1N2 GOALMATRIX IN ACTION
A general demonstration first shows the complete LOG workflow. The following videos then explain each filter separately, followed by advanced controls and final testing.
EXPLAIN BEFORE SHOWING
With 15 matches, a grid can mathematically contain extreme distributions, up to 15 identical signs. Set minimum and maximum counts for 1, X and 2 to keep only the structures you want.
Example: keep 4 to 8 home-win signs and set separate limits for X and 2.A total count does not show whether the same sign appears in a long run. This filter limits consecutive 1, X or 2 sequences independently inside each zone.
Example: allow several draws overall but reject a run of 6 consecutive X signs.A global distribution can look acceptable while being concentrated in one part of the grid. A/B zones let you set separate 1, X and 2 counts for each zone.
Example: require 2 to 4 home-win signs in zone A and 1 to 3 in zone B.Apply a constraint to a selected group of matches instead of the whole grid. More targeted preferences can reduce the retained combinations further.
Example: require 1 draw among 2 selected matches, or exactly 2 draws among 4 selected matches.A complete grid using several features together to show the overall 1N2 GoalMatrix workflow.
The complete LOG workflow on a real grid. A few essential filters are deliberately used together; each one is explained separately in the following videos.
Grid construction, activated constraints, the changing number of combinations and the resulting output.
This video presents the system as a whole. The following demos isolate each filter to show its precise effect.
Choose how many 1, X and 2 signs may appear in each retained combination.
For each sign, you can define a minimum and a maximum across the whole grid.
A range such as 0 to 7 means no minimum is imposed and no more than 7 of that sign are retained. You can raise the minimum, for example to keep only combinations with 4 to 7 signs.
Set the same value for MIN and MAX to require an exact count. MIN 7 and MAX 7 retains only combinations containing exactly 7 of that sign.
The filter removes combinations outside the chosen bounds. This reduction in combination count is caused by the filter itself, not by the N−3 reduction module.
Compare the grid distribution with standard profiles.
Compares the grid structure with distribution profiles available in the LOG.
The demonstration shows profile selection and its effect on retained combinations.
Combinations are retained according to the selected distribution profile.
The profile complements the other grid-structure filters.
Limit runs of identical signs independently in zones A and B.
Controls the maximum length of consecutive 1, X or 2 runs inside each zone.
A run limit is set, then GoalMatrix removes combinations that exceed it in the relevant zone.
A run started in zone A is not artificially continued into zone B; each zone is checked separately.
This filter controls the order of signs, not only their total count.
Control 1, X and 2 counts separately in zones A and B.
Applies minimum and maximum 1, X and 2 counts to each zone, independently of the global distribution.
Zone A and zone B limits are configured and their effect on the remaining combinations is displayed immediately.
A combination must satisfy all active constraints in both zones to be retained.
You control where the signs appear, not just how many there are overall.
Frame grid movement, alternations and symmetries.
Frames sequence movement, alternations and symmetries using the settings available in the LOG.
The demonstration shows the selected setting and its effect on retained combinations.
The filter acts on the sequence structure according to the selected setting.
It complements quantity, zone and targeted-preference filters.
Target four specific matches and keep only combinations where sign 1 appears at least twice and at most four times in that group.
It checks only the matches you select, counts how many carry the chosen sign and keeps combinations that respect the MIN / MAX range.
Four matches are targeted, sign 1 means a home win, MIN is 2 and MAX is 4.
Two, three or four home wins among the four selected matches are accepted; zero or one are rejected. The filter does not decide which specific matches must be home wins. To require exactly two, set MIN = 2 and MAX = 2.
The rule applies only to the selected group; the other matches are not counted by this targeted preference.
Choose a reduction level, then independently set from 0 to 100% how much of that plan is actually played.
On the 15-match grid shown in the video, N targets 15/15, N−1 targets 14/15, N−2 targets 13/15 and N−3 targets 12/15 when the plan is covered at 100%. The level sets the rank of the reduced plan; it does not change your selected 1/X/2 signs.
The coverage slider is independent from N, N−1, N−2 or N−3. At 100%, the whole plan calculated for that level is played. At 25%, about one quarter is retained: in the example, 5,184 combinations at 100% become 1,296 played combinations.
25% does not mean a 25% chance of winning. If the correct scenario is present in the original prediction, it must also fall inside the quarter of the plan that is actually covered. In other words, about 1 scenario out of 4 in that plan is retained.
The ‘Validate this reduction’ button confirms the selected plan. The played-combination count and real cost are then shown in My grid, followed in the video by the recomposed grids and coupons for the retained plan.
The final demonstration compares the finished grid with an actual result and checks the winning lines.
Checks a finalized grid against an actual result and verifies exactly how the generated lines behave.
The demonstration enters a result in the tester, runs the check and displays the matching lines.
The demonstration will show result reading and identification of the winning line.
The tester verifies the generated game; it does not alter choices or combinations afterwards.