Hilma af Klint
about this artist ↗ · custom FLUX.1-dev LoRA
Custom FLUX.1-dev LoRA, fine-tuned on Hilma af Klint's own canvas work.
A LoRA (low-rank adaptation) is a compact set of trainable weights that sits on top of a much larger frozen base model. Instead of retraining FLUX.1-dev, the open-source 12-billion-parameter text-to-image transformer from Black Forest Labs, the LoRA only adjusts ~50 million new parameters using a small artist-specific dataset. The result keeps FLUX's general image-generation ability intact while teaching it one artist's visual language.
Pieces in this gallery are produced by a private FLUX.1-dev LoRA trained on 27 hand-curated reproductions from WikiArt catalog, covering the Paintings for the Temple body of work (1906-1920) including The Ten Largest, The Swan, The Dove, Atom Series, and the Altarpieces. Every image was captioned with its title, medium, dimensions, and year, binding the trigger to specific painterly cues rather than a generic style label.
Trigger word hilma_af_klint_style is prepended to every
weather-derived prompt before inference. Trained 2026-05-05 via
ostris/flux-dev-lora-trainer on Replicate.
Gallery
156 pieces, page 1 of 3
Arctic
60°N, 0°E 13.0°C 11.1 m/s 1013 hPa
Arctic
60°N, 130°W -0.5°C 2.2 m/s 896 hPa
Arctic
60°N, 140°E 1.3°C 2.4 m/s 930 hPa
Arctic
60°N, 40°E 6.5°C 3.6 m/s 1020 hPa
Central Asia
30°N, 70°E 25.4°C 2.1 m/s 833 hPa
East Asia
45°N, 130°E 7.9°C 7.6 m/s 956 hPa
Europe
30°N, 15°W 23.5°C 10.5 m/s 1019 hPa
Europe
45°N, 30°W 17.8°C 8.7 m/s 1019 hPa
North America
45°N, 120°W 10.9°C 2.2 m/s 861 hPa
Region 30°N, 150°E
30°N, 150°E 28.1°C 5.7 m/s 1013 hPa
Arctic
60°N, 0°E 12.8°C 9.3 m/s 1015 hPa
Arctic
60°N, 130°W 5.3°C 2.2 m/s 900 hPa
Arctic
60°N, 40°E 12.1°C 4.2 m/s 995 hPa
Arctic
60°N, 70°W 6.3°C 5.6 m/s 993 hPa
Central Asia
30°N, 70°E 26.9°C 2.7 m/s 831 hPa
Central Asia
45°N, 50°E 21.5°C 5.3 m/s 1021 hPa
Europe
30°N, 15°W 23.6°C 3.5 m/s 1014 hPa
Europe
45°N, 30°W 18.0°C 9.1 m/s 1024 hPa
North America
45°N, 120°W 5.2°C 2.8 m/s 864 hPa
Region 30°N, 150°E
30°N, 150°E 27.6°C 8.8 m/s 1017 hPa
Arctic
60°N, 0°E 14.7°C 6.6 m/s 1010 hPa
Arctic
60°N, 130°W 7.0°C 2.1 m/s 898 hPa
Arctic
60°N, 70°W 6.1°C 2.3 m/s 1007 hPa
Central Asia
30°N, 70°E 31.9°C 2.1 m/s 825 hPa
Central Asia
45°N, 50°E 24.4°C 7.4 m/s 1019 hPa
Europe
30°N, 15°W 23.2°C 10.0 m/s 1019 hPa
Europe
45°N, 30°W 20.6°C 8.6 m/s 1019 hPa
North America
30°N, 110°W 25.7°C 4.2 m/s 893 hPa
North America
45°N, 120°W 11.5°C 1.1 m/s 862 hPa
Region 30°N, 60°W
30°N, 60°W 27.7°C 6.2 m/s 1022 hPa
Arctic
60°N, 0°E 11.6°C 6.1 m/s 1023 hPa
Arctic
60°N, 130°W 11.4°C 1.2 m/s 903 hPa
Arctic
60°N, 70°W 4.6°C 9.6 m/s 1006 hPa
Central Asia
30°N, 70°E 29.4°C 1.4 m/s 824 hPa
Central Asia
45°N, 50°E 28.0°C 5.9 m/s 1015 hPa
Central Asia
45°N, 90°E 35.3°C 7.5 m/s 896 hPa
East Asia
30°N, 110°E 22.4°C 2.2 m/s 910 hPa
Europe
30°N, 15°W 23.0°C 7.2 m/s 1018 hPa
Europe
45°N, 30°W 19.5°C 10.1 m/s 1007 hPa
Region 30°N, 150°E
30°N, 150°E 27.1°C 6.6 m/s 1001 hPa
Arctic
60°N, 0°E 13.6°C 15.2 m/s 990 hPa
Arctic
60°N, 130°W 7.8°C 2.0 m/s 891 hPa
Arctic
60°N, 70°W 2.4°C 3.6 m/s 1009 hPa
Central Asia
30°N, 70°E 24.9°C 3.5 m/s 823 hPa
Central Asia
45°N, 50°E 28.6°C 4.6 m/s 1010 hPa
Central Asia
45°N, 90°E 23.3°C 6.9 m/s 894 hPa
Europe
30°N, 15°W 21.8°C 10.8 m/s 1019 hPa
Europe
45°N, 30°W 18.7°C 4.7 m/s 1029 hPa
North America
30°N, 110°W 30.0°C 3.4 m/s 893 hPa
Region 30°N, 60°W
30°N, 60°W 26.7°C 6.0 m/s 1023 hPa
Arctic
60°N, 0°E 12.4°C 5.1 m/s 1014 hPa
Arctic
60°N, 130°W 9.0°C 0.7 m/s 894 hPa
Central Asia
30°N, 70°E 30.1°C 2.3 m/s 821 hPa
Central Asia
45°N, 50°E 23.8°C 7.2 m/s 1015 hPa
Central Asia
45°N, 90°E 29.8°C 7.0 m/s 893 hPa
East Asia
30°N, 110°E 32.8°C 2.6 m/s 911 hPa
East Asia
45°N, 130°E 18.9°C 6.6 m/s 951 hPa
Europe
30°N, 15°W 21.9°C 5.5 m/s 1018 hPa
Europe
45°N, 30°W 16.5°C 8.7 m/s 1015 hPa
Region 30°N, 60°W
30°N, 60°W 26.6°C 4.8 m/s 1021 hPa