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<innerclass refid= "structtdm_1_1vec" prot= "public" > tdm::vec</innerclass>
<innernamespace refid= "namespacetdm_1_1affine" > tdm::affine</innernamespace>
<innernamespace refid= "namespacetdm_1_1impl" > tdm::impl</innernamespace>
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<definition > using tdm::dim_t = typedef std::size_t</definition>
<argsstring > </argsstring>
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<qualifiedname > tdm::dim_t</qualifiedname>
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<type > <ref refid= "structtdm_1_1vec" kindref= "compound" > vec</ref> < 2, T > </type>
<definition > using tdm::vec2 = typedef vec< 2, T> </definition>
<argsstring > </argsstring>
<name > vec2</name>
<qualifiedname > tdm::vec2</qualifiedname>
<briefdescription >
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<type > <ref refid= "structtdm_1_1vec" kindref= "compound" > vec</ref> < 3, T > </type>
<definition > using tdm::vec3 = typedef vec< 3, T> </definition>
<argsstring > </argsstring>
<name > vec3</name>
<qualifiedname > tdm::vec3</qualifiedname>
<briefdescription >
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<type > <ref refid= "structtdm_1_1vec" kindref= "compound" > vec</ref> < 4, T > </type>
<definition > using tdm::vec4 = typedef vec< 4, T> </definition>
<argsstring > </argsstring>
<name > vec4</name>
<qualifiedname > tdm::vec4</qualifiedname>
<briefdescription >
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<type > <ref refid= "structtdm_1_1vec" kindref= "compound" > vec</ref> < L, int > </type>
<definition > using tdm::ivec = typedef vec< L, int> </definition>
<argsstring > </argsstring>
<name > ivec</name>
<qualifiedname > tdm::ivec</qualifiedname>
<briefdescription >
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<type > <ref refid= "namespacetdm_1a9ecf2d27c0330c96023d63f5f70ed043" kindref= "member" > ivec</ref> < 2 > </type>
<definition > using tdm::ivec2 = typedef ivec< 2> </definition>
<argsstring > </argsstring>
<name > ivec2</name>
<qualifiedname > tdm::ivec2</qualifiedname>
<briefdescription >
</briefdescription>
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<type > <ref refid= "namespacetdm_1a9ecf2d27c0330c96023d63f5f70ed043" kindref= "member" > ivec</ref> < 3 > </type>
<definition > using tdm::ivec3 = typedef ivec< 3> </definition>
<argsstring > </argsstring>
<name > ivec3</name>
<qualifiedname > tdm::ivec3</qualifiedname>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
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<type > <ref refid= "namespacetdm_1a9ecf2d27c0330c96023d63f5f70ed043" kindref= "member" > ivec</ref> < 4 > </type>
<definition > using tdm::ivec4 = typedef ivec< 4> </definition>
<argsstring > </argsstring>
<name > ivec4</name>
<qualifiedname > tdm::ivec4</qualifiedname>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<type > dim_t</type>
<declname > L</declname>
<defname > L</defname>
</param>
</templateparamlist>
<type > <ref refid= "structtdm_1_1vec" kindref= "compound" > vec</ref> < L, float > </type>
<definition > using tdm::fvec = typedef vec< L, float> </definition>
<argsstring > </argsstring>
<name > fvec</name>
<qualifiedname > tdm::fvec</qualifiedname>
<briefdescription >
</briefdescription>
<detaileddescription >
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<inbodydescription >
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<type > <ref refid= "namespacetdm_1a783c70d6b396b3b796d35072bf829fe2" kindref= "member" > fvec</ref> < 2 > </type>
<definition > using tdm::fvec2 = typedef fvec< 2> </definition>
<argsstring > </argsstring>
<name > fvec2</name>
<qualifiedname > tdm::fvec2</qualifiedname>
<briefdescription >
</briefdescription>
<detaileddescription >
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<inbodydescription >
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<type > <ref refid= "namespacetdm_1a783c70d6b396b3b796d35072bf829fe2" kindref= "member" > fvec</ref> < 3 > </type>
<definition > using tdm::fvec3 = typedef fvec< 3> </definition>
<argsstring > </argsstring>
<name > fvec3</name>
<qualifiedname > tdm::fvec3</qualifiedname>
<briefdescription >
