User Manual 4.0 Projections - Historique des versions

Admin le 21 février 2018 à 14:19

2018-02-21T14:19:49Z

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	== Introduction ==		== Introduction ==
	=== Scope ===		=== Scope ===
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	* <code>STRAIGHT_RHUMB_LINE</code>: arc between two geodetic points crossing all meridians of longitude at the same angle. It corresponds to a path of constant bearing as measured relative to true north. On Mercator projection, it is represented by a straight line.		* <code>STRAIGHT_RHUMB_LINE</code>: arc between two geodetic points crossing all meridians of longitude at the same angle. It corresponds to a path of constant bearing as measured relative to true north. On Mercator projection, it is represented by a straight line.

	Other methods are available. For more information, refer to the javadoc of [{{~~PathCurrentJavaDoc~~}}/fr/cnes/sirius/patrius/projections/AbstractProjection.html AbstractProjection] class.		Other methods are available. For more information, refer to the javadoc of [{{JavaDoc4.0}}/fr/cnes/sirius/patrius/projections/AbstractProjection.html AbstractProjection] class.

	=== Computation on the surface of an ellipsoid ===		=== Computation on the surface of an ellipsoid ===
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	Point along orthodrome, given a point, a distance from this point and an azimuth from this point, using method <code>computePointAlongOrthodrome()</code>.		Point along orthodrome, given a point, a distance from this point and an azimuth from this point, using method <code>computePointAlongOrthodrome()</code>.

	Other methods are available. For more information, refer to the javadoc of [{{~~PathCurrentJavaDoc~~}}/fr/cnes/sirius/patrius/projections/ProjectionEllipsoid.html ProjectionEllipsoid] class.		Other methods are available. For more information, refer to the javadoc of [{{JavaDoc4.0}}/fr/cnes/sirius/patrius/projections/ProjectionEllipsoid.html ProjectionEllipsoid] class.

	== Getting Started ==		== Getting Started ==

Admin : /* Javadoc */

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Javadoc

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	\|-		\|-
	\|Patrius		\|Patrius
	\|[{{~~PathCurrentJavaDoc~~}}/fr/cnes/sirius/patrius/projections/package-summary.html Package fr.cnes.sirius.patrius.projections]		\|[{{JavaDoc4.0}}/fr/cnes/sirius/patrius/projections/package-summary.html Package fr.cnes.sirius.patrius.projections]
	\|}		\|}

Admin : /* Contents */

2018-02-21T09:28:12Z

Contents

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	== Contents ==		== Contents ==
	=== Interfaces ===		=== Interfaces ===
	\|=~~(% colspan~~="3" ~~%)Interfaces~~\|~~=(% colspan~~="6" %)Summary~~\|=(% colspan~~="1" %)Javadoc
	\|~~(% colspan="3" %)~~'''IProjection'''\|~~(% colspan="6" %)~~Interface for projections on a 3D body.\|~~(% colspan="1" %)~~[{{~~PathCurrentJavaDoc~~}}/fr/cnes/sirius/patrius/projections/IProjection.html ...]		{\| class="wikitable"
			\|-
			! scope="col"\| Interface
			! scope="col"\| Summary
			! scope="col"\| Javadoc
			\|-
			\|'''IProjection'''
			\|Interface for projections on a 3D body.
			\|[{{JavaDoc4.0}}/fr/cnes/sirius/patrius/projections/IProjection.html ...]
			\|}

