## Inputs

• Width of rectangle
• Height of rectangle
• Partner 1 - X
• Partner 1 - Y
• Partner 2 - X
• Partner 2 - Y
• Distance between rectangle and bottom of vertical

## Outputs

• Vertical line for partner 1 - X
• Vertical line for partner 1 - Y
• Vertical line for partner 1 - Height
• Vertical line for partner 2 - X
• Vertical line for partner 2 - Y
• Vertical line for partner 2 - Height

## Neuron type

Checked - ready to generate algorithm

## Patterns

Pattern Input Output
1.
 Width of rectangle: 4 Height of rectangle: 2 Partner 1 - X: 1 Partner 1 - Y: 4 Partner 2 - X: 6 Partner 2 - Y: 4 Distance between rectangle and bottom of vertical : 1
 Vertical line for partner 1 - X: 3 Vertical line for partner 1 - Y: 6 Vertical line for partner 1 - Height: 1 Vertical line for partner 2 - X: 8 Vertical line for partner 2 - Y: 6 Vertical line for partner 2 - Height: 1
2.
 Width of rectangle: 2 Height of rectangle: 3 Partner 1 - X: 1 Partner 1 - Y: 1 Partner 2 - X: 5 Partner 2 - Y: 2 Distance between rectangle and bottom of vertical : 2
 Vertical line for partner 1 - X: 2 Vertical line for partner 1 - Y: 4 Vertical line for partner 1 - Height: 3 Vertical line for partner 2 - X: 6 Vertical line for partner 2 - Y: 5 Vertical line for partner 2 - Height: 2
3.
 Width of rectangle: 2 Height of rectangle: 2 Partner 1 - X: 8 Partner 1 - Y: 2 Partner 2 - X: 11 Partner 2 - Y: 1 Distance between rectangle and bottom of vertical : 3
 Vertical line for partner 1 - X: 9 Vertical line for partner 1 - Y: 4 Vertical line for partner 1 - Height: 3 Vertical line for partner 2 - X: 12 Vertical line for partner 2 - Y: 3 Vertical line for partner 2 - Height: 4

## Applicable neurons

• Plus (x + y)
• Minus (x - y)
• Multiple (x × y)
• Division (x ÷ y)
• max (from 2 values)
• min (from 2 values)
• Rectangle - circuit
• disk from path
• ", "
• x1,2 = (-b ± √¯Δ) / 2a
• \\d
• word city
• select count (A, B, C)

## Algorithm

Algorithm doesn't exists