| 7917 | return n; |
| 7918 | } |
| 7919 | function yf(e, t, n, i) { |
| 7920 | return Object.assign.apply(null, [ |
| 7921 | {}, |
| 7922 | ...e.map((e) => { |
| 7923 | if ("axisOrient" === e) { |
| 7924 | const e = "x" === n ? "bottom" : "left", |
| 7925 | r = t["x" === n ? "axisBottom" : "axisLeft"] || {}, |
| 7926 | o = t["x" === n ? "axisTop" : "axisRight"] || {}, |
| 7927 | a = new Set([...D(r), ...D(o)]), |
| 7928 | s = {}; |
| 7929 | for (const t of a.values()) |
| 7930 | s[t] = { |
| 7931 | signal: `${i.signal} === "${e}" ? ${An(r[t])} : ${An(o[t])}`, |
| 7932 | }; |
| 7933 | return s; |
| 7934 | } |
| 7935 | return t[e]; |
| 7936 | }), |
| 7937 | ]); |
| 7938 | } |
| 7939 | function vf(e, n) { |
| 7940 | const i = [{}]; |
| 7941 | for (const r of e) { |