... Classes . ... casa . casa::TableExprFuncNodeArray . ... Class representing an array function in table select expression. ... TableExprFuncNodeArray ( TableExprFuncNode::FunctionType , NodeDataType , ValueType , const TableExprNodeSet &source, const TaQLStyle &) . ... References casa::TableExprFuncNode::argDataType() , and node_p . ... Get the shape for the array function. axarg gives the argument nr of the shape. virtual Array < String > casa::TableExprFuncNodeArray::getArrayString . ...

Stellarium 0.12.3 . ... Classes . ... FileљStructure . ... ClassљIndex . ... StelIndexBuffer Class Reference abstract . Generic index buffer interface usable with all Renderer backends. ... virtualљ . ... voidљ . addIndex (const uint index) . ... virtual voidљ . ... index . ... virtual void StelIndexBuffer::addIndex_ . ... virtual void StelIndexBuffer::clear_ . ... virtual void StelIndexBuffer::lock_ . ... virtual void StelIndexBuffer::setIndex_ . ... virtual void StelIndexBuffer::unlock_ . ...

lsst.coordConv љ unknown . ... Classes . ... coordConv::OtherCoordSys Class Reference . ... OtherCoordSys (std::string const &name, double date=0, DateTypeEnum dateType= DateType_None , bool isMean =false) . ... virtual Coord љ . ... CoordSys (std::string const &name, double date, DateTypeEnum dateType, bool isMean , bool canConvert ) . ... convertFrom ( CoordSys const &fromCoordSys, Coord const &fromCoord, Site const &site, double tai=0) const . ... virtual Coord coordConv::OtherCoordSys::removePM . ...

... Classes . ... Dust :: RadField . ... List of all members. virtual . ... virtual double . ... Edens (void) . ... Edens (double elow_J, double ehigh_J) . ... Class represtation of a radiation field, in terms of u_E. Dust::RadField::~RadField . ... virtual double Dust::RadField::operator() . ... The Specific Energy density. ... double Dust::RadField::Edens . ... Returns the specific energy by integrating the differential energy density between the cutlow and cuthigh limits. double Dust::RadField::Edens...

... The Boolean object is an object wrapper for a boolean value. ... JavaScript 1.3: added toSource method . ... If value is omitted or is 0, -0, null, false, NaN , undefined, or the empty string ( "" ), the object has an initial value of false. All other values, including any object or the string "false" , create an object with an initial value of true. ... For Boolean objects and values, the built-in toString method returns the string "true" or "false" depending on the value of the boolean object. ...

... HST . ... Missions . ... Future Missions and . ... Missions Office . ... Research . Research Staff Directory . Journal Clubs and Research Groups . ... HST Peer Review Process . ... Pointing . ... Observatory Support Document Archive . ... Jitter File Format . HST Pointing Documentation . ... Pointing Calculations Sources of Error . ... General Image Header Keywords . Association Keywords . Special Trouble or Action Header Keywords . Table Column Descriptions . ...

Next: Generation from In-Orbit Data Up: EMOS_HKPARMINT Previous: EMOS_HKPARMINT Contents . ... CAL_getHKwindows() : Table with HK parameter validity data; data outside the given validity intervals may indicate degraded science quality and ought to be screened in the pipeline reduction by means of GTI filtering. Attributes: . ... validity interval of the parameter in the form of a valid selectlib expression; '@' characters may be used instead of the parameter name; e.g. @ in [-125.0:-115.0]. ...

. This diagram illustrates how the definition of a pixel depends on the users distance from the viewing surface (paper or screen). The image depicts the user looking at two planes, one 28 inches (71 cm) from the user, the second 140 inches (3.5 m) from the user. An expanding cone is projected from the user's eye onto each plane. Where the cone strikes the first plane, the projected pixel is .28 mm high. Where the cone strikes the second plane, the projected pixel is 1.4mm high. Return to image.

... The first of the equations defines the position of the spectral orders, m , in the raw image, while the second equation gives, for each order, the dispersion relation in one dimension. ... where the coefficients are computed using least squares techniques on a grid , i.e. sample number and line number of points located within the spectral orders of the image. These points in the grid are found automatically by an order--following algorithm, normally using the FLAT or STD image. ...