package defpackage;
import com.iflytek.cloud.SpeechConstant;
import com.mopub.mobileads.VastExtensionXmlManager;
import java.util.ArrayList;
import java.util.List;
import org.apache.commons.httpclient.HttpState;
import org.apache.commons.httpclient.HttpStatus;
/* renamed from: skf reason: default package */
public final class skf {
public static List<String> ucW = new ArrayList();
public static List<String> ucX = new ArrayList();
static {
String[] strArr = new String[HttpStatus.SC_RESET_CONTENT];
strArr[0] = "";
strArr[1] = "rect";
strArr[2] = "roundRect";
strArr[3] = "ellipse";
strArr[4] = "diamond";
strArr[5] = "triangle";
strArr[6] = "rtTriangle";
strArr[7] = "parallelogram";
strArr[8] = "trapezoid";
strArr[9] = "hexagon";
strArr[10] = "octagon";
strArr[11] = SpeechConstant.MODE_PLUS;
strArr[12] = "star5";
strArr[13] = "rightArrow";
strArr[14] = "thickArrow";
strArr[15] = "homePlate";
strArr[16] = "cube";
strArr[17] = "balloon";
strArr[18] = "";
strArr[19] = "arc";
strArr[20] = "line";
strArr[21] = "plaque";
strArr[22] = "can";
strArr[23] = "donut";
strArr[24] = "";
strArr[25] = "";
strArr[26] = "";
strArr[27] = "";
strArr[28] = "";
strArr[29] = "";
strArr[30] = "";
strArr[31] = "";
strArr[32] = "straightConnector1";
strArr[33] = "bentConnector2";
strArr[34] = "bentConnector3";
strArr[35] = "bentConnector4";
strArr[36] = "bentConnector5";
strArr[37] = "curvedConnector2";
strArr[38] = "curvedConnector3";
strArr[39] = "curvedConnector4";
strArr[40] = "curvedConnector5";
strArr[41] = "callout1";
strArr[42] = "callout2";
strArr[43] = "callout3";
strArr[44] = "accentCallout1";
strArr[45] = "accentCallout2";
strArr[46] = "accentCallout3";
strArr[47] = "borderCallout1";
strArr[48] = "borderCallout2";
strArr[49] = "borderCallout3";
strArr[50] = "accentBorderCallout1";
strArr[51] = "accentBorderCallout2";
strArr[52] = "accentBorderCallout3";
strArr[53] = "ribbon";
strArr[54] = "ribbon2";
strArr[55] = "chevron";
strArr[56] = "pentagon";
strArr[57] = "noSmoking";
strArr[58] = "star8";
strArr[59] = "star16";
strArr[60] = "star32";
strArr[61] = "wedgeRectCallout";
strArr[62] = "wedgeRoundRectCallout";
strArr[63] = "wedgeEllipseCallout";
strArr[64] = "wave";
strArr[65] = "foldedCorner";
strArr[66] = "leftArrow";
strArr[67] = "downArrow";
strArr[68] = "upArrow";
strArr[69] = "leftRightArrow";
strArr[70] = "upDownArrow";
strArr[71] = "irregularSeal1";
strArr[72] = "irregularSeal2";
strArr[73] = "lightningBolt";
strArr[74] = "heart";
strArr[75] = "rect";
strArr[76] = "quadArrow";
strArr[77] = "leftArrowCallout";
strArr[78] = "rightArrowCallout";
strArr[79] = "upArrowCallout";
strArr[80] = "downArrowCallout";
strArr[81] = "leftRightArrowCallout";
strArr[82] = "upDownArrowCallout";
strArr[83] = "quadArrowCallout";
strArr[84] = "bevel";
strArr[85] = "leftBracket";
strArr[86] = "rightBracket";
strArr[87] = "leftBrace";
strArr[88] = "rightBrace";
strArr[89] = "leftUpArrow";
strArr[90] = "bentUpArrow";
strArr[91] = "bentArrow";
strArr[92] = "star24";
strArr[93] = "stripedRightArrow";
