1/** 2 * @preserve 3 * @author ThemePunch <[email protected]> 4 * @link http://www.themepunch.com/ 5 * @copyright 2018 ThemePunch 6 * @version 7.0.0 7 */ 8!function(){"use strict";if(window.SR7??={},window._tpt??={},SR7.A??={},SR7.F??={},SR7.D??={},void 0!==(SR7.A.particlewave?.init??void 0))return;SR7.A.particlewave={...SR7.A.particlewave,init:e=>{let t=SR7.A.particlewave;void 0===SR7.A.particlewavecss&&(_tpt.injectCssJs(t.style,void 0,void 0,"particlewave_global_styles"),SR7.A.particlewavecss=!0),SR7.M[e].c.moduleListeners??={},SR7.M[e].c.moduleListeners.particlewave??={},t.defCursor=SR7.M[e].c.module.style.cursor,SR7.E.backend||(_tpt.scrollObserver.observe(SR7.M[e].c.module),SR7.F.module.listeners.init(e),t.listeners.init(e));const a=["THREE","WEBGL"];return null==t.waves&&a.push("pw_Waves"),null==t.tools&&a.push("pw_Tools"),null==t.anim&&a.push("pw_Anim"),null==t.updateShader&&a.push("pw_Shaders"),a},getModuleBasics:(e={},t)=>({u:"compare"==t?void 0:e.u??e.enable??!0}),getDefaults:(e={},t)=>SR7.A.particlewave.getLayerBasics(e,t),getLayerBasics:(e={},t)=>{let a="migrate"==t;return e?.particle?.bgpos&&(e.particle.bgpos={x:e.particle?.bgpos?.x??e.particle.bgpos?.split?.(" ")?.[0]??"50%",y:e.particle?.bgpos?.y??e.particle.bgpos?.split?.(" ")?.[1]??"50%"},e.particle.bgpos.x="center"==e.particle.bgpos.x?"50%":"left"==e.particle.bgpos.x?"0%":"100%",e.particle.bgpos.y="center"==e.particle.bgpos.y?"50%":"top"==e.particle.bgpos.y?"0%":"100%"),{type:e.type??"default",s:e.s??e.speed??40,c:e.c??e.curve??25,a:e.a??e.amplitude??35,rv:e.rv??e.randomizeValue??0,scene:{kC:e.scene?.kC??e.keepCentered??
8!0,a:e.scene?.a??e.angle??"0deg",t:e.scene?.t??e.tilt??"10deg",sx:e.scene?.sx??e.sx??"0",sy:e.scene?.sy??e.sy??"0",sz:e.scene?.sz??e.sz??"0",dpr:e.scene?.dpr??e.dpr??1},particle:{on:e.particle?.on??e.particlesOn??!0,particle:a?e.particle?.particle??e.particle?.type??e.particle??"default":e.particle?.particle??"default",c:e.particle?.c??e.particleColor??"color",bg:e.particle?.bg??e.parbackground??"default",bgfit:e.particle?.bgfit??e.bgfit??"cover",bgpos:{x:e?.particle?.bgpos?.x??e?.particle?.bgpos?.split?.(" ")?.[0]??"center",y:e?.particle?.bgpos?.y??e?.particle?.bgpos?.split?.(" ")?.[1]??"center"},s:e.particle?.s??e.particleSize??20,gs:e.particle?.gs??e.groShr??10,g:e.particle?.g??e.gap??20,a:e.particle?.a??e.particleAmount??900},lines:{pO:e.lines?.pO??e.particleOn??!0,bF:e.lines?.bF??e.borderFilled??!1,con:e.lines?.con??e.connectionType??"off",cC:e.lines?.cC??e.customColorOn??!1,c:e.lines?.c??e.fillColor??"#ffffff",f:e.lines?.f??e.finish??"matte",o:e.lines?.o??e.linesOpacity??20,hS:e.lines?.hS??e.hexaShift??0},balance:{f:e.balance?.f??e.fade??"off",oI:e.balance?.oI??e.opacityIntensity??95},color:{c:e.color?.c??(a?_tpt.gradient.convert(e.color??"#ffffff",!0):"#ffffff"),o:e.color?.o??e.opacity??100},anim:{mov:e.anim?.mov??e.movement??"off",p:e.anim?.p??e.animPath??"ocean",pH:e.anim?.pH??e.animPathHexa??"ocean",s:e.anim?.s??e.aniMainSpeed??40},pendulum:{a:e.pendulum?.a??e.angleEnd??0,t:e.pendulum?.t??e.tiltEnd??0,x:e.pendulum?.x??e.offsetxEnd??0,y:e.pendulum?.y??e.offsetyEnd??0,z:e.pendulum?.z??e.offsetzEnd??0,r:e.pendulum?.r??e.animRoute??"rounded"},loop:{a:e.loop?.a??e.angleSpeed??-13,t:e.loop?.t??e.tiltSpeed??8,z:e.loop?.z??e.offsetzSpeed??5},interaction:{type:e.interaction?.type??e.interaction??"off",t:e.interaction?.t??e.pTilt??30,r:e.interaction?.r??e.pRotate??30,i:e.interaction?.i??e.pIntensity??50,s:e.interaction?.s??e.pSpeed??40,sh:e.interaction?.sh??e.sbshifty??20,mb:e.interaction?.mb??e.pModuleBased??!1},design:{fx:e.design?.fx??e.ppfx??"off",maxb:e.design?.maxb??e.maxblur??10,minb:e.design?.minb??e.minblur??0,bb:e.design?.bb??e.ppbb??!0,f:e.design?.f??e.focus??5,a:e.design?.a??e.aperture??5,fn:e.design?.fn??e.ppfn??80,fsc:e.design?.fsc??e.ppfsc??82,fsz:e.design?.fsz??e.ppfsz??256,fgs:e.design?.fgs??e.ppfgs??!1},wpC:e.wpC??(a?_tpt.gradient.convert(e.wp_color??"