FBX SDK Reference Guide: kfbxnurbsurfevalmacrosutil.h Source File
00001 00004 #ifndef _FBXSDK_NURB_SURFACE_EVALUATOR_MACROS_UTILS_H_ 00005 #define _FBXSDK_NURB_SURFACE_EVALUATOR_MACROS_UTILS_H_ 00006 00007 /************************************************************************************** 00008 00009 Copyright © 2001 - 2008 Autodesk, Inc. and/or its licensors. 00010 All Rights Reserved. 00011 00012 The coded instructions, statements, computer programs, and/or related material 00013 (collectively the "Data") in these files contain unpublished information 00014 proprietary to Autodesk, Inc. and/or its licensors, which is protected by 00015 Canada and United States of America federal copyright law and by international 00016 treaties. 00017 00018 The Data may not be disclosed or distributed to third parties, in whole or in 00019 part, without the prior written consent of Autodesk, Inc. ("Autodesk"). 00020 00021 THE DATA IS PROVIDED "AS IS" AND WITHOUT WARRANTY. 00022 ALL WARRANTIES ARE EXPRESSLY EXCLUDED AND DISCLAIMED. AUTODESK MAKES NO 00023 WARRANTY OF ANY KIND WITH RESPECT TO THE DATA, EXPRESS, IMPLIED OR ARISING 00024 BY CUSTOM OR TRADE USAGE, AND DISCLAIMS ANY IMPLIED WARRANTIES OF TITLE, 00025 NON-INFRINGEMENT, MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE OR USE. 00026 WITHOUT LIMITING THE FOREGOING, AUTODESK DOES NOT WARRANT THAT THE OPERATION 00027 OF THE DATA WILL BE UNINTERRUPTED OR ERROR FREE. 00028 00029 IN NO EVENT SHALL AUTODESK, ITS AFFILIATES, PARENT COMPANIES, LICENSORS 00030 OR SUPPLIERS ("AUTODESK GROUP") BE LIABLE FOR ANY LOSSES, DAMAGES OR EXPENSES 00031 OF ANY KIND (INCLUDING WITHOUT LIMITATION PUNITIVE OR MULTIPLE DAMAGES OR OTHER 00032 SPECIAL, DIRECT, INDIRECT, EXEMPLARY, INCIDENTAL, LOSS OF PROFITS, REVENUE 00033 OR DATA, COST OF COVER OR CONSEQUENTIAL LOSSES OR DAMAGES OF ANY KIND), 00034 HOWEVER CAUSED, AND REGARDLESS OF THE THEORY OF LIABILITY, WHETHER DERIVED 00035 FROM CONTRACT, TORT (INCLUDING, BUT NOT LIMITED TO, NEGLIGENCE), OR OTHERWISE, 00036 ARISING OUT OF OR RELATING TO THE DATA OR ITS USE OR ANY OTHER PERFORMANCE, 00037 WHETHER OR NOT AUTODESK HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH LOSS 00038 OR DAMAGE. 00039 00040 **************************************************************************************/ 00041 00042 #include <kaydaradef.h> 00043 #ifndef KFBX_DLL 00044 #define KFBX_DLL K_DLLIMPORT 00045 #endif 00046 00047 #include <kaydara.h> 00048 #include <klib/kdebug.h> 00049 00050 #include <kfbxplugins/kfbxsurfevalmacrosutil.h> 00051 #include <fbxfilesdk_nsbegin.h> 00052 00053 00055 #define Compute_NUR_Point_Dimension_With_pBij( ) \ 00056 *pDestination = ( \ 00057 