strArr[94] = "notchedRightArrow";
strArr[95] = "blockArc";
strArr[96] = "smileyFace";
strArr[97] = "verticalScroll";
strArr[98] = "horizontalScroll";
strArr[99] = "circularArrow";
strArr[100] = "";
strArr[101] = "uturnArrow";
strArr[102] = "curvedRightArrow";
strArr[103] = "curvedLeftArrow";
strArr[104] = "curvedUpArrow";
strArr[105] = "curvedDownArrow";
strArr[106] = "cloudCallout";
strArr[107] = "ellipseRibbon";
strArr[108] = "ellipseRibbon2";
strArr[109] = "flowChartProcess";
strArr[110] = "flowChartDecision";
strArr[111] = "flowChartInputOutput";
strArr[112] = "flowChartPredefinedProcess";
strArr[113] = "flowChartInternalStorage";
strArr[114] = "flowChartDocument";
strArr[115] = "flowChartMultidocument";
strArr[116] = "flowChartTerminator";
strArr[117] = "flowChartPreparation";
strArr[118] = "flowChartManualInput";
strArr[119] = "flowChartManualOperation";
strArr[120] = "flowChartConnector";
strArr[121] = "flowChartPunchedCard";
strArr[122] = "flowChartPunchedTape";
strArr[123] = "flowChartSummingJunction";
strArr[124] = "flowChartOr";
strArr[125] = "flowChartCollate";
strArr[126] = "flowChartSort";
strArr[127] = "flowChartExtract";
strArr[128] = "flowChartMerge";
strArr[129] = "flowChartOfflineStorage";
strArr[130] = "flowChartOnlineStorage";
strArr[131] = "flowChartMagneticTape";
strArr[132] = "flowChartMagneticDisk";
strArr[133] = "flowChartMagneticDrum";
strArr[134] = "flowChartDisplay";
strArr[135] = "flowChartDelay";
strArr[136] = "rect";
strArr[137] = "rect";
strArr[138] = "rect";
strArr[139] = "rect";
strArr[140] = "rect";
strArr[141] = "rect";
strArr[142] = "rect";
strArr[143] = "rect";
strArr[144] = "rect";
strArr[145] = "rect";
strArr[146] = "rect";
strArr[147] = "rect";
strArr[148] = "rect";
strArr[149] = "rect";
strArr[150] = "rect";
strArr[151] = "rect";
strArr[152] = "rect";
strArr[153] = "rect";
strArr[154] = "rect";
strArr[155] = "rect";
strArr[156] = "rect";
strArr[157] = "rect";
strArr[158] = "rect";
strArr[159] = "rect";
strArr[160] = "rect";
strArr[161] = "rect";
strArr[162] = "rect";
strArr[163] = "rect";
strArr[164] = "rect";
strArr[165] = "rect";
strArr[166] = "rect";
strArr[167] = "rect";
strArr[168] = "rect";
strArr[169] = "rect";
strArr[170] = "rect";
strArr[171] = "rect";
strArr[172] = "rect";
strArr[173] = "rect";
strArr[174] = "rect";
strArr[175] = "rect";
strArr[176] = "flowChartAlternateProcess";
strArr[177] = "flowChartOffpageConnector";
strArr[178] = "callout1";
strArr[179] = "accentCallout1";
strArr[180] = "borderCallout1";
strArr[181] = "accentBorderCallout1";
strArr[182] = "leftRightUpArrow";
strArr[183] = "sun";
strArr[184] = "moon";
strArr[185] = "bracketPair";
strArr[186] = "bracePair";
strArr[187] = "star4";
strArr[188] = "doubleWave";
strArr[189] = "actionButtonBlank";
strArr[190] = "actionButtonHome";
strArr[191] = "actionButtonHelp";
strArr[192] = "actionButtonInformation";
strArr[193] = "actionButtonForwardNext";
strArr[194] = "actionButtonBackPrevious";
strArr[195] = "actionButtonEnd";
