Methods
(static) edge_equal(e1, e2) → {boolean}
check if the two edges are equal up to graphical representation
Parameters:
| Name | Type | Description |
|---|---|---|
e1 |
Object | edge 1 |
e2 |
Object | edge 2 |
- Source:
Returns:
true iff equal
- Type
- boolean
(static) get_empty_symbol() → {string}
Check which user interface we are on and return the appropriate empty symbol
- Source:
Returns:
☐ if dealing with Turing machine and ε otherwise
- Type
- string
(static) make_edge(from, to, transition, a1, a2, angle1, angle2, pop_symbol, push_symbol, move, mealy_output) → {Object}
making a new edge
Parameters:
| Name | Type | Description |
|---|---|---|
from |
string | from vertex |
to |
string | to vertex |
transition |
string | undefined | transition symbol |
a1 |
float | first coordinate for the edge basis |
a2 |
float | second cooridnate for the edge basis |
angle1 |
float | start angle for self loop |
angle2 |
float | end angle for self loop |
pop_symbol |
string | the read symbol |
push_symbol |
string | the write symbol |
move |
string | whether move left of right |
mealy_output |
string | output for a Mealy machine |
- Source:
Returns:
the edge as a json object
- Type
- Object
(static) make_vertex(name, x, y, r, is_start, is_final, out, moore_output) → {Object}
making a new vertex
Parameters:
| Name | Type | Description |
|---|---|---|
name |
string | name of the vertex |
x |
float | x cooridnate w.r.t. canvas |
y |
float | y cooridnate w.r.t. canvas |
r |
float | radius in pixels |
is_start |
boolean | is the vertex a start state? |
is_final |
boolean | is the vertex an accept state? |
out |
Array.<Object> | neighbors, more specifically array of edges to neighbors |
moore_output |
string | the output associated with the vertex (for Moore machines) |
- Source:
Returns:
the vertex as a json object
- Type
- Object