Magnetics

Magnetics#

UML diagram of Altermagnet, Antiferromagnet, BoundaryTraction, CuBoundaryTraction, CuDmiTensor, DmiTensor, Ferromagnet, HostMagnet, Magnet, Minimizer, MumaxWorld, NcAfm.

@startuml !theme vibrant package Legend { class Class class Visibility { +public field +public method() -private field -private method() } Class -[hidden]-> Extension Visibility <|-- Extension : Extension Visibility o-- Aggregation : Aggregation Visibility --> Dependency : Dependency Visibility ..> WeakDependency : Weak dependency } class "Minimizer" as C_0008093513517733324021 class C_0008093513517733324021 { -addMagDiff(real) : void -converged() const : bool +exec() : void -step() : void __ -lastMagDiffs_ : std::deque<real> -m0 : std::vector<Field> -m1 : std::vector<Field> -magnets_ : std::vector<const Ferromagnet *> -nMagDiffSamples_ : int -nsteps_ : int -stepsizes_ : std::vector<real> -stopMaxMagDiff_ : real -t0 : std::vector<Field> -t1 : std::vector<Field> -torques_ : std::vector<FM_FieldQuantity> } class "MumaxWorld" as C_0016179571750721185330 class C_0016179571750721185330 { +addAltermagnet(Grid grid, GpuBuffer<bool> geometry, GpuBuffer<unsigned int> regions, std::string name = "") : Altermagnet * +addAntiferromagnet(Grid grid, GpuBuffer<bool> geometry, GpuBuffer<unsigned int> regions, std::string name = "") : Antiferromagnet * +addFerromagnet(Grid grid, GpuBuffer<bool> geometry, GpuBuffer<unsigned int> regions, std::string name = "") : Ferromagnet * +addMagnetTempl<T>(std::map<std::string,std::unique_ptr<T>> & container, Grid grid, GpuBuffer<bool> geometry, GpuBuffer<unsigned int> regions, std::string name, const std::string & prefix) : T * +addNcAfm(Grid grid, GpuBuffer<bool> geometry, GpuBuffer<unsigned int> regions, std::string name = "") : NcAfm * +altermagnets() const : const std::map<std::string,Altermagnet *> +antiferromagnets() const : const std::map<std::string,Antiferromagnet *> +boundingGrid() const : Grid +checkAddibility(Grid grid, std::string name) const : void +checkAllMagnetsInMastergrid() const : void +ferromagnets() const : const std::map<std::string,Ferromagnet *> +getAltermagnet(std::string name) const : Altermagnet * +getAntiferromagnet(std::string name) const : Antiferromagnet * +getFerromagnet(std::string name) const : Ferromagnet * +getMagnet(std::string name) const : Magnet * +getMagnetPointers<T,MapT>(const MapT & container) const : std::map<std::string, T> +getMagnetTempl<MapT>(const MapT & container, const std::string & name) const : decltype(container.begin()->second.get()) +getNcAfm(std::string name) const : NcAfm * +handleNewStrayfield(Magnet * newMagnet) : void +magnets() const : const std::map<std::string,Magnet *> +minimize(real tol = 1e-6, int nSamples = 10) : void +ncafms() const : const std::map<std::string,NcAfm *> +recalculateStrayFields() : void +relax(real tol) : void +resetTimeSolverEquations(FM_Field torque = torqueQuantity) const : void +setMastergrid(const Grid mastergrid) : void +setPBC(const Grid mastergrid, const int3 pbcRepetitions) : void +setPBC(const int3 pbcRepetitions) : void +setPbcRepetitions(const int3 pbcRepetitions) : void +unsetPBC() : void __ +RelaxTorqueThreshold : real -altermagnets_ : std::map<std::string,std::unique_ptr<Altermagnet>> -antiferromagnets_ : std::map<std::string,std::unique_ptr<Antiferromagnet>> +biasMagneticField : real3 -ferromagnets_ : std::map<std::string,std::unique_ptr<Ferromagnet>> -hostmagnets_ : std::map<std::string,HostMagnet *> -magnets_ : std::map<std::string,Magnet *> -ncafms_ : std::map<std::string,std::unique_ptr<NcAfm>> } class "DmiTensor" as C_0004656650194850054816 class C_0004656650194850054816 { +assuredZero() const : bool +cu() const : CuDmiTensor __ +xxy : Parameter +xxz : Parameter +xyz : Parameter +yxy : Parameter +yxz : Parameter +yyz : Parameter +zxy : Parameter +zxz : Parameter +zyz : Parameter } class "CuDmiTensor" as C_0013668556689540008513 class C_0013668556689540008513 { __ +xxy : CuParameter +xxz : CuParameter +xyz : CuParameter +yxy : CuParameter +yxz : CuParameter +yyz : CuParameter +zxy : CuParameter +zxz : CuParameter +zyz : CuParameter } class "BoundaryTraction" as C_0006011030370442785102 class C_0006011030370442785102 { +assuredZero() const : bool +cu() const : CuBoundaryTraction __ +negXside : VectorParameter +negYside : VectorParameter +negZside : VectorParameter +posXside : VectorParameter +posYside : VectorParameter +posZside : VectorParameter } class "CuBoundaryTraction" as C_0005494726350955164753 class C_0005494726350955164753 { +getSide(int orientation, int sense) const : const CuVectorParameter & __ +negXside : CuVectorParameter +negYside : CuVectorParameter +negZside : CuVectorParameter +posXside : CuVectorParameter +posYside : CuVectorParameter +posZside : CuVectorParameter } class "Magnet" as C_0003275239944218480396 class C_0003275239944218480396 { +operator=(const Magnet &) = deleted : Magnet & +operator=(Magnet && other) noexcept : Magnet & .. +addStrayField(const Magnet *, StrayFieldExecutor::Method method = StrayFieldExecutor::METHOD_AUTO) : void +asAFM() const : const Antiferromagnet * +asATM() const : const Altermagnet * +asFM() const : const Ferromagnet * +asHost() const : const HostMagnet * +asNcAfm() const : const NcAfm * +cellsize() const : real3 +elasticDisplacement() const : const Variable * +elasticVelocity() const : const Variable * +enableElastodynamics() const : bool +getGeometry() const : const GpuBuffer<bool> & +getStrayField(const Magnet *) const : const StrayField * +getStrayFields() const : std::vector<const StrayField *> +grid() const : Grid +mumaxWorld() const : const MumaxWorld * +name() const : std::string +removeStrayField(const Magnet *) : void +setEnableElastodynamics(bool) : void +system() const : std::shared_ptr<const System> +world() const : const World * __ +C11 : Parameter +C12 : Parameter +C44 : Parameter +boundaryTraction : BoundaryTraction -elasticDisplacement_ : std::unique_ptr<Variable> -elasticVelocity_ : std::unique_ptr<Variable> +enableAsStrayFieldDestination : bool +enableAsStrayFieldSource : bool -enableElastodynamics_ : bool +eta : Parameter +eta11 : Parameter +eta12 : Parameter +eta44 : Parameter +externalBodyForce : VectorParameter -name_ : std::string +rho : Parameter +rigidNormStrain : VectorParameter +rigidShearStrain : VectorParameter +stiffnessDamping : Parameter -strayFields_ : std::map<const Magnet *,StrayField *> -system_ : std::shared_ptr<System> } class "Ferromagnet" as C_0014126231922832319520 class C_0014126231922832319520 { +getThermalSeed() const : int +hostMagnet() const : const HostMagnet * +isSublattice() const : bool +magnetization() const : const Variable * +minimize(real tol = 1e-6, int nSamples = 10) : void +relax(real tol) : void +resetNoiseGenerator() : void +setThermalSeed(int value) : void __ +B1 : Parameter +B2 : Parameter +Lambda : Parameter +RelaxTorqueThreshold : real +aex : Parameter +alpha : Parameter +amrRatio : Parameter +anisC1 : VectorParameter +anisC2 : VectorParameter +anisU : VectorParameter +appliedPotential : Parameter +biasMagneticField : VectorParameter +conductivity : Parameter +dmiTensor : DmiTensor +enableDemag : bool +enableOpenBC : bool +enableSlonczewskiTorque : bool +enableZhangLiTorque : bool +epsilonPrime : Parameter +fixedLayer : VectorParameter +fixedLayerOnTop : bool +freeLayerThickness : Parameter +frozenSpins : Parameter +gamma : Parameter -hostMagnet_ : HostMagnet * +interExch : InterParameter +jcur : VectorParameter +kc1 : Parameter +kc2 : Parameter +kc3 : Parameter +ku1 : Parameter +ku2 : Parameter -magnetization_ : NormalizedVariable +msat : Parameter +poissonSystem : PoissonSystem +pol : Parameter +randomGenerator : curandGenerator_t +scaleExch : InterParameter +temperature : Parameter +thermalSeed : int +xi : Parameter } class "HostMagnet" as C_0007732802595508485477 class C_0007732802595508485477 { +addSublattice(const Ferromagnet * sub) : void +getOtherSublattices(const Ferromagnet *) const : std::vector<const Ferromagnet *> +getSublatticeIndex(const Ferromagnet *) const : int +sublattices() const : std::vector<const Ferromagnet *> __ +afmex_cell : Parameter +afmex_nn : Parameter +dmiTensor : DmiTensor +dmiVector : VectorParameter +interAfmExchNN : InterParameter +latcon : Parameter +scaleAfmExchNN : InterParameter -sublattices_ : std::vector<const Ferromagnet *> } class "Altermagnet" as C_0014853714476038189127 class C_0014853714476038189127 { +minimize(real tol = 1e-6, int nSamples = 20) : void +relax(real tol) : void +sub1() const : const Ferromagnet * +sub2() const : const Ferromagnet * __ +alterex_1 : Parameter +alterex_2 : Parameter +alterex_angle : Parameter +interAlterex_1 : InterParameter +interAlterex_2 : InterParameter +scaleAlterex_1 : InterParameter +scaleAlterex_2 : InterParameter -sub1_ : Ferromagnet -sub2_ : Ferromagnet } class "Antiferromagnet" as C_0016226320639562968932 class C_0016226320639562968932 { +minimize(real tol = 1e-6, int nSamples = 20) : void +relax(real tol) : void +sub1() const : const Ferromagnet * +sub2() const : const Ferromagnet * __ -sub1_ : Ferromagnet -sub2_ : Ferromagnet } class "NcAfm" as C_0003465611192535094070 class C_0003465611192535094070 { +minimize(real tol = 1e-6, int nsamples = 30) : void +relax(real tol) : void +sub1() const : const Ferromagnet * +sub2() const : const Ferromagnet * +sub3() const : const Ferromagnet * __ -sub1_ : Ferromagnet -sub2_ : Ferromagnet -sub3_ : Ferromagnet } C_0008093513517733324021 ..> C_0007732802595508485477 C_0008093513517733324021 ..> C_0016179571750721185330 C_0008093513517733324021 --> C_0014126231922832319520 : -magnets_ C_0008093513517733324021 o-- C_0014126231922832319520 : -torques_ C_0016179571750721185330 --> C_0003275239944218480396 : -magnets_ C_0016179571750721185330 --> C_0007732802595508485477 : -hostmagnets_ C_0016179571750721185330 o-- C_0014126231922832319520 : -ferromagnets_ C_0016179571750721185330 o-- C_0016226320639562968932 : -antiferromagnets_ C_0016179571750721185330 o-- C_0014853714476038189127 : -altermagnets_ C_0016179571750721185330 o-- C_0003465611192535094070 : -ncafms_ C_0004656650194850054816 ..> C_0013668556689540008513 C_0006011030370442785102 ..> C_0005494726350955164753 C_0003275239944218480396 ..> C_0014126231922832319520 C_0003275239944218480396 ..> C_0007732802595508485477 C_0003275239944218480396 ..> C_0016226320639562968932 C_0003275239944218480396 ..> C_0014853714476038189127 C_0003275239944218480396 ..> C_0003465611192535094070 C_0003275239944218480396 --> C_0003275239944218480396 : -strayFields_ C_0003275239944218480396 o-- C_0006011030370442785102 : +boundaryTraction C_0003275239944218480396 <.. C_0016179571750721185330 : +<<friend>> C_0014126231922832319520 ..> C_0016179571750721185330 C_0014126231922832319520 --> C_0007732802595508485477 : -hostMagnet_ C_0014126231922832319520 o-- C_0004656650194850054816 : +dmiTensor C_0003275239944218480396 <|-- C_0014126231922832319520 C_0007732802595508485477 o-- C_0004656650194850054816 : +dmiTensor C_0007732802595508485477 --> C_0014126231922832319520 : -sublattices_ C_0003275239944218480396 <|-- C_0007732802595508485477 C_0014853714476038189127 ..> C_0016179571750721185330 C_0014853714476038189127 o-- C_0014126231922832319520 : -sub1_ C_0014853714476038189127 o-- C_0014126231922832319520 : -sub2_ C_0007732802595508485477 <|-- C_0014853714476038189127 C_0016226320639562968932 ..> C_0016179571750721185330 C_0016226320639562968932 o-- C_0014126231922832319520 : -sub1_ C_0016226320639562968932 o-- C_0014126231922832319520 : -sub2_ C_0007732802595508485477 <|-- C_0016226320639562968932 C_0003465611192535094070 ..> C_0016179571750721185330 C_0003465611192535094070 o-- C_0014126231922832319520 : -sub1_ C_0003465611192535094070 o-- C_0014126231922832319520 : -sub2_ C_0003465611192535094070 o-- C_0014126231922832319520 : -sub3_ C_0007732802595508485477 <|-- C_0003465611192535094070 C_0016226320639562968932 -[hidden]down- C_0007732802595508485477 C_0016226320639562968932 -[hidden]right- C_0003465611192535094070 C_0003465611192535094070 -[hidden]right- C_0014853714476038189127 'Generated with clang-uml, version 0.6.2 'LLVM version clang version 19.1.7 (https://github.com/conda-forge/clangdev-feedstock 3c5e7de432e909e225d8040e72a44724afb0c446) @enduml