strArr[196] = "actionButtonBeginning";
strArr[197] = "actionButtonReturn";
strArr[198] = "actionButtonDocument";
strArr[199] = "actionButtonSound";
strArr[200] = "actionButtonMovie";
strArr[201] = "rect";
strArr[202] = "rect";
strArr[203] = "rect";
strArr[204] = "rect";
String[] strArr2 = {"snip1Rect", "snip2SameRect", "snip2DiagRect", "snipRoundRect", "round1Rect", "round2SameRect", "round2DiagRect", "heptagon", "pie", "chord", "teardrop", "halfFrame", "corner", "diagStripe", SpeechConstant.TYPE_CLOUD, "mathPlus", "mathMinus", "mathMultiply", "mathDivide", "mathEqual", "mathNotEqual", "star6", "star7", "star10", "star12", "decagon", "dodecagon", "frame"};
for (int i = 0; i < 205; i++) {
ucW.add(strArr[i]);
}
for (int i2 = 0; i2 < 28; i2++) {
ucX.add(strArr2[i2]);
}
}
public static void a(coj coj, int i, float f) {
float f2 = 1.0f - f;
if (i != new elb().eXR || f2 != 0.0f) {
coj.N("a", "srgbClr");
String format = String.format("%06x", Integer.valueOf(i));
if (format.length() > 6) {
format = format.substring(2);
}
coj.J("val", format);
float f3 = f2 * 100000.0f;
if (100000.0f != f3) {
coj.N("a", "alpha");
coj.r("val", (int) f3);
coj.O("a", "alpha");
}
coj.O("a", "srgbClr");
}
}
private static void a(coj coj, bvk bvk, String str) {
coj.N("a", "path");
coj.J("path", str);
coj.N("a", "fillToRect");
coj.r("l", (int) (bvk.left * 100000.0f));
coj.r("t", (int) (bvk.top * 100000.0f));
coj.r("r", (int) ((1.0f - bvk.left) * 100000.0f));
coj.r("b", (int) ((1.0f - bvk.top) * 100000.0f));
coj.O("a", "fillToRect");
coj.O("a", "path");
coj.N("a", "tileRect");
coj.O("a", "tileRect");
}
private static void a(coj coj, euv euv, skk skk, boolean z) {
String b = skk.b(euv);
if (b != null) {
coj.N("a", "blipFill");
if (!z) {
coj.r("rotWithShape", 0);
}
coj.N("a", "blip");
coj.h("xmlns", "r", "http://schemas.openxmlformats.org/officeDocument/2006/relationships");
coj.h("r", "embed", b);
int blX = (int) ((1.0f - euv.blX()) * 100000.0f);
if (blX != 100000) {
coj.N("a", "alphaModFix");
coj.r("amt", blX);
coj.O("a", "alphaModFix");
}
coj.O("a", "blip");
coj.N("a", "srcRect");
coj.O("a", "srcRect");
if (euv.blW() == 2) {
coj.N("a", "tile");
bvk bma = euv.bma();
if (bma == null) {
bma = new bvk(0.0f, 0.0f, 1.0f, 1.0f);
}
coj.r("tx", (int) (bma.left * 12700.0f));
coj.r("ty", (int) (bma.top * 12700.0f));
coj.r("sx", ((int) bma.right) * 100000);
coj.r("sy", ((int) bma.bottom) * 100000);
String str = "none";
if (euv.eWn.contains(1114346)) {
str = euv.eWn.getString(1114346);
}
coj.J("flip", str);
String str2 = "tl";
if (euv.eWn.contains(1114328)) {
str2 = euv.eWn.getString(1114328);
}
coj.J("algn", str2);
coj.O("a", "tile");
} else {
coj.N("a", "stretch");
coj.N("a", "fillRect");
bvk bma2 = euv.bma();
if (bma2 == null) {
bma2 = new bvk(0.0f, 0.0f, 0.0f, 0.0f);
}
coj.r("l", ((int) bma2.left) * 100000);
coj.r("t", ((int) bma2.top) * 100000);
coj.r("r", ((int) bma2.right) * 100000);
coj.r("b", ((int) bma2.bottom) * 100000);
coj.O("a", "fillRect");
coj.O("a", "stretch");
}
coj.O("a", "blipFill");
}
}
