package defpackage; import com.iflytek.cloud.SpeechConstant; /* renamed from: vs reason: default package */ public final class vs { private ahe amH; private coj auw; private eud aux; private ws auz; public vs(ahe ahe, coj coj, eud eud) { this.amH = ahe; this.auw = coj; this.aux = eud; } private ws b(ahf ahf) { if (this.auz == null) { this.auz = new ws(this.auw, this.aux); } this.auz.aox = ahf; return this.auz; } public final void nq() { String str; this.auw.startDocument(); this.auw.N("cs", "chartStyle"); this.auw.M("cs", "http://schemas.microsoft.com/office/drawing/2012/chartStyle"); this.auw.M("a", "http://schemas.openxmlformats.org/drawingml/2006/main"); this.auw.r("id", this.amH.mId); ahf ahf = this.amH.aFR[0]; if (ahf != null) { b(ahf).write("axisTitle"); } ahf ahf2 = this.amH.aFR[1]; if (ahf2 != null) { b(ahf2).write("categoryAxis"); } ahf ahf3 = this.amH.aFR[2]; if (ahf3 != null) { b(ahf3).write("chartArea"); } ahf ahf4 = this.amH.aFR[3]; if (ahf4 != null) { b(ahf4).write("dataLabel"); } ahf ahf5 = this.amH.aFR[4]; if (ahf5 != null) { b(ahf5).write("dataLabelCallout"); } ahf ahf6 = this.amH.aFR[5]; if (ahf6 != null) { b(ahf6).write("dataPoint"); } ahf ahf7 = this.amH.aFR[6]; if (ahf7 != null) { b(ahf7).write("dataPoint3D"); } ahf ahf8 = this.amH.aFR[7]; if (ahf8 != null) { b(ahf8).write("dataPointLine"); } ahf ahf9 = this.amH.aFR[8]; if (ahf9 != null) { b(ahf9).write("dataPointMarker"); } this.auw.N("cs", "dataPointMarkerLayout"); int i = this.amH.aFG; if (-1 != i) { switch (i) { case 0: str = "circle"; break; case 1: str = "dash"; break; case 2: str = "diamond"; break; case 3: str = "dot"; break; case 4: case 5: default: str = "circle"; break; case 6: str = SpeechConstant.MODE_PLUS; break; case 7: str = "square"; break; case 8: str = "star"; break; case 9: str = "triangle"; break; case 10: str = "x"; break; } this.auw.J("symbol", str); } int i2 = this.amH.aFF; if (-1 != i2) { if (i2 < 2 || i2 > 72) { this.auw.r("size", 2); } else { this.auw.r("size", i2); } } this.auw.O("cs", "dataPointMarkerLayout"); ahf ahf10 = this.amH.aFR[9]; if (ahf10 != null) { b(ahf10).write("dataPointWireframe"); } ahf ahf11 = this.amH.aFR[10]; if (ahf11 != null) { b(ahf11).write("dataTable"); } ahf ahf12 = this.amH.aFR[11]; if (ahf12 != null) { b(ahf12).write("downBar"); } ahf ahf13 = this.amH.aFR[12]; if (ahf13 != null) { b(ahf13).write("dropLine"); } ahf ahf14 = this.amH.aFR[13]; if (ahf14 != null) { b(ahf14).write("errorBar"); } ahf ahf15 = this.amH.aFR[14]; if (ahf15 != null) { b(ahf15).write("floor"); } ahf ahf16 = this.amH.aFR[15]; if (ahf16 != null) { b(ahf16).write("gridlineMajor"); } ahf ahf17 = this.amH.aFR[16]; if (ahf17 != null) { b(ahf17).write("gridlineMinor"); } ahf ahf18 = this.amH.aFR[17]; if (ahf18 != null) { b(ahf18).write("hiLoLine"); } ahf ahf19 = this.amH.aFR[18]; if (ahf19 != null) { b(ahf19).write("leaderLine"); } ahf ahf20 = this.amH.aFR[19]; if (ahf20 != null) { b(ahf20).write("legend"); } ahf ahf21 = this.amH.aFR[20]; if (ahf21 != null) { b(ahf21).write("plotArea"); } ahf ahf22 = this.amH.aFR[21]; if (ahf22 != null) { b(ahf22).write("plotArea3D"); } ahf ahf23 = this.amH.aFR[22]; if (ahf23 != null) { b(ahf23).write("seriesAxis"); } ahf ahf24 = this.amH.aFR[23]; if (ahf24 != null) { b(ahf24).write("seriesLine"); } ahf ahf25 = this.amH.aFR[24]; if (ahf25 != null) { b(ahf25).write("title"); } ahf ahf26 = this.amH.aFR[25]; if (ahf26 != null) { b(ahf26).write("trendline"); } ahf ahf27 = this.amH.aFR[26]; if (ahf27 != null) { b(ahf27).write("trendlineLabel"); } ahf ahf28 = this.amH.aFR[27]; if (ahf28 != null) { b(ahf28).write("upBar"); } ahf ahf29 = this.amH.aFR[28]; if (ahf29 != null) { b(ahf29).write("valueAxis"); } ahf ahf30 = this.amH.aFR[29]; if (ahf30 != null) { b(ahf30).write("wall"); } this.auz = null; this.auw.O("cs", "chartStyle"); this.auw.endDocument(); } }