The effect that reduced the time of advect frames was achieved by flexible algorithm and reuse and copy relative pathlines.

采用弹性算法来控制种子释放,通过重用、复制相关迹线来减少迹线算,达到减少生成帧图像所需时果。

The effect that reduces the time of advect frames is achieved by control released seeds and reuse pathlines which have been saved.

采用种子控制算法来控制种子释放，通过重用已保存相关迹线来减少迹线算，达到减少生成帧图象所需时果。

The effect that reduced the time of advect frames was achieved by flexible algorithm and reuse and copy relative pathlines.

采弹性算法来子的释放,通过重、复相关迹线来减少迹线的积分计算,达到减少生成帧图像所需的时间的效果。

The effect that reduces the time of advect frames is achieved by control released seeds and reuse pathlines which have been saved.

采子算法来子的释放，通过重存的相关迹线来减少迹线的积分计算，达到减少生成帧图象所需的时间的效果。

The effect that reduced the time of advect frames was achieved by flexible algorithm and reuse and copy relative pathlines.

性算法控制种子的释放,通过重、复制相关减少的积分计算,达到减少生成帧图像所需的时间的效果。

The effect that reduces the time of advect frames is achieved by control released seeds and reuse pathlines which have been saved.

种子控制算法控制种子的释放，通过重已保存的相关减少的积分计算，达到减少生成帧图象所需的时间的效果。

The effect that reduced the time of advect frames was achieved by flexible algorithm and reuse and copy relative pathlines.

性算法控制种子的释放,通过重、复制相关减少的积分计算,达到减少生成帧图像所需的时间的效果。

The effect that reduces the time of advect frames is achieved by control released seeds and reuse pathlines which have been saved.

种子控制算法控制种子的释放，通过重已保存的相关减少的积分计算，达到减少生成帧图象所需的时间的效果。

The effect that reduced the time of advect frames was achieved by flexible algorithm and reuse and copy relative pathlines.

采用弹性算法种子的释放,通过重用、复相关迹线减少迹线的积分计算,达到减少生成帧图像所需的时间的效果。

The effect that reduces the time of advect frames is achieved by control released seeds and reuse pathlines which have been saved.

采用种子算法种子的释放，通过重用的相关迹线减少迹线的积分计算，达到减少生成帧图象所需的时间的效果。

The effect that reduced the time of advect frames was achieved by flexible algorithm and reuse and copy relative pathlines.

采用弹性算法来控制种子的释放,通过重用、复制相关迹线来减少迹线的算,达到减少生成帧图像所需的时间的效果。

The effect that reduces the time of advect frames is achieved by control released seeds and reuse pathlines which have been saved.

采用种子控制算法来控制种子的释放，通过重用已保存的相关迹线来减少迹线的算，达到减少生成帧图象所需的时间的效果。

The effect that reduced the time of advect frames was achieved by flexible algorithm and reuse and copy relative pathlines.

采用弹性算法种子的释放,通过重用、复迹线减少迹线的积分计算,达到减少生成帧图像所需的时间的效果。

The effect that reduces the time of advect frames is achieved by control released seeds and reuse pathlines which have been saved.

采用种子算法种子的释放，通过重用已保存的迹线减少迹线的积分计算，达到减少生成帧图象所需的时间的效果。

The effect that reduced the time of advect frames was achieved by flexible algorithm and reuse and copy relative pathlines.

用弹性算法来控制种子释放,通过重用、复制相关迹来减少迹分计算,达到减少生成帧图像所需时间。

The effect that reduces the time of advect frames is achieved by control released seeds and reuse pathlines which have been saved.

用种子控制算法来控制种子释放，通过重用已保存相关迹来减少迹分计算，达到减少生成帧图象所需时间。

The effect that reduced the time of advect frames was achieved by flexible algorithm and reuse and copy relative pathlines.

采用弹性算法来控制种子,重用、复制相关迹线来减少迹线积分计算,达到减少生成帧图像所需时间效果。

The effect that reduces the time of advect frames is achieved by control released seeds and reuse pathlines which have been saved.

采用种子控制算法来控制种子，重用已保存相关迹线来减少迹线积分计算，达到减少生成帧图象所需时间效果。