private static void a(coj coj, eux eux, boolean z) {
coj.N("a", "gradFill");
if (!z) {
coj.r("rotWithShape", 0);
}
eva bmi = eux.bmi();
if (bmi != null) {
coj.N("a", "gsLst");
if (eux.bmh() == 0.0f || eux.bmh() == -50.0f) {
for (int i = 0; i < bmi.flD.size(); i++) {
bmi.th(i).flC = 1.0f - bmi.th(i).flC;
}
}
if (eux.bmh() == 50.0f || eux.bmh() == -50.0f) {
if (eux.bmg() < 0.0f) {
for (int i2 = 0; i2 < bmi.flD.size(); i2++) {
bmi.th(i2).flC = 1.0f - bmi.th(i2).flC;
}
}
for (int i3 = 0; i3 < bmi.flD.size(); i3++) {
bmi.th(i3).flC /= 2.0f;
}
int size = bmi.flD.size();
for (int i4 = 0; i4 < size; i4++) {
if (bmi.th(i4).flC != 0.5f) {
euz euz = new euz();
euz.color = bmi.th(i4).color;
euz.setAlpha(bmi.th(i4).getAlpha());
euz.flC = 1.0f - bmi.th(i4).flC;
bmi.a(euz);
}
}
}
for (int i5 = 0; i5 < bmi.flD.size(); i5++) {
euz th = bmi.th(i5);
coj.N("a", "gs");
coj.r("pos", (int) (th.flC * 100000.0f));
a(coj, th.color, 1.0f - th.getAlpha());
coj.O("a", "gs");
}
coj.O("a", "gsLst");
}
bvk blZ = eux.blZ();
float bmg = eux.bmg();
if (bmg < 0.0f) {
bmg += 180.0f;
}
float f = bmg > 90.0f ? 450.0f - bmg : 90.0f - bmg;
switch (eux.blW()) {
case 4:
coj.N("a", "lin");
coj.r("ang", (int) (f * 60000.0f));
coj.O("a", "lin");
break;
case 5:
a(coj, blZ, "rect");
break;
case 6:
a(coj, blZ, "shape");
break;
case 7:
coj.N("a", "lin");
coj.r("ang", (int) (f * 60000.0f));
coj.r("scaled", 1);
coj.O("a", "lin");
break;
case 10:
a(coj, blZ, "circle");
break;
}
coj.O("a", "gradFill");
}
private static void a(coj coj, evl evl, skk skk) {
String afZ = skk.afZ(evl.bal() - 1);
if (afZ != null) {
coj.N("a", "pattFill");
coj.J("prst", afZ);
coj.N("a", "fgClr");
a(coj, evl.getColor(), evl.blX());
coj.O("a", "fgClr");
coj.N("a", "bgClr");
a(coj, evl.bmb(), evl.blY());
coj.O("a", "bgClr");
coj.O("a", "pattFill");
}
}
private static void a(coj coj, evs evs) {
if (evs != null) {
coj.N("a", "solidFill");
a(coj, evs.getColor(), evs.blX());
coj.O("a", "solidFill");
}
}
private static void a(coj coj, ewb ewb, String str) {
coj.N("a", str);
coj.J(VastExtensionXmlManager.TYPE, sdp.tRV.get(ewb.head));
coj.J("w", sdp.tUW.get(ewb.width));
coj.J("len", sdp.tUW.get(ewb.len));
coj.O("a", str);
}
/* JADX WARNING: Removed duplicated region for block: B:127:0x05f1 */
/* JADX WARNING: Removed duplicated region for block: B:128:0x062c */
/* JADX WARNING: Removed duplicated region for block: B:129:0x0667 */
/* JADX WARNING: Removed duplicated region for block: B:136:0x06ed */
/* JADX WARNING: Removed duplicated region for block: B:143:0x0771 */
/* JADX WARNING: Removed duplicated region for block: B:144:0x07fd */
/* JADX WARNING: Removed duplicated region for block: B:145:0x0812 */
/* JADX WARNING: Removed duplicated region for block: B:205:0x0998 */
/* JADX WARNING: Removed duplicated region for block: B:246:0x0ae3 */
public static void a(coj coj, rfq rfq, skk skk) {
String str;
String str2;
int i;
int i2;
int i3;
coj.N("xdr", "spPr");
coj.N("a", "xfrm");
if (rfq.eWA() != 0.0f) {
coj.r("rot", (int) (rfq.eWA() * 60000.0f));
}
