Wolfram Function Repository
Instant-use add-on functions for the Wolfram Language
Function Repository Resource:
Print a human-readable form of a hypothesis in an abstract 2D geometric scene
ResourceFunction["GeometricAssertionForm"][hyp] formats as a human-readable form of the abstract 2D geometric hypothesis hyp expressed in terms of symbolic points and scalar quantities. | |
ResourceFunction["GeometricAssertionForm"][hyp,params] specifies the lists of points and quantities params. |
Print a human-readable form of an abstract 2D geometric hypothesis:
| In[1]:= |
| Out[1]= |
Use any objects supported by GeometricScene:
| In[2]:= |
| Out[2]= |
Use any constructions supported by GeometricScene:
| In[3]:= |
| Out[3]= |
Use any measurements supported by GeometricScene:
| In[4]:= |
| Out[4]= |
Use any predicates or relations supported by GeometricAssertion:
| In[5]:= |
| Out[5]= |
GeometricAssertionForm supports Row objects:
| In[6]:= | ![]() |
| Out[6]= |
GeometricAssertionForm supports relational operators and heads with the NumericFunction attribute:
| In[7]:= |
| Out[7]= |
GeometricAssertionForm uses special formatting for equations and certain logical operators:
| In[8]:= |
| Out[8]= |
| In[9]:= | ![]() |
| Out[9]= |
GeometricAssertionForm[hyp] assumes parameters are quantities in some cases of ambiguity:
| In[10]:= |
| Out[10]= |
GeometricAssertionForm[hyp,{{p1,p2,…},{k1,k2,…}}] assumes the parameters pi are points and the parameters ki are quantities:
| In[11]:= |
| Out[11]= |
This work is licensed under a Creative Commons Attribution 4.0 International License