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<type > <ref refid= "namespacetdm_1a783c70d6b396b3b796d35072bf829fe2" kindref= "member" > fvec</ref> < 4 > </type>
<definition > using tdm::fvec4 = typedef fvec< 4> </definition>
<argsstring > </argsstring>
<name > fvec4</name>
<qualifiedname > tdm::fvec4</qualifiedname>
<briefdescription >
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<type > <ref refid= "structtdm_1_1mat" kindref= "compound" > mat</ref> < 2, 2, T > </type>
<definition > using tdm::mat2 = typedef mat< 2, 2, T> </definition>
<argsstring > </argsstring>
<name > mat2</name>
<qualifiedname > tdm::mat2</qualifiedname>
<briefdescription >
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<type > <ref refid= "structtdm_1_1mat" kindref= "compound" > mat</ref> < 3, 3, T > </type>
<definition > using tdm::mat3 = typedef mat< 3, 3, T> </definition>
<argsstring > </argsstring>
<name > mat3</name>
<qualifiedname > tdm::mat3</qualifiedname>
<briefdescription >
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<detaileddescription >
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<type > <ref refid= "structtdm_1_1mat" kindref= "compound" > mat</ref> < 4, 4, T > </type>
<definition > using tdm::mat4 = typedef mat< 4, 4, T> </definition>
<argsstring > </argsstring>
<name > mat4</name>
<qualifiedname > tdm::mat4</qualifiedname>
<briefdescription >
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<param >
<type > dim_t</type>
<declname > C</declname>
<defname > C</defname>
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<type > <ref refid= "structtdm_1_1mat" kindref= "compound" > mat</ref> < R, C, int > </type>
<definition > using tdm::imat = typedef mat< R, C, int> </definition>
<argsstring > </argsstring>
<name > imat</name>
<qualifiedname > tdm::imat</qualifiedname>
<briefdescription >
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<detaileddescription >
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<type > <ref refid= "namespacetdm_1a0a4a6d413128ce00d730264468d766c4" kindref= "member" > imat</ref> < 2, 2 > </type>
<definition > using tdm::imat2 = typedef imat< 2, 2> </definition>
<argsstring > </argsstring>
<name > imat2</name>
<qualifiedname > tdm::imat2</qualifiedname>
<briefdescription >
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<detaileddescription >
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<inbodydescription >
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<type > <ref refid= "namespacetdm_1a0a4a6d413128ce00d730264468d766c4" kindref= "member" > imat</ref> < 3, 3 > </type>
<definition > using tdm::imat3 = typedef imat< 3, 3> </definition>
<argsstring > </argsstring>
<name > imat3</name>
<qualifiedname > tdm::imat3</qualifiedname>
<briefdescription >
</briefdescription>
<detaileddescription >
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<inbodydescription >
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<type > <ref refid= "namespacetdm_1a0a4a6d413128ce00d730264468d766c4" kindref= "member" > imat</ref> < 4, 4 > </type>
<definition > using tdm::imat4 = typedef imat< 4, 4> </definition>
<argsstring > </argsstring>
<name > imat4</name>
<qualifiedname > tdm::imat4</qualifiedname>
<briefdescription >
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<declname > R</declname>
<defname > R</defname>
</param>
<param >
<type > dim_t</type>
<declname > C</declname>
<defname > C</defname>
</param>
</templateparamlist>
<type > <ref refid= "structtdm_1_1mat" kindref= "compound" > mat</ref> < R, C, float > </type>
<definition > using tdm::fmat = typedef mat< R, C, float> </definition>
<argsstring > </argsstring>
<name > fmat</name>
<qualifiedname > tdm::fmat</qualifiedname>
<briefdescription >
</briefdescription>
<detaileddescription >
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<memberdef kind= "typedef" id= "namespacetdm_1ab181e474ae655e96bbd1d94c442be718" prot= "public" static= "no" >
<type > <ref refid= "namespacetdm_1ab9aac8853c177de49c1357e3fc7cdb8a" kindref= "member" > fmat</ref> < 2, 2 > </type>
<definition > using tdm::fmat2 = typedef fmat< 2, 2> </definition>
<argsstring > </argsstring>
<name > fmat2</name>