#ffffff",!0):"#ffffff"),blend:e.blend??e.blending??"normal"}},prepareLayer:async(e,a,n)=>{if("particlewave"===a.subtype){var{c:s}=SR7.F.getLayer(n);return new Promise((e=>{s.addOns??={},s.addOns.particlewave??={},s.addOns.particlewave.canvas=s.addOns.particlewave.canvas&&s.addOns.particlewave.canvas.canvas?s.addOns.particlewave.canvas:SR7.WEBGL.getCanvas({useFor:"particlewave"}),t(SR7.A.particlewave.getLayerBasics(a.addOns.particlewave,"normalize")).then((t=>{s.addOns.particlewave.settings=t,s.addOns.particlewave.prepared=!0;const a=s.addOns.particlewave.canvas.canvas;a&&a.parentNode!==s.el&&s.el.appendChild(a),SR7.A.particlewave.waves.build(s),SR7.A.particlewave.initEventlisteners(s),e()})).catch((t=>{console.log(t),e()}))}))}},clearCurrent:e=>{if(!e?.addOns?.particlewave)return;const t=SR7.A.particlewave,a=e.addOns.particlewave;if(a?._handlers){try{a._lastMouseTarget&&a._handlers.mousemove&&a._lastMouseTarget.removeEventListener("mousemove",a._handlers.mousemove),a._lastMouseTarget&&a._handlers.mouseenter&&a._lastMouseTarget.removeEventListener("mouseenter",a._handlers.mouseenter),a.mouseTarget&&a._handlers.mousemove&&a.mouseTarget.removeEventListener("mousemove",a._handlers.mousemove),a.mouseTarget&&a._handlers.mouseenter&&a.mouseTarget.removeEventListener("mouseenter",a._handlers.mouseenter),_tpt.is_mobile&&a._handlers.touchmove&&(a._lastMouseTarget&&a._lastMouseTarget.removeEventListener("touchmove",a._handlers.touchmove),a.mouseTarget&&a.mouseTarget.removeEventListener("touchmove",a._handlers.touchmove))}catch{}a._handlers.windowResize&&window.removeEventListener("resize",a._handlers.windowResize),a._handlers.windowScroll&&window.removeEventListener("scroll",a._handlers.windowScroll,!0),a._handlers.docScroll&&document.removeEventListener("scroll",a._handlers.docScroll,!0)}a._handlers=null,a._lastMouseTarget=null,a.mouseTarget=null,a.mouseRect=null;try{t.pause(e.mid||SR7.F.getLayer(e.el.id)?.id,e,!0)}catch{}try{t.waves.destroy(e)}catch{}a.canvas?.canvas&&a.canvas.canvas.parentNode&&a.canvas.canvas.parentNode.removeChild(a.canvas.canvas),a.canvas&&delete a.canvas,a.prepared=!1,a.paused=!0,a.destroyed=!0,a.frame&&cancelAnimationFrame(a.frame),a.frame=null,e.addOns.particlewave=null},toggle:e=>{let t=SR7.A.particlewave;const a=SR7.M[e];if(t.onFire)for(let n in t.onFire[e])_tpt.hop(t.onFire[e],n)&&(a.states.inViewPort?t.play(e,a.c.layers[n]):t.pause(e,a.c.layers[n],!1))},play:(e,t)=>{let a=SR7.A.particlewave;a.onFire??={},a.onFire[e]??={},a.onFire[e][t.el.id]=!0,t.addOns.particlewave.paused&&a.waves.render(t),a.waves.resize(t,t.cw,t.ch),a.tools.updateGradientTexture(t),a.fitCameraToObject(t),a.waves.render(t)},pause:(e,t,a)=>{let n=SR7.A.particlewave;t.addOns.particlewave.paused=!0,t.addOns.particlewave.frame=cancelAnimationFrame(t.addOns.particlewave.frame),a&&n?.onFire?.[e]?.[t.el.id]&&delete n.onFire[e][t.el.id]},prepareEditorCanvas:function(e){let t=e.addOns.particlewave;if(SR7.E.backend&&e?.edit){const a=e.edit.querySelector(".sr-particlewave-editor-canvas");a&&a.remove();const n=document.createElement("canvas");return n.className="sr-particlewave-editor-canvas",n.style.width="100%",n.style.height="100%",
8n.style.position="absolute",n.style.left="0",n.style.top="0",n.style.pointerEvents="all",n.width=e.edit.clientWidth,n.height=e.edit.clientHeight,e.edit.appendChild(n),t.mouseTarget=n,t.mouseRect=n.getBoundingClientRect(),t.mouseTarget}{const e=t.canvas&&t.canvas.canvas&&t.canvas.canvas.parentNode?t.canvas.canvas.parentNode:t.canvas&&t.canvas.canvas?t.canvas.canvas:t.canvas;return t.mouseTarget=e,t.mouseRect=e&&e.getBoundingClientRect?e.getBoundingClientRect():null,t.mouseTarget}},quickPrepare:e=>{e.addOns.particlewave.destroyed=!1,e.addOns.particlewave.canvas&&e.addOns.particlewave.canvas.canvas||(e.addOns.particlewave.canvas=SR7.WEBGL.getCanvas({useFor:"particlewave-quick-prepare"}));const t=e.addOns.particlewave.canvas.canvas;t&&t.parentNode!