if (rfq.baJ() != null) {
ejj baJ = rfq.baJ();
if (baJ.aZf()) {
coj.r("flipH", 1);
}
if (baJ.aZg()) {
coj.r("flipV", 1);
}
}
if (rfq.tfW.eWM() instanceof rfi) {
rfi rfi = (rfi) rfq.tfW.eWM();
float eWA = rfq.eWA();
long eVT = (long) rfi.eVT();
long eVU = (long) rfi.eVU();
long eVW = (long) (rfi.eVW() - rfi.eVT());
long eVV = (long) (rfi.eVV() - rfi.eVU());
float f = eWA % 360.0f;
if (f < 0.0f) {
f += 360.0f;
}
if ((f != 135.0f && Math.abs(f - 90.0f) <= 45.0f) || (f != 315.0f && Math.abs(f - 270.0f) <= 45.0f)) {
eVT = (eVT + (eVW / 2)) - (eVV / 2);
eVU = (eVU + (eVV / 2)) - (eVW / 2);
eVW = eVV;
eVV = eVW;
}
coj.N("a", "off");
coj.J("x", Long.toString(eVT));
coj.J("y", Long.toString(eVU));
coj.O("a", "off");
coj.N("a", "ext");
coj.J("cx", Long.toString(eVW));
coj.J("cy", Long.toString(eVV));
coj.O("a", "ext");
} else if (rfq.aZl() != null) {
bvk aZl = rfq.aZl();
coj.N("a", "off");
coj.J("x", Long.toString((long) aZl.left));
coj.J("y", Long.toString((long) aZl.top));
coj.O("a", "off");
coj.N("a", "ext");
coj.J("cx", Long.toString((long) (aZl.right - aZl.left)));
coj.J("cy", Long.toString((long) (aZl.bottom - aZl.top)));
coj.O("a", "ext");
} else {
coj.N("a", "off");
coj.r("x", 0);
coj.r("y", 0);
coj.O("a", "off");
coj.N("a", "ext");
coj.r("cx", 0);
coj.r("cy", 0);
coj.O("a", "ext");
}
coj.O("a", "xfrm");
int baM = rfq.baM();
if (baM == 100) {
baM = 0;
rfq.ss(0);
}
if (baM > 0 || ucX.indexOf(rfq.eVK) != -1) {
int baM2 = rfq.baM();
if ((baM2 >= 0 && baM2 < ucW.size()) || ucX.indexOf(rfq.eVK) != -1) {
coj.N("a", "prstGeom");
if (baM2 == 0) {
str2 = rfq.eVK;
} else {
List<String> list = ucW;
if (baM2 == -1) {
baM2 = 1;
}
str2 = list.get(baM2);
}
coj.J("prst", str2);
coj.N("a", "avLst");
coj.O("a", "avLst");
coj.O("a", "prstGeom");
}
} else if (rfq.baM() == 0 && rfq.baU() != null) {
coj.N("a", "custGeom");
coj.N("a", "avLst");
coj.O("a", "avLst");
exk baU = rfq.baU();
int[] bqT = baU.bqT();
exr[] bqV = baU.bqV();
if (bqT != null) {
coj.N("a", "gdLst");
bvk bqS = baU.bqS();
int i4 = (int) bqS.right;
int i5 = (int) bqS.bottom;
int i6 = 0;
for (int i7 = 0; i7 < bqV.length; i7++) {
if (bqV[i7].fph == 64 || bqV[i7].fph == 0 || bqV[i7].fph == 32) {
coj.N("a", "gd");
int i8 = i6 + 1;
coj.J("name", "T" + i6);
coj.J("fmla", "*/ " + bqT[(bqV[i7].start + exd.X(bqV[i7].fph)) - 2] + " w " + i4);
coj.O("a", "gd");
coj.N("a", "gd");
i6 = i8 + 1;
coj.J("name", "T" + i8);
coj.J("fmla", "*/ " + bqT[(bqV[i7].start + exd.X(bqV[i7].fph)) - 1] + " h " + i5);
coj.O("a", "gd");
}
}
coj.O("a", "gdLst");
coj.N("a", "ahLst");
coj.O("a", "ahLst");
coj.N("a", "cxnLst");
for (int i9 = 0; i9 < i6; i9 += 2) {
coj.N("a", "cxn");
coj.r("ang", 0);
coj.N("a", "pos");
coj.J("x", "T" + i9);
coj.J("y", "T" + (i9 + 1));
coj.O("a", "pos");
coj.O("a", "cxn");
}
coj.O("a", "cxnLst");
coj.N("a", "rect");
coj.J("l", "0");
coj.J("t", "0");
coj.J("r", "r");
coj.J("b", "b");
coj.O("a", "rect");
coj.N("a", "pathLst");
coj.N("a", "path");
boolean z = false;
for (exr exr : bqV) {
switch (exr.fph) {
case 128:
z = true;
break;