<qualifiedname > tdm::fmat2</qualifiedname>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Types.h" line= "80" column= "1" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Types.h" bodystart= "80" bodyend= "-1" />
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</memberdef>
<memberdef kind= "typedef" id= "namespacetdm_1a5058d64e551b4a5f281cf8454f5b4bb5" prot= "public" static= "no" >
<type > <ref refid= "namespacetdm_1ab9aac8853c177de49c1357e3fc7cdb8a" kindref= "member" > fmat</ref> < 3, 3 > </type>
<definition > using tdm::fmat3 = typedef fmat< 3, 3> </definition>
<argsstring > </argsstring>
<name > fmat3</name>
<qualifiedname > tdm::fmat3</qualifiedname>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Types.h" line= "81" column= "1" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Types.h" bodystart= "81" bodyend= "-1" />
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</memberdef>
<memberdef kind= "typedef" id= "namespacetdm_1a724304086392e7e3fc64dd35c1fbf3ea" prot= "public" static= "no" >
<type > <ref refid= "namespacetdm_1ab9aac8853c177de49c1357e3fc7cdb8a" kindref= "member" > fmat</ref> < 4, 4 > </type>
<definition > using tdm::fmat4 = typedef fmat< 4, 4> </definition>
<argsstring > </argsstring>
<name > fmat4</name>
<qualifiedname > tdm::fmat4</qualifiedname>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Types.h" line= "82" column= "1" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Types.h" bodystart= "82" bodyend= "-1" />
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</memberdef>
</sectiondef>
<sectiondef kind= "func" >
<memberdef kind= "function" id= "namespacetdm_1ab7a32e9e75bbffd9cda585d73d313de8" prot= "public" static= "no" const= "no" explicit= "no" inline= "yes" virt= "non-virtual" >
<templateparamlist >
<param >
<type > typename T</type>
</param>
</templateparamlist>
<type > <ref refid= "namespacetdm_1a0ee1135015dc380efab2a1f62e27d32c" kindref= "member" > vec3</ref> < T > </type>
<definition > vec3< T > tdm::cross</definition>
<argsstring > (const vec3< T > & lhs, const vec3< T > & rhs)</argsstring>
<name > cross</name>
<qualifiedname > tdm::cross</qualifiedname>
<param >
<type > const <ref refid= "namespacetdm_1a0ee1135015dc380efab2a1f62e27d32c" kindref= "member" > vec3</ref> < T > & </type>
<declname > lhs</declname>
</param>
<param >
<type > const <ref refid= "namespacetdm_1a0ee1135015dc380efab2a1f62e27d32c" kindref= "member" > vec3</ref> < T > & </type>
<declname > rhs</declname>
</param>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" line= "22" column= "13" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" bodystart= "22" bodyend= "28" />
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</memberdef>
<memberdef kind= "function" id= "namespacetdm_1a789cefc95e9408211615da063d75b751" prot= "public" static= "no" const= "no" explicit= "no" inline= "yes" virt= "non-virtual" >
<templateparamlist >
<param >
<type > dim_t</type>
<declname > L</declname>
<defname > L</defname>
</param>
<param >
<type > typename T</type>
</param>
</templateparamlist>
<type > T</type>
<definition > T tdm::dot</definition>
<argsstring > (const vec< L, T > & lhs, const vec< L, T > & rhs)</argsstring>
<name > dot</name>
<qualifiedname > tdm::dot</qualifiedname>
<param >
<type > const <ref refid= "structtdm_1_1vec" kindref= "compound" > vec</ref> < L, T > & </type>
<declname > lhs</declname>
</param>
<param >
<type > const <ref refid= "structtdm_1_1vec" kindref= "compound" > vec</ref> < L, T > & </type>
<declname > rhs</declname>
</param>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" line= "31" column= "10" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" bodystart= "31" bodyend= "33" />
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<referencedby refid= "classdnac_1_1Triangle_1ab989f4f1cd4c51ac60921519e65d41d9" compoundref= "Triangle_8cpp" startline= "33" endline= "44" > dnac::Triangle::getBarycentricCoords</referencedby>
</memberdef>
<memberdef kind= "function" id= "namespacetdm_1a7e856a88d452831ae93e3f22c03b3e83" prot= "public" static= "no" const= "no" explicit= "no" inline= "yes" virt= "non-virtual" >
<templateparamlist >
<param >
<type > dim_t</type>
<declname > L</declname>
<defname > L</defname>
</param>
<param >
<type > typename T</type>
</param>
</templateparamlist>