==e.el&&e.el.appendChild(t),SR7.A.particlewave.waves.build(e),SR7.A.particlewave.initEventlisteners(e)},initEventlisteners:function(e){let t=e.addOns.particlewave;if(!t)return;if(t.canvasRect=t.canvas&&t.canvas.canvas&&t.canvas.canvas.getBoundingClientRect?t.canvas.canvas.getBoundingClientRect():null,t._lastMouseTarget&&t._lastMouseTarget!==t.mouseTarget){try{t._handlers?.mousemove&&t._lastMouseTarget.removeEventListener("mousemove",t._handlers.mousemove),t._handlers?.mouseenter&&t._lastMouseTarget.removeEventListener("mouseenter",t._handlers.mouseenter),_tpt.is_mobile&&t._handlers?.touchmove&&t._lastMouseTarget.removeEventListener("touchmove",t._handlers.touchmove)}catch{}t._handlers?.windowResize&&window.removeEventListener("resize",t._handlers.windowResize),t._handlers?.windowScroll&&window.removeEventListener("scroll",t._handlers.windowScroll,!0),t._handlers?.docScroll&&document.removeEventListener("scroll",t._handlers.docScroll,!0)}if(t._handlers&&t.mouseTarget){try{t._handlers.mousemove&&t.mouseTarget.removeEventListener("mousemove",t._handlers.mousemove),t._handlers.mouseenter&&t.mouseTarget.removeEventListener("mouseenter",t._handlers.mouseenter),_tpt.is_mobile&&t._handlers.touchmove&&t.mouseTarget.removeEventListener("touchmove",t._handlers.touchmove)}catch{}t._handlers?.windowResize&&window.removeEventListener("resize",t._handlers.windowResize),t._handlers?.windowScroll&&window.removeEventListener("scroll",t._handlers.windowScroll,!0),t._handlers?.docScroll&&document.removeEventListener("scroll",t._handlers.docScroll,!0)}const a=SR7.A.particlewave.prepareEditorCanvas(e);t.mouseTarget||(t.mouseTarget=a||t.canvas&&t.canvas.canvas),t.mouseRect=t.mouseTarget&&t.mouseTarget.getBoundingClientRect?t.mouseTarget.getBoundingClientRect():null,t._handlers=t._handlers||{},t._handlers.mouseenter=t=>{SR7.A.particlewave.listeners.mouse.enter(t,e)},t._handlers.mousemove=t=>{SR7.A.particlewave.listeners.mouse.move(t,e)},t._handlers.touchmove=t=>SR7.A.particlewave.listeners.mouse.touchmove?SR7.A.particlewave.listeners.mouse.touchmove(t,e):SR7.A.particlewave.listeners.mouse.move(t,e),t.mouseTarget&&(t.mouseTarget.addEventListener("mouseenter",t._handlers.mouseenter,{passive:!0}),t.mouseTarget.addEventListener("mousemove",t._handlers.mousemove,{passive:!0}),_tpt.is_mobile&&t.mouseTarget.addEventListener("touchmove",t._handlers.touchmove,{passive:!0})),t._lastMouseTarget=t.mouseTarget,t._rectDirty=!1,t._handlers.windowResize=()=>{t._rectDirty=!0},t._handlers.windowScroll=()=>{t._rectDirty=!0},t._handlers.docScroll=()=>{t._rectDirty=!0},window.addEventListener("resize",t._handlers.windowResize,{passive:!0}),window.addEventListener("scroll",t._handlers.windowScroll,{passive:!0,capture:!0}),document.addEventListener("scroll",t._handlers.docScroll,{passive:!0,capture:!0})},listeners:{init:e=>{let t=SR7.A.particlewave;t.listenersAdded?.[e]||(t.onFire??={},t.onFire[e]??={},t.listenersAdded||document.addEventListener("sr.layer.action",(function(e){""+(e.layersettings?.addOns?.particlewave??!1)!="false"&&("enterstage"==e.eventtype?(window.e=e,e.c.addOns.particlewave.destroyed&&t.quickPrepare(e.c),t.play(e.id,e.c)):"leavestage"==e.eventtype?t.pause(e.id,e.c,!0):"leftstage"==e.eventtype&&t.waves.destroy(e.c))})),t.mouseEnter=t.mouseEnter??SR7.F.module.listeners.reg(e,"mouseenter",((e,a)=>t.listeners.mouse.module.enter(e,a))),t.mouseMove=t.mouseMove??SR7.F.module.listeners.reg(e,"mousemove",((e,a)=>t.listeners.mouse.module.move(e,a))),t.mouseLeave=t.mouseLeave??SR7.F.module.listeners.reg(e,"mouseleave",((e,a)=>t.listeners.mouse.module.leave(e,a))),t.listenersAdded??={},t.listenersAdded[e]=!0)},mouse:{module:{enter:(e,t)=>{SR7.A.particlewave.listeners.mouse.module.default(e,t,"enter")},move:(e,t)=>
