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，达减少帧图象所需的时间的效果。

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，重用已保存的相关迹线来减少迹线的积分计算，达减少生成每帧图象所需的时间的效果。

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，通过重用已保存相关迹线来减少迹线积计算，达减少生成每帧图象所需时间效果。

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

采用种算法来种的释放，通过重用已保存的相关迹线来减少迹线的积分计算，达减少成每帧图象所需的时间的效果。

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

采用子算法来子的释放，通过重用已保存的相关迹线来减少迹线的积分计算，达减少生成每帧图象所需的时间的效果。

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线来线的积分计算，达生成每帧图所的时间的效果。

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，通重用已保存的相关迹线来减少迹线的积分计算，达减少生成每帧图象所需的时间的效果。

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积分计算，减少生成每帧图象所需的时间的效果。

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

采用种控制算法来控制种放，通过重用已保存相关迹线来减少迹线积计算，达减少生成每帧图象所需时间效果。