final void method1020(float f, float f_88_, float f_89_, float f_90_,
			  float f_91_, float f_92_, float f_93_, float f_94_,
			  float f_95_, float f_96_, float f_97_, float f_98_,
			  float f_99_, float f_100_, float f_101_, int i,
			  int i_102_, int i_103_, int i_104_, int i_105_,
			  int i_106_, int i_107_, int i_108_, float f_109_,
			  int i_110_, float f_111_, int i_112_, float f_113_) {
	if (i_108_ != anInt1697) {
	    anIntArray1698 = aHa_Sub1_1666.method3718(i_108_);
	    if (anIntArray1698 == null) {
		method1027((float) (int) f, (float) (int) f_88_,
			   (float) (int) f_89_, (float) (int) f_90_,
			   (float) (int) f_91_, (float) (int) f_92_,
			   (float) (int) f_93_, (float) (int) f_94_,
			   (float) (int) f_95_,
			   Class6.method206(i, i_104_ | i_105_ << 24, 255),
			   Class6.method206(i_102_, i_104_ | i_106_ << 24,
					    255),
			   Class6.method206(i_103_, i_104_ | i_107_ << 24,
					    255));
		return;
	    }
	    anInt1693 = (aHa_Sub1_1666.method3727(i_108_) ? 64
			 : ((SoftwareToolkit) aHa_Sub1_1666).anInt7501);
	    anInt1690 = anInt1693 - 1;
	    anInt1683 = aHa_Sub1_1666.method3726(i_108_);
	}
	aFloat1681 = f_109_;
	if (i_110_ != anInt1689) {
	    anIntArray1685 = aHa_Sub1_1666.method3718(i_110_);
	    if (anIntArray1685 == null) {
		method1027((float) (int) f, (float) (int) f_88_,
			   (float) (int) f_89_, (float) (int) f_90_,
			   (float) (int) f_91_, (float) (int) f_92_,
			   (float) (int) f_93_, (float) (int) f_94_,
			   (float) (int) f_95_,
			   Class6.method206(i, i_104_ | i_105_ << 24, 255),
			   Class6.method206(i_102_, i_104_ | i_106_ << 24,
					    255),
			   Class6.method206(i_103_, i_104_ | i_107_ << 24,
					    255));
		return;
	    }
	    anInt1691 = (aHa_Sub1_1666.method3727(i_110_) ? 64
			 : ((SoftwareToolkit) aHa_Sub1_1666).anInt7501);
	    anInt1686 = anInt1691 - 1;
	}
	aFloat1684 = f_111_;
	if (i_112_ != anInt1687) {
	    anIntArray1692 = aHa_Sub1_1666.method3718(i_112_);
	    if (anIntArray1692 == null) {
		method1027((float) (int) f, (float) (int) f_88_,
			   (float) (int) f_89_, (float) (int) f_90_,
			   (float) (int) f_91_, (float) (int) f_92_,
			   (float) (int) f_93_, (float) (int) f_94_,
			   (float) (int) f_95_,
			   Class6.method206(i, i_104_ | i_105_ << 24, 255),
			   Class6.method206(i_102_, i_104_ | i_106_ << 24,
					    255),
			   Class6.method206(i_103_, i_104_ | i_107_ << 24,
					    255));
		return;
	    }
	    anInt1695 = (aHa_Sub1_1666.method3727(i_112_) ? 64
			 : ((SoftwareToolkit) aHa_Sub1_1666).anInt7501);
	    anInt1688 = anInt1695 - 1;
	}
	aFloat1682 = f_113_;
	anInt1696 = i_104_;
	float f_114_ = (float) (i >> 24 & 0xff);
	float f_115_ = (float) (i_102_ >> 24 & 0xff);
	float f_116_ = (float) (i_103_ >> 24 & 0xff);
	float f_117_ = (float) (i >> 16 & 0xff);
	float f_118_ = (float) (i_102_ >> 16 & 0xff);
	float f_119_ = (float) (i_103_ >> 16 & 0xff);
	float f_120_ = (float) (i >> 8 & 0xff);
	float f_121_ = (float) (i_102_ >> 8 & 0xff);
	float f_122_ = (float) (i_103_ >> 8 & 0xff);
	float f_123_ = (float) (i & 0xff);
	float f_124_ = (float) (i_102_ & 0xff);
	float f_125_ = (float) (i_103_ & 0xff);
	f_96_ /= f_93_;
	f_97_ /= f_94_;
	f_98_ /= f_95_;
	f_99_ /= f_93_;
	f_100_ /= f_94_;
	f_101_ /= f_95_;
	f_93_ = 1.0F / f_93_;
	f_94_ = 1.0F / f_94_;
	f_95_ = 1.0F / f_95_;
	float f_126_ = 1.0F;
	float f_127_ = 0.0F;
	float f_128_ = 0.0F;
	float f_129_ = 0.0F;
	float f_130_ = 1.0F;
	float f_131_ = 0.0F;
	float f_132_ = 0.0F;
	float f_133_ = 0.0F;
	float f_134_ = 0.0F;
	float f_135_ = 0.0F;
	float f_136_ = 0.0F;
	float f_137_ = 0.0F;
	float f_138_ = 0.0F;
	float f_139_ = 0.0F;
	float f_140_ = 0.0F;
	float f_141_ = 0.0F;
	float f_142_ = 0.0F;
	if (f_88_ != f) {
	    float f_143_ = f_88_ - f;
	    f_132_ = (f_91_ - f_90_) / f_143_;
	    f_133_ = (f_94_ - f_93_) / f_143_;
	    f_134_ = (f_97_ - f_96_) / f_143_;
	    f_135_ = (f_100_ - f_99_) / f_143_;
	    f_136_ = (float) (i_106_ - i_105_) / f_143_;
	    f_137_ = (f_115_ - f_114_) / f_143_;
	    f_138_ = (f_118_ - f_117_) / f_143_;
	    f_139_ = (f_121_ - f_120_) / f_143_;
	    f_140_ = (f_124_ - f_123_) / f_143_;
	    f_141_ = (f_127_ - f_126_) / f_143_;
	    f_142_ = (f_130_ - f_129_) / f_143_;
	}
	float f_144_ = 0.0F;
	float f_145_ = 0.0F;
	float f_146_ = 0.0F;
	float f_147_ = 0.0F;
	float f_148_ = 0.0F;
	float f_149_ = 0.0F;
	float f_150_ = 0.0F;
	float f_151_ = 0.0F;
	float f_152_ = 0.0F;
	float f_153_ = 0.0F;
	float f_154_ = 0.0F;
	if (f_89_ != f_88_) {
	    float f_155_ = f_89_ - f_88_;
	    f_144_ = (f_92_ - f_91_) / f_155_;
	    f_145_ = (f_95_ - f_94_) / f_155_;
	    f_146_ = (f_98_ - f_97_) / f_155_;
	    f_147_ = (f_101_ - f_100_) / f_155_;
