#include #include #include #include #include #include #include #include #include #include #include "gen_qtransform.h" #include "_cgo_export.h" void QTransform_new(int param1, QTransform** outptr_QTransform) { QTransform* ret = new QTransform(static_cast(param1)); *outptr_QTransform = ret; } void QTransform_new2(QTransform** outptr_QTransform) { QTransform* ret = new QTransform(); *outptr_QTransform = ret; } void QTransform_new3(double h11, double h12, double h13, double h21, double h22, double h23, double h31, double h32, double h33, QTransform** outptr_QTransform) { QTransform* ret = new QTransform(static_cast(h11), static_cast(h12), static_cast(h13), static_cast(h21), static_cast(h22), static_cast(h23), static_cast(h31), static_cast(h32), static_cast(h33)); *outptr_QTransform = ret; } void QTransform_new4(double h11, double h12, double h21, double h22, double dx, double dy, QTransform** outptr_QTransform) { QTransform* ret = new QTransform(static_cast(h11), static_cast(h12), static_cast(h21), static_cast(h22), static_cast(dx), static_cast(dy)); *outptr_QTransform = ret; } void QTransform_new5(QTransform* other, QTransform** outptr_QTransform) { QTransform* ret = new QTransform(*other); *outptr_QTransform = ret; } void QTransform_OperatorAssign(QTransform* self, QTransform* param1) { self->operator=(*param1); } bool QTransform_IsAffine(const QTransform* self) { return self->isAffine(); } bool QTransform_IsIdentity(const QTransform* self) { return self->isIdentity(); } bool QTransform_IsInvertible(const QTransform* self) { return self->isInvertible(); } bool QTransform_IsScaling(const QTransform* self) { return self->isScaling(); } bool QTransform_IsRotating(const QTransform* self) { return self->isRotating(); } bool QTransform_IsTranslating(const QTransform* self) { return self->isTranslating(); } int QTransform_Type(const QTransform* self) { QTransform::TransformationType _ret = self->type(); return static_cast(_ret); } double QTransform_Determinant(const QTransform* self) { qreal _ret = self->determinant(); return static_cast(_ret); } double QTransform_M11(const QTransform* self) { qreal _ret = self->m11(); return static_cast(_ret); } double QTransform_M12(const QTransform* self) { qreal _ret = self->m12(); return static_cast(_ret); } double QTransform_M13(const QTransform* self) { qreal _ret = self->m13(); return static_cast(_ret); } double QTransform_M21(const QTransform* self) { qreal _ret = self->m21(); return static_cast(_ret); } double QTransform_M22(const QTransform* self) { qreal _ret = self->m22(); return static_cast(_ret); } double QTransform_M23(const QTransform* self) { qreal _ret = self->m23(); return static_cast(_ret); } double QTransform_M31(const QTransform* self) { qreal _ret = self->m31(); return static_cast(_ret); } double QTransform_M32(const QTransform* self) { qreal _ret = self->m32(); return static_cast(_ret); } double QTransform_M33(const QTransform* self) { qreal _ret = self->m33(); return static_cast(_ret); } double QTransform_Dx(const QTransform* self) { qreal _ret = self->dx(); return static_cast(_ret); } double QTransform_Dy(const QTransform* self) { qreal _ret = self->dy(); return static_cast(_ret); } void QTransform_SetMatrix(QTransform* self, double m11, double m12, double m13, double m21, double m22, double m23, double m31, double m32, double m33) { self->setMatrix(static_cast(m11), static_cast(m12), static_cast(m13), static_cast(m21), static_cast(m22), static_cast(m23), static_cast(m31), static_cast(m32), static_cast(m33)); } QTransform* QTransform_Inverted(const QTransform* self) { return new QTransform(self->inverted()); } QTransform* QTransform_Adjoint(const QTransform* self) { return new QTransform(self->adjoint()); } QTransform* QTransform_Transposed(const QTransform* self) { return new QTransform(self->transposed()); } QTransform* QTransform_Translate(QTransform* self, double dx, double dy) { QTransform& _ret = self->translate(static_cast(dx), static_cast(dy)); // Cast returned reference into pointer return &_ret; } QTransform* QTransform_Scale(QTransform* self, double sx, double sy) { QTransform& _ret = self->scale(static_cast(sx), static_cast(sy)); // Cast returned reference into pointer return &_ret; } QTransform* QTransform_Shear(QTransform* self, double sh, double sv) { QTransform& _ret = self->shear(static_cast(sh), static_cast(sv)); // Cast returned reference into pointer return &_ret; } QTransform* QTransform_Rotate(QTransform* self, double a) { QTransform& _ret = self->rotate(static_cast(a)); // Cast returned reference into pointer return &_ret; } QTransform* QTransform_RotateRadians(QTransform* self, double a) { QTransform& _ret = self->rotateRadians(static_cast(a)); // Cast returned reference into pointer return &_ret; } bool QTransform_OperatorEqual(const QTransform* self, QTransform* param1) { return (*self == *param1); } bool QTransform_OperatorNotEqual(const QTransform* self, QTransform* param1) { return (*self != *param1); } QTransform* QTransform_OperatorMultiplyAssign(QTransform* self, QTransform* param1) { QTransform& _ret = self->operator*=(*param1); // Cast returned reference into pointer return &_ret; } QTransform* QTransform_OperatorMultiply(const QTransform* self, QTransform* o) { return new QTransform(self->operator*(*o)); } void QTransform_Reset(QTransform* self) { self->reset(); } QPoint* QTransform_Map(const QTransform* self, QPoint* p) { return new QPoint(self->map(*p)); } QPointF* QTransform_MapWithQPointF(const QTransform* self, QPointF* p) { return new QPointF(self->map(*p)); } QLine* QTransform_MapWithQLine(const QTransform* self, QLine* l) { return new QLine(self->map(*l)); } QLineF* QTransform_MapWithQLineF(const QTransform* self, QLineF* l) { return new QLineF(self->map(*l)); } QRegion* QTransform_MapWithQRegion(const QTransform* self, QRegion* r) { return new QRegion(self->map(*r)); } QPainterPath* QTransform_MapWithQPainterPath(const QTransform* self, QPainterPath* p) { return new QPainterPath(self->map(*p)); } QRect* QTransform_MapRect(const QTransform* self, QRect* param1) { return new QRect(self->mapRect(*param1)); } QRectF* QTransform_MapRectWithQRectF(const QTransform* self, QRectF* param1) { return new QRectF(self->mapRect(*param1)); } void QTransform_Map2(const QTransform* self, int x, int y, int* tx, int* ty) { self->map(static_cast(x), static_cast(y), static_cast(tx), static_cast(ty)); } void QTransform_Map3(const QTransform* self, double x, double y, double* tx, double* ty) { self->map(static_cast(x), static_cast(y), static_cast(tx), static_cast(ty)); } QTransform* QTransform_OperatorMultiplyAssignWithDiv(QTransform* self, double div) { QTransform& _ret = self->operator*=(static_cast(div)); // Cast returned reference into pointer return &_ret; } QTransform* QTransform_OperatorDivideAssign(QTransform* self, double div) { QTransform& _ret = self->operator/=(static_cast(div)); // Cast returned reference into pointer return &_ret; } QTransform* QTransform_OperatorPlusAssign(QTransform* self, double div) { QTransform& _ret = self->operator+=(static_cast(div)); // Cast returned reference into pointer return &_ret; } QTransform* QTransform_OperatorMinusAssign(QTransform* self, double div) { QTransform& _ret = self->operator-=(static_cast(div)); // Cast returned reference into pointer return &_ret; } QTransform* QTransform_FromTranslate(double dx, double dy) { return new QTransform(QTransform::fromTranslate(static_cast(dx), static_cast(dy))); } QTransform* QTransform_FromScale(double dx, double dy) { return new QTransform(QTransform::fromScale(static_cast(dx), static_cast(dy))); } QTransform* QTransform_Inverted1(const QTransform* self, bool* invertible) { return new QTransform(self->inverted(invertible)); } QTransform* QTransform_Rotate2(QTransform* self, double a, int axis) { QTransform& _ret = self->rotate(static_cast(a), static_cast(axis)); // Cast returned reference into pointer return &_ret; } QTransform* QTransform_RotateRadians2(QTransform* self, double a, int axis) { QTransform& _ret = self->rotateRadians(static_cast(a), static_cast(axis)); // Cast returned reference into pointer return &_ret; } void QTransform_Delete(QTransform* self, bool isSubclass) { if (isSubclass) { delete dynamic_cast( self ); } else { delete self; } }