XPlor/libs/xassets/xgfxstreamingaabbtree.cpp

#include "xgfxstreamingaabbtree.h"

XGfxStreamingAabbTree::XGfxStreamingAabbTree()
    : XAsset()
{
    SetName("GFX Streaming AABB Tree");
}

void XGfxStreamingAabbTree::ParseData(XDataStream *aStream) {
    if (GetPtr() == -1) {
        *aStream
            >> mFirstItem
            >> mItemCount
            >> mFirstChild
            >> mChildCount
            >> mMins[0]
            >> mMins[1]
            >> mMins[2]
            >> mMaxs[0]
            >> mMaxs[1]
            >> mMaxs[2];
    }
}

unsigned short XGfxStreamingAabbTree::GetFirstItem() const {
    return mFirstItem;
}

void XGfxStreamingAabbTree::SetFirstItem(unsigned short item) {
    mFirstItem = item;
}

unsigned short XGfxStreamingAabbTree::GetItemCount() const {
    return mItemCount;
}

void XGfxStreamingAabbTree::SetItemCount(unsigned short count) {
    mItemCount = count;
}

unsigned short XGfxStreamingAabbTree::GetFirstChild() const {
    return mFirstChild;
}

void XGfxStreamingAabbTree::SetFirstChild(unsigned short child) {
    mFirstChild = child;
}

unsigned short XGfxStreamingAabbTree::GetChildCount() const {
    return mChildCount;
}

void XGfxStreamingAabbTree::SetChildCount(unsigned short count) {
    mChildCount = count;
}

const float* XGfxStreamingAabbTree::GetMins() const {
    return mMins;
}

void XGfxStreamingAabbTree::SetMins(const float* mins, size_t count) {
    if (count <= 3) {
        memcpy(mMins, mins, count * sizeof(float));
    }
}

const float* XGfxStreamingAabbTree::GetMaxs() const {
    return mMaxs;
}

void XGfxStreamingAabbTree::SetMaxs(const float* maxs, size_t count) {
    if (count <= 3) {
        memcpy(mMaxs, maxs, count * sizeof(float));
    }
}