	    f_148_ = (float) (i_107_ - i_106_) / f_155_;
	    f_149_ = (f_116_ - f_115_) / f_155_;
	    f_150_ = (f_119_ - f_118_) / f_155_;
	    f_151_ = (f_122_ - f_121_) / f_155_;
	    f_152_ = (f_125_ - f_124_) / f_155_;
	    f_153_ = (f_128_ - f_127_) / f_155_;
	    f_154_ = (f_131_ - f_130_) / f_155_;
	}
	float f_156_ = 0.0F;
	float f_157_ = 0.0F;
	float f_158_ = 0.0F;
	float f_159_ = 0.0F;
	float f_160_ = 0.0F;
	float f_161_ = 0.0F;
	float f_162_ = 0.0F;
	float f_163_ = 0.0F;
	float f_164_ = 0.0F;
	float f_165_ = 0.0F;
	float f_166_ = 0.0F;
	if (f != f_89_) {
	    float f_167_ = f - f_89_;
	    f_156_ = (f_90_ - f_92_) / f_167_;
	    f_157_ = (f_93_ - f_95_) / f_167_;
	    f_158_ = (f_96_ - f_98_) / f_167_;
	    f_159_ = (f_99_ - f_101_) / f_167_;
	    f_160_ = (float) (i_105_ - i_107_) / f_167_;
	    f_161_ = (f_114_ - f_116_) / f_167_;
	    f_162_ = (f_117_ - f_119_) / f_167_;
	    f_163_ = (f_120_ - f_122_) / f_167_;
	    f_164_ = (f_123_ - f_125_) / f_167_;
	    f_165_ = (f_126_ - f_128_) / f_167_;
	    f_166_ = (f_129_ - f_131_) / f_167_;
	}
	if (f <= f_88_ && f <= f_89_) {
	    if (!(f >= (float) ((Class109) this).anInt1672)) {
		if (f_88_ > (float) ((Class109) this).anInt1672)
		    f_88_ = (float) ((Class109) this).anInt1672;
		if (f_89_ > (float) ((Class109) this).anInt1672)
		    f_89_ = (float) ((Class109) this).anInt1672;
		if (f_88_ < f_89_) {
		    f_92_ = f_90_;
		    f_95_ = f_93_;
		    f_98_ = f_96_;
		    f_101_ = f_99_;
		    i_107_ = i_105_;
		    f_116_ = f_114_;
		    f_119_ = f_117_;
		    f_122_ = f_120_;
		    f_125_ = f_123_;
		    f_128_ = f_126_;
		    f_131_ = f_129_;
		    if (f < 0.0F) {
			f_90_ -= f_132_ * f;
			f_92_ -= f_156_ * f;
			f_93_ -= f_133_ * f;
			f_95_ -= f_157_ * f;
			f_96_ -= f_134_ * f;
			f_98_ -= f_158_ * f;
			f_99_ -= f_135_ * f;
			f_101_ -= f_159_ * f;
			i_105_ -= f_136_ * f;
			i_107_ -= f_160_ * f;
			f_114_ -= f_137_ * f;
			f_116_ -= f_161_ * f;
			f_117_ -= f_138_ * f;
			f_119_ -= f_162_ * f;
			f_120_ -= f_139_ * f;
			f_122_ -= f_163_ * f;
			f_123_ -= f_140_ * f;
			f_125_ -= f_164_ * f;
			f_126_ -= f_141_ * f;
			f_128_ -= f_165_ * f;
			f_129_ -= f_142_ * f;
			f_131_ -= f_166_ * f;
			f = 0.0F;
		    }
		    if (f_88_ < 0.0F) {
			f_91_ -= f_144_ * f_88_;
			f_94_ -= f_145_ * f_88_;
			f_97_ -= f_146_ * f_88_;
			f_100_ -= f_147_ * f_88_;
			i_106_ -= f_148_ * f_88_;
			f_115_ -= f_149_ * f_88_;
			f_118_ -= f_150_ * f_88_;
			f_121_ -= f_151_ * f_88_;
			f_124_ -= f_152_ * f_88_;
			f_127_ -= f_153_ * f_88_;
			f_130_ -= f_154_ * f_88_;
			f_88_ = 0.0F;
		    }
		    if (f != f_88_ && f_156_ < f_132_
			|| f == f_88_ && f_156_ > f_144_) {
			f_89_ -= f_88_;
			f_88_ -= f;
			f = (float) ((Class109) this).anIntArray1676[(int) f];
			while (--f_88_ >= 0.0F) {
			    method1025(anIntArray1673, anIntArray1698, (int) f,
				       (int) f_92_, (int) f_90_, f_95_, f_93_,
				       f_98_, f_96_, f_101_, f_99_,
				       (float) i_107_, (float) i_105_, f_116_,
				       f_114_, f_119_, f_117_, f_122_, f_120_,
				       f_125_, f_123_, f_128_, f_126_, f_131_,
				       f_129_);
			    f_90_ += f_132_;
			    f_92_ += f_156_;
			    f_93_ += f_133_;
			    f_95_ += f_157_;
			    f_96_ += f_134_;
			    f_98_ += f_158_;
			    f_99_ += f_135_;
			    f_101_ += f_159_;
			    i_105_ += f_136_;
			    i_107_ += f_160_;
			    f_114_ += f_137_;
			    f_116_ += f_161_;
			    f_117_ += f_138_;
			    f_119_ += f_162_;
			    f_120_ += f_139_;
			    f_122_ += f_163_;
			    f_123_ += f_140_;
			    f_125_ += f_164_;
			    f_126_ += f_141_;
			    f_128_ += f_165_;
			    f_129_ += f_142_;
			    f_131_ += f_142_;
			    f += (float) anInt1678;
			}
			while (--f_89_ >= 0.0F) {
			    method1025(anIntArray1673, anIntArray1698, (int) f,
				       (int) f_92_, (int) f_91_, f_95_, f_94_,
				       f_98_, f_97_, f_101_, f_100_,
				       (float) i_107_, (float) i_106_, f_116_,
				       f_115_, f_119_, f_118_, f_122_, f_121_,
				       f_125_, f_124_, f_128_, f_127_, f_131_,
				       f_130_);
			    f_91_ += f_144_;
			    f_92_ += f_156_;
			    f_94_ += f_145_;
			    f_95_ += f_157_;
			    f_97_ += f_146_;
			    f_98_ += f_158_;
			    f_100_ += f_147_;
			    f_101_ += f_159_;
			    i_106_ += f_148_;
			    i_107_ += f_160_;
			    f_115_ += f_149_;
			    f_116_ += f_161_;
			    f_118_ += f_150_;
			    f_119_ += f_162_;
			    f_121_ += f_151_;
			    f_122_ += f_163_;
			    f_124_ += f_152_;
			    f_125_ += f_164_;
			    f_127_ += f_153_;
			    f_128_ += f_165_;
			    f_130_ += f_154_;
			    f_131_ += f_166_;
			    f += (float) anInt1678;
			}
		    } else {
			f_89_ -= f_88_;
			f_88_ -= f;
