# Logikbausteine

Logikbausteine sind die Bausteine eines Automatisierungsprogramms. Jeder Baustein erfüllt eine bestimmte Funktion und kommuniziert über Eingangs- und Ausgangsports mit anderen Bausteinen.

# Eingänge

Name	ID	Beschreibung
Binary input	`binary_input`
Boolean constant	`boolean_constant`
Mode monitor	`operation_mode_monitor`
Numeric constant	`numeric_constant`
Numeric input	`numeric_input`
PulseAt	`pulse_at`
Schedule	`schedule`
String constant	`string_constant`
Switch	`switch`

# Verarbeitung

Name	ID	Beschreibung
Binary limiter	`binary_limiter`
Boolean to string	`boolean_to_string`
Climate regulator	`climate_regulator`
Climate regulator hub	`climate_regulator_hub`
Delay	`delay`
Delayed Pulse	`delayed_pulse`
Door, window	`door_window_monitor`
Edge detector	`edge_detector`
HTTP Request	`http_request`
Hysteresis	`hysteresis`
Irrigation	`irrigation`
JSON Get Boolean	`json_get_boolean`
JSON Get Number	`json_get_number`
JSON Get String	`json_get_string`
Level to pulse	`level_to_pulse`
Logic::And	`logic_and`
Logic::Not	`logic_not`
Logic::Or	`logic_or`
Math::Abs	`math_abs`
Math::Add	`math_add`
Math::Average	`math_average`
Math::Ceil	`math_ceil`
Math::Divide	`math_divide`
Math::Floor	`math_floor`
Math::Max	`math_max`
Math::Min	`math_min`
Math::Modulo	`math_modulo`
Math::Multiply	`math_multiply`
Math::Random	`math_random`
Math::Round	`math_round`
Math::Subtract	`math_subtract`
Motor axis	`motor_axis`
Moving average	`moving_average`
Number to string	`number_to_string`
Numeric latch	`numeric_latch`
Numeric predicate	`numeric_predicate`
Numeric throttle	`numeric_throttle`
PubSub::Publish	`pubsub`
Pulse counter	`pulse_counter`
Pulse gate	`pulse_gate`
Pulse throttle	`pulse_throttle`
Sequencer	`sequencer`
Shading	`shading`
String format	`string_format`
String latch	`string_latch`
Toggle	`toggle`
Variable Delayed Pulse	`variable_delayed_pulse`

# Ausgänge

Name	ID	Beschreibung
Mode controller	`operation_mode_controller`
Relay	`relay`