuming x is a (adjacent) and r is b (hipotenuse), projection of b to a will be hipotenuse * (adjacent / hipotenuse) = |b|*cos(θ) = b'
+		// projection of a to b is |a|*cos(θ) = a'
+		// so, basically, scalar product of two vectors is magnitude(a) times projection(b to a) => |a| * b'
+		// cos(θ) = b' / |b| = ( |b| * (a' / |a|) ) / |b| = a' / |a|
+		// |b|cos(θ) = |b| * ( a' / |a| )
+		// →a · →b = |a| * |b| * ( a' / |a| ) = |a||b|a' / |a| = |b|*a' ⇔ |a|*b'
+		// a' = ( →a · →b ) / |b| = →a · →b₁ where →b₁ is Unit vector of b
+
+		// any vector can be presented as a sum of unary vectors i, j, k, l, m, ... each multiplied by scalar koefficient
+		// →a = [X, Y, Z, W, U, ...] = X*→i + Y*→j + Z*→k + W*→l + U*→m + ...
+		// →b = Oi, Pj, Qk, Rl, Sm, ... = [O, P, Q, R, S, ...]
+		// since scalar product of two vectors is magnitude(a) times projection(b to a)
+		// →a · →b = |a||b|cos(θ)
+		// lets get →a vector components by multiplying →a · →i , considering |a||i|cos(φî) = |a|*1*cos(φî) = |a|cos(φî) = a'î = X
+		// (→a · →i + →a · →j + ...) = ∑ (X, Y, Z, W, U, ...) = →a · →basis
+		// lets get →b vector components by multiplying →b · →i , considering |b||i|cos(γî) = |b|*1*cos(γî) = |b|cos(γî) = b'î = O
+		// (→b · →i + →b · →j + ...) = ∑ (O, P, Q, R, S, ...) = →b · →basis
+		// →a · →b · →basis = (→a · →b · →i + →a · →b · →j + ...) = (a'î * b'î + a'î * b'î + ...) = (XO + YP + ZQ + ...)
+
+		// https://en.wikipedia.org/wiki/Dot_product
+		// https://mathworld.wolfram.com/DotProduct.html
+
+		$n = $this->count();
+		if (empty($n)) {return 0;}
+		if (Delegator::getType($y)!=self::class) {
+			$y = new self($y, $this->inner_type, $n);
+		}
+		$y = $y->toArray();
+		$x = $this->value;
+		$z = Delegator::wrap(0);
+
+		foreach ($x as $i=>$v) {
+			$z = $z->add($v->multiply($y[$i]));
+		}
+
+		return $z;
+	}
+	public function dot(...$args) {return $this->dotProduct(...$args);}
+	// public function innerProduct(...$args) {return $this->dotProduct(...$args);} // excluded not to mess with Hermitian inner product or inner product via conjugation a.b = Conjugate[a].b
+	// public function scalarProduct(...$args) {return $this->dotProduct(...$args);} // excluded not to mess with scalar multiplication
+
+	public function multiply($y) {
+		$n = $this->count();
+		if (empty($n)) {
+			return new self([]);
+		}
+		$yt = Delegator::getType($y);
+		if ($yt!=self::class) {
+			// if ($yt==self::T_SCALAR) {
+			if (Delegator::isEntity($y) && !Delegator::implements($y, 'Traversable')) {
+				return $this->k($y);
+			} else {
+				$y = new self($y, $this->inner_type, $n);
+			}
+		}
+		// return $this->vectorProduct($y);
+		return $this->multiplyElementwise($y);
+	}
+
+	public function multiplyElementwise(Vector $y): Vector {
+		$x = clone $this;
+		$y_len = $y->count();
+		$x_len = $this->count();
+		// if ($y_len>$x_len) {$x = $x->pad($y_len);}
+		// if ($x_len>$y_len) {$y = $y->pad($x_len);}
+		if ($y_len>$x_len) {$y = $y->slice($x_len);}
+		if ($x_len>$y_len) {$x = $x->slice($y_len);}
+		$z = [];
+		if ($x->count()) {
+			foreach ($x->value as $i=>$v) {
+				$z[] = $v->multiply($y[$i]);
+			}
+		}
+		$z = new self($z, $this->inner_type);
+		$z = $z->cutZeroTail();
+		return $z;
+	}
+	public function hadamardProduct(...$args) {return $this->multiplyElementwise(...$args);}
+	public function schurProduct(...$args) {return $this->multiplyElementwise(...$args);}
+
+	public function vectorProduct(Vector $y): Vector {
+		$x = clone $this;
+		$y_len = $y->count();
+		$x_len = $x->count();
+		if ($y_len!=$x_len) {
+			// throw new \Error('Vector length mismatch: '.$x_len.' expected');
+			if ($y_len<$x_len) {
+				$y = $y->pad($x_len);
+				$y_len = $y->count();
+			} else {
+				$x = $x->pad($y_len);
+				$x_len = $x->count();
+			}
+		}
+		if ($y_len==0) {
+			// null vector
+			return new self([]);
+		} else if ($y_len==1) {
+			// real number multiplication XXX WRONG!!! collinear vectors cross product gives zero!