case 170:
coj.J("fill", "none");
break;
case 171:
coj.J("stroke", HttpState.PREEMPTIVE_DEFAULT);
break;
}
if (z) {
coj.r("w", i4);
coj.r("h", i5);
i = 0;
i2 = 0;
while (i2 < bqV.length && i < bqT.length) {
switch (bqV[i2].fph) {
case 0:
coj.N("a", "lnTo");
coj.N("a", "pt");
int i10 = i + 1;
coj.r("x", bqT[i]);
i3 = i10 + 1;
coj.r("y", bqT[i10]);
coj.O("a", "pt");
coj.O("a", "lnTo");
continue;
continue;
i2++;
i = i3;
case 32:
coj.N("a", "cubicBezTo");
coj.N("a", "pt");
coj.r("x", bqT[i]);
coj.r("y", bqT[i + 1]);
coj.O("a", "pt");
coj.N("a", "pt");
coj.r("x", bqT[i + 2]);
coj.r("y", bqT[i + 3]);
coj.O("a", "pt");
coj.N("a", "pt");
coj.r("x", bqT[i + 4]);
coj.r("y", bqT[i + 5]);
coj.O("a", "pt");
coj.O("a", "cubicBezTo");
i3 = i + 6;
continue;
continue;
i2++;
i = i3;
case 64:
coj.N("a", "moveTo");
coj.N("a", "pt");
int i11 = i + 1;
coj.r("x", bqT[i]);
i3 = i11 + 1;
coj.r("y", bqT[i11]);
coj.O("a", "pt");
coj.O("a", "moveTo");
continue;
continue;
i2++;
i = i3;
case 96:
coj.N("a", "close");
coj.O("a", "close");
i3 = i;
continue;
continue;
i2++;
i = i3;
case 128:
coj.O("a", "path");
if (i2 + 1 < bqV.length) {
coj.N("a", "path");
coj.r("w", i4);
coj.r("h", i5);
boolean z2 = false;
for (int i12 = i2; i12 < bqV.length; i12++) {
switch (bqV[i2].fph) {
case 128:
z2 = true;
break;
case 170:
coj.J("fill", "none");
break;
case 171:
coj.J("stroke", HttpState.PREEMPTIVE_DEFAULT);
break;
}
if (z2) {
break;
}
}
break;
}
break;
case 163:
if (i + 7 < bqT.length) {
coj.N("a", "arcTo");
int i13 = bqT[i];
int i14 = bqT[i + 1];
int i15 = bqT[i + 2];
int i16 = bqT[i + 3];
int i17 = (i15 - i13) / 2;
int i18 = (i16 - i14) / 2;
int i19 = (i13 + i15) / 2;
int i20 = (i14 + i16) / 2;
float ky = ky(bqT[i + 4] - i19, i20 - bqT[i + 5]);
float ky2 = ky - ky(bqT[i + 6] - i19, i20 - bqT[i + 7]);
if (ky2 <= 0.0f) {
ky2 += 360.0f;
}
coj.r("wR", i17);
coj.r("hR", i18);
coj.r("stAng", (int) (ky * 60000.0f));
coj.r("swAng", (int) ((-ky2) * 60000.0f));
coj.O("a", "arcTo");
}
i3 = i + 8;
continue;
continue;
i2++;
i = i3;
case 165:
if (bqT.length >= i + 7) {
coj.N("a", "arcTo");
int i21 = bqT[i];
int i22 = bqT[i + 1];
int i23 = bqT[i + 2];
int i24 = bqT[i + 3];
int i25 = (i23 - i21) / 2;
int i26 = (i24 - i22) / 2;
int i27 = (i21 + i23) / 2;
int i28 = (i22 + i24) / 2;
float ky3 = ky(bqT[i + 4] - i27, i28 - bqT[i + 5]);
float ky4 = ky(bqT[i + 6] - i27, i28 - bqT[i + 7]) - ky3;
if (ky4 <= 0.0f) {
ky4 += 360.0f;
}
coj.r("wR", i25);
coj.r("hR", i26);
coj.r("stAng", (int) (ky3 * 60000.0f));
coj.r("swAng", (int) (ky4 * 60000.0f));
coj.O("a", "arcTo");
}
i3 = i + 8;
continue;
continue;
i2++;
i = i3;
}
i3 = i;
i2++;
i = i3;
}
if (bqV.length <= 0 || bqV[bqV.length - 1].fph != 128) {
coj.O("a", "path");
}
coj.O("a", "path");
coj.O("a", "pathLst");
}
}
coj.r("w", i4);
coj.r("h", i5);
i = 0;
i2 = 0;
while (i2 < bqV.length) {
switch (bqV[i2].fph) {
case 0:
break;
case 32:
break;
case 64:
break;
case 96:
break;
case 128:
break;
case 163:
break;
case 165:
break;
}
i3 = i;
i2++;
i = i3;
}
coj.O("a", "path");
coj.O("a", "path");
