A Simple Package For Angle Calculation
Project description
# PyAngle
![https://img.shields.io/badge/license-Apache%202.0-blue.svg?longCache=true&style=flat-square](https://img.shields.io/badge/license-Apache%202.0-blue.svg?longCache=true&style=flat-square)
> A simple package for angle calculation
# class Angle
> Designed especially for angle in the form of DMS(Degree, Minute and Second) > > immutable object > > default: public, non-static
## Member Variables
int degree
int minute
float second
## Member Methods
### Override
[x] __init__(form, degree, minute, second, rad, x, y)
[x] __add__(self, other): “+”
[x] __sub__(self, other): “-”
[x] __mul__(self, n): “*”
[x] __truediv__(self, n): “/”
[x] __floordiv__(self, n): “//”
[x] __mod__(self, other): “%
[x] __str__(self)
[x] __cmp__(self, other)
[x] __eq__(self, other): “==”
[x] __ne__(self, other): “!=”
[x] __le__(self, other): “<=”
[x] __lt__(self, other): “<”
[x] __ge__(self, other): “>=”
[x] __gt__(self, other): “>”
### Creator
[x] createByDMS(degree, minute, second)
[x] createByDegree(degree)
[x] createByRadian(rad)
[x] createByXY(x, y)
### Mutator
[x] void adjust(): 调整格式
### Producer
#### Calculators
[x] float sin()
[x] float cos()
[x] float tan()
### Observer
#### Getters
[x] int getDegree()
[x] int getMinute()
[x] float getSecond()
#### Switchers
[x] float toDegrees()
[x] float toRadians()
[x] (float, float) toXY(x, y): 坐标,x、y 两者之一不为 0
[x] String toString(format): 指定格式输出字符串,默认`xxx°xxx′xxx″`
#### Judges
[x] bool isZeroAngle(): 零角
[x] bool isAcuteAngle(): 锐角
[x] bool isRightAngle(): 直角
[x] bool isObtuseAngle(): 钝角
[x] bool isStraightAngle(): 平角
[x] bool isMajorAngle(): 优角
[x] bool isMinorAngle(): 劣角
### Static Methods
#### Producer
[ ] Angle[] toAnglesFromXYs((float, float)[] angles): 参数为(x, y)元组的列表
[ ] Angle[] toAnglesFromDegrees(float[] angles): 参数为 degree 元组的列表
[ ] Angle[] toAnglesFromRads(float[] angles): 参数为 rad 元组的列表
[ ] (float, float)[] toXYsFromAngles(Angle[] angles)
[ ] float[] toDegreesFromAngles(Angle[] angles)
[ ] float[] toRadsFromAngles(Angle[] angles)
[ ] Angle[] sort(Angle[] angles, bool reverse)
#### Chooser
[ ] Angle getBiggerAngle(angle1, angle2)
[ ] Angle getSmallerAngle(angle1, angle2)
[ ] Angle getNearestAngle(Angle angle, Angle[] angles): 在`angles`中找到与`angle`最近的角
[ ] Angle getFurthestAngle(Angle angle, Angle[] angles): 在`angles`中找到与`angle`最远的角
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