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Update Airport authored by Sven Schwyn's avatar Sven Schwyn
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Airport.md
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......@@ -3,7 +3,7 @@
![xx](https://openflightmaps.gitlab.io/ofmx/svg/xx.svg)[<ins>`Ahp`</ins> Airport](#ahp-airport)<br>
![u1](https://openflightmaps.gitlab.io/ofmx/svg/u1.svg)[<span>`Aha`</span> Airport address](#aha-airport-address)<br>
![u1](https://openflightmaps.gitlab.io/ofmx/svg/u1.svg)[<span>`Rwy`</span> Runway](#rwy-runway)<br>
![u2](https://openflightmaps.gitlab.io/ofmx/svg/u2.svg)[<span>`Rcp`</span> Runway center line point](#rcp-runway-center-line-point)<br>
![u2](https://openflightmaps.gitlab.io/ofmx/svg/u2.svg)[<span>`Rcp`</span> Runway centre line point](#rcp-runway-centre-line-point)<br>
![u2](https://openflightmaps.gitlab.io/ofmx/svg/u2.svg)[<span>`Rdn`</span> Runway direction](#rdn-runway-direction)<br>
![u3](https://openflightmaps.gitlab.io/ofmx/svg/u3.svg)[<span>`Rdd`</span> Runway direction declared distance](#rdd-runway-direction-declared-distance)<br>
![u3](https://openflightmaps.gitlab.io/ofmx/svg/u3.svg)[<span>`Rdo`</span> Runway direction obstacle](#rdo-runway-direction-obstacle)<br>
......@@ -222,11 +222,11 @@ An <ins>`Ahp`</ins> airport may contain any number of `Rwy` runways. Pure helipo
:warning: The [pavement classification number (PCN)](https://en.wikipedia.org/wiki/Pavement_classification_number) is split into it's five parts `valPcnClass`, `codePcnPavementType`, `codePcnPavementSubgrade`, `codePcnMaxTirePressure` and `codePcnEvalMethod`.
## `Rcp` Runway center line point
## `Rcp` Runway centre line point
The center line describes the middle of the entire runway from edge to edge and must consist of at least two points. In case the runway has a very uneven profile, additional points may be declared in between.
The centre line describes the middle of the entire runway from edge to edge and must consist of at least two points. In case the runway has a very uneven profile, additional points may be declared in between.
:warning: The declaration of center line points is optional. When missing, you might be able to calculate the geometry of the entire runway by doing some math on `Rdn` Runway direction and `Rdd` Runway direction declared distance.
:warning: The declaration of centre line points is optional. When missing, you might be able to calculate the geometry of the entire runway by doing some math on `Rdn` Runway direction and `Rdd` Runway direction declared distance.
```xml
<Rcp>
......@@ -264,12 +264,12 @@ The center line describes the middle of the entire runway from edge to edge and
</Rcp>
```
* `Rcp` – Runway center line point
* `RdnUid` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – `Rdn` identifier
* `Rcp` – Runway centre line point
* `RcpUid` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – `Rcp` identifier
* `RwyUid` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – Association to [<span>`Rwy`</span> runway](#rwy-runway)
* `textDesig` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – Name (usually the zero-padded magnetic bearing divided by 10)
* `geoLat` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – Physical beginning point [latitude](Coordinates#latitude)
* `geoLong` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – Physical beginning point [longitude](Coordinates#longitude)
* `geoLat` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – [Latitude](Coordinates#latitude)
* `geoLong` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – [Longitude](Coordinates#longitude)
* `codeDatum` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – Always `WGE` (WGS-84)
* `valElev` – Elevation
* `uomDistVer` – Unit of `valElev`: `FT` (feet) *or* `M` (meters)
......@@ -338,14 +338,14 @@ A `Rwy` runway is usually followed by two `Rdn` runway directions. However, some
* `RdnUid` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – `Rdn` identifier
* `RwyUid` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – Association to [<span>`Rwy`</span> runway](#rwy-runway)
* `textDesig` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – Name (usually the zero-padded magnetic bearing divided by 10)
* `geoLat` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – Physical beginning point [latitude](Coordinates#latitude)
* `geoLong` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – Physical beginning point [longitude](Coordinates#longitude)
* `geoLat` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – [Latitude](Coordinates#latitude) of the displaced threshold point (DTHR, same as DPLM) on the centre line if available or the threshold point (THR, edge of runway) on the centre line.