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8dthw/s.naturalHeight;isNaN(r)||0===r||!isFinite(r)?a=n=i:(a=r>=1?i:i*r,n=r>=1?i/r:i),SR7.A.particlewave.tools.particleOnCanvas(a,n,s,t.ctxtemp)})).catch((e=>{console.log(e)})),t);_tpt.R??={},_tpt.R.particlewave=_tpt.extend?_tpt.extend(_tpt.R.particlewave,{status:2,version:"1.0"}):{status:2,version:"1.0"},window.dispatchEvent(new CustomEvent("SR7ParticleWaveReady"))}();!function(){"use strict";window.SR7??={},window._tpt??={},SR7.A??={},SR7.F??={},SR7.D??={},void 0===(SR7.A.particlewave?.anim??void 0)&&(SR7.A.particlewave={...SR7.A.particlewave,anim:{selector:a=>{let t=a.settings;var e=a.material.userData.u_time.value;"off"!=t.anim.mov&&("path"==t.anim.mov&&"hexa"!=t.lines.con&&SR7.A.particlewave.anim.path(a,e),"path"==t.anim.mov&&"hexa"===t.lines.con&&SR7.A.particlewave.anim.pathHexa(a,e),"pendulum"==t.anim.mov&&SR7.A.particlewave.anim.pendulum(a,e),"loop"==t.anim.mov&&SR7.A.particlewave.anim.loop(a))},path:(a,t)=>{let 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e=a.settings;switch(e.anim.pH){case"ocean":a.scene.rotation.x=(e.scene.t+37)*Math.PI/180,a.scene.position.z=2,a.camera.position.x=Math.sin(t*(e.anim.s/100))*(e.particle.a/12),a.camera.position.y=Math.cos(t*(e.anim.s/100))*(e.particle.a/14)+e.particle.a/12;break;case"round":a.scene.rotation.x=(e.scene.t+37)*Math.PI/180,a.camera.position.x=Math.sin(t*(e.anim.s/100))*(e.particle.a/6),a.camera.rotation.z-=a.tDiff/1e3*e.anim.s,a.camera.position.z=Math.min(2*Math.sin(t*(e.anim.s/100))+20,2*Math.sin(t*(e.anim.s/50))+18);break;case"handheld":a.scene.rotation.x=(e.scene.t+37)*Math.PI/180,a.camera.position.x=Math.sin(t*(e.anim.s/100))*(e.particle.a/6),a.scene.rotation.z=Math.sin(t*(e.anim.s/100))*(10*Math.PI)/180,a.camera.position.z=Math.min(2*Math.sin(t*(e.anim.s/50))+4*e.a,2*Math.sin(t*(e.anim.s/50))+18);break;case"oldOcean":a.camera.position.z=Math.sin(t*(e.anim.s/100))*(e.particle.a/3)+e.particle.a/3,a.camera.position.y=e.a-Math.sin(t*(e.anim.s/100))*e.a/2,a.camera.lookAt(0,0,-e.particle.a);break;case"oldLost":a.scene.rotation.y+=a.tDiff/1e3*e.anim.s,a.camera.position.y=1.5*e.a,a.camera.position.z=Math.sin(t*(e.anim.s/40))*(e.particle.a/6)+e.particle.a/6;break;case"oldRound":a.camera.position.set(e.particle.a/4,1.5*e.a,0),a.scene.rotation.y-=a.tDiff/1e3*e.anim.s,a.camera.rotation.y=60*Math.PI/180,a.camera.rotation.x=-1*Math.PI/180,a.camera.rotation.z=1*Math.PI/180}},pendulum(a,t){let e=a.settings;var i=Math.max(e.scene.sx,e.pendulum.x),n=Math.min(e.scene.sx,e.pendulum.x),s=Math.max(e.scene.sy,e.pendulum.y),o=Math.min(e.scene.sy,e.pendulum.y),c=Math.max(e.scene.sz,e.pendulum.z),r=Math.min(e.scene.sz,e.pendulum.z),m=new THREE.Vector3(Math.sin(t*(e.anim.s/100))*(i-n)/2+n+(i-n)/2,Math.sin(t*(e.anim.s/100))*(s-o)/2+o+(s-o)/2,Math.sin(t*(e.anim.s/100))*(c-r)/2+r+(c-r)/2+e.particle.a/2);"rounded"==e.pendulum.r&&a.camera.lookAt(-m.x,-m.y,-m.z),a.camera.position.copy(m);var p=Math.max(e.pendulum.t/180*Math.PI,e.scene.t/180*Math.PI),l=Math.min(e.pendulum.t/180*Math.PI,e.scene.t/180*Math.PI);a.scene.rotation.x=Math.sin(t*(e.anim.s/100))*(p-l)/2+l+(p-l)/2,a.camera.position.z=m.z+10;var h=Math.max(e.pendulum.a/180*Math.PI,e.scene.a/180*Math.PI),M=Math.min(e.pendulum.a/180*Math.PI,e.scene.a/180*Math.PI);a.scene.rotation.z=Math.sin(t*(e.anim.s/100))*(h-M)/2+M+(h-M)/2},loop:a=>{let t=a.settings;a.scene.rotation.x+=t.loop.t/5e3*a.tDiff*100,a.scene.rotation.y+=t.loop.z/5e3*a.tDiff*100,a.scene.rotation.z+=t.loop.a/5e3*a.tDiff*100}}},_tpt.R??={},_tpt.R.pw_Anim=_tpt.extend?_tpt.extend(_tpt.R.pw_Anim,{status:2,version:"1.0"}):{status:2,version:"1.0"},window.dispatchEvent(new CustomEvent("SR7ParticleWaveAnimLoaded")))}();!function(){"use strict";window.SR7??={},window._tpt??={},SR7.A??={},SR7.F??={},SR7.D??={},void 0===(SR7.A.particlewave?.updateShader??void 0)&&(SR7.A.particlewave={...SR7.A.particlewave,updateShader:(e,n,a)=>
