Removed the use of register hint and cleaned up indentation
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@ -618,24 +618,26 @@ bool Matrix_implementation::invert_4x3( const Matrix_implementation& mat )
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return invert_4x3(tm);
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return invert_4x3(tm);
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}
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}
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register value_type r00, r01, r02,
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value_type r00 = mat._mat[0][0];
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r10, r11, r12,
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value_type r01 = mat._mat[0][1];
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r20, r21, r22;
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value_type r02 = mat._mat[0][2];
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// Copy rotation components directly into registers for speed
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value_type r10 = mat._mat[1][0];
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r00 = mat._mat[0][0]; r01 = mat._mat[0][1]; r02 = mat._mat[0][2];
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value_type r11 = mat._mat[1][1];
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r10 = mat._mat[1][0]; r11 = mat._mat[1][1]; r12 = mat._mat[1][2];
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value_type r12 = mat._mat[1][2];
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r20 = mat._mat[2][0]; r21 = mat._mat[2][1]; r22 = mat._mat[2][2];
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value_type r20 = mat._mat[2][0];
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value_type r21 = mat._mat[2][1];
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value_type r22 = mat._mat[2][2];
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// Partially compute inverse of rot
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// Partially compute inverse of rot
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_mat[0][0] = r11*r22 - r12*r21;
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_mat[0][0] = r11*r22 - r12*r21;
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_mat[0][1] = r02*r21 - r01*r22;
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_mat[0][1] = r02*r21 - r01*r22;
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_mat[0][2] = r01*r12 - r02*r11;
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_mat[0][2] = r01*r12 - r02*r11;
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// Compute determinant of rot from 3 elements just computed
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// Compute determinant of rot from 3 elements just computed
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register value_type one_over_det = 1.0/(r00*_mat[0][0] + r10*_mat[0][1] + r20*_mat[0][2]);
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value_type one_over_det = 1.0/(r00*_mat[0][0] + r10*_mat[0][1] + r20*_mat[0][2]);
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r00 *= one_over_det; r10 *= one_over_det; r20 *= one_over_det; // Saves on later computations
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r00 *= one_over_det; r10 *= one_over_det; r20 *= one_over_det; // Saves on later computations
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// Finish computing inverse of rot
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// Finish computing inverse of rot
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_mat[0][0] *= one_over_det;
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_mat[0][0] *= one_over_det;
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_mat[0][1] *= one_over_det;
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_mat[0][1] *= one_over_det;
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_mat[0][2] *= one_over_det;
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_mat[0][2] *= one_over_det;
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