Tactical Analysis
Principles

The numerical measure of how effectively an army sustains its combat will at the front. Assessment is built on: geographic security of supply lines (mountain pass, river route, coastal access), daily ammunition and fuel consumption capacity, distance of depot networks from front lines, and enemy pressure on logistical corridors. Supply line length is reflected proportionally in the score: for every 100 km of additional line length the infiltration and interdiction risk coefficient increases, pulling the sustainability score downward. The academic consensus attributing 60% of Napoleon's Russian campaign failure to logistical collapse serves as the foundational reference point for this parameter's weighting coefficient.

The measure of how quickly, accurately, and losslessly a command echelon transmits decisions to the field. Evaluation axes: communication time between headquarters and front line, degree of delegation authority (Auftragstaktik) flexibility, number of disruptions or conflicts in the chain of command, and decision-making speed under fog-of-war conditions. The shorter the command chain and the higher the hierarchical flexibility, the higher the score. Prussia's Auftragstaktik doctrine serves as the upper reference model; engagements where commanders exercised initiative are normalized against those with centralized and rigid hierarchies.

Calculated on the basis of terrain dominance, interior/exterior line maneuver advantage, and the ability to force the enemy to fight in disadvantageous terrain. An army operating on interior lines can shift units to different front sectors more rapidly via shorter routes; this advantage is directly reflected in the score. Control of critical terrain features (ridgelines, passes, bridgeheads) applies a positive coefficient; enemy control of these points triggers a negative coefficient. Jomini's interior line theory and Liddell Hart's indirect approach concept form the doctrinal framework for this metric.

A numerical breakdown of how effectively signals intelligence (SIGINT), human intelligence (HUMINT), aerial reconnaissance, and interception capabilities can lift the fog of war on the front. Knowledge level regarding enemy positions, force size, and intent is scaled from 0 (complete fog) to 100 (full transparency). Documented intelligence failures (Pearl Harbor, Ardennes offensive) serve as lower references; successes (Ultra project, Battle of Midway) as upper references, with combat era and technology level applied as normalization factors.

This metric is the aggregate of asymmetric factors beyond conventional balance calculations that can fundamentally transform the course of a war. Assessment components: technological superiority or gap (armor, aircraft, electronic warfare), soldier psychology and will to fight (morale), projection of air superiority onto the battlefield, allied support or isolation, guerrilla or unconventional warfare methods. Each component is scored independently and incorporated into the weighted average. Clausewitz's concept of 'moral forces' (moralische Größen) provides the theoretical foundation for integrating these components into the mathematical model.

Represents the raw force comprising total manpower, armored vehicles, artillery, and air assets entering battle. However, this raw value is not used directly; it is weighted by the 'Mercenary / Legionary Ratio' coefficient. A high proportion of mercenaries or levied forces increases the probability of loyalty failures at critical moments, and this probability is incorporated into the model as a downward correction term revising the initial force. The reliability problems caused by mercenaries in Hannibal of Carthage's Punic forces serve as the historical reference case for this calculation.

The ratio of an army's operationally surviving, re-deployable, and command-responsive force at battle's end to its opening strength. This value accounts not only for physical casualties but also: units cut off from front conditions by the enemy (encirclement, isolation), forces passivized by command chain collapse, and organizational fragmentation caused by strategic withdrawal. This approach is inspired by the case of the Wehrmacht at Stalingrad in World War II, which still possessed large numerical strength yet had completely lost operational capacity.

The Art of War's ultimate objective is to break the enemy's resistance through mental and logistical collapse before physical annihilation. Actions evaluated within this doctrine include: cutting supply lines, strategic encirclement and coercion to surrender, gaining advantageous negotiating positions by creating an illusion of superiority.

'Know yourself and know your enemy; in a hundred battles you will never be in peril.' The battle phases in which information superiority is converted to tactical advantage are analyzed under this heading.

Clausewitz posits that every military system has a Schwerpunkt (center of gravity) whose destruction collapses the entire system. The center of gravity may be the enemy's command structure, supply network, strategic industrial capacity, or alliance ties. In each battle, this center is identified and the degree to which it was targeted is assessed.

Jomini's geometric theory of war rests on calculating an army's position and movement routes relative to the enemy. An army maneuvering on interior lines preserves its central position via shorter distances; one operating on exterior lines must divide its forces for greater dispersal. Analyses make this variable visible in the Time and Space metric.

Striking the enemy from an unexpected direction, when unprepared, and at the point of weakness is always superior to devastating frontal assault. This card presents an integrated account of speed, surprise, and psychological shock effect.

Where the parties sought their true center of gravity, how accurately they identified it, and what deception maneuvers they employed to divert the adversary from their own center of gravity are examined. Ruse of war (maskirovka, feint, deceptive deployment) is treated as a standalone category; the direct contribution of deception to victory is calculated separately.

The measure of how rapidly an army can adapt when field conditions deviate from the applied doctrine. Rigid doctrine hampers the recovery of routed forces, while flexible doctrine can produce unexpected outcomes through opportunistic maneuvers and temporary coalitions.

Within every war there exist one or several decisive moments at which previously probable alternative outcomes close in favor of one side. This moment is identified at the intersection of variables such as terrain shifts, sudden losses in command echelon, allied intervention or withdrawal.

The question 'What if they had not made that decision?' is one of the most powerful research instruments of historiography. The most probable alternative decision at the critical juncture is identified and its possible field outcome modeled. The output is presented as a probability range, not a prophecy.