/* File generated with Shader Minifier 1.1.1
 * http://www.ctrl-alt-test.fr
 */
#ifndef MARK_SMALL_H_
# define MARK_SMALL_H_
# define I_Y "m"
# define I_Z "v"
# define V_CRES "e"

#pragma data_seg(".shader0")
char mark_fs[]= ""
 "in vec2 m,v;"
 "float y,x,l,f,s=acos(-1.);"
 "vec2 i;"
 "varying out vec3 e;"
 "vec3 r,a,c=vec3(.9,.9,1.);"
 "vec2 n(vec2 l,float a)"
 "{"
   "return cos(a)*l+sin(a)*vec2(-l.y,l.x);"
 "}"
 "float n(inout vec2 z,float v,float l)"
 "{"
   "float y=atan(z.y,z.x),a=mod(y,l)-l*.5;"
   "z=length(z)*vec2(cos(a),sin(a));"
   "z.x-=v;"
   "return a-y;"
 "}"
 "void h(inout float z,float l)"
 "{"
   "z=mod(z-l*.5,l)-l*.5;"
 "}"
 "void h(inout float z,float l,float y)"
 "{"
   "z=max(abs(z)-y,mod(z-l*.5,l)-l*.5);"
 "}"
 "float t(float z,float l)"
 "{"
   "return floor((z-l*.5)/l);"
 "}"
 "float p(vec3 z,float y)"
 "{"
   "return length(vec2(length(z.xz)-y,z.y));"
 "}"
 "float h(vec3 a)"
 "{"
   "return fract(sin(a.x*151.+a.y*33.+a.z)*11.);"
 "}"
 "float n(vec3 a)"
 "{"
   "vec2 z=vec2(1.,0.);"
   "vec3 i=smoothstep(0.,1.,fract(a));"
   "a=floor(a);"
   "vec4 m=mix(vec4(h(a+z.yyy),h(a+z.xyy),h(a+z.yxy),h(a+z.xxy)),vec4(h(a+z.yyx),h(a+z.xyx),h(a+z.yxx),h(a+z.xxx)),i.z);"
   "z=mix(m.xy,m.zw,i.y);"
   "return mix(z.x,z.y,i.x);"
 "}"
 "float h(float z,float y,float a,float l)"
 "{"
   "return sin(z+y+l*sin(z+a));"
 "}";

#pragma data_seg(".shader1")
char mark_fs_func_1[]= ""
 "float p(vec3 a)"
 "{"
   "return 250.;"
 "}"
 "float t(vec3 a)"
 "{"
   "float z=999.,y=atan(a.x,a.z)+l;"
   "a.x=length(a.xz)-94.;"
   "for(float r=0.;r<3.;r++)"
     "{"
       "vec3 i=a;"
       "i.x+=5.*sin((y+r*2.*s)*16./3.);"
       "i.y+=5.*sin((y+r*2.*s)*8./3.);"
       "z=min(z,length(i.xy)-2.);"
     "}"
   "return z;"
 "}"
 "float d(vec3 a)"
 "{"
   "n(a.zx,96.,s/90.);"
   "n(a.yz,11.,s/9.);"
   "return max(-length(a.xz)+.8,min(-a.y,max(length(a.xz)-1.,-.2-a.y)));"
 "}"
 "float o(vec3 a)"
 "{"
   "float z=n(a.zx,96.,s/90.),y=n(a.yz,11.,s/9.);"
   "a.y+=.5*h(2.*l*s,z,y,1.3);"
   "return(a.y<0.?length(a):length(a.xz))-.6;"
 "}";
 
