| public static CheckContains ( float pVertices, int pVerticesLength, float pX, float pY ) : bool | ||
| pVertices | float | |
| pVerticesLength | int | |
| pX | float | |
| pY | float | |
| 리턴 | bool | |
public static bool CheckCollision(/* final */ int pVerticesALength, /* final */ int pVerticesBLength, /* final */ float[] pVerticesA, /* final */ float[] pVerticesB)
{
/* Check all the lines of A ... */
for (int a = pVerticesALength - 4; a >= 0; a -= 2)
{
/* ... against all lines in B. */
if (CheckCollisionSub(a, a + 2, pVerticesA, pVerticesB, pVerticesBLength))
{
return(true);
}
}
/* Also check the 'around the corner of the array' line of A against all lines in B. */
if (CheckCollisionSub(pVerticesALength - 2, 0, pVerticesA, pVerticesB, pVerticesBLength))
{
return(true);
}
else
{
/* At last check if one polygon 'contains' the other one by checking
* if one vertex of the one vertices is contained by all of the other vertices. */
if (ShapeCollisionChecker.CheckContains(pVerticesA, pVerticesALength, pVerticesB[Constants.VERTEX_INDEX_X], pVerticesB[Constants.VERTEX_INDEX_Y]))
{
return(true);
}
else if (ShapeCollisionChecker.CheckContains(pVerticesB, pVerticesBLength, pVerticesA[Constants.VERTEX_INDEX_X], pVerticesA[Constants.VERTEX_INDEX_Y]))
{
return(true);
}
else
{
return(false);
}
}
}
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// Fields
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// Constructors
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// Getter & Setter
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// Methods for/from SuperClass/Interfaces
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// Methods
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public static bool CheckContains(/* final */ RectangularShape pRectangularShape, /* final */ float pX, /* final */ float pY)
{
RectangularShapeCollisionChecker.FillVertices(pRectangularShape, VERTICES_CONTAINS_TMP);
return(ShapeCollisionChecker.CheckContains(VERTICES_CONTAINS_TMP, 2 * RECTANGULARSHAPE_VERTEX_COUNT, pX, pY));
}