8{if(!window.beforeCompile){switch(e.vertexShader=e.vertexShader.replace("#include <common>","\n #include <common>\n uniform float u_time;\n uniform float u_amplitude;\n uniform float u_speed;\n uniform float u_curve;\n uniform vec4 u_color;\n uniform vec3 u_color_lines;\n uniform sampler2D u_pointTexture;\n \n attribute float wavePosX;\n attribute float wavePosY;\n attribute float random_factor;\n float pi = 3.14159265359;\n \n varying float v_wavePosX;\n varying float v_wavePosY;\n varying float v_wavePosZ;\n "),e.vertexShader=e.vertexShader.replace("void main() {","\n // functions\n void main() {\n v_wavePosX = wavePosX;\n v_wavePosY = wavePosY;\n \n float increaser = 0.0;\n "),n.type){case"default":e.vertexShader=e.vertexShader.replace("#include <morphtarget_vertex>","\n float f_speed = (u_time / u_curve) * u_speed;\n float offset = sin((f_speed + wavePosX) * u_curve) + sin((f_speed + wavePosY) * u_curve);\n \n increaser += offset + u_amplitude;\n \n #include <morphtarget_vertex>");break;case"plainx":e.vertexShader=e.vertexShader.replace("#include <morphtarget_vertex>","\n float f_speed = (u_time / u_curve) * u_speed;\n float offset = sin((f_speed + wavePosX) * u_curve);\n \n increaser += offset + u_amplitude;\n \n #include <morphtarget_vertex>");break;case"plainz":e.vertexShader=e.vertexShader.replace("#include <morphtarget_vertex>","\n float f_speed = (u_time / u_curve) * u_speed;\n float offset = sin((f_speed + wavePosY) * u_curve);\n \n increaser += offset + u_amplitude;\n \n #include <morphtarget_vertex>");break;case"powerful":e.vertexShader=e.vertexShader.replace("#include <morphtarget_vertex>","\n float f_speed = (u_time / u_curve) * u_speed;\n //float offset = sin(f_speed) + sin(sin(u_curve) * wavePosX) + sin(sin(u_curve) * wavePosY);\n float offset = sin((f_speed + wavePosX) * u_curve) * wavePosX + sin((f_speed + wavePosY) * u_curve) * wavePosY;\n \n increaser += offset + u_amplitude;\n \n #include <morphtarget_vertex>");break;case"funky":e.vertexShader=e.vertexShader.replace("#include <morphtarget_vertex>","\n float f_speed = sin((u_time / u_curve) * u_speed) * 12.5;\n float offset = sin(f_speed * wavePosX+sin(f_speed * wavePosX+sin(f_speed * wavePosX))) + sin(f_speed * wavePosY+sin(f_speed * wavePosY));\n \n increaser += offset + u_amplitude;\n \n #include <morphtarget_vertex>")}switch(e.vertexShader=e.vertexShader.replace("#include <morphtarget_vertex>","\n transformed.y += offset * u_amplitude;\n v_wavePosZ = transformed.y;\n\n #include <morphtarget_vertex>"),n.rv&&(e.vertexShader=e.vertexShader.replace("#include <morphtarget_vertex>","\n transformed.y += random_factor;\n \n #include <morphtarget_vertex>")),e.fragmentShader=e.fragmentShader.replace("#include <common>","\n #include <common>\n uniform vec4 u_color;\n uniform vec3 u_color_lines;\n uniform sampler2D u_pointTexture;\n varying float v_wavePosX;\n varying float v_wavePosY;\n varying float v_wavePosZ;\n uniform float u_amplitude;\n uniform float u_intensity;\n uniform float u_isSVG;\n varying float v_faceOpacity;\n "),0!==n.numStops&&(e.fragmentShader=e.fragmentShader.replace("#include <common>","\n #include <common>\n uniform vec2 u_gradientStart;\n uniform vec2 u_gradientEnd;\n uniform vec4 u_colors[6];\n uniform float u_colorstops[6];\n uniform int u_numstops;\n uniform float u_windowHeight;\n ")),e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n float opaX = 1.0, opaZ = 1.0;\n float intens = u_intensity / 100.0;\n #include <tonemapping_fragment>\n "),n.balance.f){case"sides":e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n opaX = -abs((v_wavePosX+0.5)*2.0)+1.0;\n #include <tonemapping_fragment>\n ");break;case"back":e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n opaZ = abs(v_wavePosY / 1.0);\n #include <tonemapping_fragment>\n ");break;case"front":e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n opaZ = -abs(v_wavePosY / 1.0) + 1.0;\n #include <tonemapping_fragment>\n ");break;case"backfront":e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n opaZ = -abs((v_wavePosY-0.5)*2.0)+1.0;\n #include <tonemapping_fragment>\n ");break;case"all":e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n opaZ = -abs((v_wavePosY-0.5)*2.0)+1.0;\n opaX = -abs((v_wavePosX+0.5)*2.0)+1.0;\n #include <tonemapping_fragment>\n ")}"color"==n.particle.c&&(0==n.numStops?e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n vec4 tempColor = vec4(float(u_color.x) / 25
