情况: 我目前正在从事一个需要对复杂形状进行碰撞检测的项目:
.
现在，整个形状(黑色轮廓)作为常规图像显示给用户(使用 Graphics.DrawImage)。图像被分解为不同的不相交部分，使用 GraphicsPath 保存和绘制。用户点击该部分，如果该区域被点击，则路径被填充。
问题: 我的问题是图像平均有 338 个部分。
one 部分的 GraphicsPath 保存数据示例:
1:41,1:42,1:43,1:44,1:45,1:46,2:46,3:47,4:47,5:48,6:48,7:48,8:48,9:48,10:48,11:49,12:48,13:48,14:48,15:48,16:48,17:48,18:48,19:48,20:47,21:47,22:47,23:47,24:46,25:46,26:45,27:45,28:44,29:44,30:43,31:43,32:43,33:43,34:43,35:42,36:42,37:43,38:43,39:43,40:43,41:44,42:44,43:44,44:45,45:46,46:46,47:47,48:48,49:48,50:48,51:48,52:48,53:48,53:47,54:47,54:46,54:45,54:44,54:43,54:42,54:41,53:40,53:39,52:38,52:37,52:36,51:35,51:34,50:33,50:32,50:31,50:30,50:29,50:28,50:27,50:26,50:25,50:24,50:23,50:22,51:21,51:20,51:19,51:18,51:17,51:16,50:15,50:14,50:13,50:12,50:11,50:10,50:9,50:8,49:7,49:6,49:5,49:4,48:3,48:2,48:1,47:1,46:1,45:1,44:1,43:1,42:1,41:1,40:1,39:1,38:1,37:1,36:1,35:1,34:1,33:1,32:1,31:1,30:1,29:1,28:2,27:2,26:2,25:2,24:2,23:3,22:3,21:3,20:4,19:4,18:5,17:5,16:6,15:6,15:7,14:7,13:8,12:9,11:10,10:11,10:12,9:13,8:14,8:15,7:16,7:17,7:18,6:19,6:20,6:21,5:22,5:23,5:24,4:25,4:26,4:27,4:28,4:29,3:30,3:31,3:32,3:33,3:34,2:35,2:36,2:37,2:38,2:39,
要保存并加载到 GraphicsPath 并最终绘制的大量数据。
格式 x:y,...
我的问题:
现在问题来了，这个问题真的很开放，我深表歉意。但是这个问题有更优雅的解决方案吗？更简化的版本？我的主管对我提出的解决方案并不满意，并指示我寻找更好的解决方案。我们愿意使用与 dot net 3.5 兼容的新技术
谢谢大家。
最佳答案
我最终选择了手动解决方案。我的解决方案要求用户定义点。更多点 = 平滑。更少的点 = 更多的多边形。
关于c# - 复杂形状碰撞检测的替代解决方案？，我们在Stack Overflow上找到一个类似的问题： https://stackoverflow.com/questions/26787745/