	=== Classes ===		=== Classes ===
	\|=~~(% colspan~~="3" %)Class~~\|=(% colspan~~="6" %)Summary~~\|=(% colspan~~="1" %)Javadoc		{\| class="wikitable"
	\|~~(% colspan="3" %)~~'''EnumLineProperty'''\|~~(% colspan="6" %)~~Enumeration of points connecting strategies on an ellipsoid.\|~~(% colspan="1" %)~~[{{~~PathCurrentJavaDoc~~}}/fr/cnes/sirius/patrius/projections/EnumLineProperty.html ...]		\|-
	\|~~(% colspan="3" %)~~'''IdentityProjection'''\|~~(% colspan="6" %)~~Identity projection.\|~~(% colspan="1" %)~~[{{~~PathCurrentJavaDoc~~}}/fr/cnes/sirius/patrius/projections/IdentityProjection.html ...]		! scope="col"\| Class
	\|~~(% colspan="3" %)~~'''GeneralizedFlamsteedSamson'''\|~~(% colspan="6" %)~~Flamsteed-Samson projection.\|~~(% colspan="1" %)~~[{{~~PathCurrentJavaDoc~~}}/fr/cnes/sirius/patrius/projections/GeneralizedFlamsteedSamson.html ...]		! scope="col"\| Summary
	\|~~(% colspan="3" %)~~'''Mercator'''\|~~(% colspan="6" %)~~Mercator projection.\|~~(% colspan="1" %)~~[{{~~PathCurrentJavaDoc~~}}/fr/cnes/sirius/patrius/projections/Mercator.html ...]		! scope="col"\| Javadoc
	\|~~(% colspan="3" %)~~'''ProjectionEllipsoid'''\|~~(% colspan="6" %)~~Ellipsoid with extended features (features related to projections).\|~~(% colspan="1" %)~~[{{~~PathCurrentJavaDoc~~}}/fr/cnes/sirius/patrius/projections/ProjectionEllipsoid.html ...]		\|-
			\|'''EnumLineProperty'''
			\|Enumeration of points connecting strategies on an ellipsoid.
			\|[{{JavaDoc4.0}}/fr/cnes/sirius/patrius/projections/EnumLineProperty.html ...]
			\|-
			\|'''IdentityProjection'''
			\|Identity projection.
			\|[{{JavaDoc4.0}}/fr/cnes/sirius/patrius/projections/IdentityProjection.html ...]
			\|-
			\|'''GeneralizedFlamsteedSamson'''
			\|Flamsteed-Samson projection.
			\|[{{JavaDoc4.0}}/fr/cnes/sirius/patrius/projections/GeneralizedFlamsteedSamson.html ...]
			\|-
			\|'''Mercator'''
			\|Mercator projection.
			\|[{{JavaDoc4.0}}/fr/cnes/sirius/patrius/projections/Mercator.html ...]
			\|-
			\|'''ProjectionEllipsoid'''
			\|Ellipsoid with extended features (features related to projections).
			\|[{{JavaDoc4.0}}/fr/cnes/sirius/patrius/projections/ProjectionEllipsoid.html ...]
			\|}

	[[Category:User_Manual_4.0_Mission]]		[[Category:User_Manual_4.0_Mission]]

Admin : /* Introduction */

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Introduction

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	All the classes related to projections are in the following packages:		All the classes related to projections are in the following packages:

	\|=~~(% colspan~~="3" %)Library~~\|=(% colspan~~="6" %)Javadoc		{\| class="wikitable"
	\|~~(% colspan="3" %)~~Patrius \|~~(% colspan="6" %)~~[{{PathCurrentJavaDoc}}/fr/cnes/sirius/patrius/projections/package-summary.html Package fr.cnes.sirius.patrius.projections]		\|-
			! scope="col"\| Library
			! scope="col"\| Javadoc
			\|-
			\|Patrius
			\|[{{PathCurrentJavaDoc}}/fr/cnes/sirius/patrius/projections/package-summary.html Package fr.cnes.sirius.patrius.projections]
			\|}

	=== Links ===		=== Links ===

Admin le 19 février 2018 à 13:46

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	\|(% colspan="3" %)'''Mercator'''\|(% colspan="6" %)Mercator projection.\|(% colspan="1" %)[{{PathCurrentJavaDoc}}/fr/cnes/sirius/patrius/projections/Mercator.html ...]		\|(% colspan="3" %)'''Mercator'''\|(% colspan="6" %)Mercator projection.\|(% colspan="1" %)[{{PathCurrentJavaDoc}}/fr/cnes/sirius/patrius/projections/Mercator.html ...]
	\|(% colspan="3" %)'''ProjectionEllipsoid'''\|(% colspan="6" %)Ellipsoid with extended features (features related to projections).\|(% colspan="1" %)[{{PathCurrentJavaDoc}}/fr/cnes/sirius/patrius/projections/ProjectionEllipsoid.html ...]		\|(% colspan="3" %)'''ProjectionEllipsoid'''\|(% colspan="6" %)Ellipsoid with extended features (features related to projections).\|(% colspan="1" %)[{{PathCurrentJavaDoc}}/fr/cnes/sirius/patrius/projections/ProjectionEllipsoid.html ...]

