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Seg3D
2.4
Seg3D is a free volume segmentation and processing tool developed by the NIH Center for Integrative Biomedical Computing at the University of Utah Scientific Computing and Imaging (SCI) Institute.
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Seg3D
2.4
Seg3D is a free volume segmentation and processing tool developed by the NIH Center for Integrative Biomedical Computing at the University of Utah Scientific Computing and Imaging (SCI) Institute.
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This is the complete list of members for v2x1_t, including all inherited members.
| assign(const float *data) (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
| assign(const float &x, const float &y) (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
| data() const (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
| data() (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
| data_ (defined in the_duplet_t< float >) | the_duplet_t< float > | protected |
| decrement(const the_duplet_t< float > &d) (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
| dump(ostream &stream, const char *type_name) const (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
| equal(const the_duplet_t< float > &d) const (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
| increment(const the_duplet_t< float > &d) (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
| norm() const (defined in v2x1_t) | v2x1_t | inline |
| norm_sqrd() const (defined in v2x1_t) | v2x1_t | inline |
| normalize() (defined in v2x1_t) | v2x1_t | inline |
| operator!() const (defined in v2x1_t) | v2x1_t | inline |
| operator!=(const v2x1_t &v) const (defined in v2x1_t) | v2x1_t | inline |
| operator*(const float &s) const (defined in v2x1_t) | v2x1_t | inline |
| operator*(const v2x1_t &v) const (defined in v2x1_t) | v2x1_t | inline |
| operator*=(const float &s) (defined in v2x1_t) | v2x1_t | inline |
| operator+(const v2x1_t &v) const (defined in v2x1_t) | v2x1_t | inline |
| operator+=(const v2x1_t &v) (defined in v2x1_t) | v2x1_t | inline |
| operator-(const v2x1_t &v) const (defined in v2x1_t) | v2x1_t | inline |
| operator-=(const v2x1_t &v) (defined in v2x1_t) | v2x1_t | inline |
| operator/(const float &s) const (defined in v2x1_t) | v2x1_t | inline |
| operator/=(const float &s) (defined in v2x1_t) | v2x1_t | inline |
| operator<(const v2x1_t &v) const (defined in v2x1_t) | v2x1_t | inline |
| operator<(const the_duplet_t< float > &d) const (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
| operator==(const v2x1_t &v) const (defined in v2x1_t) | v2x1_t | inline |
| operator==(const the_duplet_t< float > &d) const (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
| operator[](const unsigned int &i) const (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
| operator[](const unsigned int &i) (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
| operator~() const (defined in v2x1_t) | v2x1_t | inline |
| scale(const float &s) (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
| the_duplet_t() (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
| the_duplet_t(const float *data) (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
| the_duplet_t(const float &x, const float &y) (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
| v2x1_t() (defined in v2x1_t) | v2x1_t | inline |
| v2x1_t(const float *data) (defined in v2x1_t) | v2x1_t | inline |
| v2x1_t(const float &x, const float &y) (defined in v2x1_t) | v2x1_t | inline |
| x() const (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
| x() (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
| y() const (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
| y() (defined in the_duplet_t< float >) | the_duplet_t< float > | inline |
1.8.10