+			// return new self([$x->value[0]->multiply($y-value[0])]);
+			return new self([0]);
+		} else if ($y_len==2) {
+			// 2d vector multiplication
+			return $x->crossProduct2D($y);
+		} else if ($y_len==3) {
+			return $x->crossProduct($y);
+		} else {
+			throw new \Error('Vector product not implemented for '.$x_len.' dimensions');
+		}
+	}
+
+	public function crossProduct2D(Vector $y): Vector {
+		$y_len = $y->count();
+		$x_len = $this->count();
+		if ($y_len!=2) throw new \Error('Vector expected to be 3D');
+		if ($x_len!=$y_len) throw new \Error('Vector length mismatch: '.$x_len.' expected');
+
+		$determinant = [
+			[$this->value[0], $this->value[1]], // [a, b]
+			[$y->value[0],    $y->value[1]],    // [c, d]
+		];
+		// calculates as ad-bc (why?)
+		// $determinant_calculated = $this->value[0]->multiply($y->value[1])->subtract($this->value[0]->multiply($y->value[1]));
+		$determinant_calculated = $determinant[0][0]->multiply($determinant[1][1])->subtract($determinant[0][1]->multiply($determinant[1][0]));
+		// resulting vector pointing in k direction (basis ijk) or z direction (basis xyz)
+		$z = [0, 0, $determinant_calculated];
+		$z = new self($z, $this->inner_type);
+
+		// using formula |c| = |a||b|sin(θ) we can obtain angle too (just for testing)
+		$x_magnitude = $this->magnitude();
+		$y_magnitude = $y->magnitude();
+		$z_magnitude = $z->magnitude();
+		$sin_theta = $z_magnitude->divide($x_magnitude->multiply($y_magnitude));
+		$theta = Math::asin($sin_theta);
+		print "|c| $z_magnitude = |a| $x_magnitude * |b| $y_magnitude * sin(θ) $sin_theta \n";
+		print "angle θ is $theta RAD \n";
+
+		return $z;
+	}
+
+	public function crossProduct(Vector $y): Vector {
+		// Cross product (AxB)
+		// https://en.wikipedia.org/wiki/Cross_product
+
+		//          | i  j  k  |
+		// A x B =  | a₀ a₁ a₂ | = |a₁ a₂|  - |a₀ a₂|  + |a₀ a₁|
+		//          | b₀ b₁ b₂ |   |b₁ b₂|i   |b₀ b₂|j   |b₀ b₁|k
+
+		// = (a₁b₂ - b₁a₂) - (a₀b₂ - b₀a₂) + (a₀b₁ - b₀a₁)
+
+		$y_len = $y->count();
+		$x_len = $this->count();
+		if ($y_len!=3) throw new \Error('Vector expected to be 3D');
+		if ($x_len!=$y_len) throw new \Error('Vector length mismatch: '.$x_len.' expected');
+
+		$z = [];
+		$z[] = $this->value[1]->multiply($y[2])->subtract($this->value[2]->multiply($y[1]));
+		$z[] = $this->value[0]->multiply($y[2])->subtract($this->value[2]->multiply($y[0]))->invert();
+		$z[] = $this->value[0]->multiply($y[1])->subtract($this->value[1]->multiply($y[0]));
+
+		return new self($z, $this->inner_type);
+	}
+	public function crossProduct3D(...$args) {return $this->crossProduct(...$args);}
+	public function cross(...$args) {return $this->crossProduct(...$args);}
+	public function x(...$args) {return $this->crossProduct(...$args);}
+
+	public function k($y) {
+		$z = [];
+		$n = $this->count();
+		if ($n) {
+			foreach ($this->value as $i=>$v) {
+				$z[] = $v->multiply($y);
+			}
+		}
+
+		// return new self($z, Delegator::getType($z[0]));
+		return new self($z, $this->inner_type);
+	}
+	public function coefficient(...$args) {return $this->k(...$args);}
+	public function times(...$args) {return $this->k(...$args);}
+	public function scale(...$args) {return $this->k(...$args);}
+	public function scalarMultiply(...$args) {return $this->k(...$args);}
+
+	public function divide($y) {
+		$n = $this->count();
+		if (empty($n)) {
+			return new self([]);
+		}
+		$yt = Delegator::getType($y);
+		if ($yt!=self::class) {
+			if ($yt==self::T_SCALAR) {
+				return $this->k($y->reciprocal());
+			} else {
+				$y = new self($y, $this->inner_type, $n);
+			}
+		}
+		return $this->divideElementwise($y);
+	}
+
+	public function divideElementwise(Vector $y): Vector {
+		$x = clone $this;
+		$y_len = $y->count();
+		$x_len = $this->count();
+		if ($y_len>$x_len) {$x = $x->pad($y_len);}
+		if ($x_len>$y_len) {$y = $y->pad($x_len);}
+		$z = [];
+		if ($x->count()) {
+			foreach ($x->value as $i=>$v) {
+				$z[] = $v->divide($y[$i]);
+			}
+		}
+		$z = new self($z, $this->inner_type);
+		$z = $z->cutZeroTail();
+		return $z;
+	}
+
+	public function reciprocal() {
+		throw new \Error('Not implemented yet');
+	}
+
+	public function conjugate() {
+		throw new \Error('Not implemented yet');
+	}
+
+	public function normalize() {
+		return $this->divide($this->magnitude());
+	}
+
+	public function transpose() {
+		$z = [];
+		$n = $this->count();
+		if ($n) {
+			foreach ($this->value as $i=>$v) {
+				$z[$i][0] = $v;
+			}
+		}
+		return Delegator::wrap($z, self::T_MATRIX);
+	}
+
+	public function invert() {
+		return $this->k(-1);
+	}
+
+	public function magnitude() {
+		// equivalent to finding vector`s absolute length
+		$magnitude = 0;
+		if ($this->length) {
+			foreach ($this->value as $n) {
+				if (Delegator::isEntity($this->inner_type)) {
+					$magnitude+=Math::pow($n, 2)->toNumber();
+				} else {
+					$magnitude+=Math::pow($n, 2);
+				}
+			}
+			$magnitude = Math::sqrt($magnitude);
+		}
+		return Delegator::wrap($magnitude);
+	}
+
+	public function abs() {
+		$magnitude = $this->magnitude();
+		return $magnitude;
+	}
+