<type > <ref refid= "structtdm_1_1vec" kindref= "compound" > vec</ref> < L, T > </type>
<definition > vec< L, T > tdm::negate</definition>
<argsstring > (vec< L, T > v)</argsstring>
<name > negate</name>
<qualifiedname > tdm::negate</qualifiedname>
<param >
<type > <ref refid= "structtdm_1_1vec" kindref= "compound" > vec</ref> < L, T > </type>
<declname > v</declname>
</param>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" line= "36" column= "12" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" bodystart= "36" bodyend= "38" />
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<references refid= "structtdm_1_1vec_1a3f3ea73401edb017414292df5c64d4a8" compoundref= "Vec_8h" startline= "178" endline= "182" > tdm::vec< L, T > ::negate</references>
</memberdef>
<memberdef kind= "function" id= "namespacetdm_1ad2984aa9fe011508721b2582fd533cbd" prot= "public" static= "no" const= "no" explicit= "no" inline= "yes" virt= "non-virtual" >
<templateparamlist >
<param >
<type > dim_t</type>
<declname > R</declname>
<defname > R</defname>
</param>
<param >
<type > dim_t</type>
<declname > C</declname>
<defname > C</defname>
</param>
<param >
<type > typename T</type>
</param>
</templateparamlist>
<type > <ref refid= "structtdm_1_1mat" kindref= "compound" > mat</ref> < R, C, T > </type>
<definition > mat< R, C, T > tdm::negate</definition>
<argsstring > (const mat< R, C, T > & m)</argsstring>
<name > negate</name>
<qualifiedname > tdm::negate</qualifiedname>
<param >
<type > const <ref refid= "structtdm_1_1mat" kindref= "compound" > mat</ref> < R, C, T > & </type>
<declname > m</declname>
</param>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" line= "41" column= "12" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" bodystart= "41" bodyend= "43" />
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</memberdef>
<memberdef kind= "function" id= "namespacetdm_1aa46734d11a9299f44130a29409c2963f" prot= "public" static= "no" const= "no" explicit= "no" inline= "yes" virt= "non-virtual" >
<templateparamlist >
<param >
<type > dim_t</type>
<declname > L</declname>
<defname > L</defname>
</param>
<param >
<type > typename T</type>
</param>
</templateparamlist>
<type > std::enable_if< std::is_floating_point< T > ::value, T > ::type</type>
<definition > std::enable_if< std::is_floating_point< T > ::value, T > ::type tdm::length</definition>
<argsstring > (const vec< L, T > & v)</argsstring>
<name > length</name>
<qualifiedname > tdm::length</qualifiedname>
<param >
<type > const <ref refid= "structtdm_1_1vec" kindref= "compound" > vec</ref> < L, T > & </type>
<declname > v</declname>
</param>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" line= "46" column= "40" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" bodystart= "46" bodyend= "48" />
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<references refid= "structtdm_1_1vec_1a2b355427a69d56cf8a32539191d96c93" compoundref= "Vec_8h" startline= "168" endline= "171" > tdm::vec< L, T > ::length</references>
<referencedby refid= "structtrio_1_1StringConverter_3_01wchar__t_01_4_1a8635df969e0bb53a35eb017245d6959d" compoundref= "NativeString_8h" startline= "44" endline= "66" > trio::StringConverter< wchar_t > ::from</referencedby>
<referencedby refid= "classdnac_1_1CalculateMeshLowerLODsCommand_1_1Impl_1afdd4b3a36329675410b02fb137a33761" compoundref= "CalculateMeshLowerLODsCommand_8cpp" startline= "93" endline= "100" > dnac::CalculateMeshLowerLODsCommand::Impl::getMeshName</referencedby>
</memberdef>
<memberdef kind= "function" id= "namespacetdm_1a19d3e09b0d8eea38abc06732ed3775a7" prot= "public" static= "no" const= "no" explicit= "no" inline= "yes" virt= "non-virtual" >
<templateparamlist >
<param >
<type > dim_t</type>
<declname > L</declname>
<defname > L</defname>
</param>
<param >
<type > typename T</type>
</param>
</templateparamlist>
<type > std::enable_if< std::is_floating_point< T > ::value, <ref refid= "structtdm_1_1vec" kindref= "compound" > vec</ref> < L, T > > ::type</type>
<definition > std::enable_if< std::is_floating_point< T > ::value, vec< L, T > > ::type tdm::normalize</definition>
<argsstring > (vec< L, T > v)</argsstring>
<name > normalize</name>
<qualifiedname > tdm::normalize</qualifiedname>
<param >
