MiniRobotLanguage (MRL)
SDL.Set Sampler
Set the Sampler for the Stable Diffusion (SD) process.
Generated with the Script below (Sample-Script) and SDL.-Command.Watch in the second picture if you see something strange.
Intention
SDL.Set Sampler: the best choice
The SDL.Set Sampler command configures the sampler used by the Stable Diffusion (SD) process.
With a diverse set of samplers available, each optimized for different scenarios or properties,
users can tailor the SD process to their specific needs. The selected sampler can be specified by its index or its name, offering flexibility in command usage.
The SDL.Set Sampler will try to make the best of your Input - there is a Error correction built in for typing mistakes that will try to guess which Sampler you really want.
If you do not want any of the hard coded Samplers you need tu use "SDL.Set Sampler Free" instead.
The SDL.Set Sampler command provides a way to harness the capabilities of various samplers integrated into the SD process. Each sampler has unique properties, advantages, and trade-offs, so selecting the appropriate one is crucial for optimal results.
You can choose to select the Sampler "By name" or "by number".
Example Usage:
SDL.Set Sampler|Euler
or
SDL.Set Sampler|0
Both examples will set the sampler for the SD process to "Euler".
Index |
Sampler |
0 |
Euler |
1 |
Euler a |
2 |
LMS |
3 |
Heun |
4 |
DPM2 |
5 |
DPM2 a |
6 |
DPM++ 2S a |
7 |
DPM++ 2M |
8 |
DPM++ SDE |
9 |
DPM++ 2M SDE |
10 |
DPM fast |
11 |
DPM adaptive |
12 |
LMS Karras |
13 |
DPM2 Karras |
14 |
DPM2 a Karras |
15 |
DPM++ 2S a Karras |
16 |
DPM++ 2M Karras |
17 |
DPM++ SDE Karras |
18 |
DPM++ 2M SDE Karras |
19 |
DDIM |
20 |
PLMS |
21 |
UniPC |
Syntax
SDL.Set Sampler|P1
Parameter Explanation
P1 - <Sampler Index or Name>: The desired sampler, specified either by its index number or its name.
The command will leave the name of the currently used Sampler on TOS.
Example
'***********************************
' SDL.-Sample
'***********************************
$$PRO=Bio Food, natural women, meditating on a rainbow
$$NEG=ugly,comic,unrealistic,fat,unhealty,malformed faces
SDL.Set Model Free|dreamlike-photoreal-2.0.safetensors
SDL.Set Extra Parameter|"restore_faces": true
SDL.SetSteps|150
FOR.$$LOP|0|21
SDL.Set_Sampler|$$LOP
SDL.Get Several|4|$$SAN
DBP. Sampler=$$LOP - $$SAN
SDL.Set Model Free|dreamlike-photoreal-2.0.safetensors
SDL.Set Extra Parameter|"restore_faces": true
$$FIL=?exeloc\Sampler_$$LOP.jpg
VAN.$$TIM=#dtime#
SDL.gtf|$$PRO|$$FIL|$$NEG|7
CAL.$$TIM=#dsince#|i
POP.$$PAT
POP.$$SUC
POP.$$SAM
DBP. Sampler used:$$SAM
IVV.$$SUC=1
ANA.load|0|$$PAT
ANA.Resizeto|0|1|640|640
ANA.show|1
$$FIL=?exeloc\Sampler_$$LOP_$$TIM_sec.jpg
ANA.Save|1|$$PAT
ELS.
SDL.Get Several|6|$$RET
DBP.$$RET
SDL.Show Error
MBT.No File generated.
EIF.
NEX.
MBX.!
ENR.
Remarks
-
Limitations:
The success and efficiency of the SD process depend on the chosen sampler, so understanding the properties of each sampler can be beneficial.
Users should ensure they use a valid sampler name or index. Invalid entries might lead to errors or unexpected behavior.
Generally this command is rather error-tolerant and will try to find the Sampler you have specified no matter if you make a typing mistake or not.
See also:
•