coj.O("a", "pathLst");
}
coj.O("a", "custGeom");
}
if (rfq.baT() == null) {
euw bbd = rfq.bbd();
if (bbd == null || !bbd.bmc()) {
coj.N("a", "noFill");
coj.O("a", "noFill");
} else if (bbd instanceof evs) {
a(coj, (evs) bbd);
} else if (bbd instanceof evl) {
a(coj, (evl) bbd, skk);
} else if (bbd instanceof euv) {
a(coj, (euv) bbd, skk, rfq.baE());
} else if (bbd instanceof eux) {
a(coj, (eux) bbd, rfq.baE());
}
ewc yo = rfq.yo();
coj.N("a", "ln");
if (yo != null) {
coj.r("w", (int) (yo.getWidth() * 12700.0f));
coj.J("cap", sdp.tUU.get(yo.bmY()));
coj.J("cmpd", sdp.tRU.get(yo.bmT()));
if (yo.bmS()) {
euw bbd2 = yo.bbd();
if (bbd2 == null) {
coj.N("a", "solidFill");
a(coj, yo.getColor(), yo.blX());
coj.O("a", "solidFill");
} else if (bbd2 instanceof evs) {
a(coj, (evs) bbd2);
} else if (bbd2 instanceof evl) {
a(coj, (evl) bbd2, skk);
} else if (bbd2 instanceof euv) {
a(coj, (euv) bbd2, skk, true);
} else if (bbd2 instanceof eux) {
a(coj, (eux) bbd2, true);
}
} else {
coj.N("a", "noFill");
coj.O("a", "noFill");
}
int bmU = yo.bmU();
coj.N("a", "prstDash");
if (bmU < 0 || bmU >= sdp.tUV.size()) {
bmU = 0;
}
coj.J("val", sdp.tUV.get(bmU));
coj.O("a", "prstDash");
String[] strArr = {"bevel", "miter", "round"};
if (yo.bmW() < 3) {
coj.N("a", strArr[yo.bmW()]);
coj.O("a", strArr[yo.bmW()]);
}
if (yo.bmZ() != null) {
a(coj, yo.bmZ(), "headEnd");
}
if (yo.bna() != null) {
a(coj, yo.bna(), "tailEnd");
}
} else {
coj.N("a", "noFill");
coj.O("a", "noFill");
}
coj.O("a", "ln");
coj.N("a", "effectLst");
euo yi = rfq.yi();
if (yi != null && yi.bkz()) {
float bkD = yi.bkD();
float bkF = yi.bkF();
float sqrt = (float) Math.sqrt((double) ((bkD * bkD) + (bkF * bkF)));
float acos = (float) ((Math.acos((double) (bkD / sqrt)) * 180.0d) / 3.141592653589793d);
if (bkF < 0.0f) {
acos = 360.0f - acos;
}
if (yi.bky() == 2) {
float bkN = yi.bkN();
float bkL = yi.bkL();
boolean z3 = Math.abs(Math.abs(bkL) - 1.4141846f) < 1.0E-6f;
if (bkN == 1.0f && z3) {
str = bkL > 0.0f ? "shdw11" : "shdw12";
if (str == null) {
}
} else if (bkN == -1.0f && z3) {
str = bkL > 0.0f ? "shdw15" : "shdw16";
if (str == null) {
coj.N("a", "outerShdw");
coj.J("dist", Long.toString((long) ((int) (sqrt * 12700.0f))));
coj.J("dir", Long.toString((long) (acos * 60000.0f)));
if (yi.bkK() != 1.0f) {
coj.J("sx", Long.toString((long) (yi.bkK() * 100000.0f)));
}
if (yi.bkN() != 1.0f) {
coj.J("sy", Long.toString((long) (yi.bkN() * 100000.0f)));
}
if (yi.bkL() != 1.0f) {
coj.J("kx", Long.toString((long) (((float) ((Math.atan((double) yi.bkL()) * 180.0d) / 3.141592653589793d)) * 60000.0f)));
}
float bkQ = yi.bkQ();
float bkR = yi.bkR();
String str3 = "";
if (bkR < 0.0f) {
str3 = "t";
} else if (bkR > 0.0f) {
str3 = "b";
}
if (bkQ < 0.0f) {
str3 = str3 + "l";
} else if (bkQ > 0.0f) {
str3 = str3 + "r";
}
if ("".equals(str3)) {
str3 = "ctr";
}
coj.J("algn", str3);
coj.r("rotWithShape", 0);
a(coj, yi.getShadowColor(), 1.0f - yi.bkB());
coj.O("a", "outerShdw");
} else {
coj.N("a", "prstShdw");
