* Calculates the unrotated form of the current y value. * * @return double The unrotated y-value. */

* Adds a keyword and value pair to the profile * * This method adds a keyword and value pair to the profile if it doesn't exist. * If the ke

* Returns the name of the bundle. The name defaults to the id, unless the name has been set using * setName() * * @return QString Name of the

@return int The sample coordinate of the Pixel

* Returns a vector associated to a variable request from the * calculator. * * @param variable QString of the variable * * @param index

Return the end of the image transform list */

* Sets the item at the top-level row. * * @param row (int) The row where the item will be set. * @param item (ProjectItem *) The item to set

* Maps an input value to an output value based on the stretch pairs and/or * special pixel mappings. * * @param value Value to map * *

* This returns the world Y coordinate provided SetGround, SetCoordinate, * SetUniversalGround, or SetWorld returned with success. Success can also

* This method returns the full instrument name. * * @return QString */

* Moves the shape buffer to the next position. Returns true if the next * position is valid. * * @return bool */

* This method reads one line of data from the input stream. * * All spaces, newlines, returns and tabs are trimmed from the result. * Once a

* Returns the ephemeris time in seconds which was used to obtain the * spacecraft and sun positions. * * @return @b iTime the currently se

* Accessor method that returns the frame code. This is the first value of the * constant frames member variable. * * @return @b int An intege

* This indicates if the last invocation of SetGround, SetCoordinate, * SetUniversalGround, or SetWorld was with successful or not. If there was

* This updates the apriori surface point. * * @see SetAprioriRadiusSource * @see SetAprioriRadiusSourceFile * @see SetAprioriPointSource

* Appends a control pointer to the control list * * @param value The control pointer to append * * @see QList<Control *>::append() */

* This method returns the shortened instrument name. * * @return QString */

* This method returns the full spacecraft name. * * @return QString */

* This method returns the shortened spacecraft name. * * @return QString */

* @returns The cube line after invoking SetChipPosition */

* @returns The cube sample after invoking SetChipPosition */

* Accessor method that returns a string containing the Blob name. * * @return @b string The name of the Blob. */

* This returns the world X coordinate provided SetGround, SetCoordinate, * SetUniversalGround, or SetWorld returned with success. Success can also

Return the resulting size of the transformed image */

* Get the type of template in this TemplateList * * @return @b QString The type of template found in this TemplateList. */

Set the detector origin * * This is used to set the origin of the detector. Typically the middle * of the detector. For example, a 512x512

* This method is used to set the original input file. This file is the first * program's input, and the virtual bands will be taken directly from t

* This method returns the name of this QStretch. * * * @return QString */

* Get the path to the shapes in the shape list (relative to project root). This only applies to * an shape list from the project. * * @return

* Return the shape */

* @brief Returns the number of keywords in the container * * @return int Number of keys in container */

* Indicates if the Isis Graphical User Interface is operating. * * @return bool */

* Print the vector at the top of the stack */

* This is the generic mutator for properties. Given a value, this will * change it and emit propertyChanged if its different and supported. */

* Computes and returns the variance. * If there are no valid pixels, then NULL8 is returned. * * @return The variance * * @internal

* Adds a new filename / serial number pair to the SerialNumberList * * @param filename The filename to be added * @param def2filename If a se

* Invoke this method for each set of knowns. Given our example in the * description, we have three knowns and expecteds. They are * @f[ * (1,

This function is meant to check a value, and, if it is a special pixel return " " instead of the special pixel value.

Resets histogram counters to zero.

* Convert a viewport x/y to a cube sample/line (may be outside * the cube) * * * @param x * @param y * @param sample * @param lin

* Returns the number of bands in the shape buffer * * @return int */

* Takes a double pixel value and returns the name of the pixel type as a * string * * @param d Pixel value * * @return string The name

* This method is used to set a world coordinate. A world coordinate is a * different coordinate type that has a one-to-one mapping to the projectio

* Returns the internally stored time, formatted as a UTC time * * @return string The internalized time, in UTC format */

Return the start of the image transform list */

* Const iterator into list * * @return ConstSegmentIter Returns a const iterator to the list */

* Get the display (GUI) properties (information) associated with this shape. * * @return An ShapeDisplayProperties that describes how to view th

* Returns the total number of NULL pixels encountered. * * @return The number of NULL pixels (data) processed */

* Set the BundleAdjust Residual of the coordinate. * ***Warning: This method should only be used by BundleAdjust * and its app

* Used prior to the Create method, this will specify the output pixel type. * If not invoked, the pixel type will be Real. * * @param pixelTy

* Returns the focal length * * @return @b double Focal Length */

* Const iterator to end of list * * @return ConstSegmentIter Returns the const end of the list */

* Set the angle in units of Degrees. * * @param degrees The new angle value, Null for invalid angle */

Returns the number of kernels found and/or loaded */

* End the processing sequence and cleans up by closing cubes, freeing memory, * etc. * * @deprecated Please use Finalize() */

* Returns the number of fields that are currently in the record * * @return The number of fields in the record */

* Provides the cumulative probility, that is, the proportion of the * distribution that is less than or equal to the value given (according the

* Cleans up by closing input, output and tracking cubes */

* Appends an image to the image list. * * @param value The image to be appended. * * @see QList<Image *>::append(). */

* Returns the directory associated with this Project. The directory is not part of the project * so a non-const pointer is returned and this is o

* Returns the ending group index. * @return The iterator of the ending group. */

* Returns the source of the error for this exception. * * @return the source of the error (i.e. ErrorType) */

* Access the name of the control network file associated with this Control. * * @return @b QString The file name of the control network. */

* This method sets the data for the curve, then sets the value * for the markers associated with the curve. * @param data */

* Returns the number of points that have been merged. * * @return @b int The number of points that have been merged. */

* Clear out the stack */

* Returns intersection status. * * @return @b bool Indicates whether this ShapeModel has an intersection. */

Is the viewport linked with other viewports

* Spiceinit a cube in an Application * * @param ui The Application UI * @param(out) log The Pvl that attempted kernel sets will be logged to

* This method is used to set the final output file. If no programs generate * output, the final output file will not be used. If the output file wa

* Write the Blob data out to a file. * * @param file The filename to write to. * * @throws IException::Io - Unable to open file * @thro

* Returns the base value for converting 8-bit/16-bit pixels to 32-bit. * @f[ * out = in * multiplier + base * @f] * * @return double Th

* This method returns the color of the curve * * @return QColor */

* Compare two Control Networks given their file names, and return their * differences. * * @param net1Name Name of the first Control Network

* @brief Determines whether the PVL keyword with the given name at the given index is null. * * This method looks for the PVL keyword in this Re

* @brief Determine if a point is valid in both left/right images * * This method accepts a point from the left hand image and determines if it

* Merge two PointSets together and return the result. * * @param s1 The first PointSet to be merged. * @param s2 The second PointSet to be me

* @brief This is the generic mutator for properties. * * Given a value, this will change it and emit propertyChanged if its * different and

* This allows the programmer to specify a subset of bands to work with. * This works with both read and write operations, but is typically only

* Given a sample, line, and band position, this returns the appropriate index * in the shape buffer. * * @param i_samp Sample position. *

* Set whether or not to keep temporary files (files generated in the middle of * the pipeline that are neither the original input nor the final out

* This returns the maximum longitude of the area of interest. The value * was obtained from the labels during object construction. This method

* This returns the minimum longitude of the area of interest. The value * was obtained from the labels during object construction. This method

* Convience method for gracefully staying in 80 characters */

* This method executes the pipeline. When you're ready to start your proc * program, call this method. * * @internal * @history 2011-08-