web 有 three.js c++有 threepp 强强联手

????????threepp 是? 按照 three.js 129版本 基础上仿制的功能，编译成功以后分享 效果！！！！

运行代码

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#include "threepp/threepp.hpp"

using namespace threepp;

auto createBox(const Vector3& pos, const Color& color) {
    auto geometry = BoxGeometry::create();
    auto material = MeshPhongMaterial::create();
    material->color = color;
    auto box = Mesh::create(geometry, material);
    box->position.copy(pos);
    
    return box;
}

int main() {

    Canvas canvas("Demo");
    GLRenderer renderer{canvas.size()};

    auto scene = Scene::create();
    auto camera = PerspectiveCamera::create(75, canvas.aspect(), 0.1f, 100);
    camera->position.z = 5;
    
    OrbitControls controls{*camera, canvas};

    auto light = HemisphereLight::create();
    scene->add(light);

    auto group = Group::create();
    group->add(createBox({-1, 0, 0}, Color::green));
    group->add(createBox({1, 0, 0}, Color::red));
    scene->add(group);

    auto planeGeometry = PlaneGeometry::create(5, 5);
    auto planeMaterial = MeshLambertMaterial::create();
    planeMaterial->color = Color::gray;
    planeMaterial->side = Side::Double;
    auto plane = Mesh::create(planeGeometry, planeMaterial);
    plane->position.y = -1;
    plane->rotateX(math::degToRad(90));
    scene->add(plane);

    canvas.onWindowResize([&](WindowSize size) {
        camera->aspect = size.aspect();
        camera->updateProjectionMatrix();
        renderer.setSize(size);
    });
    
    Clock clock;
    canvas.animate([&]() {
        
        float dt = clock.getDelta();
        group->rotation.y += 1.f * dt;

        renderer.render(*scene, *camera);
    });
}

运行效果

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????????

操作 不敢讲，但是 要是看， 真的没得说

大佬作品

? ? ? ? ?一个是 参照86版本 写的。 一个是参照129版本写的。 本文档采用最新版本的编译！编译中，各种痛苦！

????????GitHub - bergstr11/three.cpp: yet another C++ port of three.js, based on r86+

? ? ? ??GitHub - markaren/threepp: C++17 port of three.js (r129)