#pragma data_seg(".shader2")
char mark_fs_func_2[]= ""
 "float p(vec3 a)"
 "{"
   "float z=h(.2*a.y,t(a.x,8.),t(a.z,8.),1.);"
   "h(a.x,8.);"
   "h(a.z,8.);"
   "vec2 i=abs(abs(n(a.xz,z))-.4);"
   "h(a.y,.5);"
   "return max(max(i.x,i.y)-.3,.1-max(abs(a.y),min(i.x,i.y)));"
 "}"
 "float t(vec3 a)"
 "{"
   "float z=h(2.*l*s,t(a.x,8.),t(a.z,8.),1.);"
   "h(a.x,8.,16.);"
   "h(a.z,8.,48.);"
   "vec3 y=a;"
   "a.y-=z;"
   "h(a.y,12.);"
   "a.y=abs(a.y)-4.;"
   "h(y.y,5.);"
   "return min(p(a,2.)-.5,max(length(y)-1.5,abs(y.y)-.5));"
 "}"
 "float o(vec3 a)"
 "{"
   "float z=h(2.*l*s,t(a.x,8.),t(a.z,8.),1.);"
   "h(a.x,8.,16.);"
   "h(a.z,8.,48.);"
   "vec3 y=a;"
   "a.y-=z;"
   "h(a.y,12.);"
   "float i=max(abs(a.y)-4.,abs(2.-length(a.xz))-.25);"
   "h(a.y,1.);"
   "return max(i,-abs(a.y)+.4);"
 "}"
 "float d(vec3 a)"
 "{"
   "return 18.+a.y;"
 "}";

#pragma data_seg(".shader3")
char mark_fs_func_3[]= ""
 "float t(vec3 a)"
 "{"
   "n(a.zx,8.,s/8.);"
   "h(a.y,7.);"
   "float z=length(a)-9.;"
   "h(a.y,2.2,2.2);"
   "a.x=abs(a.x)-2.;"
   "return max(z,(a.x>0.?length(a.xy):abs(a.y))-1.);"
 "}"
 "float p(vec3 a)"
 "{"
   "n(a.zx,8.,s/8.);"
   "return a.z-8.;"
 "}"
 "float d(vec3 a)"
 "{"
   "a.x=abs(a.x);"
   "h(a.z,6.);"
   "float z=min(28.5-a.x,max(24.-a.x,abs(a.z)-2.));"
   "a.yz=n(a.yz,s/4.);"
   "h(a.x,3.);"
   "h(a.y,3.);"
   "h(a.z,3.);"
   "return max(z,1.-length(a));"
 "}"
 "float o(vec3 a)"
 "{"
   "a.x+=29.;"
   "a.xz=n(a.xz,(l+1.)*cos(4.*t(a.y,20.)));"
   "h(a.y,20.);"
   "n(a.xz,0.,s/5.);"
   "return max(length(length(a.xz)-51.)-.25,max(length(a.y)-5.,length(a.z)-10.));"
 "}";

#pragma data_seg(".shader4")
char mark_fs_func_0[]= ""
 "float o(vec3 a)"
 "{"
   "float z=sin(999.*n(a.xz,61.,s/32.));"
   "a.y+=64.*z*l;"
   "z=z+2.;"
   "h(a.y,z*2.+5.);"
   "z=max(length(a.x)-.5,max(length(a.y)-z,length(a.z)-1.));"
   "a.yz=n(a.yz,s/4.);"
   "a.x+=.5;"
   "h(a.y,.5);"
   "h(a.z,.5);"
   "return max(z,.2-length(a));"
 "}"
 "float d(vec3 a)"
 "{"
   "float z=sin(999.*n(a.xz,64.,s/22.));"
   "a.y+=32.*z*l;"
   "z=z+6.;"
   "h(a.y,z*2.+1.);"
   "z=max(-a.x,max(length(a.y)-z,length(a.z)-4.));"
   "a.yz=n(a.yz,s/4.);"
   "h(a.y,3.);"
   "h(a.z,3.);"
   "return min(5.-a.x,max(z,1.-length(a)));"
 "}"
 "float p(vec3 a)"
 "{"
   "a.y-=l*260.;"
   "a.xz=n(a.xz,l*2.);"
   "n(a.zx,39.,s/6.);"
   "h(a.y,260.);"
   "a.yz=n(a.yz,.5);"
   "return max(max(length(a.y)-36.,length(a.x)-5.),a.z);"
 "}"
 "float t(vec3 a)"
 "{"
   "a.y-=l*260.;"
   "a.xz=n(a.xz,l*2.);"
   "n(a.zx,40.,s/6.);"
   "h(a.y,260.);"
   "a.yz=n(a.yz,.5);"
   "return max(max(length(a.y)-35.,length(a.x)-4.),a.z);"
 "}";

