# | Predicates | Level | Logic form templates | Comments |
---|---|---|---|---|
1 | Point |
1 | Point(A) , Point($) |
|
2 | Line |
1 | Line(A,B) , Line(m) , Line($) |
|
3 | Angle |
1 | Angle(A,B,C) , Angle(A) , Angle(1) , Angle($) |
|
4 | Triangle |
1 | Triangle(A,B,C) , Triangle($) , Triangle($1,$2,$3) |
|
5 | Quadrilateral |
1 | Quadrilateral(A,B,C,D) , Quadrilateral($) |
|
6 | Parallelogram |
1 | Parallelogram(A,B,C,D) , Parallelogram(1) , Parallelogram($) |
|
7 | Square |
1 | Square(A,B,C,D) , Square(1) , Square($) |
|
8 | Rectangle |
1 | Rectangle(A,B,C,D) , Rectangle(1) , Rectangle($) |
|
9 | Rhombus |
1 | Rhombus(A,B,C,D) , Rhombus(1) , Rhombus($) |
|
10 | Trapezoid |
1 | Trapezoid(A,B,C,D) , Trapezoid(1) , Trapezoid($) |
|
11 | Kite |
1 | Kite(A,B,C,D) , Kite(1) , Kite($) |
|
12 | Polygon |
1 | Polygon($) |
|
13 | Pentagon |
1 | Pentagon(A,B,C,D,E) , Pentagon($) |
|
14 | Hexagon |
1 | Hexagon(A,B,C,D,E,F) , Hexagon($) |
|
15 | Heptagon |
1 | Heptagon(A,B,C,D,E,F,G) , Heptagon($) |
|
16 | Octagon |
1 | Octagon(A,B,C,D,E,F,G,H) , Octagon($) |
|
17 | Circle |
1 | Circle(A) , Circle(1) , Circle($) |
|
18 | Arc |
1 | Arc(A,B) , Arc(A,B,C) , Arc($) |
|
19 | Sector |
1 | Sector(O,A,B) , Sector($) |
|
20 | Shape |
1 | Shape($) |
Unknown shapes or regions |
# | Predicates | Level | Logic form templates | Comments |
---|---|---|---|---|
1 | RightAngle |
2 | RightAngle(Angle($)) |
|
2 | Right |
2 | Right(Triangle($)) |
Right triangle |
3 | Isosceles |
2 | Isosceles(Polygon($)) |
Isosceles polygon |
4 | Equilateral |
2 | Equilateral(Polygon($)) |
Equilateral polygon |
5 | Regular |
2 | Regular(Polygon($)) |
|
6 | Red |
2 | Red(Shape($)) |
|
7 | Blue |
2 | Blue(Shape($)) |
|
8 | Green |
2 | Green(Shape($)) |
|
9 | Shaded |
2 | Shaded(Shape($)) |
- Here
[A-Z]
stands for logic form of the prior level (e.g. level 1 logic forms - Shapes)
# | Predicates | Level | Logic form templates | Comments |
---|---|---|---|---|
1 | AreaOf |
2,3 | AreaOf(A) |
|
2 | PerimeterOf |
2,3 | PerimeterOf(A) |
Perimeter of the polygon A |
3 | RadiusOf |
2,3 | RadiusOf(A) |
|
4 | DiameterOf |
2,3 | DiameterOf(A) |
|
5 | CircumferenceOf |
2,3 | CircumferenceOf(A) |
Perimeter of the circle A |
6 | AltitudeOf |
2,3 | AltitudeOf(A) |
Altitude of the polygon A |
7 | HypotenuseOf |
2,3 | HypotenuseOf(A) |
Hypotenuse of the triangle A |
8 | SideOf |
2,3 | SideOf(A) |
Side of the square A |
9 | WidthOf |
2,3 | WidthOf(A) |
Width of the quadrilateral A |
10 | HeightOf |
2,3 | HeightOf(A) |
Height of the quadrilateral A |
11 | LegOf |
2,3 | LegOf(A) |
Leg of the trapezoid A |
12 | BaseOf |
2,3 | BaseOf(A) |
Base of the polygon A |
13 | MedianOf |
2,3 | MedianOf(A) |
Median of the polygon A |
14 | IntersectionOf |
2,3 | IntersectionOf(A,B) |
Intersection of shapes A and B |
15 | MeasureOf |
2,3 | MeasureOf(A) |
Measure of the angle A |
16 | LengthOf |
2,3 | LengthOf(A) |
Length of the line A |
17 | ScaleFactorOf |
2,3 | ScaleFactorOf(A,B) |
Scale factor of the shape A to the shape B |
# | Predicates | Level | Logic form templates | Comments |
---|---|---|---|---|
1 | PointLiesOnLine |