			f = (float) ((Class109) this).anIntArray1676[(int) f];
			while (--f_88_ >= 0.0F) {
			    method1025(anIntArray1673, anIntArray1698, (int) f,
				       (int) f_90_, (int) f_92_, f_93_, f_95_,
				       f_96_, f_98_, f_99_, f_101_,
				       (float) i_105_, (float) i_107_, f_114_,
				       f_116_, f_117_, f_119_, f_120_, f_122_,
				       f_123_, f_125_, f_126_, f_128_, f_129_,
				       f_131_);
			    f_90_ += f_132_;
			    f_92_ += f_156_;
			    f_93_ += f_133_;
			    f_95_ += f_157_;
			    f_96_ += f_134_;
			    f_98_ += f_158_;
			    f_99_ += f_135_;
			    f_101_ += f_159_;
			    i_105_ += f_136_;
			    i_107_ += f_160_;
			    f_114_ += f_137_;
			    f_116_ += f_161_;
			    f_117_ += f_138_;
			    f_119_ += f_162_;
			    f_120_ += f_139_;
			    f_122_ += f_163_;
			    f_123_ += f_140_;
			    f_125_ += f_164_;
			    f_126_ += f_141_;
			    f_128_ += f_165_;
			    f_129_ += f_142_;
			    f_131_ += f_166_;
			    f += (float) anInt1678;
			}
			while (--f_89_ >= 0.0F) {
			    method1025(anIntArray1673, anIntArray1698, (int) f,
				       (int) f_91_, (int) f_92_, f_94_, f_95_,
				       f_97_, f_98_, f_100_, f_101_,
				       (float) i_106_, (float) i_107_, f_115_,
				       f_116_, f_118_, f_119_, f_121_, f_122_,
				       f_124_, f_125_, f_127_, f_128_, f_130_,
				       f_131_);
			    f_91_ += f_144_;
			    f_92_ += f_156_;
			    f_94_ += f_145_;
			    f_95_ += f_157_;
			    f_97_ += f_146_;
			    f_98_ += f_158_;
			    f_100_ += f_147_;
			    f_101_ += f_159_;
			    i_106_ += f_148_;
			    i_107_ += f_160_;
			    f_115_ += f_149_;
			    f_116_ += f_161_;
			    f_118_ += f_150_;
			    f_119_ += f_162_;
			    f_121_ += f_151_;
			    f_122_ += f_163_;
			    f_124_ += f_152_;
			    f_125_ += f_164_;
			    f_127_ += f_153_;
			    f_128_ += f_165_;
			    f_130_ += f_154_;
			    f_131_ += f_166_;
			    f += (float) anInt1678;
			}
		    }
		} else {
		    f_91_ = f_90_;
		    f_94_ = f_93_;
		    f_97_ = f_96_;
		    f_100_ = f_99_;
		    i_106_ = i_105_;
		    f_115_ = f_114_;
		    f_118_ = f_117_;
		    f_121_ = f_120_;
		    f_124_ = f_123_;
		    f_127_ = f_126_;
		    f_130_ = f_129_;
		    if (f < 0.0F) {
			f_90_ -= f_132_ * f;
			f_91_ -= f_156_ * f;
			f_93_ -= f_133_ * f;
			f_94_ -= f_157_ * f;
			f_96_ -= f_134_ * f;
			f_97_ -= f_158_ * f;
			f_99_ -= f_135_ * f;
			f_100_ -= f_159_ * f;
			i_105_ -= f_136_ * f;
			i_106_ -= f_160_ * f;
			f_114_ -= f_137_ * f;
			f_115_ -= f_161_ * f;
			f_117_ -= f_138_ * f;
			f_118_ -= f_162_ * f;
			f_120_ -= f_139_ * f;
			f_121_ -= f_163_ * f;
			f_123_ -= f_140_ * f;
			f_124_ -= f_164_ * f;
			f_126_ -= f_141_ * f;
			f_127_ -= f_165_ * f;
			f_129_ -= f_142_ * f;
			f_130_ -= f_166_ * f;
			f = 0.0F;
		    }
		    if (f_89_ < 0.0F) {
			f_92_ -= f_144_ * f_89_;
			f_95_ -= f_145_ * f_89_;
			f_98_ -= f_146_ * f_89_;
			f_101_ -= f_147_ * f_89_;
			i_107_ -= f_148_ * f_89_;
			f_116_ -= f_149_ * f_89_;
			f_119_ -= f_150_ * f_89_;
			f_122_ -= f_151_ * f_89_;
			f_125_ -= f_152_ * f_89_;
			f_128_ -= f_153_ * f_89_;
			f_131_ -= f_154_ * f_89_;
			f_89_ = 0.0F;
		    }
		    if (f != f_89_ && f_156_ < f_132_
			|| f == f_89_ && f_144_ > f_132_) {
			f_88_ -= f_89_;
			f_89_ -= f;
			f = (float) ((Class109) this).anIntArray1676[(int) f];
			while (--f_89_ >= 0.0F) {
			    method1025(anIntArray1673, anIntArray1698, (int) f,
				       (int) f_91_, (int) f_90_, f_94_, f_93_,
				       f_97_, f_96_, f_100_, f_99_,
				       (float) i_106_, (float) i_105_, f_115_,
				       f_114_, f_118_, f_117_, f_121_, f_120_,
				       f_124_, f_123_, f_127_, f_126_, f_130_,
				       f_129_);
			    f_90_ += f_132_;
			    f_91_ += f_156_;
			    f_93_ += f_133_;
			    f_94_ += f_157_;
			    f_96_ += f_134_;
			    f_97_ += f_158_;
			    f_99_ += f_135_;
			    f_100_ += f_159_;
			    i_105_ += f_136_;
			    i_106_ += f_160_;
			    f_114_ += f_137_;
			    f_115_ += f_161_;
			    f_117_ += f_138_;
			    f_118_ += f_162_;
			    f_120_ += f_139_;
			    f_121_ += f_163_;
			    f_123_ += f_140_;
			    f_124_ += f_164_;
			    f_126_ += f_141_;
			    f_127_ += f_165_;
			    f_129_ += f_142_;
			    f_130_ += f_166_;
			    f += (float) anInt1678;
			}
			while (--f_88_ >= 0.0F) {
			    method1025(anIntArray1673, anIntArray1698, (int) f,
				       (int) f_92_, (int) f_90_, f_95_, f_93_,
				       f_98_, f_96_, f_101_, f_99_,
				       (float) i_107_, (float) i_105_, f_116_,
				       f_114_, f_119_, f_117_, f_122_, f_120_,
				       f_125_, f_123_, f_128_, f_126_, f_131_,
				       f_129_);
			    f_92_ += f_144_;
			    f_90_ += f_132_;
			    f_95_ += f_145_;
			    f_93_ += f_133_;