85.0, float(u_color.y) / 255.0, float(u_color.z) / 255.0, u_color.a);\n float oCopy = gl_FragColor.a * tempColor.a;\n gl_FragColor = mix(gl_FragColor, tempColor, u_isSVG);\n gl_FragColor.a = oCopy;\n #include <tonemapping_fragment>\n "):e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>",'\n /* float alpha = atan( -u_gradientEnd.y + u_gradientStart.y, u_gradientEnd.x - u_gradientStart.x );\n float gradientXRot = u_gradientStart.x*cos(alpha) - u_gradientStart.y*sin(alpha);\n float gradientXEndRot = u_gradientEnd.x*cos(alpha) - u_gradientEnd.y*sin(alpha);\n float span = gradientXEndRot - gradientXRot;\n float y = 1200.0 * v_wavePosY;\n float x = 1600.0 * v_wavePosX;\n float xLocRotated = x*cos( alpha ) - y*sin( alpha );\n \n c.x = mix(u_colors[0].x / 255.0, u_colors[1].x / 255.0, smoothstep( gradientXRot + float(u_colorstops[0])*span, gradientXRot + float(u_colorstops[1])*span, xLocRotated ));\n c.y = mix(u_colors[0].y / 255.0, u_colors[1].y / 255.0, smoothstep( gradientXRot + float(u_colorstops[0])*span, gradientXRot + float(u_colorstops[1])*span, xLocRotated ));\n c.z = mix(u_colors[0].z / 255.0, u_colors[1].z / 255.0, smoothstep( gradientXRot + float(u_colorstops[0])*span, gradientXRot + float(u_colorstops[1])*span, xLocRotated ));\n \n for( int i=1; i<c_numstops-1; i++ ){\n c.x = mix(c.x, u_colors[i+1].x, smoothstep( gradientXRot + float(u_colorstops[i])*span, gradientXRot + float(u_colorstops[i+1])*span, xLocRotated ));\n c.y = mix(c.y, u_colors[i+1].y, smoothstep( gradientXRot + float(u_colorstops[i])*span, gradientXRot + float(u_colorstops[i+1])*span, xLocRotated ));\n c.z = mix(c.z, u_colors[i+1].z, smoothstep( gradientXRot + float(u_colorstops[i])*span, gradientXRot + float(u_colorstops[i+1])*span, xLocRotated ));\n } */\n \n vec4 c = vec4(0.0, 0.0, 0.0, 0.0);\n //float posX = (v_wavePosX + 1.0);\n float alpha = 0.0 * 3.14/180.0;\n float reach = 1.0;\n float posX = ((v_wavePosX + 1.0)*cos( alpha ) + v_wavePosY*sin( alpha )) / reach;\n \n //if needed translate to "v_wavePosZ"\n //If scene is no longer hard coded at 30x30, then the reach value must be calculated differently with that in mind\n \n for(int i=0; i<c_numstops; i++){\n if(u_colorstops[i] <= posX && posX <= u_colorstops[i+1]){\n c.x = mix(u_colors[i+1].x, u_colors[i].x, smoothstep(u_colorstops[i+1], u_colorstops[i], posX));\n c.y = mix(u_colors[i+1].y, u_colors[i].y, smoothstep(u_colorstops[i+1], u_colorstops[i], posX));\n c.z = mix(u_colors[i+1].z, u_colors[i].z, smoothstep(u_colorstops[i+1], u_colorstops[i], posX));\n }\n }\n \n float oCopy = gl_FragColor.a;\n gl_FragColor = c;\n gl_FragColor.a = oCopy;\n \n #include <tonemapping_fragment>\n ')),"image"==n.particle.c&&(e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>",`\n vec4 color = texture2D(u_pointTexture, ${!1===a?"vec2(abs(v_wavePosX), v_wavePosY)":"vUv"});\n \n float oCopy = gl_FragColor.a * 1.0;\n gl_FragColor = mix(color, gl_FragColor, .5);\n gl_FragColor.a = oCopy;\n \n #include <tonemapping_fragment>\n `)),"keep"==n.particle.c&&(e.fragmentShader=e.fragmentShader.replace("#include <dithering_fragment>","\n #include <dithering_fragment>\n ")),e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n gl_FragColor.a = min(opaX * intens, opaZ * intens) * gl_FragColor.a;\n #include <tonemapping_fragment>\n ")}},updateShader2:(e,n)=>{if(e.vertexShader=e.vertexShader.replace("#include <common>","\n #include <common>\n uniform float u_time;\n uniform float u_amplitude;\n uniform float u_speed;\n uniform float u_curve;\n uniform vec4 u_color;\n uniform vec3 u_color_lines;\n \n attribute float wavePosX;\n attribute float wavePosY;\n attribute float random_factor;\n float pi = 3.14159265359;\n \n varying float v_wavePosX;\n varying float v_wavePosY;\n varying float v_hexaLightDiff;\n "),e.vertexShader=e.vertexShader.replace("void main() {","\n // functions\n void main() {\n v_wavePosX = wavePosX;\n v_wavePosY = wavePosY;\n "),"hexa"!==n.lines.con&&"off"!