Scientific glossaryResource Dynamics SpectrographOrigin: Yolia's safe educational catalogExact route: /biblioteca?ruta=glosario/espectrografo_recursos FULL TOPICResource Dynamics Spectrograph Easy explanation These are 10 bars that show, one by one, how well each part of your plant's “internal engine” is working — from how it absorbs water through the root to how it defends against stress. The higher the bar, the better that function is right now. Medium explanation Each bar combines several related actual signals — for example, the xylem transport bar combines safe water, electrolytes, and structural firmness. No bar depends on a single data point: it's enough for one signal to be very low for the whole bar to drop, because failure probabilities are combined multiplicatively, not averaged additively. Advanced explanation Each metric is calculated as 1 − product(1 − min(1,coverage_i)×0.76) over the signals in its category — an independent-failures model where no single signal alone saturates the metric to 100% (the per-signal cap is 76%), and where missing several related signals penalizes the metric multiplicatively, not just additively.