#pragma data_seg(".shader5")
char mark_fs_main[]= ""
 "float R(vec3 a)"
 "{"
	"return min(min(min(p(a),t(a)),d(a)),o(a));"
 "}"
 "void R(vec3 z,float a)"
 "{"
   "e+=z*x;"
   "x*=a;"
 "}"
 "void main()"
 "{"
   "l=fract(m.x);"
   "int s=int(m.x),h=2;"
   "vec3 Q=vec3(v.xy-.5,.8);"
   "if(s--<=0)"
     "{"
       "a=vec3(2.,220.*l,58.);"
       "Q.yz=n(Q.yz,-1.-l);"
     "}"
   "else"
     " if(s--<=0)"
       "{"
         "a=vec3(0.,130.*l-90.,10.);"
         "Q.yz=n(Q.yz,l);"
         "Q.xz=n(Q.xz,2.*l);"
       "}"
     "else"
       " if(s--<=0)"
         "{"
           "a=vec3(0.,400.*l-30.,-58.);"
           "Q.yz=n(Q.yz,1.);"
         "}"
       "else"
         " if(s--<=0)"
           "{"
             "a=vec3(0.,20.,-62.);"
             "Q.yz=n(Q.yz,-1.2*l);"
           "}"
         "else"
           " if(s--<=0)"
             "{"
               "a=vec3(0.,-8.,90.);"
               "Q.yz=n(Q.yz,-2.*l);"
               "Q.xz=n(Q.xz,3.6);"
             "}"
           "else"
             " if(s--<=0)"
               "{"
                 "a=vec3(90.,-8.,0.);"
                 "Q.xz=n(Q.xz,-l);"
               "}"
             "else"
               " if(s--<=0)"
                 "{"
                   "a=vec3(105.,0.,0.);"
                   "Q.xz=n(Q.xz,l);"
                 "}"
               "else"
                 " if(s--<=0)"
                   "{"
                     "a=vec3(0.,0.,105.);"
                     "Q.xz=n(Q.xz,3.6+l);"
                   "}"
                 "else"
                   " if(s--<=0)"
                     "{"
                       "a=vec3(6.,5.,12.*l);"
                     "}"
                   "else"
                     " if(s--<=0)"
                       "{"
                         "a=vec3(4.,-16.,-6.-l*22.);"
                         "Q.xz=n(Q.xz,1.);"
                         "Q.yz=n(Q.yz,-.3);"
                       "}"
                     "else"
                       " if(s--<=0)"
                         "{"
                           "a=vec3(3.,-15.+40.*l,17.);"
                           "Q.yz=n(Q.yz,1.-l);"
                           "Q.xz=n(Q.xz,2.+l);"
                         "}"
                       "else"
                         " if(s--<=0)"
                           "{"
                             "a=vec3(-2.,7.,20.);"
                             "Q.xz=n(Q.xz,2.2+l);"
                           "}"
                         "else"
                           " if(s--<=0)"
                             "{"
                               "a=vec3(19.,140.*l-120.,0.);"
                               "Q.yz=n(Q.yz,-1.5);"
                               "Q.xz=n(Q.xz,1.+l);"
                             "}"
                           "else"
                             " if(s--<=0)"
                               "{"
                                 "a=vec3(-20.,20.,-30.);"
                                 "Q.yz=n(Q.yz,-.5);"
                                 "Q.xz=n(Q.xz,-.5-.5*l);"
                               "}"
                             "else"
                               " if(s--<=0)"
                                 "{"
                                   "a=vec3(5.,15.*l+70.,-30.);"
                                   "Q.yz=n(Q.yz,.9);"
                                 "}"
                               "else"
                                 "{"
                                   "a=vec3(-12.,6.,-55.);"
                                   "Q.yz=n(Q.yz,-1.5*l);"
                                 "}"
   "Q=normalize(Q);"
   "e=vec3(0.);"
   "x=1.;"
   "float P=0.,O=0.;"
   "while(h-->0&&P<250.)"
     "{"
       "P=O;"
       "O=.5;"
       "for(f=1.;P<250.&&f>P*.002;P+=f)"
         "{"
           "f=R(a+Q*P);"
         "}"
       "a+=Q*P;"
       "i=vec2(.1,0.);"
       "vec3 N=vec3(R(a+i.xyy)-R(a-i.xyy),R(a+i.yxy)-R(a-i.yxy),R(a+i.yyx)-R(a-i.yyx));"
       "N=normalize(N);"
       "r=vec3(.5);"
       "f=.8;"
       "i.y=.5;";