=n.lines.con&&0==n.lines.bF&&(e.vertexShader=e.vertexShader.replace("#include <common>","\n #include <common>\n varying float v_faceOpacity;\n attribute float a_faceColor;\n ").replace("void main() {","\n // functions\n void main() {\n v_wavePosX = wavePosX;\n v_wavePosY = wavePosY;\n v_faceOpacity = a_faceColor;\n \n ")),"hexa"!==n.lines.con){switch(n.type){case"default":e.vertexShader=e.vertexShader.replace("#include <morphtarget_vertex>","\n float f_speed = (u_time / u_curve) * u_speed;\n float offset = sin((f_speed + wavePosX) * u_curve) + sin((f_speed + wavePosY) * u_curve);\n \n transformed.y += offset * u_amplitude;\n \n #include <morphtarget_vertex>");break;case"plainx":e.vertexShader=e.vertexShader.replace("#include <morphtarget_vertex>","\n float f_speed = (u_time / u_curve) * u_speed;\n float offset = sin((f_speed + wavePosX) * u_curve);\n \n transformed.y += offset * u_amplitude;\n #include <morphtarget_vertex>");break;case"plainz":e.vertexShader=e.vertexShader.replace("#include <morphtarget_vertex>","\n float f_speed = (u_time / u_curve) * u_speed;\n float offset = sin((f_speed + wavePosY) * u_curve);\n \n transformed.y += offset * u_amplitude;\n #include <morphtarget_vertex>");break;case"powerful":e.vertexShader=e.vertexShader.replace("#include <morphtarget_vertex>","\n float f_speed = (u_time / u_curve) * u_speed;\n //float offset = sin(f_speed) + sin(sin(u_curve) * wavePosX) + sin(sin(u_curve) * wavePosY);\n float offset = sin((f_speed + wavePosX) * u_curve) * wavePosX + sin((f_speed + wavePosY) * u_curve) * wavePosY;\n \n transformed.y += offset * u_amplitude;\n #include <morphtarget_vertex>");break;case"funky":e.vertexShader=e.vertexShader.replace("#include <morphtarget_vertex>","\n float f_speed = sin((u_time / u_curve) * u_speed) * 12.5;\n float offset = sin(f_speed * wavePosX+sin(f_speed * wavePosX+sin(f_speed * wavePosX))) + sin(f_speed * wavePosY+sin(f_speed * wavePosY));\n \n transformed.y += offset * u_amplitude;\n #include <morphtarget_vertex>")}n.rv&&(e.vertexShader=e.vertexShader.replace("#include <morphtarget_vertex>","\n transformed.y += random_factor;\n \n #include <morphtarget_vertex>"))}else e.vertexShader=e.vertexShader.replace("#include <morphtarget_vertex>","\n \n float f_speed = (u_time / u_curve) * u_speed;\n float offset = sin((f_speed + wavePosX) * u_curve) + sin((f_speed + wavePosY) * u_curve) + u_amplitude / 2.0;\n float maxoffset = 2. + u_amplitude / 2.0;\n float hexaLightVal = abs(offset/maxoffset/10.);\n \n if(a_hexaCount > 0.0){\n transformed.y += offset * u_amplitude / 4.0;\n v_hexaLightDiff = 0.8 + hexaLightVal;\n }\n else{\n hexaLightVal = abs(offset/maxoffset/20.);\n v_hexaLightDiff = 0.8 + hexaLightVal;\n transformed.y += offset * u_amplitude / 8.0;\n }\n #include <morphtarget_vertex>");switch(e.fragmentShader=e.fragmentShader.replace("#include <common>","\n #include <common>\n uniform vec4 u_color;\n uniform vec3 u_color_lines;\n uniform sampler2D u_pointTexture;\n varying float v_wavePosX;\n varying float v_wavePosY;\n uniform float u_intensity;\n varying float v_hexaLightDiff;\n "),0!==n.numStops&&(e.fragmentShader=e.fragmentShader.replace("#include <common>","\n #include <common>\n uniform vec2 u_gradientStart;\n uniform vec2 u_gradientEnd;\n uniform vec4 u_colors[6];\n uniform float u_colorstops[6];\n uniform int u_numstops;\n uniform float u_windowHeight;\n ")),"hexa"!==n.lines.con&&"off"!=n.lines.con&&0==n.lines.bF&&(e.fragmentShader=e.fragmentShader.replace("#include <common>","\n #include <common>\n varying float v_faceOpacity;\n ")),e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n float opaX = 1.0, opaZ = 1.0;\n #include <tonemapping_fragment>\n "),n.balance.f){case"sides":e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n opaX = -abs((v_wavePosX+0.5)*2.0)+1.0;\n #include <tonemapping_fragment>\n ");break;case"back":e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n opaZ = abs(v_wavePosY / 1.0);\n #include <tonemapping_fragment>\n ");break;case"front":e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n opaZ = -abs(v_wavePosY / 1.0) + 1.0;\n #include <tonemapping_fragment>\n ");break;case"backfront":e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n opaZ = -abs((v_wavePosY-0.5)*2.0)+1.0;\n #include <tonemapping_fragment>\n ");break;case"all":e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n opaZ = -abs((v_wavePosY-0.5)*2.0)+1.0;\n opaX = -abs((v_wavePosX+0.5)*2.0)+1.0;\n #include <tonemapping_fragment>\n ")}"off"!