			    f_98_ += f_146_;
			    f_96_ += f_134_;
			    f_101_ += f_147_;
			    f_99_ += f_135_;
			    i_107_ += f_148_;
			    i_105_ += f_136_;
			    f_116_ += f_149_;
			    f_114_ += f_137_;
			    f_119_ += f_150_;
			    f_117_ += f_138_;
			    f_122_ += f_151_;
			    f_120_ += f_139_;
			    f_125_ += f_152_;
			    f_123_ += f_140_;
			    f_128_ += f_153_;
			    f_126_ += f_141_;
			    f_131_ += f_154_;
			    f_129_ += f_142_;
			    f += (float) anInt1678;
			}
		    } else {
			f_88_ -= f_89_;
			f_89_ -= f;
			f = (float) ((Class109) this).anIntArray1676[(int) f];
			while (--f_89_ >= 0.0F) {
			    method1025(anIntArray1673, anIntArray1698, (int) f,
				       (int) f_90_, (int) f_91_, f_93_, f_94_,
				       f_96_, f_97_, f_99_, f_100_,
				       (float) i_105_, (float) i_106_, f_114_,
				       f_115_, f_117_, f_118_, f_120_, f_121_,
				       f_123_, f_124_, f_126_, f_127_, f_129_,
				       f_130_);
			    f_91_ += f_156_;
			    f_90_ += f_132_;
			    f_94_ += f_157_;
			    f_93_ += f_133_;
			    f_97_ += f_158_;
			    f_96_ += f_134_;
			    f_100_ += f_159_;
			    f_99_ += f_135_;
			    i_106_ += f_160_;
			    i_105_ += f_136_;
			    f_115_ += f_161_;
			    f_114_ += f_137_;
			    f_118_ += f_162_;
			    f_117_ += f_138_;
			    f_121_ += f_163_;
			    f_120_ += f_139_;
			    f_124_ += f_164_;
			    f_123_ += f_140_;
			    f_127_ += f_165_;
			    f_126_ += f_141_;
			    f_130_ += f_166_;
			    f_129_ += f_142_;
			    f += (float) anInt1678;
			}
			while (--f_88_ >= 0.0F) {
			    method1025(anIntArray1673, anIntArray1698, (int) f,
				       (int) f_90_, (int) f_92_, f_93_, f_95_,
				       f_96_, f_98_, f_99_, f_101_,
				       (float) i_105_, (float) i_107_, f_114_,
				       f_116_, f_117_, f_119_, f_120_, f_122_,
				       f_123_, f_125_, f_126_, f_128_, f_129_,
				       f_131_);
			    f_90_ += f_132_;
			    f_92_ += f_144_;
			    f_93_ += f_133_;
			    f_95_ += f_145_;
			    f_96_ += f_134_;
			    f_98_ += f_146_;
			    f_99_ += f_135_;
			    f_101_ += f_147_;
			    i_105_ += f_136_;
			    i_107_ += f_148_;
			    f_114_ += f_137_;
			    f_116_ += f_149_;
			    f_117_ += f_138_;
			    f_119_ += f_150_;
			    f_120_ += f_139_;
			    f_122_ += f_151_;
			    f_123_ += f_140_;
			    f_125_ += f_152_;
			    f_126_ += f_141_;
			    f_128_ += f_153_;
			    f_129_ += f_142_;
			    f_131_ += f_154_;
			    f += (float) anInt1678;
			}
		    }
		}
	    }
	} else if (f_88_ <= f_89_) {
	    if (!(f_88_ >= (float) ((Class109) this).anInt1672)) {
		if (f_89_ > (float) ((Class109) this).anInt1672)
		    f_89_ = (float) ((Class109) this).anInt1672;
		if (f > (float) ((Class109) this).anInt1672)
		    f = (float) ((Class109) this).anInt1672;
		if (f_89_ < f) {
		    f_90_ = f_91_;
		    f_93_ = f_94_;
		    f_96_ = f_97_;
		    f_99_ = f_100_;
		    i_105_ = i_106_;
		    f_114_ = f_115_;
		    f_117_ = f_118_;
		    f_120_ = f_121_;
		    f_123_ = f_124_;
		    f_126_ = f_127_;
		    f_129_ = f_130_;
		    if (f_88_ < 0.0F) {
			f_90_ -= f_132_ * f_88_;
			f_91_ -= f_144_ * f_88_;
			f_93_ -= f_133_ * f_88_;
			f_94_ -= f_145_ * f_88_;
			f_96_ -= f_134_ * f_88_;
			f_97_ -= f_146_ * f_88_;
			f_99_ -= f_135_ * f_88_;
			f_100_ -= f_147_ * f_88_;
			i_105_ -= f_136_ * f_88_;
			i_106_ -= f_148_ * f_88_;
			f_114_ -= f_137_ * f_88_;
			f_115_ -= f_149_ * f_88_;
			f_117_ -= f_138_ * f_88_;
			f_118_ -= f_150_ * f_88_;
			f_120_ -= f_139_ * f_88_;
			f_121_ -= f_151_ * f_88_;
			f_123_ -= f_140_ * f_88_;
			f_124_ -= f_152_ * f_88_;
			f_126_ -= f_141_ * f_88_;
			f_127_ -= f_153_ * f_88_;
			f_129_ -= f_142_ * f_88_;
			f_130_ -= f_154_ * f_88_;
			f_88_ = 0.0F;
		    }
		    if (f_89_ < 0.0F) {
			f_92_ -= f_156_ * f_89_;
			f_95_ -= f_157_ * f_89_;
			f_98_ -= f_158_ * f_89_;
			f_101_ -= f_159_ * f_89_;
			i_107_ -= f_160_ * f_89_;
			f_116_ -= f_161_ * f_89_;
			f_119_ -= f_162_ * f_89_;
			f_122_ -= f_163_ * f_89_;
			f_125_ -= f_164_ * f_89_;
			f_128_ -= f_165_ * f_89_;
			f_131_ -= f_166_ * f_89_;
			f_89_ = 0.0F;
		    }
		    if (f_88_ != f_89_ && f_132_ < f_144_
			|| f_88_ == f_89_ && f_132_ > f_156_) {
			f -= f_89_;
			f_89_ -= f_88_;
			f_88_ = (float) (((Class109) this).anIntArray1676
					 [(int) f_88_]);
			while (--f_89_ >= 0.0F) {
			    method1025(anIntArray1673, anIntArray1698,
				       (int) f_88_, (int) f_90_, (int) f_91_,
				       f_93_, f_94_, f_96_, f_97_, f_99_,
				       f_100_, (float) i_105_, (float) i_106_,
				       f_114_, f_115_, f_117_, f_118_, f_120_,
				       f_121_, f_123_, f_124_, f_126_, f_127_,
				       f_129_, f_130_);
			    f_90_ += f_132_;
			    f_91_ += f_144_;
