One character.
Full adult lifetime.
Same face.

Highly flexible DoRA (Weight-Decomposed Low-Rank Adaptation) character model featuring seamless age progression from young adulthood to graceful senior age, built with zero loss of facial identity.

Trigger Words & Usage

Main Trigger: dina_char (Always include this!)

Age Switchers (combine with dina_char):

dina_prime — Young adult (20–25 y.o.)

dina_mature — Elegant mature adult (45–50 y.o.)

dina_elder — Senior / Aged look (70+ y.o.)

Important — Precision Age Control

On most photoreal checkpoints simple mixing of age tags does not work well.
Use this forced construction:

25 y.o. ➔ (dina_char:1.2), (dina_prime:1.4), 1girl, (25 years old:1.5)
75 y.o. ➔ (dina_char:1.2), (dina_elder:1.4), 1girl, (75 years old:1.4)

dina_char = identity lock, age tag = soft direction, (XX years old:1.4) = hard age anchor

Note: you may need to tweak these decimal weights slightly depending on the checkpoint you use!

Recommended Settings

LoRA Weight: 0.8–1.0

Base Checkpoints: SD 1.5: Realistic Vision v6.0, MajicMix Realistic, CyberRealistic

Sampler: DPM++ 2M / Karras

Steps: 20–30

CFG Scale: 5.0–7.0

Note: Model is designed to depict an adult character across various stages of adulthood. Please generate responsibly!

Also check these

Want to see how this LoRA performs across different checkpoints? — [click here]

Here’s the special SDXL prompt trick (Forced Multiplier) — [click here]

Description

Pro-Tip: Precision Age Control (The Math of Aging)

SD 1.5 checkpoints (especially highly stylized or Asian "beauty" models like MajicMix) often resist aging. Simple prompt mixing like (dina_prime:0.5), (dina_mature:0.5) usually does not work well.

To achieve a highly specific age, you need to "force" the checkpoint by combining the base character trigger, an aggressively weighted DoRA phase tag, and a standard text age prompt.

Here is the exact formula tested on MajicMix Realistic (Note: you may need to tweak these decimal weights slightly depending on the checkpoint you use):

25 y.o. ➔ (dina_char:1.2), (dina_prime:1.4), 1girl, (25 years old:1.5)
35 y.o. ➔ (dina_char:1.2), (dina_prime:1.5), (dina_elder:0.0), 1girl, (35 years old:1.5)
45 y.o. ➔ (dina_char:1.2), (dina_prime:1.5), (dina_elder:0.0), 1girl, (45 years old:1.5)
55 y.o. ➔ (dina_char:1.2), (dina_mature:1.5), (dina_elder:0.0), 1girl, (55 years old:1.5)
65 y.o. ➔ (dina_char:1.2), (dina_mature:0.5), (dina_elder:1.0), 1girl, (75 years old:1.5)
75 y.o. ➔ (dina_char:1.2), (dina_elder:1.4), 1girl, (75 years old:1.4)
85 y.o. ➔ (dina_char:1.2), (dina_elder:1.4175), 1girl, (85 years old:1.5)

How it works: By keeping the base identity strong (dina_char:1.2) and using extreme decimals on the age tags (like 0.1 for a subtle transition or 1.5 to break the checkpoint's anti-aging filter), you get complete control over Dina's timeline!

Note: These weights are not theoretical. They are the result of direct testing on MajicMix. Strange but true.