Each Smart rule can be dynamically activated/bypassed by a specified limiting condition(s) defined inside the Smart rule. doc_tap_limitc_intro;
Limiting condition visualisation doc_tap_limitc_visual;
Limiting condition is met/active that means Smart rule is working. doc_tap_limitc_visual1;
Limiting condition is not met that means Smart rule is bypassed. doc_tap_limitc_visual2;
Limiting condition inside the Smart rule doc_tap_limitc_inside;
Limiting condition types doc_tap_limitc_types;
Formula doc_tap_limitc_formula;
Formula allows you to limit the Smart rule activity by an Equation. It is the only type where you can use more than one variable. doc_tap_limitc_formulaintro;
Variables
Selection of variables used in equation. Short names is are generated automatically by the system. doc_tap_limitc_formulavar;
Equation
True state of the equation activates the Smart rule. False state bypasses the Smart rule. doc_tap_limitc_formulaequa;
Time doc_tap_limitc_time;
Time allows you to limit the Smart rule activity by a specified time interval. 48h scale is used to cover also events that start in one day and end in another. doc_tap_limitc_timeintro;
Time interval (From/To)
Scale starts 00:00 day 1 and ends day 3 00:00 which means 48 hours are covered doc_tap_limitc_timeinterval;
Digital output doc_tap_limitc_digout;
Digital output allows you to limit the Smart rule activity by a specified state (On or Off) of a Digital output (Switch). doc_tap_limitc_digoutintro;
Digital output (On/Off)
Selected device doc_tap_limitc_digoutdo;
States
State(s) selection - Smart rule will only work in enabled states doc_tap_limitc_digoutstates;
Multivalue switch doc_tap_limit_mvs;
Multivalue switch allows you to limit the Smart rule activity by a specified state(s) of a Multivalue switch. doc_tap_limitc_mvsintro;
Multi-value switch
Selected device doc_tap_limitc_mvsmvs;
States
State(s) selection - Smart rule will only work in enabled states doc_tap_limitc_mvsstates;
Keep in mind that bypassing Smart rule via Limiting condition means that Smart rule loses control over the output device immediately and is not able to get the control back until the Limiting condition is met again. doc_tap_limitc_notice;