			[[Category:User_Manual_4.0_Mission]]

Admin : /* Computation on the surface of an ellipsoid */

2018-02-19T13:44:00Z

Computation on the surface of an ellipsoid

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	=== Computation on the surface of an ellipsoid ===		=== Computation on the surface of an ellipsoid ===

	A specific ellipsoid class has been defined to handle projections: <code>ProjectionEllipsoid</code>. This class inherits the class <code>ExtendedOneAxisEllipsoid</code>.		A specific ellipsoid class has been defined to handle projections: <code>ProjectionEllipsoid</code>. This class inherits the class <code>ExtendedOneAxisEllipsoid</code>.<br>
	It provides many useful projection-related computations on the surface of an ellipsoid.		It provides many useful projection-related computations on the surface of an ellipsoid.<br>
	Available features of <code>ProjectionEllipsoid</code> are:		Available features of <code>ProjectionEllipsoid</code> are:

Admin : /* Computation on the surface of an ellipsoid */

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Computation on the surface of an ellipsoid

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	* Distance computation:		* Distance computation:

	Orthodromic distance using method <code>computeOrthodromicDistance()</code>. Orthodromic distance is the shortest path between two points.		Orthodromic distance using method <code>computeOrthodromicDistance()</code>. Orthodromic distance is the shortest path between two points.<br>
	Loxodromic distance using method <code>computeLoxodromicDistance()</code>. Loxodromic distance follows path of constant bearing: this is a straight line on Mercator projection.		Loxodromic distance using method <code>computeLoxodromicDistance()</code>. Loxodromic distance follows path of constant bearing: this is a straight line on Mercator projection.<br>
	Meridional distance using method <code>computeMeridionalDistance()</code>. Meridional distance is the shortest distance from one point to the equator (along a meridian).		Meridional distance using method <code>computeMeridionalDistance()</code>. Meridional distance is the shortest distance from one point to the equator (along a meridian).

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	* Azimuth computation:		* Azimuth computation:

	Bearing using method <code>computeBearing()</code>.		Bearing using method <code>computeBearing()</code>.<br>
	Spherical azimuth using method <code>computeSphericalAzimuth()</code>.		Spherical azimuth using method <code>computeSphericalAzimuth()</code>.

	* Other computations:		* Other computations:

	Point along loxodrome, given a point, a distance from this point and an azimuth from this point, using method <code>computePointAlongLoxodrome()</code>.		Point along loxodrome, given a point, a distance from this point and an azimuth from this point, using method <code>computePointAlongLoxodrome()</code>.<br>
	Point along orthodrome, given a point, a distance from this point and an azimuth from this point, using method <code>computePointAlongOrthodrome()</code>.		Point along orthodrome, given a point, a distance from this point and an azimuth from this point, using method <code>computePointAlongOrthodrome()</code>.

Admin : /* Projection on an ellipsoid */

2018-02-19T13:42:26Z

Projection on an ellipsoid

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	Inverse transformation takes 2D map coordinates (X, Y) as input and returns geodetic coordinates (latitude, longitude, altitude) as output.		Inverse transformation takes 2D map coordinates (X, Y) as input and returns geodetic coordinates (latitude, longitude, altitude) as output.

	Projection classes inherit projection interface <code>IProjection</code>.		Projection classes inherit projection interface <code>IProjection</code>.<br>
	Available projections are:		Available projections are:
	* Mercator projection: <code>Mercator</code>. The Mercator projection is a cylindrical map projection which became the standard map projection for nautical purposes because of its ability to represent lines of constant course, known loxodromes, as straight segments. Mercator projection is conformal (angles are preserved) but not equivalent (areas are not preserved).		* Mercator projection: <code>Mercator</code>. The Mercator projection is a cylindrical map projection which became the standard map projection for nautical purposes because of its ability to represent lines of constant course, known loxodromes, as straight segments. Mercator projection is conformal (angles are preserved) but not equivalent (areas are not preserved).

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User Manual 4.0 Projections - Historique des versions

Admin le 21 février 2018 à 14:19

Admin : /* Javadoc */

Admin : /* Contents */

Admin : /* Introduction */

Admin le 19 février 2018 à 13:46

Admin : /* Computation on the surface of an ellipsoid */

Admin : /* Computation on the surface of an ellipsoid */

Admin : /* Projection on an ellipsoid */

Admin : Admin a déplacé la page Projections vers User Manual 4.0 Projections sans laisser de redirection

Admin : 1 révision importée

Admin : /* Javadoc */

Admin : /* Contents */

Admin : /* Introduction */

Admin : /* Computation on the surface of an ellipsoid */

Admin : /* Computation on the surface of an ellipsoid */

Admin : /* Projection on an ellipsoid */

Admin : Admin a déplacé la page Projections vers User Manual 4.0 Projections sans laisser de redirection

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