			    f_93_ += f_133_;
			    f_94_ += f_145_;
			    f_96_ += f_134_;
			    f_97_ += f_146_;
			    f_99_ += f_135_;
			    f_100_ += f_147_;
			    i_105_ += f_136_;
			    i_106_ += f_148_;
			    f_114_ += f_137_;
			    f_115_ += f_149_;
			    f_117_ += f_138_;
			    f_118_ += f_150_;
			    f_120_ += f_139_;
			    f_121_ += f_151_;
			    f_123_ += f_140_;
			    f_124_ += f_152_;
			    f_126_ += f_141_;
			    f_127_ += f_153_;
			    f_129_ += f_142_;
			    f_130_ += f_154_;
			    f_88_ += (float) anInt1678;
			}
			while (--f >= 0.0F) {
			    method1025(anIntArray1673, anIntArray1698,
				       (int) f_88_, (int) f_90_, (int) f_92_,
				       f_93_, f_95_, f_96_, f_98_, f_99_,
				       f_101_, (float) i_105_, (float) i_107_,
				       f_114_, f_116_, f_117_, f_119_, f_120_,
				       f_122_, f_123_, f_125_, f_126_, f_128_,
				       f_129_, f_131_);
			    f_90_ += f_132_;
			    f_92_ += f_156_;
			    f_93_ += f_133_;
			    f_95_ += f_157_;
			    f_96_ += f_134_;
			    f_98_ += f_158_;
			    f_99_ += f_135_;
			    f_101_ += f_159_;
			    i_105_ += f_136_;
			    i_107_ += f_160_;
			    f_114_ += f_137_;
			    f_116_ += f_161_;
			    f_117_ += f_138_;
			    f_119_ += f_162_;
			    f_120_ += f_139_;
			    f_122_ += f_163_;
			    f_123_ += f_140_;
			    f_125_ += f_164_;
			    f_126_ += f_141_;
			    f_128_ += f_165_;
			    f_129_ += f_142_;
			    f_131_ += f_166_;
			    f_88_ += (float) anInt1678;
			}
		    } else {
			f -= f_89_;
			f_89_ -= f_88_;
			f_88_ = (float) (((Class109) this).anIntArray1676
					 [(int) f_88_]);
			while (--f_89_ >= 0.0F) {
			    method1025(anIntArray1673, anIntArray1698,
				       (int) f_88_, (int) f_91_, (int) f_90_,
				       f_94_, f_93_, f_97_, f_96_, f_100_,
				       f_99_, (float) i_106_, (float) i_105_,
				       f_115_, f_114_, f_118_, f_117_, f_121_,
				       f_120_, f_124_, f_123_, f_127_, f_126_,
				       f_130_, f_129_);
			    f_91_ += f_144_;
			    f_90_ += f_132_;
			    f_94_ += f_145_;
			    f_93_ += f_133_;
			    f_97_ += f_146_;
			    f_96_ += f_134_;
			    f_100_ += f_147_;
			    f_99_ += f_135_;
			    i_106_ += f_148_;
			    i_105_ += f_136_;
			    f_115_ += f_149_;
			    f_114_ += f_137_;
			    f_118_ += f_150_;
			    f_117_ += f_138_;
			    f_121_ += f_151_;
			    f_120_ += f_139_;
			    f_124_ += f_152_;
			    f_123_ += f_140_;
			    f_128_ += f_153_;
			    f_126_ += f_141_;
			    f_130_ += f_154_;
			    f_129_ += f_142_;
			    f_88_ += (float) anInt1678;
			}
			while (--f >= 0.0F) {
			    method1025(anIntArray1673, anIntArray1698,
				       (int) f_88_, (int) f_92_, (int) f_90_,
				       f_95_, f_93_, f_98_, f_96_, f_101_,
				       f_99_, (float) i_107_, (float) i_105_,
				       f_116_, f_114_, f_119_, f_117_, f_122_,
				       f_120_, f_125_, f_123_, f_128_, f_126_,
				       f_131_, f_129_);
			    f_92_ += f_156_;
			    f_90_ += f_132_;
			    f_95_ += f_157_;
			    f_93_ += f_133_;
			    f_98_ += f_158_;
			    f_96_ += f_134_;
			    f_101_ += f_159_;
			    f_99_ += f_135_;
			    i_107_ += f_160_;
			    i_105_ += f_136_;
			    f_116_ += f_161_;
			    f_114_ += f_137_;
			    f_119_ += f_162_;
			    f_117_ += f_138_;
			    f_122_ += f_163_;
			    f_120_ += f_139_;
			    f_125_ += f_164_;
			    f_123_ += f_140_;
			    f_128_ += f_165_;
			    f_126_ += f_141_;
			    f_131_ += f_166_;
			    f_129_ += f_142_;
			    f_88_ += (float) anInt1678;
			}
		    }
		} else {
		    f_92_ = f_91_;
		    f_95_ = f_94_;
		    f_98_ = f_97_;
		    f_101_ = f_100_;
		    i_107_ = i_106_;
		    f_116_ = f_115_;
		    f_119_ = f_118_;
		    f_122_ = f_121_;
		    f_125_ = f_124_;
		    f_128_ = f_127_;
		    f_131_ = f_130_;
		    if (f_88_ < 0.0F) {
			f_92_ -= f_132_ * f_88_;
			f_91_ -= f_144_ * f_88_;
			f_95_ -= f_133_ * f_88_;
			f_94_ -= f_145_ * f_88_;
			f_98_ -= f_134_ * f_88_;
			f_97_ -= f_146_ * f_88_;
			f_101_ -= f_135_ * f_88_;
			f_100_ -= f_147_ * f_88_;
			i_107_ -= f_136_ * f_88_;
			i_106_ -= f_148_ * f_88_;
			f_116_ -= f_137_ * f_88_;
			f_115_ -= f_149_ * f_88_;
			f_119_ -= f_138_ * f_88_;
			f_118_ -= f_150_ * f_88_;
			f_122_ -= f_139_ * f_88_;
			f_121_ -= f_151_ * f_88_;
			f_125_ -= f_140_ * f_88_;
			f_124_ -= f_152_ * f_88_;
			f_128_ -= f_141_ * f_88_;
			f_127_ -= f_153_ * f_88_;
			f_131_ -= f_142_ * f_88_;
			f_130_ -= f_154_ * f_88_;
			f_88_ = 0.0F;
		    }
		    if (f < 0.0F) {
			f_90_ -= f_156_ * f;
			f_93_ -= f_157_ * f;
			f_96_ -= f_158_ * f;
			f_99_ -= f_159_ * f;
			i_105_ -= f_160_ * f;
			f_114_ -= f_161_ * f;
			f_117_ -= f_162_ * f;
			f_120_ -= f_163_ * f;
			f_123_ -= f_164_ * f;
			f_126_ -= f_165_ * f;
