#bordermodels
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jim1860.bsky.social
Calling it done, The Briefing, Border models Junkers JU-87. Great kit to build. #histscalemodels #scalemodels #bordermodels
January 12, 2025 at 5:00 PM
jim1860.bsky.social
Calling it done, The Briefing, Border Models 1:35 Jinkers JU-87. #histscalemodels ##scalemodels #bordermodels
January 12, 2025 at 4:59 PM
thetopdingus.bsky.social
If memory serves Bordermodels did a couple of WWII subjects in 1:35, I remember at least a bf-109 (cant remember which variant)
August 7, 2026 at 10:03 PM
zet23t.bsky.social
Several simplifications and fixes of the same code that was working OK.
Source code screenshot containing the following text: for (int layer = 0; layer < 3; layer++) { int layerPos = 6 + layer; for (int x = -6 + layer; x <= 6 + layer; x += 1) { DrawModelEx(borderModels[GetRandomValue(0, modelCount - 1)], (Vector3){x + RNDF(wiggle), 0.0f, -layerPos + RNDF(wiggle)}, up, GetRandomValue(0,10000) * 0.1f, Vector3One(), WHITE); DrawModelEx(borderModels[GetRandomValue(0, modelCount - 1)], (Vector3){x + RNDF(wiggle), 0.0f, layerPos + RNDF(wiggle)}, up, GetRandomValue(0,10000) * 0.024f, Vector3One(), WHITE); if (x == -layerPos || x == layerPos) { continue; } DrawModelEx(borderModels[GetRandomValue(0, modelCount - 1)], (Vector3){-layerPos + RNDF(wiggle), 0.0f, x + RNDF(wiggle)}, up, GetRandomValue(0,10000) * 0.048f, Vector3One(), WHITE); DrawModelEx(borderModels[GetRandomValue(0, modelCount - 1)], (Vector3){layerPos + RNDF(wiggle), 0.0f, x + RNDF(wiggle)}, up, GetRandomValue(0,10000) * 0.087f, Vector3One(), WHITE); } } Another screenshot of the same code, but slightly modified: for (int layer = 0; layer < 3; layer++) { int layerPos = 6 + layer; for (int x = -6 + layer; x <= 6 + layer; x += 1) { DrawModelEx(borderModels[GetRandomValue(0, modelCount - 1)], (Vector3){x + RNDF(wiggle), 0.0f, -layerPos + RNDF(wiggle)}, up, GetRandomValue(0,10000) * 0.1f, Vector3One(), WHITE); DrawModelEx(borderModels[GetRandomValue(0, modelCount - 1)], (Vector3){x + RNDF(wiggle), 0.0f, layerPos + RNDF(wiggle)}, up, GetRandomValue(0,10000) * 0.024f, Vector3One(), WHITE); } for (int x = -5 + layer; x <= 5 + layer; x += 1) { DrawModelEx(borderModels[GetRandomValue(0, modelCount - 1)], (Vector3){-layerPos + RNDF(wiggle), 0.0f, x + RNDF(wiggle)}, up, GetRandomValue(0,10000) * 0.048f, Vector3One(), WHITE); DrawModelEx(borderModels[GetRandomValue(0, modelCount - 1)], (Vector3){layerPos + RNDF(wiggle), 0.0f, x + RNDF(wiggle)}, up, GetRandomValue(0,10000) * 0.087f, Vector3One(), WHITE); } } More code: for (int layer = 0; layer < 3; layer++) { int layerPos = 6 + layer; for (int x = -6 + layer; x <= 6 + layer; x += 1) { DrawModelEx(borderModels[GetRandomValue(0, modelCount - 1)], (Vector3){x + RNDF(wiggle), 0.0f, -layerPos + RNDF(wiggle)}, up, GetRandomValue(0,10000) * 0.1f, Vector3One(), WHITE); DrawModelEx(borderModels[GetRandomValue(0, modelCount - 1)], (Vector3){x + RNDF(wiggle), 0.0f, layerPos + RNDF(wiggle)}, up, GetRandomValue(0,10000) * 0.024f, Vector3One(), WHITE); } for (int z = -5 + layer; z <= 5 + layer; z += 1) { DrawModelEx(borderModels[GetRandomValue(0, modelCount - 1)], (Vector3){-layerPos + RNDF(wiggle), 0.0f, z + RNDF(wiggle)}, up, GetRandomValue(0,10000) * 0.048f, Vector3One(), WHITE); DrawModelEx(borderModels[GetRandomValue(0, modelCount - 1)], (Vector3){layerPos + RNDF(wiggle), 0.0f, z + RNDF(wiggle)}, up, GetRandomValue(0,10000) * 0.087f, Vector3One(), WHITE); } } After another review, I saw another optimization for the random rotation: for (int layer = 0; layer < 3; layer++) { int layerPos = 6 + layer; for (int x = -6 + layer; x <= 6 + layer; x += 1) { DrawModelEx(borderModels[GetRandomValue(0, modelCount - 1)], (Vector3){x + RNDF(wiggle), 0.0f, -layerPos + RNDF(wiggle)}, up, RNDF(360), Vector3One(), WHITE); DrawModelEx(borderModels[GetRandomValue(0, modelCount - 1)], (Vector3){x + RNDF(wiggle), 0.0f, layerPos + RNDF(wiggle)}, up, RNDF(360), Vector3One(), WHITE); } for (int z = -5 + layer; z <= 5 + layer; z += 1) { DrawModelEx(borderModels[GetRandomValue(0, modelCount - 1)], (Vector3){-layerPos + RNDF(wiggle), 0.0f, z + RNDF(wiggle)}, up, RNDF(360), Vector3One(), WHITE); DrawModelEx(borderModels[GetRandomValue(0, modelCount - 1)], (Vector3){layerPos + RNDF(wiggle), 0.0f, z + RNDF(wiggle)}, up, RNDF(360), Vector3One(), WHITE); } }
December 2, 2024 at 6:07 PM
gunpladeals.bsky.social
1/12 Hell Knight Syl: Back in stock from €57.51 EUR.
https://gunpla.deals/kits/injection-kits-1-12-hell-knight-syl?viewCurrency=EUR
#BorderModels
1/12 Hell Knight Syl
June 15, 2026 at 5:00 AM
gunpladeals.bsky.social
1/12 Hell Knight Syl: Back in stock from €57.40 EUR.
https://gunpla.deals/kits/injection-kits-1-12-hell-knight-syl?viewCurrency=EUR
#BorderModels
1/12 Hell Knight Syl
June 2, 2026 at 2:00 PM