* `geoLong` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – [Longitude] of the displaced threshold point (DTHR, same as DPLM) on the centre line if available or the threshold point (THR, edge of runway) on the centre line.(Coordinates#longitude)
* `valTrueBrg` – Geographic bearing
* `valMagBrg` – Magnetic bearing
* `valElevTdz` – Highest elevation of the runway touch-down zone (TDZ)
* `uomElevTdz` – Unit of `valElevTdz`: `FT` (feet) *or* `M` (meters)
* `codeTypeVasis` – Visual approach slope indicator system: `PAPI` (precision approach path indicator), `APAPI` (abbreviated precision approach path indicator), `HAPI` (helicopter approach path indicator), `VASIS` (visual approach slope indicator system), `AVASIS` (abbreviated visual approach slope indicator system), `TVASIS` ("T-shaped" visual approach slope indicator system), `ATVASIS` (abbreviated "T-shaped" VASIS), `OTHER` (see remarks) *or* [see full list](https://openflightmaps.gitlab.io/ofmx/aixm/4.5/manual/aicm/aicm/xdom_15.html#CODE_TYPE_VASIS)
* `codePsnVasis` – Position relative to the centerline of the visual approach slope indicator: `LEFT`, `RIGHT`, `BOTH` *or* `OTHER` (see remarks)
* `codePsnVasis` – Position relative to the centre line of the visual approach slope indicator: `LEFT`, `RIGHT`, `BOTH` *or* `OTHER` (see remarks)
* `noBoxVasis` – Number of boxes that compose the visual approach slope indicator system
* `codePortableVasis` – Is this a portable visual approach slope indicator system? `Y` (yes) *or* `N` (no)
* `valSlopeAngleGpVasis` – Appropriate approach slope angle to be used by helicopters using the approach
......@@ -490,7 +490,7 @@ Each `Rdn` runway direction can have different `Rls` runway lighting systems ins
* `Rls` – Runway direction lighting
* `RlsUid` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – `Rls` identifier
* `RdnUid` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – Association to [<span>`Rdn`</span> runway direction](#rdn-runway-direction)
* `codePsn` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – `CL` (center line), `EDGE`, `OTHER` (see remarks) *or* [see full list](https://openflightmaps.gitlab.io/ofmx/aixm/4.5/manual/aicm/aicm/xdom_8.html#CODE_PSN_RWY)
* `codePsn` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – `CL` (centre line), `EDGE`, `OTHER` (see remarks) *or* [see full list](https://openflightmaps.gitlab.io/ofmx/aixm/4.5/manual/aicm/aicm/xdom_8.html#CODE_PSN_RWY)
* `txtDescr` ![(MD)](https://openflightmaps.gitlab.io/ofmx/svg/md.svg) – Detailed description
* `codeIntst` – Light intensity: `LIL` (low), `LIM` (medium), `LIH` (high) *or* `OTHER` (see remarks)
* `codeColour` – `YEL` (yellow), `RED`, `WHI` (white), `BLU` (blue), `GRN` (green), `PRP` (purple), `OTHER` (see description)
......@@ -616,7 +616,7 @@ A `Fto` FATO has one or more `Fdn` FATO directions for approach and take-off.
* `valTrueBrg` – Geographic bearing
* `valMagBrg` – Magnetic bearing
* `codeTypeVasis` – Visual approach slope indicator system: `PAPI` (precision approach path indicator), `APAPI` (abbreviated precision approach path indicator), `HAPI` (helicopter approach path indicator), `VASIS` (visual approach slope indicator system), `AVASIS` (abbreviated visual approach slope indicator system), `TVASIS` ("T-shaped" visual approach slope indicator system), `ATVASIS` (abbreviated "T-shaped" VASIS), `OTHER` (see remarks) *or* [see full list](https://openflightmaps.gitlab.io/ofmx/aixm/4.5/manual/aicm/aicm/xdom_15.html#CODE_TYPE_VASIS)
* `codePsnVasis` – Position relative to the centerline of the visual approach slope indicator: `LEFT`, `RIGHT`, `BOTH` *or* `OTHER` (see remarks)
* `codePsnVasis` – Position relative to the centre line of the visual approach slope indicator: `LEFT`, `RIGHT`, `BOTH` *or* `OTHER` (see remarks)
* `noBoxVasis` – Number of boxes that compose the visual approach slope indicator system
* `codePortableVasis` – Is this a portable visual approach slope indicator system? `Y` (yes) *or* `N` (no)
* `valSlopeAngleGpVasis` – Appropriate approach slope angle to be used by helicopters using the approach
......@@ -776,7 +776,7 @@ Each `Fdn` FATO direction can have different `Fls` FATO direction lighting syste
* `Fls` – FATO direction lighting
* `FlsUid` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – `Fls` identifier
* `FdnUid` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – Association to [<span>`Fdn`</span> FATO direction](#fdn-fato-direction)
* `codePsn` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – `CL` (center line), `EDGE`, `OTHER` (see remarks) *or* [see full list](https://openflightmaps.gitlab.io/ofmx/aixm/4.5/manual/aicm/aicm/xdom_8.html#CODE_PSN_RWY)
* `codePsn` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – `CL` (centre line), `EDGE`, `OTHER` (see remarks) *or* [see full list](https://openflightmaps.gitlab.io/ofmx/aixm/4.5/manual/aicm/aicm/xdom_8.html#CODE_PSN_RWY)
* `txtDescr` ![(MD)](https://openflightmaps.gitlab.io/ofmx/svg/md.svg) – Detailed description
* `codeIntst` – Light intensity: `LIL` (low), `LIM` (medium), `LIH` (high) *or* `OTHER` (see remarks)
* `codeColour` – `YEL` (yellow), `RED`, `WHI` (white), `BLU` (blue), `GRN` (green), `PRP` (purple), `OTHER` (see description)
......@@ -836,8 +836,8 @@ An <ins>`Ahp`</ins> airport may contain any number of `Tla` helipads. The techni
* `AhpUid` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – Association to [<ins>`Ahp`</ins> airport](#ahp-airport)
* `FtoUid` – Association to [<span>`Fto`</span> FATO](#fto-fato)
* `textDesig` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – Name
* `geoLat` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – Center point [latitude](Coordinates#latitude)
* `geoLong` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – Center point [longitude](Coordinates#longitude)
* `geoLat` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – Centre point [latitude](Coordinates#latitude)
* `geoLong` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – Centre point [longitude](Coordinates#longitude)
* `codeDatum` ![(M)](https://openflightmaps.gitlab.io/ofmx/svg/m.svg) – Always `WGE` (WGS-84)
* `valTrueBrg` ![(X)](https://openflightmaps.gitlab.io/ofmx/svg/x.svg) – Geographic bearing of the H-marking
* `valElev` – Elevation
......