非dicom更改

src/views/trials/trials-panel/reading/visit-review/components/FileViewer.vue

@@ -1038,26 +1038,26 @@ export default {
       if (area) {
         const areaLine = isEmptyArea
           ? `Area: Oblique not supported`
-          : `Area: ${ps ? parseFloat(area * ps * ps).toFixed(this.digitPlaces) : parseFloat(area).toFixed(this.digitPlaces)} ${ps ? 'mm' + '\xb2' : areaUnit}`
+          : `Area: ${ps ? this.reRound(csUtils.roundNumber(area * ps * ps), this.digitPlaces) : this.reRound(csUtils.roundNumber(area), this.digitPlaces)} ${ps ? 'mm' + '\xb2' : areaUnit}`
         textLines.push(areaLine)
       }
       if (mean) {
-        textLines.push(`Mean: ${parseFloat(mean).toFixed(this.digitPlaces)} ${modalityUnit}`)
+        textLines.push(`Mean: ${this.reRound(csUtils.roundNumber(mean), this.digitPlaces)} ${modalityUnit}`)
       }
 
       if (Number.isFinite(max)) {
-        textLines.push(`Max: ${csUtils.roundNumber(max)} ${modalityUnit}`)
+        textLines.push(`Max: ${this.reRound(csUtils.roundNumber(max), this.digitPlaces)} ${modalityUnit}`)
       }
 
       if (stdDev) {
-        textLines.push(`Std Dev: ${csUtils.roundNumber(stdDev)} ${modalityUnit}`)
+        textLines.push(`Std Dev: ${this.reRound(csUtils.roundNumber(stdDev), this.digitPlaces)} ${modalityUnit}`)
       }
 
       if (perimeter) {
         if (ps) {
-          textLines.push(`Perimeter: ${parseFloat(perimeter * ps).toFixed(this.digitPlaces)} mm`)
+          textLines.push(`Perimeter: ${this.reRound(csUtils.roundNumber(perimeter * ps), this.digitPlaces)} mm`)
         } else {
-          textLines.push(`Perimeter: ${parseFloat(perimeter).toFixed(this.digitPlaces)} ${unit}`)
+          textLines.push(`Perimeter: ${this.reRound(csUtils.roundNumber(perimeter), this.digitPlaces)} ${unit}`)
         }
       }
 
@@ -1084,17 +1084,33 @@ export default {
         ps = parseFloat(this.psArr[i].PS).toFixed(3)
       }
       if (ps) {
-        textLines.push(`Area: ${parseFloat(area * ps * ps).toFixed(this.digitPlaces)} ${'mm' + '\xb2'}`)
+        textLines.push(`Area: ${this.reRound(csUtils.roundNumber(area * ps * ps), this.digitPlaces)} ${'mm' + '\xb2'}`)
       } else {
-        textLines.push(`Area: ${parseFloat(area).toFixed(this.digitPlaces)} ${areaUnit}`)
+        textLines.push(`Area: ${this.reRound(csUtils.roundNumber(area), this.digitPlaces)} ${areaUnit}`)
       }
-
+      textLines.push(`Mean: ${this.reRound(csUtils.roundNumber(mean), this.digitPlaces)} ${modalityUnit}`)
-      textLines.push(`Mean: ${csUtils.roundNumber(mean)} ${modalityUnit}`)
+      textLines.push(`Max: ${this.reRound(csUtils.roundNumber(max), this.digitPlaces)} ${modalityUnit}`)
-      textLines.push(`Max: ${csUtils.roundNumber(max)} ${modalityUnit}`)
+      textLines.push(`Std Dev: ${this.reRound(csUtils.roundNumber(stdDev), this.digitPlaces)} ${modalityUnit}`)
-      textLines.push(`Std Dev: ${csUtils.roundNumber(stdDev)} ${modalityUnit}`)
 
       return textLines
     },
+    reRound(result, finalPrecision) {
+      if (result.includes(', ')) {
+        const numStrs = result.split(', ')
+        const processed = numStrs.map(str => this.processSingle(str, finalPrecision))
+        return processed.join(', ')
+      }
+      return this.processSingle(result, finalPrecision)
+    },
+    processSingle(str, precision) {
+      const num = parseFloat(str)
+      if (isNaN(num)) return 'NaN'
+      
+      // 保留原极小值处理逻辑
+      if (Math.abs(num) < 0.0001) return str
+      const factor = 10 ** precision
+      return (Math.round(num * factor + 0.0000001) / factor).toFixed(precision)
+    },
     debounce(callback, delay) {
       let timerId
       return function() {