+	public function empty() {
+		return ($this->length==0);
+	}
+
+	// methods to comply interface \Iterator
+
+	public function current(): mixed {
+		return (isset($this->value[$this->pointer])? $this->value[$this->pointer]: null);
+	}
+
+	public function key(): mixed {
+		return $this->pointer;
+	}
+
+	public function next(): void {
+		$this->pointer++;
+	}
+
+	public function rewind(): void {
+		$this->pointer = 0;
+	}
+
+	public function valid(): bool {
+		return isset($this->value[$this->pointer]);
+	}
+
+	// methods to comply interface \ArrayAccess
+
+	public function offsetExists($offset): bool {
+		return isset($this->value[$offset]);
+	}
+
+	public function offsetGet($offset): mixed {
+		return (isset($this->value[$offset])? $this->value[$offset]: null);
+	}
+
+	public function offsetSet($offset, $value): void {
+		// throw new \Error('Immutable object');
+		$type = Delegator::getType($value);
+		if ($type!=$this->inner_type) {
+			throw new \Error('Type mismatch: '.$this->inner_type.' expected');
+		}
+		$this->value[$offset] = $value;
+		$this->length = count($this->value);
+	}
+
+	public function offsetUnset($offset): void {
+		// throw new \Error('Immutable object');
+		unset($this->value[$offset]);
+		$this->length = count($this->value);
+	}
+
+	// methods to comply interface \Countable
+
+	public function count(): int {
+		$n = count($this->value);
+		$this->length = $n;
+		return $this->length;
+	}
+}
 ?>
\ No newline at end of file
diff --git a/vendor/irrevion/science/Math/Math.php b/src/Math/Math.php
similarity index 96%
rename from vendor/irrevion/science/Math/Math.php
rename to src/Math/Math.php
index 7769ffe..a2fabd1 100644
--- a/vendor/irrevion/science/Math/Math.php
+++ b/src/Math/Math.php
@@ -1,89 +1,89 @@
-abs();
-				} else {
-					throw new \Error("Method not implemented by Entity");
-				}
-			}
-		} else if (is_numeric($x)) {
-			return parent::abs($x);
-		} else {
-			return null;
-		}
-	}
-
-	public static function asin($x) {
-		if (Delegator::isEntity($x)) {
-			$x = $x->toNumber();
-		}
-		return parent::asin($x);
-	}
-
-	public static function compare(float $x=0.0, string $rel='==', float $y=1e-12) {
-		if (Delegator::isEntity($x)) {$x = $x->toNumber();}
-		if (Delegator::isEntity($y)) {$y = $y->toNumber();}
-		return parent::compare($x, $rel, $y);
-	}
-
-	public static function pow($base, $exponent = 1) {
-		$exponent = $exponent * 1;
-
-		if (is_object($base)) {
-			if (Delegator::isEntity($base)) {
-				if (method_exists($base, 'pow')) {
-					return $x->pow($exponent);
-				} else {
-					if ($exponent==0) {
-						// x^0 = 1
-						return Delegator::wrap(1);
-					} else if ($exponent==1) {
-						// x^1 = x
-						return $base;
-					// } else if (($exponent>0) && !($exponent%1)) {
-					} else if (($exponent>0) && !self::fmod($exponent, 1)) {
-						// x^{2, 3, ... , Integer max}
-						return $base->multiply(self::pow($base, $exponent-1));
-					} else if (($exponent<0) && !self::fmod($exponent, 1)) {
-						// x^{-1, -2, -3, ... , Integer min}
-						return Delegator::wrap(1)->divide(self::pow($base, self::abs($exponent)));
-					} else {
-						throw new \ArithmeticError("Method not implemented by Entity");
-					}
-				}
-			}
-		} else if (is_numeric($base)) {
-			$result = parent::pow($base, $exponent);
-			return (is_nan($result)? null: $result);
-		} else {
-			return null;
-		}
-	}
-
-	public static function sum($array, $wrap=null) {
-		$res = 0;
-		if (count($array)) {
-			if (Delegator::isEntity($array[0])) {
-				$res = Delegator::wrap($res, Delegator::getType($array[0]));
-				foreach ($array as $value) {
-					$res = $res->add($value);
-				}
-			} else {
-				$res = parent::sum($array);
-			}
-		}
-		if (!empty($wrap)) {
-			Delegator::wrap($res, $wrap);
-		}
-		return $res;
-	}
-}
+abs();
+				} else {
+					throw new \Error("Method not implemented by Entity");
+				}
+			}
+		} else if (is_numeric($x)) {
+			return parent::abs($x);
+		} else {
+			return null;
+		}
+	}
+
+	public static function asin($x) {
+		if (Delegator::isEntity($x)) {
+			$x = $x->toNumber();
+		}
+		return parent::asin($x);
+	}
+
+	public static function compare(float $x=0.0, string $rel='==', float $y=1e-12) {
+		if (Delegator::isEntity($x)) {$x = $x->toNumber();}
+		if (Delegator::isEntity($y)) {$y = $y->toNumber();}
+		return parent::compare($x, $rel, $y);
+	}
+
+	public static function pow($base, $exponent = 1) {
+		$exponent = $exponent * 1;
+
+		if (is_object($base)) {
+			if (Delegator::isEntity($base)) {
+				if (method_exists($base, 'pow')) {
+					return $x->pow($exponent);
+				} else {
+					if ($exponent==0) {
+						// x^0 = 1
+						return Delegator::wrap(1);
+					} else if ($exponent==1) {
+						// x^1 = x
+						return $base;
+					// } else if (($exponent>0) && !($exponent%1)) {
+					} else if (($exponent>0) && !self::fmod($exponent, 1)) {
+						// x^{2, 3, ... , Integer max}
+						return $base->multiply(self::pow($base, $exponent-1));
+					} else if (($exponent<0) && !self::fmod($exponent, 1)) {
+						// x^{-1, -2, -3, ... , Integer min}
