菜单
Capture a specific Unity Editor window (including floating windows) as an image, resize it for token efficiency, and visually evaluate it. Use when asked to check, verify, or diagnose the visual state of any Unity Editor window.
用 Codex 或 Claude 帮你安装 复制这段 Prompt，粘贴到 Codex、Claude 或其他助手里，让它检查 Skill 页面并帮你完成安装。
基于 SOC 职业分类
Use when interacting with a running Unity Editor instance — sending commands, checking editor connection status, installing the Pipeline package, or evaluating C# expressions in the editor.
Use when installing, uninstalling, or upgrading Unity editors, adding or listing modules, or browsing available Unity releases.
Use for general Unity CLI operations — list or open projects, list installed editors, read CLI logs, or any other Unity CLI task not covered by a more specific skill (unity-cli-install, unity-cli-build, unity-cli-pipeline).
Use when creating or editing Unity Shader Graph assets programmatically (Unity 6.5+) — authoring custom nodes from HLSL via the Shader Function Reflection API, generating .shadergraph files, or wiring nodes by editing the graph JSON.
Use when reading the Unity Editor Console (log/warning/error entries) or detecting compile errors (C#/Burst, shader, compute shader) from a connected editor via the Pipeline package.
Use when creating a new minimal Unity project.
| name | unity-window-capture |
| description | Capture a specific Unity Editor window (including floating windows) as an image, resize it for token efficiency, and visually evaluate it. Use when asked to check, verify, or diagnose the visual state of any Unity Editor window. |
| allowed-tools | Bash, Read, Agent |
Captures a specific Unity Editor window by OS window ID, strips the shadow, halves the resolution, and reads the result for visual evaluation.
Always delegate the capture + evaluation to a fork agent so that the image data and tool noise never land in the main conversation context. Only the fork's text summary is returned.
Agent(
subagent_type: "fork",
description: "Capture and evaluate Unity window",
prompt: "Capture the Unity Editor window titled 'Audio Tailor' and check
whether the waveform is rendered correctly (green bars filling the
waveform area, no blank region). Save captures to <scratchpad_path>.
Follow the unity-window-capture skill instructions for the capture
steps, then report your findings in 2–3 sentences."
)
The fork inherits this skill's context — describe only the goal and evaluation criteria in the prompt.
macOS permissions (System Settings → Privacy & Security):
screencaptureswift - <<'EOF'
import CoreGraphics
let windows = CGWindowListCopyWindowInfo([.optionAll], kCGNullWindowID) as! [[String: Any]]
for w in windows {
guard let owner = w["kCGWindowOwnerName"] as? String, owner == "Unity" else { continue }
let id = w["kCGWindowNumber"] as? Int ?? -1
let bounds = w["kCGWindowBounds"] as? [String: Any] ?? [:]
let width = bounds["Width"] as? Int ?? 0
let height = bounds["Height"] as? Int ?? 0
let x = bounds["X"] as? Int ?? 0
let y = bounds["Y"] as? Int ?? 0
let layer = w["kCGWindowLayer"] as? Int ?? 0
if layer == 0 && width > 100 && width < 2000 && height < 1200 {
print("ID=\(id) \(width)x\(height) @(\(x),\(y))")
}
}
EOF
Compare output before/after opening the target window to identify the new entry.
WID=<window_id>
OUT=<scratchpad_path>/unity_capture.png
SMALL=<scratchpad_path>/unity_capture_small.png
screencapture -l $WID -o $OUT
W=$(sips -g pixelWidth $OUT | awk '{print $2}')
sips -Z $((W / 2)) $OUT --out $SMALL
Use the Read tool on $SMALL. Return a concise text summary (2–3 sentences) to the parent — do not include raw image data or tool output dumps.
# Via MenuItem
unity command eval --code \
'UnityEditor.EditorApplication.ExecuteMenuItem("Window/Audio/Audio Tailor");'
# Close by type name
unity command eval --code "
var wins = UnityEngine.Resources.FindObjectsOfTypeAll<UnityEditor.EditorWindow>();
foreach (var w in wins) if (w.GetType().Name == \"MyWindow\") { w.Close(); break; }
"
screencapture captures at 2× logical pixels; halving still gives sharp 1× images.