Members

static state :Number

modules/Logic.js, line 16

Enum for logic states.

States:

• off
• on
• unknown
• oscillating

static stateList :Array

modules/Logic.js, line 31

list of all states that can be used in the simulation

This getter iterates over Logic.state and returns an array containing all values of Logic.state's members

Methods

static and(a, b) → {Logic.state}

modules/Logic.js, line 48

Logic AND

Parameters:

Name	Type	Description
a	Logic.state	first input state
b	Logic.state	second input state

Returns:

Logic.state -

output state

static nand(a, b) → {Logic.state}

modules/Logic.js, line 71

Logic NAND

Parameters:

Name	Type	Description
a	Logic.state	first input state
b	Logic.state	second input state

Returns:

Logic.state -

output state

static nor(a, b) → {Logic.state}

modules/Logic.js, line 81

Logic NOR

Parameters:

Name	Type	Description
a	Logic.state	first input state
b	Logic.state	second input state

Returns:

Logic.state -

output state

static not(a) → {Logic.state}

modules/Logic.js, line 90

Logic NOT

Parameters:

Name	Type	Description
a	Logic.state	first input state

Returns:

Logic.state -

output state

static or(a, b) → {Logic.state}

modules/Logic.js, line 106

Logic OR

Parameters:

Name	Type	Description
a	Logic.state	first input state
b	Logic.state	second input state

Returns:

Logic.state -

output state

static runSymmetricRules(a, b, rules) → {Logic.state}

modules/Logic.js, line 169

Finds the correct rule in the array of rules and returns the corresponding return value. This function expects rules to be symmetric (so a RULE b should returns the same value as b RULE a), which allows to cut down on the rules array quite a bit

Parameters:

Name	Type	Description
a	Logic.state	first input state
b	Logic.state	second input state
rules	Array	Array of arrays. Each inner array represents a rule in the format [input1, input2, output]. The function finds an array, where a === input1 and b === input1 (or a === input2 and b === input1) and returns output from this array.

Returns:

Logic.state -

output state

static xnor(a, b) → {Logic.state}

modules/Logic.js, line 130

Logic XNOR

Parameters:

Name	Type	Description
a	Logic.state	first input state
b	Logic.state	second input state

Returns:

Logic.state -

output state

static xor(a, b) → {Logic.state}

modules/Logic.js, line 140

Logic XOR

Parameters:

Name	Type	Description
a	Logic.state	first input state
b	Logic.state	second input state

Returns:

Logic.state -

output state