pBij[0] * (*pPoint00) + pBij[1] * (*pPoint01) + pBij[2] * (*pPoint02) + pBij[3] * (*pPoint03) + \ 00058 pBij[4] * (*pPoint10) + pBij[5] * (*pPoint11) + pBij[6] * (*pPoint12) + pBij[7] * (*pPoint13) + \ 00059 pBij[8] * (*pPoint20) + pBij[9] * (*pPoint21) + pBij[10]* (*pPoint22) + pBij[11]* (*pPoint23) + \ 00060 pBij[12] * (*pPoint30) + pBij[13]* (*pPoint31) + pBij[14]* (*pPoint32) + pBij[15]* (*pPoint33) \ 00061 ) /pWeight_Table[0] /*Point_Weight*/; 00062 00063 00065 #define Compute_NUR_Point_Dimension_With_pBij_V0( ) \ 00066 *pDestination = ( \ 00067 pBij[0] * (*pPoint00) + pBij[1] * (*pPoint01) + pBij[2] * (*pPoint02) + pBij[3] * (*pPoint03) + \ 00068 pBij[4] * (*pPoint10) + pBij[5] * (*pPoint11) + pBij[6] * (*pPoint12) + pBij[7] * (*pPoint13) + \ 00069 pBij[8] * (*pPoint20) + pBij[9] * (*pPoint21) + pBij[10]* (*pPoint22) + pBij[11]* (*pPoint23) \ 00070 ) /pWeight_Table[0] /*Point_Weight*/; 00071 00072 00074 #define Compute_NUR_Point_Dimension_With_pBij_V0_U0( ) \ 00075 *pDestination = ( \ 00076 pBij[0] * (*pPoint00) + pBij[1] * (*pPoint01) + pBij[2] * (*pPoint02) + \ 00077 pBij[4] * (*pPoint10) + pBij[5] * (*pPoint11) + pBij[6] * (*pPoint12) + \ 00078 pBij[8] * (*pPoint20) + pBij[9] * (*pPoint21) + pBij[10]* (*pPoint22) \ 00079 ) /pWeight_Table[0] /*Point_Weight*/; 00080 00081 00083 #define Compute_NUR_Point_Dimension_With_pBij_V0_U1( ) \ 00084 *pDestination = ( \ 00085 pBij[1] * (*pPoint01) + pBij[2] * (*pPoint02) + pBij[3] * (*pPoint03) + \ 00086 pBij[5] * (*pPoint11) + pBij[6] * (*pPoint12) + pBij[7] * (*pPoint13) + \ 00087 pBij[9] * (*pPoint21) + pBij[10]* (*pPoint22) + pBij[11]* (*pPoint23) \ 00088 ) /pWeight_Table[0] /*Point_Weight*/; 00089 00090 00092 #define Compute_NUR_Point_Dimension_With_pBij_U0( ) \ 00093 *pDestination = ( \ 00094 pBij[0] * (*pPoint00) + pBij[1] * (*pPoint01) + pBij[2] * (*pPoint02) + \ 00095 pBij[4] * (*pPoint10) + pBij[5] * (*pPoint11) + pBij[6] * (*pPoint12) + \ 00096 pBij[8] * (*pPoint20) + pBij[9] * (*pPoint21) + pBij[10]* (*pPoint22) + \ 00097 pBij[12] * (*pPoint30) + pBij[13]* (*pPoint31) + pBij[14]* (*pPoint32) \ 00098 ) /pWeight_Table[0] /*Point_Weight*/; 00099 00100 00102 #define Compute_NUR_Point_Dimension_With_pBij_U1( ) \ 00103 *pDestination = ( \ 00104 pBij[1] * (*pPoint01) + pBij[2] * (*pPoint02) + pBij[3] * (*pPoint03) + \ 00105 pBij[5] * (*pPoint11) + pBij[6] * (*pPoint12) + pBij[7] * (*pPoint13) + \ 00106 pBij[9] * (*pPoint21) + pBij[10]* (*pPoint22) + pBij[11]* (*pPoint23) + \ 00107 pBij[13]* (*pPoint31) + pBij[14]* (*pPoint32) + pBij[15]* (*pPoint33) \ 00108 ) /pWeight_Table[0] /*Point_Weight*/; 00109 00110 00112 #define Compute_NUR_Point_Dimension_With_pBij_V1( ) \ 00113 *pDestination = ( \ 00114 pBij[4] * (*pPoint10) + pBij[5] * (*pPoint11) + pBij[6] * (*pPoint12) + pBij[7] * (*pPoint13) + \ 00115 pBij[8] * (*pPoint20) + pBij[9] * (*pPoint21) + pBij[10]* (*pPoint22) + pBij[11]* (*pPoint23) + \ 00116 pBij[12] * (*pPoint30) + pBij[13]* (*pPoint31) + pBij[14]* (*pPoint32) + pBij[15]* (*pPoint33) \ 00117 ) /pWeight_Table[0] /*Point_Weight*/; 00118 00119 00121 #define Compute_NUR_Point_Dimension_With_pBij_V1_U0( ) \ 00122 *pDestination = ( \ 00123 pBij[4] * (*pPoint10) + pBij[5] * (*pPoint11) + pBij[6] * (*pPoint12) + \ 00124 pBij[8] * (*pPoint20) + pBij[9] * (*pPoint21) + pBij[10]* (*pPoint22) + \ 00125 pBij[12] * (*pPoint30) + pBij[13]* (*pPoint31) + pBij[14]* (*pPoint32) \ 00126 ) /pWeight_Table[0] /*Point_Weight*/; 00127 00128 00130 #define Compute_NUR_Point_Dimension_With_pBij_V1_U1( ) \ 00131 *pDestination = ( \ 00132 pBij[5] * (*pPoint11) + pBij[6] * (*pPoint12) + pBij[7] * (*pPoint13) + \ 00133 pBij[9] * (*pPoint21) + pBij[10]* (*pPoint22) + pBij[11]* (*pPoint23) + \ 00134 pBij[13]* (*pPoint31) + pBij[14]* (*pPoint32) + pBij[15]* (*pPoint33) \ 00135 ) /pWeight_Table[0] /*Point_Weight*/; 00136 00137 00139 #define Compute_NUR_Point_Dimension_With_pBij( ) \ 00140 *pDestination = ( \ 00141 pBij[0] * (*pPoint00) + pBij[1] * (*pPoint01) + pBij[2] * (*pPoint02) + pBij[3] * (*pPoint03) + \ 00142 pBij[4] * (*pPoint10) + pBij[5] * (*pPoint11) + pBij[6] * (*pPoint12) + pBij[7] * (*pPoint13) + \ 00143 pBij[8] * (*pPoint20) + pBij[9] * (*pPoint21) + pBij[10]* (*pPoint22) + pBij[11]* (*pPoint23) + \ 00144 pBij[12] * (*pPoint30) + pBij[13]* (*pPoint31) + pBij[14]* (*pPoint32) + pBij[15]* (*pPoint33) \ 00145 ) /pWeight_Table[0] /*Point_Weight*/; 00146 00147 00149 #define Compute_NUR_Point_NormalUV_Dimension_With_pBdij_pBidj( ) \ 00150 \ 00151 *pPointNormalU =( ( \ 00152 pBdij[0] * (*pPoint00) + pBdij[1] * (*pPoint01) + pBdij[2] * (*pPoint02) + pBdij[3] * (*pPoint03) +\ 00153 pBdij[4] * (*pPoint10) + pBdij[5] * (*pPoint11) + pBdij[6] * (*pPoint12) + pBdij[7] * (*pPoint13) +\ 00154 pBdij[8] * (*pPoint20) + pBdij[9] * (*pPoint21) + pBdij[10]* (*pPoint22) + pBdij[11]* (*pPoint23) +\ 00155 pBdij[12]* (*pPoint30) + pBdij[13]* (*pPoint31) + pBdij[14]* (*pPoint32) + pBdij[15]* (*pPoint33) \ 00156 ) - pWeight_Table[1] * (*pDestination) ) /pWeight_Table[0]; \ 00157 \ 00158 *pPointNormalV = (( \ 00159 pBidj[0] * (*pPoint00) + pBidj[1] * (*pPoint01) + pBidj[2] * (*pPoint02) + pBidj[3] * (*pPoint03) +\ 00160 pBidj[4] * (*pPoint10) + pBidj[5] * (*pPoint11) + pBidj[6] * (*pPoint12) + pBidj[7] * (*pPoint13) +\ 00161 pBidj[8] * (*pPoint20) + pBidj[9] * (*pPoint21) + pBidj[10]* (*pPoint22) + pBidj[11]* (*pPoint23) +\ 00162 