			f_129_ -= f_166_ * f;
			f = 0.0F;
		    }
		    f_89_ -= f;
		    f -= f_88_;
		    f_88_ = (float) (((Class109) this).anIntArray1676
				     [(int) f_88_]);
		    if (f_132_ < f_144_) {
			while (--f >= 0.0F) {
			    method1025(anIntArray1673, anIntArray1698,
				       (int) f_88_, (int) f_92_, (int) f_91_,
				       f_95_, f_94_, f_98_, f_97_, f_101_,
				       f_100_, (float) i_107_, (float) i_106_,
				       f_116_, f_115_, f_119_, f_118_, f_122_,
				       f_121_, f_125_, f_124_, f_128_, f_127_,
				       f_131_, f_130_);
			    f_92_ += f_132_;
			    f_91_ += f_144_;
			    f_95_ += f_133_;
			    f_94_ += f_145_;
			    f_98_ += f_134_;
			    f_97_ += f_146_;
			    f_101_ += f_135_;
			    f_100_ += f_147_;
			    i_107_ += f_136_;
			    i_106_ += f_148_;
			    f_116_ += f_137_;
			    f_115_ += f_149_;
			    f_119_ += f_138_;
			    f_118_ += f_150_;
			    f_122_ += f_139_;
			    f_121_ += f_151_;
			    f_125_ += f_140_;
			    f_124_ += f_152_;
			    f_128_ += f_141_;
			    f_127_ += f_153_;
			    f_131_ += f_142_;
			    f_130_ += f_154_;
			    f_88_ += (float) anInt1678;
			}
			while (--f_89_ >= 0.0F) {
			    method1025(anIntArray1673, anIntArray1698,
				       (int) f_88_, (int) f_90_, (int) f_91_,
				       f_93_, f_94_, f_96_, f_97_, f_99_,
				       f_100_, (float) i_105_, (float) i_106_,
				       f_114_, f_115_, f_117_, f_118_, f_120_,
				       f_121_, f_123_, f_124_, f_126_, f_127_,
				       f_129_, f_130_);
			    f_90_ += f_156_;
			    f_91_ += f_144_;
			    f_93_ += f_157_;
			    f_94_ += f_145_;
			    f_96_ += f_158_;
			    f_97_ += f_146_;
			    f_99_ += f_159_;
			    f_100_ += f_147_;
			    i_105_ += f_160_;
			    i_106_ += f_148_;
			    f_114_ += f_161_;
			    f_115_ += f_149_;
			    f_117_ += f_162_;
			    f_118_ += f_150_;
			    f_120_ += f_163_;
			    f_121_ += f_151_;
			    f_123_ += f_164_;
			    f_124_ += f_152_;
			    f_126_ += f_165_;
			    f_127_ += f_153_;
			    f_129_ += f_166_;
			    f_130_ += f_154_;
			    f_88_ += (float) anInt1678;
			}
		    } else {
			while (--f >= 0.0F) {
			    method1025(anIntArray1673, anIntArray1698,
				       (int) f_88_, (int) f_91_, (int) f_92_,
				       f_94_, f_95_, f_97_, f_98_, f_100_,
				       f_101_, (float) i_106_, (float) i_107_,
				       f_115_, f_116_, f_118_, f_119_, f_121_,
				       f_122_, f_124_, f_125_, f_127_, f_128_,
				       f_130_, f_131_);
			    f_91_ += f_144_;
			    f_92_ += f_132_;
			    f_94_ += f_145_;
			    f_95_ += f_133_;
			    f_97_ += f_146_;
			    f_98_ += f_134_;
			    f_100_ += f_147_;
			    f_101_ += f_135_;
			    i_106_ += f_148_;
			    i_107_ += f_136_;
			    f_115_ += f_149_;
			    f_116_ += f_137_;
			    f_118_ += f_150_;
			    f_119_ += f_138_;
			    f_121_ += f_151_;
			    f_122_ += f_139_;
			    f_124_ += f_152_;
			    f_125_ += f_140_;
			    f_127_ += f_153_;
			    f_128_ += f_141_;
			    f_130_ += f_154_;
			    f_131_ += f_142_;
			    f_88_ += (float) anInt1678;
			}
			while (--f_89_ >= 0.0F) {
			    method1025(anIntArray1673, anIntArray1698,
				       (int) f_88_, (int) f_91_, (int) f_90_,
				       f_94_, f_93_, f_97_, f_96_, f_100_,
				       f_99_, (float) i_106_, (float) i_105_,
				       f_115_, f_114_, f_118_, f_117_, f_121_,
				       f_120_, f_124_, f_123_, f_127_, f_126_,
				       f_130_, f_129_);
			    f_91_ += f_144_;
			    f_90_ += f_156_;
			    f_94_ += f_145_;
			    f_93_ += f_157_;
			    f_97_ += f_146_;
			    f_96_ += f_158_;
			    f_100_ += f_147_;
			    f_99_ += f_159_;
			    i_106_ += f_148_;
			    i_105_ += f_160_;
			    f_115_ += f_149_;
			    f_114_ += f_161_;
			    f_118_ += f_150_;
			    f_117_ += f_162_;
			    f_121_ += f_151_;
			    f_120_ += f_163_;
			    f_124_ += f_152_;
			    f_123_ += f_164_;
			    f_127_ += f_153_;
			    f_126_ += f_165_;
			    f_130_ += f_154_;
			    f_129_ += f_166_;
			    f_88_ += (float) anInt1678;
			}
		    }
		}
	    }
	} else if (!(f_89_ >= (float) ((Class109) this).anInt1672)) {
	    if (f > (float) ((Class109) this).anInt1672)
		f = (float) ((Class109) this).anInt1672;
	    if (f_88_ > (float) ((Class109) this).anInt1672)
		f_88_ = (float) ((Class109) this).anInt1672;
	    if (f < f_88_) {
		f_91_ = f_92_;
		f_94_ = f_95_;
		f_97_ = f_98_;
		f_100_ = f_101_;
		i_106_ = i_107_;
		f_115_ = f_116_;
		f_118_ = f_119_;
		f_121_ = f_122_;
		f_124_ = f_125_;
		f_127_ = f_128_;
		f_130_ = f_131_;
		if (f_89_ < 0.0F) {
		    f_92_ -= f_156_ * f_89_;
		    f_91_ -= f_144_ * f_89_;
		    f_95_ -= f_157_ * f_89_;
		    f_94_ -= f_145_ * f_89_;
		    f_98_ -= f_158_ * f_89_;
		    f_97_ -= f_146_ * f_89_;
