Animation

case MeshDataType::ANIMATIONCLIPS:
		{
			pMesh->m_HasAnimations = true;

			//Start parsing the AnimationClips
			//1. Read the clipCount
			unsigned int ClipCount = binReader->Read<unsigned int>();
			//2. For every clip
			for (size_t i = 0; i < ClipCount; i++)
			{
				//3. Create a AnimationClip object (clip)
				AnimationClip clip;
				//4. Read/Assign the ClipName
				clip.Name = binReader->ReadString();
				//5. Read/Assign the ClipDuration
				clip.Duration = binReader->Read<float>();
				//6. Read/Assign the TicksPerSecond
				clip.TicksPerSecond = binReader->Read<float>();
				//7. Read the KeyCount for this clip
				unsigned int keyCount = binReader->Read<unsigned int>();
				//8. For every key
				for (size_t i = 0; i < keyCount; i++)
				{
					//9. Create a AnimationKey object (key)
					AnimationKey key;
					//10. Read/Assign the Tick
					key.Tick = binReader->Read<float>();
					//11. Read the TransformCount
					unsigned int boneTransformCount = binReader->Read<unsigned int>();
					//12. For every transform
					for (size_t i = 0; i < boneTransformCount; i++)
					{
						//13. Create a XMFLOAT4X4
						XMFLOAT4X4 matrix;
						//14. The following 16 floats are the matrix values, they are stored by row
						// float0 = readFloat (ROW1) (_11)
						float float0 = binReader->Read<float>();
						// float1 = readFloat (ROW1) (_12)
						float float1 = binReader->Read<float>();
						// float2 = readFloat (ROW1)
						float float2 = binReader->Read<float>();
						// float3 = readFloat (ROW1)
						float float3 = binReader->Read<float>();
						// float4 = readFloat (ROW2) (_21)
						float float4 = binReader->Read<float>();
						//...
						float float5 = binReader->Read<float>();
						float float6 = binReader->Read<float>();
						float float7 = binReader->Read<float>();
						float float8 = binReader->Read<float>();
						float float9 = binReader->Read<float>();
						float float10 = binReader->Read<float>();
						float float11 = binReader->Read<float>();
						float float12 = binReader->Read<float>();
						float float13 = binReader->Read<float>();
						float float14 = binReader->Read<float>();
						// float15 = readFloat (ROW4) (_44)
						float float15 = binReader->Read<float>();

						//
						//MATRIX:
						// [ float0	float1	float2	float3 ]
						// [ float4	...		...		...	   ]
						// [ ...	...		...		...	   ]
						// [ ...	...		...		float15]
						matrix =
						{
							float0,float1,float2,float3,
							float4,float5,float6,float7,
							float8,float9,float10,float11,
							float12,float13,float14,float15
						};
						//15. Add The matrix to the BoneTransform vector of the key
						key.BoneTransforms.push_back(matrix);
						//16. Add the key to the key vector of the clip
						clip.Keys.push_back(key);
						//17. Add the clip to the AnimationClip vector of the MeshFilter (pMesh->m_AnimationClips)
						pMesh->m_AnimationClips.push_back(clip);
					}

				}

			}

		}
		break;