+						return Delegator::wrap(1)->divide(self::pow($base, self::abs($exponent)));
+					} else {
+						throw new \ArithmeticError("Method not implemented by Entity");
+					}
+				}
+			}
+		} else if (is_numeric($base)) {
+			$result = parent::pow($base, $exponent);
+			return (is_nan($result)? null: $result);
+		} else {
+			return null;
+		}
+	}
+
+	public static function sum($array, $wrap=null) {
+		$res = 0;
+		if (count($array)) {
+			if (Delegator::isEntity($array[0])) {
+				$res = Delegator::wrap($res, Delegator::getType($array[0]));
+				foreach ($array as $value) {
+					$res = $res->add($value);
+				}
+			} else {
+				$res = parent::sum($array);
+			}
+		}
+		if (!empty($wrap)) {
+			Delegator::wrap($res, $wrap);
+		}
+		return $res;
+	}
+}
 ?>
\ No newline at end of file
diff --git a/vendor/irrevion/science/Math/Operations/Delegator.php b/src/Math/Operations/Delegator.php
similarity index 97%
rename from vendor/irrevion/science/Math/Operations/Delegator.php
rename to src/Math/Operations/Delegator.php
index adbd19f..a006b3c 100644
--- a/vendor/irrevion/science/Math/Operations/Delegator.php
+++ b/src/Math/Operations/Delegator.php
@@ -1,77 +1,77 @@
-implementsInterface(self::ENTITY);
-			return $is_entity;
-		} else if (is_string($x)) {
-			if (!class_exists($x)) {return false;}
-			$class_reflection = new \ReflectionClass($x);
-			$is_entity = $class_reflection->implementsInterface(self::ENTITY);
-			return $is_entity;
-		}
-		return false;
-	}
-
-	public static function implements($object, $any_of_interfaces=[]) {
-		if (!is_object($object)) {return false;}
-		if (!is_array($any_of_interfaces)) {$any_of_interfaces = [$any_of_interfaces];}
-		$instance_of = $object::class;
-		$class_reflection = new \ReflectionClass($instance_of);
-		foreach ($any_of_interfaces as $I) {
-			if ($class_reflection->implementsInterface($I)) {return true;}
-		}
-		return false;
-	}
-
-	public static function hasMethod($x, $method_name) {
-		if (!self::isEntity($x)) return false;
-		if (method_exists($x, $method_name)) return true;
-		return false;
-	}
-
-	public static function getType($x) {
-		$type = gettype($x);
-		if ($type=="object") {
-			$type = $x::class;
-		}
-		return $type;
-	}
-
-	public static function getSuperset($x, $y) {
-		if (!self::isEntity($x)) return null;
-		if (!self::isEntity($y)) return null;
-		$superX = (empty($x->subset_of)? []: $x->subset_of);
-		$superY = (empty($y->subset_of)? []: $y->subset_of);
-		$supersets = array_intersect($superX, $superY);
-		if (count($supersets)) return $supersets[0];
-		return null;
-	}
-
-	public static function delegate($operation, $x, $y) {
-		$superset = self::getSuperset($x, $y);
-		if (empty($superset)) throw new \ArithmeticError("This entities are incompatible");
-		if (!class_exists($superset)) throw new \ArithmeticError("Invalid superset name $superset");
-		if (!self::hasMethod($superset, $operation)) throw new \ArithmeticError("Invalid operation to delegate in $superset");
-		if (Delegator::getType($x)!=$superset) {$x = self::wrap($x, $superset);}
-		if (Delegator::getType($y)!=$superset) {$y = self::wrap($y, $superset);}
-		$z = $x->$operation($y);
-		return $z;
-	}
-
-	public static function wrap($x, $to_superset=null) {
-		if (empty($to_superset)) {$to_superset = self::ENTITY_SCALAR;}
-		if (self::getType($x)==$to_superset) {return $x;}
-		// print "wrap ".var_export($x, 1)." to {$to_superset} \n";
-		$class_reflection = new \ReflectionClass($to_superset);
-		return $class_reflection->newInstance($x);
-	}
-}
+implementsInterface(self::ENTITY);
+			return $is_entity;
+		} else if (is_string($x)) {
+			if (!class_exists($x)) {return false;}
+			$class_reflection = new \ReflectionClass($x);
+			$is_entity = $class_reflection->implementsInterface(self::ENTITY);
+			return $is_entity;
+		}
+		return false;
+	}
+
+	public static function implements($object, $any_of_interfaces=[]) {
+		if (!is_object($object)) {return false;}
+		if (!is_array($any_of_interfaces)) {$any_of_interfaces = [$any_of_interfaces];}
+		$instance_of = $object::class;
+		$class_reflection = new \ReflectionClass($instance_of);
+		foreach ($any_of_interfaces as $I) {
+			if ($class_reflection->implementsInterface($I)) {return true;}
+		}
+		return false;
+	}
+
+	public static function hasMethod($x, $method_name) {
+		if (!self::isEntity($x)) return false;
+		if (method_exists($x, $method_name)) return true;
+		return false;
+	}
+
+	public static function getType($x) {
+		$type = gettype($x);
+		if ($type=="object") {
+			$type = $x::class;
+		}
+		return $type;
+	}
+
+	public static function getSuperset($x, $y) {
+		if (!self::isEntity($x)) return null;
+		if (!self::isEntity($y)) return null;
+		$superX = (empty($x->subset_of)? []: $x->subset_of);
+		$superY = (empty($y->subset_of)? []: $y->subset_of);
+		$supersets = array_intersect($superX, $superY);
+		if (count($supersets)) return $supersets[0];
+		return null;
+	}
+
+	public static function delegate($operation, $x, $y) {
+		$superset = self::getSuperset($x, $y);
+		if (empty($superset)) throw new \ArithmeticError("This entities are incompatible");
