Manpower optimium and maximum for each infrastructure #12

New Issue

Sceptique · 2022-06-26T12:27:33+02:00

Sceptique commented

2022-06-26 12:27:33 +02:00

Add to each infrastructure:

manpower_efficiency: {function, coefs} curve, with x the number of pop of f(x) to productivity factor. Most should be logarithmic so it as an optimal value
manpower_max: {function, coefs} curve to limit the manpower by tier (more tier, more manpower max)

Add a function "manpower_standard" that binds to f[base, min](x) = log[base](x - min + base)

Add to each infrastructure: * `manpower_efficiency: {function, coefs}` curve, with `x` the number of pop of `f(x)` to productivity factor. Most should be logarithmic so it as an optimal value * `manpower_max: {function, coefs}` curve to limit the manpower by tier (more tier, more manpower max) Add a function "manpower_standard" that binds to `f[base, min](x) = log[base](x - min + base)`

Sceptique added this to the v0.2: Get population nicer milestone 2022-06-26 12:27:33 +02:00

Sceptique commented

2022-06-26 12:27:41 +02:00

![image](/attachments/9ad7f6b3-56b8-4c5a-a082-2d39d4e9b15b)

image.png

66 KiB

Sceptique commented

2022-06-26 12:59:02 +02:00

Here we can see a simple log10(x - 1000) means:

100% manpower (1010) = 1
105% manpower = 1.7

This kind of curve shows the ratio that is the most easy to find is around 150% manpower (2.7), after that it requires lots of manpower for minimal improvement (2000%=x2.7, 5000%=x4.7, so it cost 2,5x more manpower to increase ratio by x0.7, and it gets worse and worse)

I don't think this should be the default curve

Here we can see a simple log10(x - 1000) means: - 100% manpower (1010) = 1 - 105% manpower = 1.7 This kind of curve shows the ratio that is the most easy to find is around 150% manpower (2.7), after that it requires lots of manpower for minimal improvement (2000%=x2.7, 5000%=x4.7, so it cost 2,5x more manpower to increase ratio by x0.7, and it gets worse and worse) ![image](/attachments/1ebe76e3-3d49-48d7-a9d7-5284f7a96bd0) I don't think this should be the default curve

image.png

106 KiB

Sceptique commented

2022-06-26 13:17:11 +02:00

Note: I found a good function with graphic analysis:

f(x) = log2(x / OPTIMAL) + 1

Minimum workers to produce things: OPTIMAL / 2 + 1
factor increase quickly up to OPTIMAL for x1
factor keep increasing and require x2 manpower for +1 ratio

Possibile improvments:

exponential curve for 0 < x < OPTIMAL to reduce a lot efficiency between [0, OPTIMAL/2]

Note: I found a good function with graphic analysis: `f(x) = log2(x / OPTIMAL) + 1` * Minimum workers to produce things: OPTIMAL / 2 + 1 * factor increase quickly up to OPTIMAL for x1 * factor keep increasing and require x2 manpower for +1 ratio Possibile improvments: * exponential curve for 0 < x < OPTIMAL to reduce a lot efficiency between \[0, OPTIMAL/2] ![image](/attachments/b09c3ca8-f8a5-4d73-9da5-2e4607d6efbf) ![image](/attachments/15be90ff-0c1b-4b0a-91e2-d1f15ba4ff12)

image.png

27 KiB

Sceptique added the

economy

label 2022-06-28 13:38:31 +02:00

Sceptique added this to the v0.2 project 2022-07-03 12:34:34 +02:00

Sceptique added a new dependency 2022-07-07 19:40:34 +02:00

#13 Manpower ratio to allocate manpower to infrastructures already developed

Sceptique removed a dependency 2022-07-24 22:54:43 +02:00

#13 Manpower ratio to allocate manpower to infrastructures already developed

Sceptique closed this issue

2022-07-24 22:55:23 +02:00