当然你可以通过调整这两个解算器的设置来继续提升质量。
Of course, you can still improve the quality, by adapting the settings for both solvers.
元数据处理和可见性规则的运行时实施由osgi框架解算器负责。
The processing of the metadata and the run time enforcement of the visibility rules are provided by the OSGi framework resolver.
这个例子展示了lsode的用法，这是一个常见的微分方程解算器。
This example demonstrates the use of lsode, an ordinary differential equation solver.
旋转弹外弹道自转角速度的实时测量是弹道修正引信弹道解算器设计的重要环节之一。
The new method of measuring angular velocity of spinning projectile in exterior trajectory was proposed.
提出了一种以动态显式有限元为解算器，并采用遗传算法对矩形板激光弯曲成形工艺参数进行优化设计的方法。
Using explicit dynamic FEM as a solver, process parameter optimization design on laser bending of rectangular sheet metals was conducted with genetic algorithms (GA).
用户跟踪节点可以用来手动生成跟踪器给照相机使用或物体解算，可以有多个输入和输出。
The User track node can be used to manually generate trackers to use for camera or object solving, and can have multiple inputs and outputs.
为了测试火炮弹丸飞行姿态，采用捷联式地磁—太阳方位传感器，利用地磁场和太阳方位作为参照物，解算弹丸飞行姿态。
For use in the attitude measurement of artillery projectiles, a strap-down type geomagnetism and solar direction sensor is made use of to decide the attitudinal data.
手动生成的跟踪器可以同时放在多个片段，使多台摄像机同时解决，或参考帧用来协助一个相机解算。
Manually generated trackers can be placed in multiple clips at the same time, enabling multiple cameras to be solved simultaneously, or reference frames to be used to assist with a camera solve.
该导引律在不需要解算目标速度的前提下，通过在线自组织调整航行器的提前角，从而使水下航行器的前置点与目标交会。
This guidance law, without the need of the target velocity, can make the underwater vehicle meet the target in the intercept point by self-organizing adjusting its lead Angle on line.
地磁传感器测量的数据不仅用于解算弹体飞行姿态，同时可通过计算给出点火脉冲发动机选择的方向基准。
The data measured by magnetic sensor can be used in calculating the flight attitude of the projectile and giving the direction benchmark of firing pulse jet.
分析了气体饱和器的工作状态，根据其热力过程建立相应的数学模型，并给出模型的解算方法。
The working state of gas saturator is analyzed, then the corresponding mathematical model is established and the solving method is also given.
研究了基于全景视觉传感器的图像解算。
Study image separation and computation based on panorama visual sensors.
提出了利用目标的方位、俯仰角信息以及红外探测器对目标辐射的响应信息，解算目标位置参数的单站定位方法。
With the information of the angles and radiations of the target measured by IRST systems, a single observer passive location method is put forward.
建立综合飞行/火力控制系统模型，并进行火控解算、并设计飞行/火力耦合器。最后在对前面模型分析的基础上进行模拟验证。
We establishes iffcs model, computes fire control, and designs " fly / fire " coupler . finally, based on the model that mentioned above, a simulation is carried out.
传感器误差是影响姿态解算精度的主要因素。
Sensor errors are the main factors which have influence on attitude algorithm accuracy.
当潜艇利用双基阵进行目标跟踪时，把双基阵跟踪等效成单站跟踪，再采用伪线性估计器对目标的运动要素进行解算。
When dual-array tracking was applied by submarine, dual-array tracking was changed into single-array tracking, and then the movement factors of target were solved by pseudo-linearization estimator.
当潜艇利用双基阵进行目标跟踪时，把双基阵跟踪等效成单站跟踪，再采用伪线性估计器对目标的运动要素进行解算。
When dual-array tracking was applied by submarine, dual-array tracking was changed into single-array tracking, and then the movement factors of target were solved by pseudo-linearization estimator.
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