<type > <ref refid= "structtdm_1_1vec" kindref= "compound" > vec</ref> < L, T > </type>
<declname > v</declname>
</param>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" line= "51" column= "40" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" bodystart= "51" bodyend= "54" />
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<references refid= "structtdm_1_1vec_1acd44cca051bda523e42cbfcbd26f49c9" compoundref= "Vec_8h" startline= "174" endline= "176" > tdm::vec< L, T > ::normalize</references>
</memberdef>
<memberdef kind= "function" id= "namespacetdm_1ad5abf5602d97e3df89baa5700086e9cd" prot= "public" static= "no" const= "no" explicit= "no" inline= "yes" virt= "non-virtual" >
<templateparamlist >
<param >
<type > dim_t</type>
<declname > R</declname>
<defname > R</defname>
</param>
<param >
<type > dim_t</type>
<declname > C</declname>
<defname > C</defname>
</param>
<param >
<type > typename T</type>
</param>
</templateparamlist>
<type > <ref refid= "structtdm_1_1mat" kindref= "compound" > mat</ref> < C, R, T > </type>
<definition > mat< C, R, T > tdm::transpose</definition>
<argsstring > (const mat< R, C, T > & m)</argsstring>
<name > transpose</name>
<qualifiedname > tdm::transpose</qualifiedname>
<param >
<type > const <ref refid= "structtdm_1_1mat" kindref= "compound" > mat</ref> < R, C, T > & </type>
<declname > m</declname>
</param>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" line= "57" column= "12" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" bodystart= "57" bodyend= "64" declfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Mat.h" declline= "11" declcolumn= "12" />
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<references refid= "structtdm_1_1mat_1a5b4b59b8794a8e4223119c64c47252dc" compoundref= "Mat_8h" startline= "140" endline= "145" > tdm::mat< R, C, T > ::apply</references>
<referencedby refid= "structtdm_1_1mat_1a9f1b734dca470f22bffdcaf838c3b711" compoundref= "Mat_8h" startline= "84" endline= "87" > tdm::mat< R, C, T > ::fromColumns</referencedby>
<referencedby refid= "structtdm_1_1mat_1a022b835621316779fcb5f1655ac2b449" compoundref= "Mat_8h" startline= "236" endline= "238" > tdm::mat< R, C, T > ::transpose</referencedby>
</memberdef>
<memberdef kind= "function" id= "namespacetdm_1a8b9006c1e5787cd89b7da5bdb8749ba0" prot= "public" static= "no" const= "no" explicit= "no" inline= "yes" virt= "non-virtual" >
<templateparamlist >
<param >
<type > dim_t</type>
<declname > N</declname>
<defname > N</defname>
</param>
<param >
<type > typename T</type>
</param>
</templateparamlist>
<type > T</type>
<definition > T tdm::determinant</definition>
<argsstring > (const mat< N, N, T > & m)</argsstring>
<name > determinant</name>
<qualifiedname > tdm::determinant</qualifiedname>
<param >
<type > const <ref refid= "structtdm_1_1mat" kindref= "compound" > mat</ref> < N, N, T > & </type>
<declname > m</declname>
</param>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" line= "129" column= "10" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" bodystart= "129" bodyend= "131" />
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<references refid= "namespacetdm_1_1impl_1abb27bdfe1717ef57f4dcd7cba4ab4cbb" compoundref= "Computations_8h" startline= "88" endline= "104" > tdm::impl::determinant</references>
<referencedby refid= "namespacetdm_1af6249949ec4da22bf7b907f2751efcaa" compoundref= "Computations_8h" startline= "134" endline= "148" > inverse</referencedby>
</memberdef>
<memberdef kind= "function" id= "namespacetdm_1af6249949ec4da22bf7b907f2751efcaa" prot= "public" static= "no" const= "no" explicit= "no" inline= "yes" virt= "non-virtual" >
<templateparamlist >
<param >
<type > dim_t</type>
<declname > N</declname>
<defname > N</defname>
</param>
<param >
<type > typename T</type>
</param>
</templateparamlist>
<type > <ref refid= "structtdm_1_1mat" kindref= "compound" > mat</ref> < N, N, T > </type>
<definition > mat< N, N, T > tdm::inverse</definition>
<argsstring > (const mat< N, N, T > & m)</argsstring>
<name > inverse</name>
<qualifiedname > tdm::inverse</qualifiedname>
<param >
<type > const <ref refid= "structtdm_1_1mat" kindref= "compound" > mat</ref> < N, N, T > & </type>
<declname > m</declname>