		    f_101_ -= f_159_ * f_89_;
		    f_100_ -= f_147_ * f_89_;
		    i_107_ -= f_160_ * 3.0F;
		    i_106_ -= f_148_ * f_89_;
		    f_116_ -= f_161_ * f_89_;
		    f_115_ -= f_149_ * f_89_;
		    f_119_ -= f_162_ * f_89_;
		    f_118_ -= f_150_ * f_89_;
		    f_122_ -= f_163_ * f_89_;
		    f_121_ -= f_151_ * f_89_;
		    f_125_ -= f_164_ * f_89_;
		    f_124_ -= f_152_ * f_89_;
		    f_128_ -= f_165_ * f_89_;
		    f_127_ -= f_153_ * f_89_;
		    f_131_ -= f_166_ * f_89_;
		    f_130_ -= f_154_ * f_89_;
		    f_89_ = 0.0F;
		}
		if (f < 0.0F) {
		    f_90_ -= f_132_ * f;
		    f_93_ -= f_133_ * f;
		    f_96_ -= f_134_ * f;
		    f_99_ -= f_135_ * f;
		    i_105_ -= f_136_ * f;
		    f_114_ -= f_137_ * f;
		    f_117_ -= f_138_ * f;
		    f_120_ -= f_139_ * f;
		    f_123_ -= f_140_ * f;
		    f_126_ -= f_141_ * f;
		    f_129_ -= f_142_ * f;
		    f = 0.0F;
		}
		if (f_144_ < f_156_) {
		    f_88_ -= f;
		    f -= f_89_;
		    f_89_ = (float) (((Class109) this).anIntArray1676
				     [(int) f_89_]);
		    while (--f >= 0.0F) {
			method1025(anIntArray1673, anIntArray1698, (int) f_89_,
				   (int) f_91_, (int) f_92_, f_94_, f_95_,
				   f_97_, f_98_, f_100_, f_101_,
				   (float) i_106_, (float) i_107_, f_115_,
				   f_116_, f_118_, f_119_, f_121_, f_122_,
				   f_124_, f_125_, f_127_, f_128_, f_130_,
				   f_131_);
			f_91_ += f_144_;
			f_92_ += f_156_;
			f_94_ += f_145_;
			f_95_ += f_157_;
			f_97_ += f_146_;
			f_98_ += f_158_;
			f_100_ += f_147_;
			f_101_ += f_159_;
			i_106_ += f_148_;
			i_107_ += f_160_;
			f_115_ += f_149_;
			f_116_ += f_161_;
			f_118_ += f_150_;
			f_119_ += f_162_;
			f_121_ += f_151_;
			f_122_ += f_163_;
			f_124_ += f_152_;
			f_125_ += f_164_;
			f_127_ += f_153_;
			f_128_ += f_165_;
			f_130_ += f_154_;
			f_131_ += f_166_;
			f_89_ += (float) anInt1678;
		    }
		    while (--f_88_ >= 0.0F) {
			method1025(anIntArray1673, anIntArray1698, (int) f_89_,
				   (int) f_91_, (int) f_90_, f_94_, f_93_,
				   f_97_, f_96_, f_100_, f_99_, (float) i_106_,
				   (float) i_105_, f_115_, f_114_, f_118_,
				   f_117_, f_121_, f_120_, f_124_, f_123_,
				   f_127_, f_126_, f_130_, f_129_);
			f_91_ += f_144_;
			f_90_ += f_132_;
			f_94_ += f_145_;
			f_93_ += f_133_;
			f_97_ += f_146_;
			f_96_ += f_134_;
			f_100_ += f_147_;
			f_99_ += f_135_;
			i_106_ += f_148_;
			i_105_ += f_136_;
			f_115_ += f_149_;
			f_114_ += f_137_;
			f_118_ += f_150_;
			f_117_ += f_138_;
			f_121_ += f_151_;
			f_120_ += f_139_;
			f_124_ += f_152_;
			f_123_ += f_140_;
			f_127_ += f_153_;
			f_126_ += f_141_;
			f_130_ += f_154_;
			f_129_ += f_142_;
			f_89_ += (float) anInt1678;
		    }
		} else {
		    f_88_ -= f;
		    f -= f_89_;
		    f_89_ = (float) (((Class109) this).anIntArray1676
				     [(int) f_89_]);
		    while (--f >= 0.0F) {
			method1025(anIntArray1673, anIntArray1698, (int) f_89_,
				   (int) f_92_, (int) f_91_, f_95_, f_94_,
				   f_98_, f_97_, f_101_, f_100_,
				   (float) i_107_, (float) i_106_, f_116_,
				   f_115_, f_119_, f_118_, f_122_, f_121_,
				   f_125_, f_124_, f_128_, f_127_, f_131_,
				   f_130_);
			f_92_ += f_156_;
			f_91_ += f_144_;
			f_95_ += f_157_;
			f_94_ += f_145_;
			f_98_ += f_158_;
			f_97_ += f_146_;
			f_101_ += f_159_;
			f_100_ += f_147_;
			i_107_ += f_160_;
			i_106_ += f_148_;
			f_116_ += f_161_;
			f_115_ += f_149_;
			f_119_ += f_162_;
			f_118_ += f_150_;
			f_122_ += f_163_;
			f_121_ += f_151_;
			f_125_ += f_164_;
			f_124_ += f_152_;
			f_128_ += f_165_;
			f_127_ += f_153_;
			f_131_ += f_166_;
			f_130_ += f_154_;
			f_89_ += (float) anInt1678;
		    }
		    while (--f_88_ >= 0.0F) {
			method1025(anIntArray1673, anIntArray1698, (int) f_89_,
				   (int) f_90_, (int) f_91_, f_93_, f_94_,
				   f_96_, f_97_, f_99_, f_100_, (float) i_105_,
				   (float) i_106_, f_114_, f_115_, f_117_,
				   f_118_, f_120_, f_121_, f_123_, f_124_,
				   f_126_, f_127_, f_129_, f_130_);
			f_90_ += f_132_;
			f_91_ += f_144_;
			f_93_ += f_133_;
			f_94_ += f_145_;
			f_96_ += f_134_;
			f_97_ += f_146_;
			f_99_ += f_135_;
			f_100_ += f_147_;
			i_105_ += f_136_;
			i_106_ += f_148_;
			f_114_ += f_137_;
			f_115_ += f_149_;
			f_117_ += f_138_;
			f_118_ += f_150_;
			f_120_ += f_139_;
			f_121_ += f_151_;
			f_123_ += f_140_;
			f_124_ += f_152_;
			f_126_ += f_141_;
			f_127_ += f_153_;
			f_129_ += f_142_;
			f_130_ += f_154_;
			f_89_ += (float) anInt1678;
		    }
		}
	    } else {
		f_90_ = f_92_;
		f_93_ = f_95_;
		f_96_ = f_98_;
		f_99_ = f_101_;
		i_105_ = i_107_;
		f_114_ = f_116_;
		f_117_ = f_119_;
		f_120_ = f_122_;
		f_123_ = f_125_;
		f_126_ = f_128_;
		f_129_ = f_131_;
		if (f_89_ < 0.0F) {
		    f_92_ -= f_156_ * f_89_;