pBidj[12]* (*pPoint30) + pBidj[13]* (*pPoint31) + pBidj[14]* (*pPoint32) + pBidj[15]* (*pPoint33) \ 00163 ) - pWeight_Table[2] * (*pDestination) ) /pWeight_Table[0]; \ 00164 00165 00167 #define Compute_NUR_Point_NormalUV_Dimension_With_pBdij_pBidj_V0( ) \ 00168 \ 00169 *pPointNormalU =( ( \ 00170 pBdij[0] * (*pPoint00) + pBdij[1] * (*pPoint01) + pBdij[2] * (*pPoint02) + pBdij[3] * (*pPoint03) +\ 00171 pBdij[4] * (*pPoint10) + pBdij[5] * (*pPoint11) + pBdij[6] * (*pPoint12) + pBdij[7] * (*pPoint13) +\ 00172 pBdij[8] * (*pPoint20) + pBdij[9] * (*pPoint21) + pBdij[10]* (*pPoint22) + pBdij[11]* (*pPoint23) \ 00173 ) - pWeight_Table[1] * (*pDestination) ) /pWeight_Table[0]; \ 00174 \ 00175 *pPointNormalV = (( \ 00176 pBidj[0] * (*pPoint00) + pBidj[1] * (*pPoint01) + pBidj[2] * (*pPoint02) + pBidj[3] * (*pPoint03) +\ 00177 pBidj[4] * (*pPoint10) + pBidj[5] * (*pPoint11) + pBidj[6] * (*pPoint12) + pBidj[7] * (*pPoint13) +\ 00178 pBidj[8] * (*pPoint20) + pBidj[9] * (*pPoint21) + pBidj[10]* (*pPoint22) + pBidj[11]* (*pPoint23) \ 00179 ) - pWeight_Table[2] * (*pDestination) ) /pWeight_Table[0]; \ 00180 00182 #define Compute_NUR_Point_NormalUV_Dimension_With_pBdij_pBidj_V0_U0( ) \ 00183 \ 00184 *pPointNormalU =( ( \ 00185 pBdij[0] * (*pPoint00) + pBdij[1] * (*pPoint01) + pBdij[2] * (*pPoint02) +\ 00186 pBdij[4] * (*pPoint10) + pBdij[5] * (*pPoint11) + pBdij[6] * (*pPoint12) +\ 00187 pBdij[8] * (*pPoint20) + pBdij[9] * (*pPoint21) + pBdij[10]* (*pPoint22) \ 00188 ) - pWeight_Table[1] * (*pDestination) ) /pWeight_Table[0]; \ 00189 \ 00190 *pPointNormalV = (( \ 00191 pBidj[0] * (*pPoint00) + pBidj[1] * (*pPoint01) + pBidj[2] * (*pPoint02) +\ 00192 pBidj[4] * (*pPoint10) + pBidj[5] * (*pPoint11) + pBidj[6] * (*pPoint12) +\ 00193 pBidj[8] * (*pPoint20) + pBidj[9] * (*pPoint21) + pBidj[10]* (*pPoint22) \ 00194 ) - pWeight_Table[2] * (*pDestination) ) /pWeight_Table[0]; \ 00195 00196 00198 #define Compute_NUR_Point_NormalUV_Dimension_With_pBdij_pBidj_V0_U1( ) \ 00199 \ 00200 *pPointNormalU =( ( \ 00201 pBdij[1] * (*pPoint01) + pBdij[2] * (*pPoint02) + pBdij[3] * (*pPoint03) +\ 00202 pBdij[5] * (*pPoint11) + pBdij[6] * (*pPoint12) + pBdij[7] * (*pPoint13) +\ 00203 pBdij[9] * (*pPoint21) + pBdij[10]* (*pPoint22) + pBdij[11]* (*pPoint23) \ 00204 ) - pWeight_Table[1] * (*pDestination) ) /pWeight_Table[0]; \ 00205 \ 00206 *pPointNormalV = (( \ 00207 pBidj[1] * (*pPoint01) + pBidj[2] * (*pPoint02) + pBidj[3] * (*pPoint03) +\ 00208 pBidj[5] * (*pPoint11) + pBidj[6] * (*pPoint12) + pBidj[7] * (*pPoint13) +\ 00209 pBidj[9] * (*pPoint21) + pBidj[10]* (*pPoint22) + pBidj[11]* (*pPoint23) \ 00210 ) - pWeight_Table[2] * (*pDestination) ) /pWeight_Table[0]; \ 00211 00213 #define Compute_NUR_Point_NormalUV_Dimension_With_pBdij_pBidj_U0( ) \ 00214 \ 00215 *pPointNormalU =( ( \ 00216 pBdij[0] * (*pPoint00) + pBdij[1] * (*pPoint01) + pBdij[2] * (*pPoint02) +\ 00217 pBdij[4] * (*pPoint10) + pBdij[5] * (*pPoint11) + pBdij[6] * (*pPoint12) +\ 00218 pBdij[8] * (*pPoint20) + pBdij[9] * (*pPoint21) + pBdij[10]* (*pPoint22) +\ 00219 pBdij[12]* (*pPoint30) + pBdij[13]* (*pPoint31) + pBdij[14]* (*pPoint32) \ 00220 ) - pWeight_Table[1] * (*pDestination) ) /pWeight_Table[0]; \ 00221 \ 00222 *pPointNormalV = (( \ 00223 pBidj[0] * (*pPoint00) + pBidj[1] * (*pPoint01) + pBidj[2] * (*pPoint02) +\ 00224 pBidj[4] * (*pPoint10) + pBidj[5] * (*pPoint11) + pBidj[6] * (*pPoint12) +\ 00225 pBidj[8] * (*pPoint20) + pBidj[9] * (*pPoint21) + pBidj[10]* (*pPoint22) +\ 00226 pBidj[12]* (*pPoint30) + pBidj[13]* (*pPoint31) + pBidj[14]* (*pPoint32) \ 00227 ) - pWeight_Table[2] * (*pDestination) ) /pWeight_Table[0]; \ 00228 00230 #define Compute_NUR_Point_NormalUV_Dimension_With_pBdij_pBidj_U1( ) \ 00231 \ 00232 *pPointNormalU =( ( \ 00233 pBdij[1] * (*pPoint01) + pBdij[2] * (*pPoint02) + pBdij[3] * (*pPoint03) +\ 00234 pBdij[5] * (*pPoint11) + pBdij[6] * (*pPoint12) + pBdij[7] * (*pPoint13) +\ 00235 pBdij[9] * (*pPoint21) + pBdij[10]* (*pPoint22) + pBdij[11]* (*pPoint23) +\ 00236 pBdij[13]* (*pPoint31) + pBdij[14]* (*pPoint32) + pBdij[15]* (*pPoint33) \ 00237 ) - pWeight_Table[1] * (*pDestination) ) /pWeight_Table[0]; \ 00238 \ 00239 *pPointNormalV = (( \ 00240 + pBidj[1] * (*pPoint01) + pBidj[2] * (*pPoint02) + pBidj[3] * (*pPoint03) +\ 00241 + pBidj[5] * (*pPoint11) + pBidj[6] * (*pPoint12) + pBidj[7] * (*pPoint13) +\ 00242 + pBidj[9] * (*pPoint21) + pBidj[10]* (*pPoint22) + pBidj[11]* (*pPoint23) +\ 00243 + pBidj[13]* (*pPoint31) + pBidj[14]* (*pPoint32) + pBidj[15]* (*pPoint33) \ 00244 ) - pWeight_Table[2] * (*pDestination) ) /pWeight_Table[0]; \ 00245 00247 #define Compute_NUR_Point_NormalUV_Dimension_With_pBdij_pBidj_V1( ) \ 00248 \ 00249 *pPointNormalU =( ( \ 00250 pBdij[4] * (*pPoint10) + pBdij[5] * (*pPoint11) + pBdij[6] * (*pPoint12) + pBdij[7] * (*pPoint13) +\ 00251 pBdij[8] * (*pPoint20) + pBdij[9] * (*pPoint21) + pBdij[10]* (*pPoint22) + pBdij[11]* (*pPoint23) +\ 00252 pBdij[12]* (*pPoint30) + pBdij[13]* (*pPoint31) + pBdij[14]* (*pPoint32) + pBdij[15]* (*pPoint33) \ 00253 ) - pWeight_Table[1] * (*pDestination) ) /pWeight_Table[0]; \ 00254 \ 00255 *pPointNormalV = (( \ 00256 pBidj[4] * (*pPoint10) + pBidj[5] * (*pPoint11) + pBidj[6] * (*pPoint12) + pBidj[7] * (*pPoint13) +\ 00257 pBidj[8] * (*pPoint20) + pBidj[9] * (*pPoint21) + pBidj[10]* (*pPoint22) + pBidj[11]* (*pPoint23) +\ 00258 