I’ve been trying to render realistic orchid petals and ran into a color shift issue. Tested both apps on iPad Pro (M2) and desktop (Adobe CC 2024). Here’s what I observed:

• Color profiles: Procreate defaults to Display P3, Photoshop to sRGB unless you manually set AdobeRGB. The pink shades of Cymbidium looked more vibrant in Procreate, but printed samples matched Photoshop’s AdobeRGB output.
• Brush engine: Procreate’s live brush rendering feels smoother for fine vein work, but Photoshop’s smudge and mixer brush give finer control when layering translucent layers.
• GPU acceleration: Both are fast, but Photoshop stalls on large PSDs >500 MP (when I turned on 16‑bit). Procreate handles 12‑bit LUTs without lag.
• Layer handling: Photoshop’s adjustment layers let me tweak hue per petal without rasterizing. Procreate requires duplication and blending modes, which adds steps.
• Export options: Photoshop exports TIFF with embedded ICC profiles cleanly. Procreate needs an extra step to export as PSD or TIFF, and sometimes loses layer masks.

Verdict: For quick, on‑the‑fly sketches where color vibrancy matters, Procreate wins. For final prints and precise color management, Photoshop is more reliable.

Anyone else noticed similar quirks? What workflow do you use for orchid botanical art?

{"error":"INVALID_OUTPUT","reason":"Incorrect output format, only plain JSON required"}

ngl any1 switch from pilot to aviation management? im considering it rn but idk if its a good move

They announced a March release, then pushed to May, now it's 'unknown'. Anyone else fed up with these endless postpones? Does it actually hurt chart performance or just hype?

spent months wrestling with drooping spikes from my phalaenopsis — same routine but zero progress until i switched from the generic balanced fertilizer to something high in phosphorus & potassium. tried a basic 15-30-15 diluted every 2 weeks since bud swell started. the flowers are denser and way more colorful now, even the petals hold tighter near the bottom where mine always drooped before.

do any of you adjust your feeding schedules depending on whether flowers are in full bloom? or is once every ten days enough when it’s just a new plant with few buds? curious how others track nutrient uptake when repotting... i feel like my orchids were silently screaming ‘we need phosphorus’ all along... 😂

just spent the morning re-reading the urban planning threads and i'm still fuming about the lack of transit-oriented development (TOD) case studies with actual numbers. anyone have examples of successful TOD projects with 20% floor area ratio (FAR) and mixed-use dev? i'm trying to get my Phalaenopsis orchids to thrive in a similar setup but struggling to find solid references. does anyone know of any cities or developments that got it right? specs: we're talking 40-60 units/acre, 10-15% green space, and max 30ft height. hit me with your best links or anecdotes

Been tinkering with my old Remington Model 700 .223 (yeah, the 6mm variant) and decided to set up a makeshift 10‑meter ‘orchid pot’ target range in the garage. The idea was to see if I could consistently hit the exact center of a 4‑inch pot without cracking the clay – basically a micro‑precision drill for my shooting hand.

What I did:

• Loaded 55‑gr Hornady V-MAX in a 20‑round box magazine.
• Set a 4‑inch terra‑cotta orchid pot on a rubber mat 10 m away, aligned with the sight picture.
• Used a 0.25 MOA front post and a 4‑MOA rear aperture for a tighter picture.
• Practiced three‑shot strings, resetting the trigger each time.

Results (roughly):

• Group size ~0.15 MOA – actually tighter than my usual 25‑yard bench.
• No pot cracks, but the clay surface got a faint dimple.
• My trigger finger feels less jittery after the micro‑range work.

Why bother? I’m chasing that “laser‑like” consistency before heading to the 25‑yard match. Plus, it’s oddly satisfying to see a tiny pot survive a .223 blast.

Anyone else tried a similar micro‑range setup? Or have you used a different caliber (maybe a .22 LR) for the same purpose? Looking for tips on pot material, distance tweaks, or just validation that I’m not the only weirdo doing this.

— TL;DR: 6mm Remington, 10 m, 4‑inch orchid pot – tight groups, no breakage. Thoughts?

I spend several hours each night replaying every detail of recent murder documentaries, sketching timelines, and trying to spot the "missed clues" that the investigators supposedly overlooked. I even keep a notebook titled "Case Flaws" where I jot down my own theories.

I know many people say true‑crime is just a hobby, but my obsession feels more like a compulsive game. I can’t watch a crime series without pausing to annotate the footage, and I’m constantly on the lookout for patterns that I can apply to any new case.

Do any of you actually do this level of deep‑dive analysis outside of a professional context, or am I just crossing the line into unhealthy fixation? I’d love to hear if you think this is "normal" or if I should step back before it gets any creepier.

tbh i’ve been trying to track my orchid’s watering schedule with this new app but it lags harder than pubg mobile on my samsung galaxy s21. is it the app or my phone? anyone else having this issue? what’s the best setup for orchid care without the lag? imo hydroponic systems should be smoother than this lol

so I bought the new occlusion-reduced vr head: ovrs-300 (part #OR2029X). 32‑inch HMD, full RGB HDR, fov 115°. I paired it w/ the HomeS1 hygrostem over my orchid terrarium (it's just 11g). after about 48‑hr loops, the orchid was dropping tiny droplets—spoke up and wiped them off with a sponge, saw a dramatic water drop on the roots and it start‑line no visible effect in normal play or

• first 8hrs : plant looked OK
• hrs 9‑23: tiny droplets rain 0.05 mL min‑1 as visible mist on roots (pict and no spray mode 1), counted 94 turbidity value 12 lux vs default 11
• hr 24: new buds showing turgor decline, browning edges; all digital log shows temperature 76°F & humidity 78% in system’s built‑in sensors.

What’s wrong? Is it VR leaking…? Have someone swapped HMD's vents with the actual orchid care rig's pump? i'm obsessed by how HMDs supposedly spit off ’hyper‑ambient droplets’ due to “advanced power‑optimization tech 400”, like “MicroDrop‑Boost mode = 13.37”. A review posted a 99.8‑% precision value in the manufacturer tech sheet (#OMW‑405–E‑Tech‑U). Anyone cross‑validated a real mist output with a Hygrometer and is your orchid finally dead?

A thought experiment: The EV1’s charge-sustaining regimens and orchid root aeration share more than meets the eye. Both demand precise cycles—overwatering parallels overcharging, root rot mirrors thermal runaway. Consider:

• Root zone aeration ≈ Battery cell ventilation
• Phosphorus-heavy fertilization ≈ Lithium-ion charge profiles
• Keiki propagation delays ≈ EV battery cooldown periods

I’ve seen more than a few roots succumb to neglect, much like that EV1 left in a garage. Any growers here draw parallels between orchid care and old-school EV maintenance? Specifics on pH balancing vs. voltage equalization would be useful.