+		if (!class_exists($superset)) throw new \ArithmeticError("Invalid superset name $superset");
+		if (!self::hasMethod($superset, $operation)) throw new \ArithmeticError("Invalid operation to delegate in $superset");
+		if (Delegator::getType($x)!=$superset) {$x = self::wrap($x, $superset);}
+		if (Delegator::getType($y)!=$superset) {$y = self::wrap($y, $superset);}
+		$z = $x->$operation($y);
+		return $z;
+	}
+
+	public static function wrap($x, $to_superset=null) {
+		if (empty($to_superset)) {$to_superset = self::ENTITY_SCALAR;}
+		if (self::getType($x)==$to_superset) {return $x;}
+		// print "wrap ".var_export($x, 1)." to {$to_superset} \n";
+		$class_reflection = new \ReflectionClass($to_superset);
+		return $class_reflection->newInstance($x);
+	}
+}
 ?>
\ No newline at end of file
diff --git a/vendor/irrevion/science/Math/Transformations/Matrix.php b/src/Math/Transformations/Matrix.php
similarity index 100%
rename from vendor/irrevion/science/Math/Transformations/Matrix.php
rename to src/Math/Transformations/Matrix.php
diff --git a/vendor/irrevion/science/Math/Transformations/Transformation.php b/src/Math/Transformations/Transformation.php
similarity index 100%
rename from vendor/irrevion/science/Math/Transformations/Transformation.php
rename to src/Math/Transformations/Transformation.php
diff --git a/vendor/irrevion/science/Physics/Branches/Mech.php b/src/Physics/Branches/Mech.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Branches/Mech.php
rename to src/Physics/Branches/Mech.php
diff --git a/vendor/irrevion/science/Physics/Branches/QCD.php b/src/Physics/Branches/QCD.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Branches/QCD.php
rename to src/Physics/Branches/QCD.php
diff --git a/vendor/irrevion/science/Physics/Branches/QED.php b/src/Physics/Branches/QED.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Branches/QED.php
rename to src/Physics/Branches/QED.php
diff --git a/vendor/irrevion/science/Physics/Branches/QFT.php b/src/Physics/Branches/QFT.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Branches/QFT.php
rename to src/Physics/Branches/QFT.php
diff --git a/vendor/irrevion/science/Physics/Branches/Quantum.php b/src/Physics/Branches/Quantum.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Branches/Quantum.php
rename to src/Physics/Branches/Quantum.php
diff --git a/vendor/irrevion/science/Physics/Branches/Relativity.php b/src/Physics/Branches/Relativity.php
similarity index 97%
rename from vendor/irrevion/science/Physics/Branches/Relativity.php
rename to src/Physics/Branches/Relativity.php
index 289897e..dc0e37d 100644
--- a/vendor/irrevion/science/Physics/Branches/Relativity.php
+++ b/src/Physics/Branches/Relativity.php
@@ -1,16 +1,16 @@
-
\ No newline at end of file
diff --git a/vendor/irrevion/science/Physics/Entities/Particles/Electron.php b/src/Physics/Entities/Particles/Electron.php
similarity index 98%
rename from vendor/irrevion/science/Physics/Entities/Particles/Electron.php
rename to src/Physics/Entities/Particles/Electron.php
index 337b0cc..6a4631e 100644
--- a/vendor/irrevion/science/Physics/Entities/Particles/Electron.php
+++ b/src/Physics/Entities/Particles/Electron.php
@@ -1,25 +1,25 @@
-
\ No newline at end of file
diff --git a/vendor/irrevion/science/Physics/Entities/Quantity.php b/src/Physics/Entities/Quantity.php
similarity index 95%
rename from vendor/irrevion/science/Physics/Entities/Quantity.php
rename to src/Physics/Entities/Quantity.php
index 1e2dcd5..bb6e2a3 100644
--- a/vendor/irrevion/science/Physics/Entities/Quantity.php
+++ b/src/Physics/Entities/Quantity.php
@@ -1,40 +1,40 @@
-value = $value;
-		$unit = Physics::unit($unit);
-		$this->unit = $unit;
-	}
-
-	public function __toString() {
-		return "{$this->value} {$this->unit['measure']}";
-	}
-
-	public function toNumber() {
-		return $this->value;
-	}
-
-	public function convert($to) {
-		return Physics::convert($this, $to);
-	}
-
-	public function i($const='') {
-		// $reflection = new \ReflectionClass($this->unit);
-		// $reflection = $this->unit;
-		// if (empty($const)) {
-		// 	return $reflection;
-		// }
-		// return $reflection->getConstant($const);
-
-		return (empty($const)? $this->unit: $this->unit[$const]);
-	}
-}
+value = $value;
+		$unit = Physics::unit($unit);
+		$this->unit = $unit;
+	}
+
+	public function __toString() {
+		return "{$this->value} {$this->unit['measure']}";
+	}
+
+	public function toNumber() {
+		return $this->value;
+	}
+
+	public function convert($to) {
+		return Physics::convert($this, $to);
+	}
+
+	public function i($const='') {
+		// $reflection = new \ReflectionClass($this->unit);
+		// $reflection = $this->unit;
+		// if (empty($const)) {
+		// 	return $reflection;
+		// }
+		// return $reflection->getConstant($const);
+
+		return (empty($const)? $this->unit: $this->unit[$const]);
+	}
+}
 ?>
\ No newline at end of file
diff --git a/vendor/irrevion/science/Physics/Physics.php b/src/Physics/Physics.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Physics.php
rename to src/Physics/Physics.php
diff --git a/vendor/irrevion/science/Physics/Unit/CGS.php b/src/Physics/Unit/CGS.php
