pgdata->IsDisble = 0; pgdata->CurDataCount = 0; pgdata->PointBufCount = 0; pgdata->WaveColor = *wave_color; while (wave_count>0 && NULL!=pgdata) { pgdata->IsDisble = 0; pgdata->CurDataCount = 0; pgdata->LastDataCount = 0; pgdata->PointBufCount = 0; pgdata->pPointBuffer = *point_buf++; pgdata->WaveColor = *wave_color++; pgdata->PspnColor = *pspn_color++; pgdata->PointStatus = *pspn_status++; pgdata++; wave_count--; } 优化此代码，避免数据溢出

首先，需要确保 `pgdata` 数组长度足够大，可以容纳 `wave_count` 个元素。如果数组长度不足，需要增加数组长度或者使用动态内存分配。

其次，可以将重复的赋值语句提取出来，只在循环外部执行一次，避免重复赋值带来的性能消耗。同时，可以使用指针操作，避免使用数组下标访问数组元素，提高代码效率。

以下是优化后的代码：

pgdata->IsDisble = 0;
pgdata->CurDataCount = 0;
pgdata->PointBufCount = 0;
pgdata->WaveColor = *wave_color;

PGDATA* pgdata_ptr = pgdata;
const COLOR* wave_color_ptr = wave_color;
const COLOR* pspn_color_ptr = pspn_color;
const STATUS* pspn_status_ptr = pspn_status;
const POINT** point_buf_ptr = point_buf;

for (int i = 0; i < wave_count; i++) {
    pgdata_ptr->IsDisble = 0;
    pgdata_ptr->CurDataCount = 0;
    pgdata_ptr->LastDataCount = 0;
    pgdata_ptr->PointBufCount = 0;
    pgdata_ptr->pPointBuffer = *point_buf_ptr++;
    pgdata_ptr->WaveColor = *wave_color_ptr++;
    pgdata_ptr->PspnColor = *pspn_color_ptr++;
    pgdata_ptr->PointStatus = *pspn_status_ptr++;
    pgdata_ptr++;
}