{
 "512": {
  "tq3p": {
   "encode_prompt_s": 17.51,
   "sampling_s": 259.43,
   "s_per_it": 64.858,
   "vae_decode_s": 9.43,
   "total_s": 286.4
  },
  "q4km": {
   "encode_prompt_s": 12.81,
   "sampling_s": 171.32,
   "s_per_it": 42.83,
   "vae_decode_s": 9.46,
   "total_s": 193.6
  }
 },
 "1024": {
  "tq3p": {
   "encode_prompt_s": 17.19,
   "sampling_s": 833.03,
   "s_per_it": 208.257,
   "vae_decode_s": 35.89,
   "total_s": 886.1
  },
  "q4km": {
   "encode_prompt_s": 12.17,
   "sampling_s": 570.16,
   "s_per_it": 142.54,
   "vae_decode_s": 36.9,
   "total_s": 619.2
  }
 },
 "_meta": {
  "host": "RunPod CPU pod cpu5g, AMD EPYC 4564P 16 vCPU, 124 GB RAM (96 GB disponivel)",
  "runtime": "stable-diffusion.cpp master-802-e92e86f + sdcpp-cpu.patch, SD_CUDA=OFF, -t 16",
  "protocolo": "4 steps, euler, cfg 1.0, seed 42, VAE small-decoder; RAM FOLGADA (sem --mmap) => mede o TETO de CPU, sem releitura de disco",
  "n": "1 execucao por (braco, resolucao) -- s/it e derivado do sampling isolado do log, nao do wall total",
  "bracos": {
   "tq3p": "DiT TQ3P (6,1875 bpw) + TE Qwen3-8B TQ3P",
   "q4km": "DiT Q4_K_M (~4,5 bpw) + TE Qwen3-8B Q8_0"
  },
  "veredito": "em CPU o Q4_K_M GANHA: 1,51x a 512 e 1,46x a 1024 -- o inverso da GPU (onde o TQ3P ganha 1,52x). Em CPU o custo e bytes lidos por peso, e o K3 le ~37% mais que o Q4_K_M.",
  "executado_via": "python3 -m sasori draw (o subcomando novo, exercitado de verdade)",
  "razao_tq3p_sobre_q4km": {
   "512": 1.514,
   "1024": 1.461
  }
 }
}