2,3 | PointLiesOnLine(Point($),Line($1,$2)/LegOf(...)) |
|
2 | PointLiesOnCircle |
2,3 | PointLiesOnCircle(Point($),Circle($)) |
|
3 | Parallel |
2,3 | Parallel(Line($),Line($)) |
|
4 | Perpendicular |
2,3 | Perpendicular(Line($),Line($)) |
|
5 | IntersectAt |
2,3 | IntersectAt(Line($),Line($),Line($),Point($)) |
|
6 | BisectsAngle |
2,3 | BisectsAngle(Line($),Angle($)) |
|
7 | Congruent |
2,3 | Congruent(Polygon($),Polygon($)) |
|
8 | Similar |
2,3 | Similar(Polygon($),Polygon($)) |
|
9 | Tangent |
2,3 | Tangent(Line($),Circle($)) |
|
10 | Secant |
2,3 | Secant(Line($),Circle($)) |
|
11 | CircumscribedTo |
2,3 | CircumscribedTo(Shape($),Shape($)) |
|
12 | InscribedIn |
2,3 | InscribedIn(Shape($),Shape($)) |
# | Predicates | Level | Logic form templates | Comments |
---|---|---|---|---|
1 | IsMidpointOf |
2,3 | IsMidpointOf(Point($),Line($)) |
Point A is the midpoint of line B |
2 | IsCentroidOf |
2,3 | IsCentroidOf(Point($),Shape($)) |
Point A is the centroid of shape B |
3 | IsIncenterOf |
2,3 | IsIncenterOf(Point($),Shape($)) |
Point A is the incenter of shape B |
4 | IsRadiusOf |
2,3 | IsRadiusOf(Line($),Circle($)) |
Line A is the radius of circle B |
5 | IsDiameterOf |
2,3 | IsDiameterOf(Line($),Circle($)) |
Line A is the diameter of circle B |
6 | IsMidsegmentOf |
2,3 | IsMidsegmentOf(Line($),Triangle($)) |
Line A is the midsegment of triangle B |
7 | IsChordOf |
2,3 | IsChordOf(Line($),Circle($)) |
Line A is the chord of circle B |
8 | IsSideOf |
2,3 | IsSideOf(Line($),Polygon($)) |
Line A is the side of polygon B |
9 | IsHypotenuseOf |
2,3 | IsHypotenuseOf(Line($),Triangle($)) |
Line A is the hypotenuse of triangle B |
10 | IsPerpendicularBisectorOf |
2,3 | IsPerpendicularBisectorOf(Line($),Triangle($)) |
Line A is the perpendicular bisector of triangle B |
11 | IsAltitudeOf |
2,3 | IsAltitudeOf(Line($),Triangle($)) |
Line A is the altitude of triangle B |
12 | IsMedianOf |
2,3 | IsMedianOf(Line($),Quadrilateral($)) |
Line A is the median of quadrilateral B |
13 | IsBaseOf |
2,3 | IsBaseOf(Line($),Quadrilateral($)) |
Line A is the base of quadrilateral B |
14 | IsDiagonalOf |
2,3 | IsDiagonalOf(Line($),Quadrilateral($)) |
Line A is the diagonal of quadrilateral B |
15 | IsLegOf |
2,3 | IsLegOf(Line($),Trapezoid($)) |
Line A is the leg of trapezoid B |
# | Predicates | Level | Logic form templates | Comments |
---|---|---|---|---|
1 | SinOf |
1,2 | SinOf(Var) |
|
2 | CosOf |
1,2 | CosOf(Var) |
|
3 | TanOf |
1,2 | TanOf(Var) |
|
4 | CotOf |
1,2 | CotOf(Var) |
|
5 | HalfOf |
1,2 | HalfOf(Var) |
|
6 | SquareOf |
1,2 | SquareOf(Var) |
|
7 | SqrtOf |
1,2 | SqrtOf(Var) |
|
8 | RatioOf |
2,3 | RatioOf(Var) , RatioOf(Var1,Var2) |
|
9 | SumOf |
2,3 | SumOf(Var1,Var2,...) |
|
10 | AverageOf |
2,3 | AverageOf(Var1,Var2,...) |
|
11 | Add |
2,3 | Add(Var1,Var2,...) |
|
12 | Mul |
2,3 | Mul(Var1,Var2,...) |
|
13 | Sub |
2,3 | Sub(Var1,Var2,...) |
|
14 | Div |
2,3 | Div(Var1,Var2,...) |
|
15 | Pow |
2,3 | Pow(Var1,Var2) |
|
16 | Equals |
2,3 | Equals(Var1,Var2) |
|
17 | Find |
2,3 | Find(Var) |
Find the value of the varible |
18 | UseTheorem |
N | UseTheorem(A_B_C) |