manual:chapter3:angles

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manual:chapter3:angles [2017/08/11 18:05]
smartin [Entering Angles]
manual:chapter3:angles [2017/08/28 15:01]
claudio
Line 5: Line 5:
 ==== Entering Angles ==== ==== Entering Angles ====
  
-Angles are their own object type.  An angle is entered by prefixing a number with the angle symbol (∡, **AL-RS-6**), followed by a number, then finally a suffix that indicates the system (° = degrees, r = radians, g = grads, or d = DMS [Degrees Minutes Seconds] = DDD.MMSS)((r, g, and d are case insensitive)).  To enter an angle in the [[manual:chapter2:interface|current angle mode of the calculator]], the suffix can be left off.  For example, the following all indicate an angle of 90.5 degrees:+Angles are their own object type.  An angle is entered by prefixing a number with the angle symbol (∡, shortcut **AL-RS-6**), followed by a number, then finally a suffix that indicates the system (° = degrees((The shortcut for the degree symbol is **AL-LS<sup>hold</sup>-6**)), r = radians, g = grads, or d = DMS [DDD.MMSS, where DDD=degrees, MM=minutes, SS=seconds])((r, g, and d are case insensitive)).  To enter an angle in the [[manual:chapter2:interface|current angle mode of the calculator]], the suffix can be left off.  For example, the following all indicate an angle of 90.5 degrees:
  
 ''∡90.5°'' ''∡90.5°''
Line 13: Line 13:
 ''∡100.5556g'' ''∡100.5556g''
  
-''90.3000d''+''90.3000d''
  
 and and
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 The result of an operation on angle objects has the following conventions: The result of an operation on angle objects has the following conventions:
   * Addition and subtraction between angles returns an angle expressed in the system of the first argument,   * Addition and subtraction between angles returns an angle expressed in the system of the first argument,
-  * For all other operations, angles will be converted to the [[manual:chapter2:interface|current angle system]] and output a number.+  * For all other operations, angles will be converted to the [[manual:chapter2:interface|current angle mode]] and output a number.
  
  
 ---- ----
 ==== Commands for Angle Objects ==== ==== Commands for Angle Objects ====
 +| Command | Purpose | Example |
 +| ''→∡°'' | Convert real number to angle object in degrees. | ''56.2 →∡°'' yields ''∡56.2°'' |
 +| ''→∡r'' | Convert real number to angle object in radians. | ''56.2 →∡r'' yields ''∡56.2r'' |
 +| ''→∡g'' | Convert real number to angle object in grads. | ''56.2 →∡g'' yields ''∡56.2g'' |
 +| ''→∡d'' | Convert real number to angle object in DMS. | ''56.2 →∡d'' yields ''∡56.2d'' |
 +| ''A→∡°'' | Convert angle to degrees. | ''∡0.7854r. A→∡°'' yields ''∡45.0001.°'' |
 +| ''A→∡r'' | Convert angle to radians. | ''∡45° A→∡r'' yields ''∡0.7854.r'' |
 +| ''A→∡g'' | Convert angle to grads. | ''∡45° A→∡g'' yields ''∡50g'' |
 +| ''A→∡d'' | Convert angle to DMS. | ''∡45.5° A→∡d'' yields ''∡45.3d'' |
  
 ---- ----
  • manual/chapter3/angles.txt
  • Last modified: 2019/07/25 16:09
  • by claudio