similarity index 96%
rename from vendor/irrevion/science/Physics/Unit/CGS.php
rename to src/Physics/Unit/CGS.php
index c3e94be..f44e69e 100644
--- a/vendor/irrevion/science/Physics/Unit/CGS.php
+++ b/src/Physics/Unit/CGS.php
@@ -1,19 +1,19 @@
-value);
-		if (empty($const)) {
-			return $reflection;
-		}
-		return $reflection->getConstant($const);
-	}
-}
+value);
+		if (empty($const)) {
+			return $reflection;
+		}
+		return $reflection->getConstant($const);
+	}
+}
 ?>
\ No newline at end of file
diff --git a/vendor/irrevion/science/Physics/Unit/Categories.php b/src/Physics/Unit/Categories.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Categories.php
rename to src/Physics/Unit/Categories.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/AbAmpere.php b/src/Physics/Unit/Entities/AbAmpere.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/AbAmpere.php
rename to src/Physics/Unit/Entities/AbAmpere.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Ampere.php b/src/Physics/Unit/Entities/Ampere.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Ampere.php
rename to src/Physics/Unit/Entities/Ampere.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Angle.php b/src/Physics/Unit/Entities/Angle.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Angle.php
rename to src/Physics/Unit/Entities/Angle.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/AstronomicalUnit.php b/src/Physics/Unit/Entities/AstronomicalUnit.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/AstronomicalUnit.php
rename to src/Physics/Unit/Entities/AstronomicalUnit.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Brightness.php b/src/Physics/Unit/Entities/Brightness.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Brightness.php
rename to src/Physics/Unit/Entities/Brightness.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/CGS.php b/src/Physics/Unit/Entities/CGS.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/CGS.php
rename to src/Physics/Unit/Entities/CGS.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Candela.php b/src/Physics/Unit/Entities/Candela.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Candela.php
rename to src/Physics/Unit/Entities/Candela.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Celsius.php b/src/Physics/Unit/Entities/Celsius.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Celsius.php
rename to src/Physics/Unit/Entities/Celsius.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Degree.php b/src/Physics/Unit/Entities/Degree.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Degree.php
rename to src/Physics/Unit/Entities/Degree.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/ElectricCurrent.php b/src/Physics/Unit/Entities/ElectricCurrent.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/ElectricCurrent.php
rename to src/Physics/Unit/Entities/ElectricCurrent.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/ElectricTension.php b/src/Physics/Unit/Entities/ElectricTension.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/ElectricTension.php
rename to src/Physics/Unit/Entities/ElectricTension.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/ElectronMass.php b/src/Physics/Unit/Entities/ElectronMass.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/ElectronMass.php
rename to src/Physics/Unit/Entities/ElectronMass.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/ElectronVolt.php b/src/Physics/Unit/Entities/ElectronVolt.php
similarity index 96%
rename from vendor/irrevion/science/Physics/Unit/Entities/ElectronVolt.php
rename to src/Physics/Unit/Entities/ElectronVolt.php
index 3d87847..5525c7c 100644
--- a/vendor/irrevion/science/Physics/Unit/Entities/ElectronVolt.php
+++ b/src/Physics/Unit/Entities/ElectronVolt.php
@@ -7,7 +7,7 @@ class ElectronVolt implements Energy, NonStandard {
 	// const category = 'energy'; // defined by interface
 	// const unit_system = 'NonStandart'; // defined by interface
 	const measure = 'eV';
-	const reference = 1;
+	const reference = 1.602176634e-19;
 	const reference_measure = 'J';
 	const alias = 'E';
 	const descr = 'In physics, an electronvolt (symbol eV, also written electron-volt and electron volt) is the measure of an amount of kinetic energy gained by a single electron accelerating from rest through an electric potential difference of one volt in vacuum. When used as a unit of energy, the numerical value of 1 eV in joules (symbol J) is equivalent to the numerical value of the charge of an electron in coulombs (symbol C). Under the 2019 redefinition of the SI base units, this sets 1 eV equal to the exact value 1.602176634×10−19 J.';
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Energy.php b/src/Physics/Unit/Entities/Energy.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Energy.php
rename to src/Physics/Unit/Entities/Energy.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Fahrenheit.php b/src/Physics/Unit/Entities/Fahrenheit.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Fahrenheit.php
