介绍

  Triangle-calculations-yes支持计算面积、周长、重心、外心、内心、垂心、费马点、拿破仑点

  其中费马点使用退火算法近似

开始

安装：pip install Triangle-calculations-yes

CircumferenceAndArea三角形周长或面积

from Triangle_calculations_yes import CircumferenceAndArea#导入
triangle_calculator = CircumferenceAndArea(a=0, b=0, c=0, bottom=0, high=0, pax=0, pbx=0, pcx=0, pay=0, pby=0, pcy=0, paz=0, pbz=0, pcz=0,getparms=0, dimensionality=0,decimal=0)#实例化

周长

circumference

输入三边长度

from Triangle_calculations_yes import CircumferenceAndArea#导入
triangle_calculator = CircumferenceAndArea(a=0, b=0, c=0)#实例化
print(triangle_calculator.circumference())

circumference_points

输入点坐标

from Triangle_calculations_yes import CircumferenceAndArea#导入
'''
pax某点的x轴上的坐标，以此类推
dimensionality维度，仅限2或3维
'''
triangle_calculator=CircumferenceAndArea(pax=0,pbx=0,pcx=0,pay=0,pby=0,pcy=0,paz=0,pbz=0,pcz=0,dimensionality=0)#实例化
print(triangle_calculator.circumference_points())

面积

area_is_bottom_high

输入底边长和高

from Triangle_calculations_yes import CircumferenceAndArea#导入
triangle_calculator=CircumferenceAndArea(bottom=0, high=0)#实例化
print(triangle_calculator.area_is_bottom_high())

area_is_sides

输入三边长度

from Triangle_calculations_yes import CircumferenceAndArea#导入
triangle_calculator=CircumferenceAndArea(a=0, b=0, c=0)#实例化
print(triangle_calculator.area_is_sides())

area_is_planar_vector

输入点坐标【仅限二维】

from Triangle_calculations_yes import CircumferenceAndArea#导入
'''
pax某点的x轴上的坐标，以此类推
'''
triangle_calculator=CircumferenceAndArea(pax=0,pbx=0,pcx=0,pay=0,pby=0,pcy=0)#实例化
print(triangle_calculator.area_is_planar_vector())

area_is_spatial_vectors

输入点坐标【仅限三维】

from Triangle_calculations_yes import CircumferenceAndArea#导入
'''
pax某点的x轴上的坐标，以此类推
'''
triangle_calculator=CircumferenceAndArea(pax=0,pbx=0,pcx=0,pay=0,pby=0,pcy=0,paz=0,pbz=0,pcz=0)#实例化
print(triangle_calculator.area_is_spatial_vectors())

TriangleCentres三角形四心

centroid重心

from Triangle_calculations_yes import TriangleCentres#导入
'''
pax某点的x轴上的坐标，以此类推
dimensionality维度，仅限2或3维
'''
triangle_calculator=TriangleCentres(pax=0,pbx=0,pcx=0,pay=0,pby=0,pcy=0,paz=0,pbz=0,pcz=0,dimensionality=0)#实例化
print(triangle_calculator.centroid())

incentre内心

from Triangle_calculations_yes import TriangleCentres#导入
'''
pax某点的x轴上的坐标，以此类推
dimensionality维度，仅限2或3维
'''
triangle_calculator=TriangleCentres(pax=0,pbx=0,pcx=0,pay=0,pby=0,pcy=0,paz=0,pbz=0,pcz=0,dimensionality=0)#实例化
print(triangle_calculator.incentre())

orthocentre垂心

from Triangle_calculations_yes import TriangleCentres#导入
'''
pax某点的x轴上的坐标，以此类推
dimensionality维度，仅限2或3维
'''
triangle_calculator=TriangleCentres(pax=0,pbx=0,pcx=0,pay=0,pby=0,pcy=0,paz=0,pbz=0,pcz=0,dimensionality=0)
print(triangle_calculator.orthocentre())

circumcentre外心

from Triangle_calculations_yes import TriangleCentres#导入
'''
pax某点的x轴上的坐标，以此类推
dimensionality维度，仅限2或3维
'''
triangle_calculator=TriangleCentres(pax=0,pbx=0,pcx=0,pay=0,pby=0,pcy=0,paz=0,pbz=0,pcz=0,dimensionality=0)
print(triangle_calculator.circumcentre())

FermatProblem费马点

from Triangle_calculations_yes import FermatProblem#导入
'''
pax某点的x轴上的坐标，以此类推
dimensionality维度，仅限2或3维
'''
triangle_calculator=FermatProblem(pax=0,pbx=0,pcx=0,pay=0,pby=0,pcy=0,paz=0,pbz=0,pcz=0,dimensionality=0)#实例化
print(triangle_calculator.fermat_problem())

NapoleonicTriangle拿破仑点

该方法未测试过

from Triangle_calculations_yes import NapoleonicTriangle#导入
'''
pax某点的x轴上的坐标，以此类推
dimensionality维度，仅限2或3维
'''
triangle_calculator=NapoleonicTriangle(pax=0,pbx=0,pcx=0,pay=0,pby=0,pcy=0,paz=0,pbz=0,pcz=0,dimensionality=0)#实例化
print(triangle_calculator.napoleonic_triangle())