pBidj[12]* (*pPoint30) + pBidj[13]* (*pPoint31) + pBidj[14]* (*pPoint32) + pBidj[15]* (*pPoint33) \ 00259 ) - pWeight_Table[2] * (*pDestination) ) /pWeight_Table[0]; \ 00260 00262 #define Compute_NUR_Point_NormalUV_Dimension_With_pBdij_pBidj_V1_U0( ) \ 00263 \ 00264 *pPointNormalU =( ( \ 00265 pBdij[4] * (*pPoint10) + pBdij[5] * (*pPoint11) + pBdij[6] * (*pPoint12)+ \ 00266 pBdij[8] * (*pPoint20) + pBdij[9] * (*pPoint21) + pBdij[10]* (*pPoint22)+ \ 00267 pBdij[12]* (*pPoint30) + pBdij[13]* (*pPoint31) + pBdij[14]* (*pPoint32) \ 00268 ) - pWeight_Table[1] * (*pDestination) ) /pWeight_Table[0]; \ 00269 \ 00270 *pPointNormalV = (( \ 00271 pBidj[4] * (*pPoint10) + pBidj[5] * (*pPoint11) + pBidj[6] * (*pPoint12)+ \ 00272 pBidj[8] * (*pPoint20) + pBidj[9] * (*pPoint21) + pBidj[10]* (*pPoint22)+ \ 00273 pBidj[12]* (*pPoint30) + pBidj[13]* (*pPoint31) + pBidj[14]* (*pPoint32) \ 00274 ) - pWeight_Table[2] * (*pDestination) ) /pWeight_Table[0]; \ 00275 00277 #define Compute_NUR_Point_NormalUV_Dimension_With_pBdij_pBidj_V1_U1( ) \ 00278 \ 00279 *pPointNormalU =( ( \ 00280 pBdij[5] * (*pPoint11) + pBdij[6] * (*pPoint12) + pBdij[7] * (*pPoint13) + \ 00281 pBdij[9] * (*pPoint21) + pBdij[10]* (*pPoint22) + pBdij[11]* (*pPoint23) + \ 00282 pBdij[13]* (*pPoint31) + pBdij[14]* (*pPoint32) + pBdij[15]* (*pPoint33) \ 00283 ) - pWeight_Table[1] * (*pDestination) ) /pWeight_Table[0]; \ 00284 \ 00285 *pPointNormalV = (( \ 00286 pBidj[5] * (*pPoint11) + pBidj[6] * (*pPoint12) + pBidj[7] * (*pPoint13) + \ 00287 pBidj[9] * (*pPoint21) + pBidj[10]* (*pPoint22) + pBidj[11]* (*pPoint23) + \ 00288 pBidj[13]* (*pPoint31) + pBidj[14]* (*pPoint32) + pBidj[15]* (*pPoint33) \ 00289 ) - pWeight_Table[2] * (*pDestination) ) /pWeight_Table[0]; \ 00290 00291 /* 00293 #define Compute_NUR_Point_Dimension( PosiX, PosiY, Dimension ) \ 00294 *pDestination = ( \ 00295 pBij[0] * GetWeightedData( ClipX(PosiX+0), ClipY( PosiY+0 ), Dimension ) + pBij[1] * GetWeightedData( ClipX(PosiX+1), ClipY( PosiY+0 ), Dimension ) + pBij[2] * GetWeightedData( ClipX(PosiX+2), ClipY( PosiY+0 ), Dimension ) + pBij[3] * GetWeightedData( ClipX(PosiX+3), ClipY( PosiY+0 ), Dimension ) + \ 00296 pBij[4] * GetWeightedData( ClipX(PosiX+0), ClipY( PosiY+1 ), Dimension ) + pBij[5] * GetWeightedData( ClipX(PosiX+1), ClipY( PosiY+1 ), Dimension ) + pBij[6] * GetWeightedData( ClipX(PosiX+2), ClipY( PosiY+1 ), Dimension ) + pBij[7] * GetWeightedData( ClipX(PosiX+3), ClipY( PosiY+1 ), Dimension ) + \ 00297 pBij[8] * GetWeightedData( ClipX(PosiX+0), ClipY( PosiY+2 ), Dimension ) + pBij[9] * GetWeightedData( ClipX(PosiX+1), ClipY( PosiY+2 ), Dimension ) + pBij[10]* GetWeightedData( ClipX(PosiX+2), ClipY( PosiY+2 ), Dimension ) + pBij[11]* GetWeightedData( ClipX(PosiX+3), ClipY( PosiY+2 ), Dimension ) + \ 00298 pBij[12] * GetWeightedData( ClipX(PosiX+0), ClipY( PosiY+3 ), Dimension ) + pBij[13]* GetWeightedData( ClipX(PosiX+1), ClipY( PosiY+3 ), Dimension ) + pBij[14]* GetWeightedData( ClipX(PosiX+2), ClipY( PosiY+3 ), Dimension ) + pBij[15]* GetWeightedData( ClipX(PosiX+3), ClipY( PosiY+3 ), Dimension ) \ 00299 ) / Point_Weight; 00300 */ 00301 00302 00303 00304 00305 //* Table Setup macro util 00306 #define Compute_Blending_FunctionBi() \ 00307 \ 00308 Bi1 = Compute_Bik( u, Posi_X , mOrder_U, mKnot_Vector_U); \ 00309 Bi2 = Compute_Bik( u, Posi_X+1, mOrder_U, mKnot_Vector_U); \ 00310 Bi3 = Compute_Bik( u, Posi_X+2, mOrder_U, mKnot_Vector_U); \ 00311 Bi4 = Compute_Bik( u, Posi_X+3, mOrder_U, mKnot_Vector_U); \ 00312 00313 //* Table Setup macro util 00314 #define Compute_Blending_FunctionBj() \ 00315 \ 00316 Bj1 = Compute_Bik( v, Posi_Y , mOrder_V, mKnot_Vector_V); \ 00317 Bj2 = Compute_Bik( v, Posi_Y+1, mOrder_V, mKnot_Vector_V); \ 00318 Bj3 = Compute_Bik( v, Posi_Y+2, mOrder_V, mKnot_Vector_V); \ 00319 Bj4 = Compute_Bik( v, Posi_Y+3, mOrder_V, mKnot_Vector_V); \ 00320 00321 //* Table Setup macro util 00322 #define Compute_Blending_Tangent_FunctiondBi() \ 00323 \ 00324 dBi1 = Compute_dBik( u, Posi_X , mOrder_U, mKnot_Vector_U); \ 00325 dBi2 = Compute_dBik( u, Posi_X+1, mOrder_U, mKnot_Vector_U); \ 00326 dBi3 = Compute_dBik( u, Posi_X+2, mOrder_U, mKnot_Vector_U); \ 00327 dBi4 = Compute_dBik( u, Posi_X+3, mOrder_U, mKnot_Vector_U); \ 00328 00329 //* Table Setup macro util 00330 #define Compute_Blending_Tangent_FunctiondBj() \ 00331 \ 00332 dBj1 = Compute_dBik( v, Posi_Y , mOrder_V, mKnot_Vector_V); \ 00333 dBj2 = Compute_dBik( v, Posi_Y+1, mOrder_V, mKnot_Vector_V); \ 00334 dBj3 = Compute_dBik( v, Posi_Y+2, mOrder_V, mKnot_Vector_V); \ 00335 dBj4 = Compute_dBik( v, Posi_Y+3, mOrder_V,mKnot_Vector_V); \ 00336 00337 //* Table Setup macro util 00338 #define Compute_Point_Weight( PosiX, PosiY ) \ 00339 Point_Weight = \ 00340 pBij[0] * GetWeightData( ClipX(PosiX+0), ClipY( PosiY+0 ) ) + pBij[1] * GetWeightData( ClipX(PosiX+1), ClipY( PosiY+0 ) ) + pBij[2] * GetWeightData( ClipX(PosiX+2), ClipY( PosiY+0 ) ) + pBij[3] * GetWeightData( ClipX(PosiX+3), ClipY( PosiY+0 ) ) + \ 00341 pBij[4] * GetWeightData( ClipX(PosiX+0), ClipY( PosiY+1 ) ) + pBij[5] * GetWeightData( ClipX(PosiX+1), ClipY( PosiY+1 ) ) + pBij[6] * GetWeightData( ClipX(PosiX+2), ClipY( PosiY+1 ) ) + pBij[7] * GetWeightData( ClipX(PosiX+3), ClipY( PosiY+1 ) ) + \ 00342 pBij[8] * GetWeightData( ClipX(PosiX+0), ClipY( PosiY+2 ) ) + pBij[9] * GetWeightData( ClipX(PosiX+1), ClipY( PosiY+2 ) ) + pBij[10]* GetWeightData( ClipX(PosiX+2), ClipY( PosiY+2 ) ) + pBij[11]* GetWeightData( ClipX(PosiX+3), ClipY( PosiY+2 ) ) + \ 00343 pBij[12]* GetWeightData( ClipX(PosiX+0), ClipY( PosiY+3 ) ) + pBij[13]* GetWeightData( ClipX(PosiX+1), ClipY( PosiY+3 ) ) + pBij[14]* GetWeightData( ClipX(PosiX+2), ClipY( PosiY+3 ) ) + pBij[15]* GetWeightData( ClipX(PosiX+3), ClipY( PosiY+3 ) ); \ 00344 00345 //* Table Setup macro util 00346 #define Compute_Normal_Point_Weight( PosiX, PosiY ) \ 00347 Point_NormalU_Weight = \ 00348 pBdij[0] * GetWeightData( ClipX(PosiX+0), ClipY( PosiY+0 ) ) + pBdij[1] * GetWeightData( ClipX(PosiX+1), ClipY( PosiY+0 ) ) + pBdij[2] * GetWeightData( ClipX(PosiX+2), ClipY( PosiY+0 ) ) + pBdij[3] * GetWeightData( ClipX(PosiX+3), ClipY( PosiY+0 ) ) + \ 00349 pBdij[4] * GetWeightData( ClipX(PosiX+0), ClipY( PosiY+1 ) ) + pBdij[5] * GetWeightData( ClipX(PosiX+1), ClipY( PosiY+1 ) ) + pBdij[6] * GetWeightData( ClipX(PosiX+2), ClipY( PosiY+1 ) ) + pBdij[7] * GetWeightData( ClipX(PosiX+3), ClipY( PosiY+1 ) ) + \ 00350 pBdij[8] * GetWeightData( ClipX(PosiX+0), ClipY( PosiY+2 ) ) + pBdij[9] * GetWeightData( ClipX(PosiX+1), ClipY( PosiY+2 ) ) + pBdij[10]* GetWeightData( ClipX(PosiX+2), ClipY( PosiY+2 ) ) + pBdij[11]* GetWeightData( ClipX(PosiX+3), ClipY( PosiY+2 ) ) + \ 00351 pBdij[12]* GetWeightData( ClipX(PosiX+0), ClipY( PosiY+3 ) ) + pBdij[13]* GetWeightData( ClipX(PosiX+1), ClipY( PosiY+3 ) ) + pBdij[14]* GetWeightData( ClipX(PosiX+2), ClipY( PosiY+3 ) ) + pBdij[15]* GetWeightData( ClipX(PosiX+3), ClipY( PosiY+3 ) ); \ 00352 \ 00353 Point_NormalV_Weight = \ 00354 pBidj[0] * GetWeightData( ClipX(PosiX+0), ClipY( PosiY+0 ) ) + pBidj[1] * GetWeightData( ClipX(PosiX+1), ClipY( PosiY+0 ) ) + pBidj[2] * GetWeightData( ClipX(PosiX+2), ClipY( PosiY+0 ) ) + pBidj[3] * GetWeightData( ClipX(PosiX+3), ClipY( PosiY+0 ) ) + \ 00355 pBidj[4] * GetWeightData( ClipX(PosiX+0), ClipY( PosiY+1 ) ) + pBidj[5] * GetWeightData( ClipX(PosiX+1), ClipY( PosiY+1 ) ) + pBidj[6] * GetWeightData( ClipX(PosiX+2), ClipY( PosiY+1 ) ) + pBidj[7] * GetWeightData( ClipX(PosiX+3), ClipY( PosiY+1 ) ) + \ 00356 pBidj[8] * GetWeightData( ClipX(PosiX+0), ClipY( PosiY+2 ) ) + pBidj[9] * GetWeightData( ClipX(PosiX+1), ClipY( PosiY+2 ) ) + pBidj[10]* GetWeightData( ClipX(PosiX+2), ClipY( PosiY+2 ) ) + pBidj[11]* GetWeightData( ClipX(PosiX+3), ClipY( PosiY+2 ) ) + \ 00357 pBidj[12]* GetWeightData( ClipX(PosiX+0), ClipY( PosiY+3 ) ) + pBidj[13]* GetWeightData( ClipX(PosiX+1), ClipY( PosiY+3 ) ) + pBidj[14]* GetWeightData( ClipX(PosiX+2), ClipY( PosiY+3 ) ) + pBidj[15]* GetWeightData( ClipX(PosiX+3), ClipY( PosiY+3 ) ); \ 00358 00359 #include <fbxfilesdk_nsend.h> 00360 00361 #endif 00362 00363