The object particle means to the microcosmic particle that its static mass is not zero, for example, electron atom molecule and so on.
实物粒子是指静止质量不为零的微观粒子，如电子、原子和分子等。
I want to write down for you equations for a moving particle a moving object in three-dimensional space very complicated motion which I can hardly imagine what it's like.
我下面给大家，粒子的运动方程，即在三维空间中物体的运动，非常复杂的运动，很难想象它是如何的。
The particle, Kochen and Specker showed, is like a cheating player. They found it out by showing that no single object satisfies all the "questions" (or all 33 axes) at once.
Kochen和Specker的证明表明粒子就像是个使诈的玩家，理由是，不可能有单一的物体同时满足所有的“问题”(在这里是那33个轴)。
If these were the only two forces, then the net force on this object, on this particle I, would be...
如果这是唯一两个力，那么物体所受的合力，粒子i的合力。
If the sensor touch's an object, this will be an obstacle and then the particle will rotate a little to avoid collision.
如果感应器触觉的一个物体，这将会是一个障碍，然后粒子将会避免一些碰撞。
A novel method for infrared object robust tracking based on particle filters was proposed.
提出了一种基于粒子滤波的红外目标稳健跟踪新方法。
If you want to show many small chunks in the air then you can also use a Particle Flow and on collide emit the custom object instances.
如果你想在空中也出现许多小碎块，你可以使用粒子流，在碰撞中发射自定义的物体。
To display them create another object with the Particle fluid type, explained below, that USES the same bake directory as the domain.
显示他们用粒子流体型态产生另外的一个物体，在下面解释，领域使用同一的烘焙目录。
A new approach that incorporates robust appearance filter with a particle filter to realize robust object tracking is presented in this paper.
本文提出一种新的目标跟踪算法，将鲁棒外观滤波与粒子滤波器相结合，从而实现稳定的目标跟踪。
Particle system is a successful algorithm for generating graphics in simulating anomalous blurry object.
粒子系统是模拟不规则模糊物体最为成功的一种图形生成算法。
Particle system method has been used widely in object modeling.
粒子系统是一种应用广泛而实用的物体建模方法。
Each particle cloud or simulated object can have multiple forces applied to it.
每种粒子云或者模拟物体都有多种类型力场影响。
To track objects with scale changes in a complex scene, a particle filter based object tracking approach is proposed in this paper.
针对复杂情况下变尺度目标跟踪问题，提出一种基于粒子滤波的自适应尺度目标跟踪算法。
After studying particle filter technology, a moving object tracking algorithm based on a particle filter was developed, integrating foreground information, color features and an integral image method.
通过粒子滤波技术，研究了如何整合颜色特征、前景信息和积分图运算等技术实现视频目标跟踪的粒子滤波算法。
Particle filter is an effective way of object tracking; however, it is still error-prone when it is used for multi-target tracking, especially when multiple objects overlapped.
粒子滤波是进行目标跟踪的有效方法，但被用于多目标跟踪时也容易出错，尤其是当多个目标相互交叉的时候。
Nowadays, particle systems have been recognized as one of the most successful methods of irregular object simulation, its advantages are direct, effective and stable.
目前，粒子系统已经成为公认的模拟不规则物体的最成功方法之一，其优点在于直观、高效、技术成熟稳定。
To site an example, the famous "wave particle duality", where an object is both a wave and a particle simultaneously.
类似的困难也存在与现代物理学中。举个例子，著名的“波粒二象性”，一个客体同时即是波又是粒子。
The settlement is proportional to the weight of the object, and the bigger the particle, the faster the settlement.
沉降与物体重量成正比，颗粒越大沉降越快。
Particle system is an effective method in simulating irregular moving object.
粒子系统是用来模拟不规则运动物体的一种比较有效的方法。
Another condition is incoherent, because of the asymmetry in the medium. For example the particle in the air, the defect on the surface of the object, such as the speckle on the leafage etc.
另一种是在非相干的情况下，由于传播介质的不均匀性，例如空气中存在的颗粒状尘埃物质，还有由于某些原因造成的在物体本身表面上就存在的散斑，例如一片叶子表面上的斑点等等。
To improve the performance of object tracking, a particle filter algorithm was proposed which(uses) state partition technique and parallel extended kalman filter to construct proposal distribution.
为了进一步提高目标跟踪的性能，采用一种新的建议分布构造方法，即利用状态分割技术和平行扩展卡尔曼滤波技术构造建议分布。
In this series of lessons we'll learn how to use the morph and magic daemons to have a particle stream morph into an object.
在这一连串的经验教训，我们将学习如何使用变形和魔法守护进程已进入一个对象的粒子流变形。
The scattering of fog particle influence the images by three aspects: the attenuation of object light, the scattering of air light and the multi-scattering of fog particle.
雾滴的散射通过三个方面对图像产生影响：雾滴对成像光线的透射衰减，空气光即非成像光线的散射及雾滴的多次散射。
The scattering of fog particle influence the images by three aspects: the attenuation of object light, the scattering of air light and the multi-scattering of fog particle.
雾滴的散射通过三个方面对图像产生影响：雾滴对成像光线的透射衰减，空气光即非成像光线的散射及雾滴的多次散射。
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