rename to src/Physics/Unit/Entities/Fahrenheit.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/IAU.php b/src/Physics/Unit/Entities/IAU.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/IAU.php
rename to src/Physics/Unit/Entities/IAU.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Imperial.php b/src/Physics/Unit/Entities/Imperial.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Imperial.php
rename to src/Physics/Unit/Entities/Imperial.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Joule.php b/src/Physics/Unit/Entities/Joule.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Joule.php
rename to src/Physics/Unit/Entities/Joule.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Kelvin.php b/src/Physics/Unit/Entities/Kelvin.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Kelvin.php
rename to src/Physics/Unit/Entities/Kelvin.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Kilogram.php b/src/Physics/Unit/Entities/Kilogram.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Kilogram.php
rename to src/Physics/Unit/Entities/Kilogram.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Length.php b/src/Physics/Unit/Entities/Length.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Length.php
rename to src/Physics/Unit/Entities/Length.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/LightYear.php b/src/Physics/Unit/Entities/LightYear.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/LightYear.php
rename to src/Physics/Unit/Entities/LightYear.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/LuminousIntensity.php b/src/Physics/Unit/Entities/LuminousIntensity.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/LuminousIntensity.php
rename to src/Physics/Unit/Entities/LuminousIntensity.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Mass.php b/src/Physics/Unit/Entities/Mass.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Mass.php
rename to src/Physics/Unit/Entities/Mass.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Metre.php b/src/Physics/Unit/Entities/Metre.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Metre.php
rename to src/Physics/Unit/Entities/Metre.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Mole.php b/src/Physics/Unit/Entities/Mole.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Mole.php
rename to src/Physics/Unit/Entities/Mole.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Nit.php b/src/Physics/Unit/Entities/Nit.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Nit.php
rename to src/Physics/Unit/Entities/Nit.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/NonStandard.php b/src/Physics/Unit/Entities/NonStandard.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/NonStandard.php
rename to src/Physics/Unit/Entities/NonStandard.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Parsec.php b/src/Physics/Unit/Entities/Parsec.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Parsec.php
rename to src/Physics/Unit/Entities/Parsec.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Planck.php b/src/Physics/Unit/Entities/Planck.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Planck.php
rename to src/Physics/Unit/Entities/Planck.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/PlanckLength.php b/src/Physics/Unit/Entities/PlanckLength.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/PlanckLength.php
rename to src/Physics/Unit/Entities/PlanckLength.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/PlanckTime.php b/src/Physics/Unit/Entities/PlanckTime.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/PlanckTime.php
rename to src/Physics/Unit/Entities/PlanckTime.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Pound.php b/src/Physics/Unit/Entities/Pound.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Pound.php
rename to src/Physics/Unit/Entities/Pound.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Radian.php b/src/Physics/Unit/Entities/Radian.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Radian.php
rename to src/Physics/Unit/Entities/Radian.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Rankine.php b/src/Physics/Unit/Entities/Rankine.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Rankine.php
rename to src/Physics/Unit/Entities/Rankine.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/SI.php b/src/Physics/Unit/Entities/SI.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/SI.php
rename to src/Physics/Unit/Entities/SI.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Second.php b/src/Physics/Unit/Entities/Second.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Second.php
rename to src/Physics/Unit/Entities/Second.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/SolarMass.php b/src/Physics/Unit/Entities/SolarMass.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/SolarMass.php
rename to src/Physics/Unit/Entities/SolarMass.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/StatAmpere.php b/src/Physics/Unit/Entities/StatAmpere.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/StatAmpere.php