		    f_90_ -= f_144_ * f_89_;
		    f_95_ -= f_157_ * f_89_;
		    f_93_ -= f_145_ * f_89_;
		    f_98_ -= f_158_ * f_89_;
		    f_96_ -= f_146_ * f_89_;
		    f_101_ -= f_159_ * f_89_;
		    f_99_ -= f_147_ * f_89_;
		    i_107_ -= f_160_ * 3.0F;
		    i_105_ -= f_148_ * f_89_;
		    f_116_ -= f_161_ * f_89_;
		    f_114_ -= f_149_ * f_89_;
		    f_119_ -= f_162_ * f_89_;
		    f_117_ -= f_150_ * f_89_;
		    f_122_ -= f_163_ * f_89_;
		    f_120_ -= f_151_ * f_89_;
		    f_125_ -= f_164_ * f_89_;
		    f_123_ -= f_152_ * f_89_;
		    f_128_ -= f_165_ * f_89_;
		    f_126_ -= f_153_ * f_89_;
		    f_131_ -= f_166_ * f_89_;
		    f_129_ -= f_154_ * f_89_;
		    f_89_ = 0.0F;
		}
		if (f_88_ < 0.0F) {
		    f_91_ -= f_132_ * f_88_;
		    f_94_ -= f_133_ * f_88_;
		    f_97_ -= f_134_ * f_88_;
		    f_100_ -= f_135_ * f_88_;
		    i_106_ -= f_136_ * f_88_;
		    f_115_ -= f_137_ * f_88_;
		    f_118_ -= f_138_ * f_88_;
		    f_121_ -= f_139_ * f_88_;
		    f_124_ -= f_140_ * f_88_;
		    f_127_ -= f_141_ * f_88_;
		    f_130_ -= f_142_ * f_88_;
		    f_88_ = 0.0F;
		}
		if (f_144_ < f_156_) {
		    f -= f_88_;
		    f_88_ -= f_89_;
		    f_89_ = (float) (((Class109) this).anIntArray1676
				     [(int) f_89_]);
		    while (--f_88_ >= 0.0F) {
			method1025(anIntArray1673, anIntArray1698, (int) f_89_,
				   (int) f_90_, (int) f_92_, f_93_, f_95_,
				   f_96_, f_98_, f_99_, f_101_, (float) i_105_,
				   (float) i_107_, f_114_, f_116_, f_117_,
				   f_119_, f_120_, f_122_, f_123_, f_125_,
				   f_126_, f_128_, f_129_, f_131_);
			f_90_ += f_144_;
			f_92_ += f_156_;
			f_93_ += f_145_;
			f_95_ += f_157_;
			f_96_ += f_146_;
			f_98_ += f_158_;
			f_99_ += f_147_;
			f_101_ += f_159_;
			i_105_ += f_148_;
			i_107_ += f_160_;
			f_114_ += f_149_;
			f_116_ += f_161_;
			f_117_ += f_150_;
			f_119_ += f_162_;
			f_120_ += f_151_;
			f_122_ += f_163_;
			f_123_ += f_152_;
			f_125_ += f_164_;
			f_126_ += f_153_;
			f_128_ += f_165_;
			f_129_ += f_154_;
			f_131_ += f_166_;
			f_89_ += (float) anInt1678;
		    }
		    while (--f >= 0.0F) {
			method1025(anIntArray1673, anIntArray1698, (int) f_89_,
				   (int) f_91_, (int) f_92_, f_94_, f_95_,
				   f_97_, f_98_, f_100_, f_101_,
				   (float) i_106_, (float) i_107_, f_115_,
				   f_116_, f_118_, f_119_, f_121_, f_122_,
				   f_124_, f_125_, f_127_, f_128_, f_130_,
				   f_131_);
			f_91_ += f_132_;
			f_92_ += f_156_;
			f_94_ += f_133_;
			f_95_ += f_157_;
			f_97_ += f_134_;
			f_98_ += f_158_;
			f_100_ += f_135_;
			f_101_ += f_159_;
			i_106_ += f_136_;
			i_107_ += f_160_;
			f_115_ += f_137_;
			f_116_ += f_161_;
			f_118_ += f_138_;
			f_119_ += f_162_;
			f_121_ += f_139_;
			f_122_ += f_163_;
			f_124_ += f_140_;
			f_125_ += f_164_;
			f_127_ += f_141_;
			f_128_ += f_165_;
			f_130_ += f_142_;
			f_131_ += f_166_;
			f_89_ += (float) anInt1678;
		    }
		} else {
		    f -= f_88_;
		    f_88_ -= f_89_;
		    f_89_ = (float) (((Class109) this).anIntArray1676
				     [(int) f_89_]);
		    while (--f_88_ >= 0.0F) {
			method1025(anIntArray1673, anIntArray1698, (int) f_89_,
				   (int) f_92_, (int) f_90_, f_95_, f_93_,
				   f_98_, f_96_, f_101_, f_99_, (float) i_107_,
				   (float) i_105_, f_116_, f_114_, f_119_,
				   f_117_, f_122_, f_120_, f_125_, f_123_,
				   f_128_, f_126_, f_131_, f_129_);
			f_92_ += f_156_;
			f_90_ += f_144_;
			f_95_ += f_157_;
			f_93_ += f_145_;
			f_98_ += f_158_;
			f_96_ += f_146_;
			f_101_ += f_159_;
			f_99_ += f_147_;
			i_107_ += f_160_;
			i_105_ += f_148_;
			f_116_ += f_161_;
			f_114_ += f_149_;
			f_119_ += f_162_;
			f_117_ += f_150_;
			f_122_ += f_163_;
			f_120_ += f_151_;
			f_125_ += f_164_;
			f_123_ += f_152_;
			f_128_ += f_165_;
			f_126_ += f_153_;
			f_131_ += f_166_;
			f_129_ += f_154_;
			f_89_ += (float) anInt1678;
		    }
		    while (--f >= 0.0F) {
			method1025(anIntArray1673, anIntArray1698, (int) f_89_,
				   (int) f_92_, (int) f_91_, f_95_, f_94_,
				   f_98_, f_97_, f_101_, f_100_,
				   (float) i_107_, (float) i_106_, f_116_,
				   f_115_, f_119_, f_118_, f_122_, f_121_,
				   f_125_, f_124_, f_128_, f_127_, f_131_,
				   f_130_);
			f_92_ += f_156_;
			f_91_ += f_132_;
			f_95_ += f_157_;
			f_94_ += f_133_;
			f_98_ += f_158_;
			f_97_ += f_134_;
			f_101_ += f_159_;
			f_100_ += f_135_;
			i_107_ += f_160_;
			i_106_ += f_136_;
			f_116_ += f_161_;
			f_115_ += f_137_;
			f_119_ += f_162_;
			f_118_ += f_138_;
			f_122_ += f_163_;
			f_121_ += f_139_;
			f_125_ += f_164_;
			f_124_ += f_140_;
			f_128_ += f_165_;
			f_127_ += f_141_;
			f_131_ += f_166_;
			f_130_ += f_142_;
			f_89_ += (float) anInt1678;
		    }
		}
	    }
	}
    }