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|    1 /* |    1 /* | 
|    2  * Copyright 2011 Google Inc. |    2  * Copyright 2011 Google Inc. | 
|    3  * |    3  * | 
|    4  * Use of this source code is governed by a BSD-style license that can be |    4  * Use of this source code is governed by a BSD-style license that can be | 
|    5  * found in the LICENSE file. |    5  * found in the LICENSE file. | 
|    6  */ |    6  */ | 
|    7  |    7  | 
|    8 #include "GrPathUtils.h" |    8 #include "GrPathUtils.h" | 
|    9  |    9  | 
|   10 #include "GrPoint.h" |   10 #include "GrPoint.h" | 
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|  180                 break; |  180                 break; | 
|  181             default: |  181             default: | 
|  182                 break; |  182                 break; | 
|  183         } |  183         } | 
|  184         first = false; |  184         first = false; | 
|  185     } |  185     } | 
|  186     return pointCount; |  186     return pointCount; | 
|  187 } |  187 } | 
|  188  |  188  | 
|  189 void GrPathUtils::QuadUVMatrix::set(const GrPoint qPts[3]) { |  189 void GrPathUtils::QuadUVMatrix::set(const GrPoint qPts[3]) { | 
|  190 #ifndef SK_SCALAR_IS_FLOAT |  | 
|  191     GrCrash("Expected scalar is float."); |  | 
|  192 #endif |  | 
|  193     SkMatrix m; |  190     SkMatrix m; | 
|  194     // We want M such that M * xy_pt = uv_pt |  191     // We want M such that M * xy_pt = uv_pt | 
|  195     // We know M * control_pts = [0  1/2 1] |  192     // We know M * control_pts = [0  1/2 1] | 
|  196     //                           [0  0   1] |  193     //                           [0  0   1] | 
|  197     //                           [1  1   1] |  194     //                           [1  1   1] | 
|  198     // And control_pts = [x0 x1 x2] |  195     // And control_pts = [x0 x1 x2] | 
|  199     //                   [y0 y1 y2] |  196     //                   [y0 y1 y2] | 
|  200     //                   [1  1  1 ] |  197     //                   [1  1  1 ] | 
|  201     // We invert the control pt matrix and post concat to both sides to get M. |  198     // We invert the control pt matrix and post concat to both sides to get M. | 
|  202     // Using the known form of the control point matrix and the result, we can |  199     // Using the known form of the control point matrix and the result, we can | 
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|  862         set_loop_klm(d, controlK, controlL, controlM); |  859         set_loop_klm(d, controlK, controlL, controlM); | 
|  863     } else if (kCusp_CubicType == cType) { |  860     } else if (kCusp_CubicType == cType) { | 
|  864         SkASSERT(0.f == d[0]); |  861         SkASSERT(0.f == d[0]); | 
|  865         set_cusp_klm(d, controlK, controlL, controlM); |  862         set_cusp_klm(d, controlK, controlL, controlM); | 
|  866     } else if (kQuadratic_CubicType == cType) { |  863     } else if (kQuadratic_CubicType == cType) { | 
|  867         set_quadratic_klm(d, controlK, controlL, controlM); |  864         set_quadratic_klm(d, controlK, controlL, controlM); | 
|  868     } |  865     } | 
|  869  |  866  | 
|  870     calc_cubic_klm(p, controlK, controlL, controlM, klm, &klm[3], &klm[6]); |  867     calc_cubic_klm(p, controlK, controlL, controlM, klm, &klm[3], &klm[6]); | 
|  871 } |  868 } | 
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