Turn time system algorithm

[Valase]

@wrathofgomorrah

how does the game deal with uneven actions? do you get “free” turns if you are faster?

I’ve described this in detail over in an other topic…:

@Valase

@0x91

By the way, how does the movement system work?

To my understanding:
A “turn”, equal to an ingame second.
Moving from one tile to another does cost move points (well, all actions, really).
Different terrain have different costs, as seen by the “Move cost” value if you look at a terrain (default keys: x or ;).
All beings in the game has something that (for this explanation) we will call a “move point account”… Each turn that passes will set the being’s account to the current speed value and subtract the cost of the action taken.
If the player’s character move point account reaches 0 or he “ends” the turn (by pressing 5 or .), the next turn will start and - in case that the player’s character made an action that takes up more move points than it had on its account before the turn ended - substracts the remainder of the move cost from the account.
The move/action only finishes or gets executed if its remaining cost is zero.

Since I’ve explaind that very complicated, let’s take an example:

Mathematical example

Disclaimer: It’s possible that I’ve mixed up a few things, like the order or that actions would take place before the turn ends… But nonetheless, it should be accurate in its base…

Start of a fresh turn...
Acc = Character's move Account: 100
Speed = Character's base Speed: 100
Cost = Move cost of the ground: 100

Character gets ordered to move one tile...
Acc = Acc - Cost = 0
Turn ends (character hasn't moved yet).

New turn beginns.
Acc = Speed = 100
Acc = Acc - (remaining) Cost (which is 0) = 100
Action done, character moves 1 tile.

Waiting for the next order.

Now let’s add in a few more things: The Base Move Cost as shown in the character sheet (@) and also two monsters, a fast one and a slow one.

Start of a fresh turn...
Cost = Move cost of the ground: 100
C_Acc = Character's move Account: 100
C_Bmc =  Character's Base Move Cost: 106
C_Speed = Character's base Speed: 100
FZ_Acc = Fast Zombie's move Account: 150
FZ_Speed = Fast Zombie's Speedt: 150
SZ_Acc = Slow Zombie's move Account: 95
SZ_Speed = Slow Zombie's Speed: 95

Character gets ordered to move one tile...
Actual move cost = (Cost / 100) * (C_Bmc / 100) * 100 = 106
C_Acc = C_Acc - Actual move cost = -6
Character's remaining cost = 6
Character's account reached 0 and it didn't move.
Character did all it could, now monsters move...

Fast Zombie tries to move towards player...
FZ_Acc = FZ_Acc - Cost = 150 - 100 = 50
Fast Zombie's remaining cost = 0
The fast Zombie still has points left in his account and no remaining cost...
Fast Zombie moves a tile.
Fast Zombie tries to move towards player, again...
FZ_Acc = FZ_Acc - Cost = 50 - 100 = -50
Fast Zombie's remaining cost = 50

Slow Zombie tries to move towards player...
SZ_Acc = FZ_Acc - Cost = -5
Slow Zombie's remaining cost = 5
Slow Zombie didn't move.

All accounts reached 0, turn ends.
Moved tiles: Character: 0, Fast Zombie: 1, Slow Zombie: 0

New turn beginns.
C_Acc = C_Speed = 100
FZ_Acc = FZ_Speed = 150
SZ_Acc = SZ_Speed = 95

C_Acc = C_Acc - Character's remaining cost (which is 6) = 94
Action done, character moves 1 tile.
Waiting for the next order...

Let us assume it should move another tile...
C_Acc = C_Acc - Actual move cost = 94 - 106 = -12
Character's remaining move cost = 12

Character's done, let's move the monsters...
FZ_Acc = FZ_Acc - Fast Zombie's remaining cost = 150 - 50 = 100
Fast Zombie moves one tile...
FZ_Acc = FZ_Acc - Cost = 0
Fast Zombie (technically) moves another tile...

SZ_Acc = SZ_Acc - Slow Zombie's remaining cost = 95 - 5 = 90
Slow Zombie moves one tile...
SZ_Acc = SZ_Acc - Cost = 90 - 100 = -10
Slow Zombie's remaining cost = 10

Turn end...
Total tile's moved: Character: 1, Fast Zombie: 2 (or 3), Slow Zombie: 1

And so on, and so forth...