</param>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" line= "134" column= "12" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" bodystart= "134" bodyend= "148" declfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Mat.h" declline= "14" declcolumn= "12" />
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<references refid= "namespacetdm_1_1impl_1a984ad92a11c06e34fc8cbd1e3bbf468f" compoundref= "Computations_8h" startline= "107" endline= "122" > tdm::impl::adjoint</references>
<references refid= "namespacetdm_1a8b9006c1e5787cd89b7da5bdb8749ba0" compoundref= "Computations_8h" startline= "129" endline= "131" > determinant</references>
<referencedby refid= "namespacednac_1a30f0682d879e5cbc632ab6663cdde53e" compoundref= "Algorithm_8h" startline= "29" endline= "37" > dnac::extractRotationMatrix</referencedby>
<referencedby refid= "namespacetdm_1adf6e432142236cf00f3bd40de27d2b2c" compoundref= "Mat_8h" startline= "388" endline= "390" > operator/</referencedby>
<referencedby refid= "structtdm_1_1mat_1a08905db39e54a925f0326cbeed84066d" compoundref= "Mat_8h" startline= "227" endline= "229" > tdm::mat< R, C, T > ::operator/=</referencedby>
</memberdef>
<memberdef kind= "function" id= "namespacetdm_1af2af6050315345aa0db49cc5f77ba33f" prot= "public" static= "no" const= "no" explicit= "no" inline= "yes" virt= "non-virtual" >
<templateparamlist >
<param >
<type > dim_t</type>
<declname > N</declname>
<defname > N</defname>
</param>
<param >
<type > typename T</type>
</param>
</templateparamlist>
<type > T</type>
<definition > T tdm::trace</definition>
<argsstring > (const mat< N, N, T > & m)</argsstring>
<name > trace</name>
<qualifiedname > tdm::trace</qualifiedname>
<param >
<type > const <ref refid= "structtdm_1_1mat" kindref= "compound" > mat</ref> < N, N, T > & </type>
<declname > m</declname>
</param>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" line= "151" column= "10" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/src/tdm/Computations.h" bodystart= "151" bodyend= "157" />
2022-11-28 19:21:26 +08:00
<references refid= "namespacetdm_1af2af6050315345aa0db49cc5f77ba33f" compoundref= "Computations_8h" startline= "151" endline= "157" > trace</references>
<referencedby refid= "namespacetdm_1af2af6050315345aa0db49cc5f77ba33f" compoundref= "Computations_8h" startline= "151" endline= "157" > trace</referencedby>
</memberdef>
<memberdef kind= "function" id= "namespacetdm_1a96d97543e016a745e13fc5636da84e0f" prot= "public" static= "no" const= "no" explicit= "no" inline= "yes" virt= "non-virtual" >
<templateparamlist >
<param >
<type > dim_t</type>
<declname > R</declname>
<defname > R</defname>
</param>
<param >
<type > dim_t</type>
<declname > C</declname>
<defname > C</defname>
</param>
<param >
<type > typename T</type>
</param>
</templateparamlist>
<type > bool</type>
<definition > bool tdm::operator==</definition>
<argsstring > (const mat< R, C, T > & lhs, const mat< R, C, T > & rhs)</argsstring>
<name > operator==</name>
<qualifiedname > tdm::operator==</qualifiedname>
<param >
<type > const <ref refid= "structtdm_1_1mat" kindref= "compound" > mat</ref> < R, C, T > & </type>
<declname > lhs</declname>
</param>
<param >
<type > const <ref refid= "structtdm_1_1mat" kindref= "compound" > mat</ref> < R, C, T > & </type>
<declname > rhs</declname>
</param>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
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<references refid= "structtdm_1_1mat_1a5b4b59b8794a8e4223119c64c47252dc" compoundref= "Mat_8h" startline= "140" endline= "145" > tdm::mat< R, C, T > ::apply</references>
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<type > <ref refid= "structtdm_1_1mat" kindref= "compound" > mat</ref> < R, C, T > </type>
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<qualifiedname > tdm::operator*</qualifiedname>
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<references refid= "structtdm_1_1mat_1a5b4b59b8794a8e4223119c64c47252dc" compoundref= "Mat_8h" startline= "140" endline= "145" > tdm::mat< R, C, T > ::apply</references>
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2022-12-02 21:35:01 +08:00
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2022-12-02 21:35:01 +08:00
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