Table Games Calculator

Cascadia Salmon Run Calculator

Cascadia Salmon Run Calculator

Model a salmon chain, repair pressure, isolated runs, wildlife card version, nature tokens, habitat support, opponent denial, and remaining draft chances before you lock the river line.

Use this as a planning read for Cascadia salmon turns. It estimates the value of a clean salmon line, then adjusts for broken branches, draft flexibility, and denial pressure from the wildlife display.
1Presets
2Salmon Inputs
Count the main clean connected salmon line you are trying to score.
Count forks, gaps, or awkward salmon branches that may lower the run quality.
Small separate salmon runs that can still score or become repair pieces.
Choose the salmon wildlife card style in play.
Unspent tokens that can buy better salmon or habitat pairings.
How well the salmon line also supports habitat scoring and corridors.
Estimate how likely opponents are to take or block your salmon tile.
How many tile or wildlife drafts remain before final scoring.
Salmon Score
0
clean run value
Repair Need
0
branch pressure
Draft Odds
0%
usable salmon access
Plan Read
Hold
recommended posture
Calculate to see the salmon run read.
3Wildlife Card Reference
Card versionBest shapeRisk to watchCalculator bias
Card AOne clean straight salmon runBranches break the premium lineRewards length and penalizes breaks hard
Card BFlexible small and mid runsOver-investing in one awkward chainGives isolated runs more value
Card CMultiple useful runsRunning out of clean endpointsBalances chain and isolated run value
Card DDense mid-length salmon routeExcess length with poor supportPeaks around a controlled 4-6 length line
Card EEndgame route conversionLate denial and no nature tokensValues drafts and tokens more strongly
4Run Planning Table
Run stateTypical actionGood signalBad signal
Length 1-2Draft salmon only if tile also helps habitatOpen endpointsForced isolated animals
Length 3-4Protect clean line and avoid forksOne repair token availableOpponent can deny the connector
Length 5-6Score pressure is real, trim branch riskStrong habitat supportTwo or more branch breaks
Length 7+Stop extending if each tile adds littleCard A or E is activeLate draft count is low
5Live Draft Table
FactorCurrent inputModeled impactRead
Drafts00Waiting
6Preset Summary Table
PresetChainCardBest use
Straight Salmon Run6 cleanAProtect a high value line
Broken Chain Repair4 with breaksCDecide whether repair beats new scoring
Hawk Conflict Avoid5 cleanDKeep wildlife types from colliding
Nature Token Draft3 flexibleEUse tokens to buy the connector
Endgame Wildlife Card A7 lateAAudit final salmon payoff
7Spec Grid
10 presetsIncludes Straight Salmon Run, Broken Chain Repair, Hawk Conflict Avoid, Nature Token Draft, and Endgame Wildlife Card A.
8 labelsChain length, branch breaks, isolated runs, card version, nature tokens, habitat support, opponent denial, remaining drafts.
4 cardsSalmon score, repair need, draft odds, and plan read update after every input change.
4 tablesWildlife reference, run planning, live draft math, and preset summary.
8Tips
Tip 1: A branch repair is usually worth more than one extra salmon when Card A is active, because the clean line multiplier is doing the heavy lifting.
Tip 2: Save at least one nature token when denial is active and only a few drafts remain; it keeps the display from deciding your salmon score for you.

Building a salmon chain in Cascadia feels less like engineering and more like herding cats made of plastic tiles. Rather its building a chain. It is like seeing a line form, identifying a connection several steps ahead, and then watching someone block your path just as your fish need to swim through.

It’s frustrating as long runs gets you big points. But often that mean sacrificing other things in the hope that your opponent doesn’t slow you down. If you don’t want to keep track of each variable at a time, this online calculator will do it for you, just enter your metric data and let the system crunch numbers (link is above).

How to Play Cascadia Better

In effect, you’re juggling four different concerns: 1) The sheer amount of line extending out into lake; 2) How much structural integrity does your connected line possess? In other words, how many ugly gaps/awkward forks must be sewn shut with your next move? 3) What do you lose if you ignore another piece of habitat/wildlife goal? 4) What’s the chance that your opponent could jam up your extension during his/her next turn?

Most anglers manage only one concern (the first one). This is why their game unravels during last few rounds. Your starting line is your potential, given your existing chain length. Six fish on Card A in a straight run is a solid play: the scoring multipliers reward clean lines, not necessarily long ones.

That changes when you’re down to your final nature token and need it to join two separate piece. Isolating runs and accounting for branch breaks is where the calculator shines; it can help illustrate this trade-off. For instance, an 8-fish line may be lower scoring than a 6-fish one, even if the 8-fish line is messy and the 6-fish one is clean. If the card version penalizes fragmentation heavily. Knowing that informs how you plan through middle of the game.

You also deal with denial pressure. You can’t play Cascadia in a vacuum either. Your opponents aren’t just sitting on their hands; they’re looking at those river banks too. If they spot you pushing for a long salmon line, they’ll make sure to draw the right connectors or block the tiles you require.

The calculator asks you to guesstimate how much opposition you face. This may seem abstract, but giving yourself a number for active denial makes you think about whether your plan is strong enough to withstand interference. If denial comes back high on the model, and it says your draft odds are low, it’s telling you to pivot. Perhaps you’d do better securing some smaller but safer scoring opportunities elsewhere rather than chasing something that hinges on five perfect tiles in a row.

Then there’s the addition of nature tokens. These are tokens of currency for flexibility. If you keep your nature tokens and spend none you can acquire certain cards later on, or even buyout the remaining pool. But if you spend your tokens too early you may be caught off guard at the end game with no way to defend yourself.

The tool features presets which show some typical usage cases such as how you use tokens to fill gaps in high denial rounds. It’s not an exercise in math; it’s a question of timing. How much do I need to stay liquid, so I can respond to changes on the board without being wedded to any one plan that could suddenly go stale?

Those are broken out on the page through reference tables, breaking them down card version by card version. For example, Card E values endgame routes higher, which shifts the whole math of cards like that. So your late game strategy will differ if you have Card A out vs having Card E out. Maybe you take short runs earlier so you can keep your options open for later. Defend and consolidate instead of aggressively extending.

So how do you play Cascadia? Ultimately, you play by reading the entire ecosystem, not individual scoring zones on the board. You also look at the board as a snapshot of that ecosystem at any point in time. You translate what you think should of happen into a probability. Use it to test your assumptions, not replace them.

If you feel like your salmon line is too risky, the numbers will likely confirm it. Chances are the numbers will prove out. Is an extra fish worth the risk if it leaves you open? No. Don’t worry about one more when protecting those endpoints matters more.

Watch for the hawks. Keep the river flowing. Know that while a clean run may be great, it’s only as great as the tiles remaining in the box to complete it. Actually, it’s just hard to manage the moddern layout. It would of been easier if there was less rules.

Cascadia Salmon Run Calculator

Leave a Comment