coj.J("dist", Long.toString((long) ((int) (sqrt * 12700.0f))));
coj.J("dir", Long.toString((long) (acos * 60000.0f)));
coj.J("prst", str);
a(coj, yi.getShadowColor(), 1.0f - yi.bkB());
coj.O("a", "prstShdw");
}
}
}
str = yi.bky() == 1 ? "shdw13" : yi.bky() == 5 ? "shdw17" : null;
if (str == null) {
}
}
coj.O("a", "effectLst");
if (rfq.eWI() != null && rfq.eWI().bjE()) {
euk eWI = rfq.eWI();
coj.N("a", "scene3d");
coj.N("a", "camera");
StringBuffer stringBuffer = new StringBuffer();
stringBuffer.append("legacy");
if (eWI.bkg()) {
stringBuffer.append("Oblique");
} else {
stringBuffer.append("Perspective");
}
float bjO = eWI.bjO();
float bjP = eWI.bjP();
if (((int) (eWI.bjQ() * 12700.0f)) != 9000000) {
bjO = -1.0f;
bjP = -1.0f;
}
if (bjP < 0.0f) {
stringBuffer.append("Top");
} else if (bjP > 0.0f) {
stringBuffer.append("Bottom");
}
if (bjO < 0.0f) {
stringBuffer.append("Left");
} else if (bjO > 0.0f) {
stringBuffer.append("Right");
}
if (bjP == 0.0f && bjO == 0.0f) {
stringBuffer.append("Front");
}
coj.J("prst", stringBuffer.toString());
coj.N("a", "rot");
float f2 = -eWI.bjG();
if (f2 < 0.0f) {
f2 += 360.0f;
}
coj.r("lat", (int) (f2 * 60000.0f));
float bjH = eWI.bjH();
if (bjH < 0.0f) {
bjH += 360.0f;
}
coj.r("lon", (int) (bjH * 60000.0f));
coj.r("rev", 0);
coj.O("a", "rot");
coj.O("a", "camera");
coj.N("a", "lightRig");
float bjV = eWI.bjV();
StringBuffer stringBuffer2 = new StringBuffer();
stringBuffer2.append("legacy");
if (((double) bjV) > 0.3d) {
stringBuffer2.append("Flat");
} else if (((double) bjV) > 0.15d) {
stringBuffer2.append("Normal");
} else {
stringBuffer2.append("Harsh");
}
float bjW = eWI.bjW();
float bjX = eWI.bjX();
float f3 = bjW * bjX;
int i29 = 3;
if (f3 > 0.0f) {
i29 = 2;
} else if (f3 < 0.0f) {
i29 = 4;
} else if (bjW == 0.0f && bjX == 0.0f) {
i29 = 1;
}
stringBuffer2.append(i29);
coj.J("rig", stringBuffer2.toString());
String str4 = "t";
if (bjW > 0.0f) {
str4 = "b";
}
if (bjW == 0.0f) {
if (bjX < 0.0f) {
str4 = "r";
}
if (bjX > 0.0f) {
str4 = "l";
}
}
coj.J("dir", str4);
coj.O("a", "lightRig");
coj.O("a", "scene3d");
coj.N("a", "sp3d");
coj.J("extrusionH", Long.toString((long) ((int) (eWI.bjy() * 12700.0f))));
float bjt = eWI.bjt();
float bju = eWI.bju();
String str5 = "legacyMatte";
if (eWI.getRenderMode() == 1) {
str5 = "legacyWireframe";
}
if (bjt > 1.0f && bju == 1.0f) {
str5 = "legacyPlastic";
} else if (bjt > 1.0f && bju < 1.0f) {
str5 = "legacyMetal";
}
coj.J("prstMaterial", str5);
coj.N("a", "bevelT");
coj.r("w", 13500);
coj.r("h", 13500);
coj.J("prst", "angle");
coj.O("a", "bevelT");
coj.N("a", "bevelB");
coj.r("w", 13500);
coj.r("h", 13500);
coj.J("prst", "angle");
coj.O("a", "bevelB");
coj.N("a", "extrusionClr");
a(coj, eWI.alZ(), 0.0f);
coj.O("a", "extrusionClr");
coj.O("a", "sp3d");
}
}
coj.O("xdr", "spPr");
}
private static float ky(int i, int i2) {
if (i == 0) {
return i2 > 0 ? 270.0f : 90.0f;
}
double atan = (Math.atan(((double) i2) / ((double) i)) * 180.0d) / 3.141592653589793d;
return (float) (i < 0 ? 180.0d - atan : (360.0d - atan) % 360.0d);
}
}