#pragma data_seg(".shader6")
char mark_fs_col_1[]= ""
           "r=vec3(0.,.6,.7);"
           "f=.4;";
#pragma data_seg(".shader7")
char mark_fs_col_2[]= ""
           "i.y=1.5;";
#pragma data_seg(".shader8")
char mark_fs_col_3[]= "";
char mark_fs_col_0[]= ""
           "i.y=.02;";

#pragma data_seg(".shader9")
char mark_fs_col_shared[]= ""
			"y=t(a);"
	        "if(y>p(a))"
             "{"
               "y=p(a);"
               "r=vec3(.6,.9,1.25);"
               "f=.1;i.y=.5;"
               "O=250.;"
             "}"
           "if(y>o(a))"
             "{"
               "y=o(a);"
               "r=vec3(1.,.5,0.);"
               "f=.1;"
               "O=250.;"
             "}"
           "if(y>d(a))"
             "{"
               "y=d(a);"
               "r=vec3(1.);"
               "f=0.05;"
               "O=250.;"
             "}"
       "N+=(n(a*i.y)+n(a*i.y*2.)+n(a*i.y*4.))*i.x;"
       "N=normalize(N);"
       "float M=.3;"
       "for(int L=0;L<4;++L)"
         "{";

#pragma data_seg(".shader10")
char mark_fs_light_1[]= ""
               "vec3 K=vec3(0.,4.3,102.3);"
               "K.xz=n(K.xz,L*.2-2.*l);";

#pragma data_seg(".shader11")
char mark_fs_light_2[]= ""
               "vec3 K=vec3(0.,10.*sin(L+2.*l),12.);"
               "K.xz=n(K.xz,L*3.);";

#pragma data_seg(".shader12")
char mark_fs_light_3[]= ""
               "vec3 K=vec3(0.,250.*l-L*50.,20.);"
               "K.xz=n(K.xz,cos(L)*20.*l);";

#pragma data_seg(".shader13")
char mark_fs_light_0[]= ""
               "vec3 K=vec3(0.,200.*sin(L+2.*l),58.);"
               "K.xz=n(K.xz,cos(L)*20.*l);";

#pragma data_seg(".shader14")
char mark_fs_light_shared[]= ""
           "vec3 J=a-clamp(dot(a-K,Q)/P,0.,1.)*Q*P;"
           "y=smoothstep(pow(2.,1.+.3/(x+.04)),0.,length(J-K));"
           "R(vec3(3.,2.5,2.)*y,1.-y);"
           "K-=a;"
           "M+=.4*dot(normalize(K),N)*smoothstep(80.,0.,length(K));"
         "}"
       "y=smoothstep(0.,220.*smoothstep(0.,.5,m.x),P);"
       "R(c*y,1.-y);"
       "Q=reflect(Q,N);"
       "r*=M;"
       "M=1.;"
       "for(y=6.;y>0.;y--)"
         "{"
           "M-=(y*.5-R(a+N*y*.5))/exp2(y);"
         "}"
       "r*=M;"
       "R(r,f);"
     "}"
   "e*=smoothstep(16.,15.65,m.x);"
 "}";

#pragma data_seg(".srcs")
const char* ShaderSources[]=
	{ 
		mark_fs,
		mark_fs_func_0,
		mark_fs_main,
		mark_fs_col_0,
		mark_fs_col_shared,
		mark_fs_light_0,
		mark_fs_light_shared,
		mark_fs,
		mark_fs_func_1,
		mark_fs_main,
		mark_fs_col_1,
		mark_fs_col_shared,
		mark_fs_light_1,
		mark_fs_light_shared,
		mark_fs,
		mark_fs_func_2,
		mark_fs_main,
		mark_fs_col_2,
		mark_fs_col_shared,
		mark_fs_light_2,
		mark_fs_light_shared,
		mark_fs,
		mark_fs_func_3,
		mark_fs_main,
		mark_fs_col_3,
		mark_fs_col_shared,
		mark_fs_light_3,
		mark_fs_light_shared,
	};

#endif // MARK_SMALL_H_