rename to src/Physics/Unit/Entities/StatAmpere.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/StatVolt.php b/src/Physics/Unit/Entities/StatVolt.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/StatVolt.php
rename to src/Physics/Unit/Entities/StatVolt.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Stilb.php b/src/Physics/Unit/Entities/Stilb.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Stilb.php
rename to src/Physics/Unit/Entities/Stilb.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/SubstanceAmount.php b/src/Physics/Unit/Entities/SubstanceAmount.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/SubstanceAmount.php
rename to src/Physics/Unit/Entities/SubstanceAmount.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Temperature.php b/src/Physics/Unit/Entities/Temperature.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Temperature.php
rename to src/Physics/Unit/Entities/Temperature.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Time.php b/src/Physics/Unit/Entities/Time.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Time.php
rename to src/Physics/Unit/Entities/Time.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/USC.php b/src/Physics/Unit/Entities/USC.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/USC.php
rename to src/Physics/Unit/Entities/USC.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/UnitInterface.php b/src/Physics/Unit/Entities/UnitInterface.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/UnitInterface.php
rename to src/Physics/Unit/Entities/UnitInterface.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Volt.php b/src/Physics/Unit/Entities/Volt.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Volt.php
rename to src/Physics/Unit/Entities/Volt.php
diff --git a/vendor/irrevion/science/Physics/Unit/Entities/Year.php b/src/Physics/Unit/Entities/Year.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Entities/Year.php
rename to src/Physics/Unit/Entities/Year.php
diff --git a/vendor/irrevion/science/Physics/Unit/IAU.php b/src/Physics/Unit/IAU.php
similarity index 96%
rename from vendor/irrevion/science/Physics/Unit/IAU.php
rename to src/Physics/Unit/IAU.php
index cd38a72..5a32623 100644
--- a/vendor/irrevion/science/Physics/Unit/IAU.php
+++ b/src/Physics/Unit/IAU.php
@@ -1,21 +1,21 @@
-value);
-		if (empty($const)) {
-			return $reflection;
-		}
-		return $reflection->getConstant($const);
-	}
-}
+value);
+		if (empty($const)) {
+			return $reflection;
+		}
+		return $reflection->getConstant($const);
+	}
+}
 ?>
\ No newline at end of file
diff --git a/vendor/irrevion/science/Physics/Unit/Imperial.php b/src/Physics/Unit/Imperial.php
similarity index 95%
rename from vendor/irrevion/science/Physics/Unit/Imperial.php
rename to src/Physics/Unit/Imperial.php
index add606b..ff2fbdc 100644
--- a/vendor/irrevion/science/Physics/Unit/Imperial.php
+++ b/src/Physics/Unit/Imperial.php
@@ -1,16 +1,16 @@
-value);
-		if (empty($const)) {
-			return $reflection;
-		}
-		return $reflection->getConstant($const);
-	}
-}
+value);
+		if (empty($const)) {
+			return $reflection;
+		}
+		return $reflection->getConstant($const);
+	}
+}
 ?>
\ No newline at end of file
diff --git a/vendor/irrevion/science/Physics/Unit/Natural.php b/src/Physics/Unit/Natural.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Natural.php
rename to src/Physics/Unit/Natural.php
diff --git a/vendor/irrevion/science/Physics/Unit/NonStandard.php b/src/Physics/Unit/NonStandard.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/NonStandard.php
rename to src/Physics/Unit/NonStandard.php
diff --git a/vendor/irrevion/science/Physics/Unit/Planck.php b/src/Physics/Unit/Planck.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Planck.php
rename to src/Physics/Unit/Planck.php
diff --git a/vendor/irrevion/science/Physics/Unit/SI.php b/src/Physics/Unit/SI.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/SI.php
rename to src/Physics/Unit/SI.php
diff --git a/vendor/irrevion/science/Physics/Unit/SystemInterface.php b/src/Physics/Unit/SystemInterface.php
similarity index 94%
rename from vendor/irrevion/science/Physics/Unit/SystemInterface.php
rename to src/Physics/Unit/SystemInterface.php
index 8f9d82a..30d696c 100644
--- a/vendor/irrevion/science/Physics/Unit/SystemInterface.php
+++ b/src/Physics/Unit/SystemInterface.php
@@ -1,7 +1,7 @@
-
\ No newline at end of file
diff --git a/vendor/irrevion/science/Physics/Unit/Systems.php b/src/Physics/Unit/Systems.php
similarity index 100%
rename from vendor/irrevion/science/Physics/Unit/Systems.php
rename to src/Physics/Unit/Systems.php
diff --git a/vendor/irrevion/science/Physics/Unit/USC.php b/src/Physics/Unit/USC.php
similarity index 95%
rename from vendor/irrevion/science/Physics/Unit/USC.php
rename to src/Physics/Unit/USC.php
index 32a8fab..3388b95 100644
--- a/vendor/irrevion/science/Physics/Unit/USC.php
+++ b/src/Physics/Unit/USC.php
@@ -1,16 +1,16 @@
-value);
-		if (empty($const)) {
-			return $reflection;
-		}
-		return $reflection->getConstant($const);
-	}
-}
+value);
+		if (empty($const)) {
+			return $reflection;
+		}
+		return $reflection->getConstant($const);
+	}
+}
 ?>
\ No newline at end of file