==== A→∡d ====
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Convert an angle to degrees / minutes / seconds
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^ __Input Stack__ ^ ^ __Output Stack__ ^
| **Num** | **→** | **∡dms** |
| **Z** | **→** | **Zdms** |
| **∡** | **→** | **∡dms** |
| **V** | **→** | **Vdms** |
| //Level 1// | //→// | //Level 1// |
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| **Keyword type** | [[manual:chapter5:basics#commands|Command]] ||
| **Parallel list processing capabilities** | [[manual:chapter5:listproc#group-5one-argument-one-result-commands|Group 5]] | //One argument, one result commands// |
| **Affected by flags** | [[manual:appendix:flags#flags-17-18|-17]] | //Default angle unit (bit 0)// |
| ::: | [[manual:appendix:flags#flags-17-18|-18]] | //Default angle unit (bit 1)// |
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The ''A→∡d'' command turns a scalar or a suitable component of a composite object into an angle measured in degrees / minutes / seconds.
In particular, if the component is:
* a **scalar**, then the number is interpreted as an angle //in the current angular mode// and converted to degrees / minutes / seconds;
* a **polar complex number**, then the angular component is converted to degrees / minutes / seconds;
* an **angle**, then the angle is converted to degrees / minutes / seconds;
* a **vector**, then any angle or polar complex number //but not scalars// is converted to degrees / minutes / seconds as per above rules.
The angle is displayed as a real number in the format **DD.MMSSxxx...** where:
* **DD** expresses the number of degrees;
* **MM** expresses the number of minutes of arc and ranges from ''00'' to ''59'';
* **SS** expresses the number of seconds of arc and ranges from ''00'' to ''59'';
* **xxx...** expresses the remaining fraction of seconds of arc.
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''A→∡d'' is specific to **newRPL** and has no direct equivalent in **userRPL**.
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**__Input__**
4:
3:
2:
1: [ #2h ∡20g (1,2) (3,∡5.5°) ]
…………………………………………………………………………………………………………
A→∡d
\\
**__Output__**
4:
3:
2:
1: [ ∡2d ∡18d (1,2) (3,∡5.3d) ]
…………………………………………………………………………………………………………
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