==n.lines.con?("color"==n.particle.c&&n.numStops>0&&0==n.lines.cC&&(e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>",'\n vec4 c = vec4(0.0, 0.0, 0.0, 0.0);\n //float posX = (v_wavePosX + 1.0);\n float alpha = 0.0 * 3.14/180.0;\n float reach = 1.0;\n float posX = ((v_wavePosX + 1.0)*cos( alpha ) + v_wavePosY*sin( alpha )) / reach;\n \n //if needed translate to "v_wavePosZ"\n //If scene is no longer hard coded at 30x30, then the reach value must be calculated differently with that in mind\n \n for(int i=0; i<c_numstops; i++){\n if(u_colorstops[i] <= posX && posX <= u_colorstops[i+1]
8){\n c.x = mix(u_colors[i+1].x, u_colors[i].x, smoothstep(u_colorstops[i+1], u_colorstops[i], posX));\n c.y = mix(u_colors[i+1].y, u_colors[i].y, smoothstep(u_colorstops[i+1], u_colorstops[i], posX));\n c.z = mix(u_colors[i+1].z, u_colors[i].z, smoothstep(u_colorstops[i+1], u_colorstops[i], posX));\n }\n }\n \n float oCopy = gl_FragColor.a;\n gl_FragColor = c;\n gl_FragColor.a = oCopy;\n #include <tonemapping_fragment>\n ')),"image"==n.particle.c&&(n.lines.cC?e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n vec4 color = texture2D(u_pointTexture, vUv);\n \n gl_FragColor = vec4(float(u_color.x) / 255.0, float(u_color.y) / 255.0, float(u_color.z) / 255.0, u_color.a);\n \n #include <tonemapping_fragment>\n "):e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n vec4 color = texture2D(u_pointTexture, vUv);\n \n float oCopy = gl_FragColor.a * color.a;\n gl_FragColor = color;\n gl_FragColor.a = oCopy;\n \n #include <tonemapping_fragment>\n ")),n.lines.bF?("boxes"==n.lines.con&&(e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n float intens = u_intensity / 100.0;\n gl_FragColor.a = min(opaX * intens, opaZ * intens) * gl_FragColor.a * v_faceOpacity;\n #include <tonemapping_fragment>\n ")),"triangles"==n.lines.con&&(e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n float intens = u_intensity / 100.0;\n gl_FragColor.a = min(opaX * intens, opaZ * intens) * gl_FragColor.a * v_faceOpacity;\n #include <tonemapping_fragment>\n "))):e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>",`\n float intens = u_intensity / 100.0;\n ${"hexa"===n.lines.con?"gl_FragColor.rgb *= v_hexaLightDiff;":""}\n gl_FragColor.a = min(opaX * intens, opaZ * intens) * gl_FragColor.a;\n \n #include <tonemapping_fragment>\n `)):!n.numStops&&n.numStops.length<0?e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n float intens = u_intensity / 100.0;\n gl_FragColor.a = min(opaX * intens, opaZ * intens) * gl_FragColor.a * u_color.a;\n \n #include <tonemapping_fragment>\n "):e.fragmentShader=e.fragmentShader.replace("#include <tonemapping_fragment>","\n float intens = u_intensity / 100.0;\n gl_FragColor.a = min(opaX * intens, opaZ * intens) * gl_FragColor.a;\n \n #include <tonemapping_fragment>\n ")}},_tpt.R??={},_tpt.R.pw_Shaders=_tpt.extend?_tpt.extend(_tpt.R.pw_Shaders,{status:2,version:"1.0"}):{status:2,version:"1.0"},window.dispatchEvent(new CustomEvent("SR7ParticleWaveShadersLoaded")))}();!function(){"use strict";window.SR7??={},window._tpt??={},SR7.A??={},SR7.F??={},SR7.D??={},void 0===(SR7.A.particlewave?.tools??void 0)&&(SR7.A.particlewave={...SR7.A.particlewave,tools:{ToQuads:t=>{let e=t.parameters,r=e.tubularSegments||e.widthSegments||e.thetaSegments||e.points?.length-1||1,a=e.radialSegments||e.heightSegments||e.phiSegments||e.segments||1;"TorusGeometry"===t.type&&([r,a]=[a,r]);let o=[],s=(r+1)*(a+1);for(let t=0;t<=a;t++){let e=t*(r+1);for(let t=0;t<r;t++){let a=e+t,n=a+1,i=a+r+1;o.push(a,n),i<s-1&&o.push(a,i)}e+r+1<s-1&&o.push(e+r,e+r+r+1)}
8t.setIndex(o)},separateFaces:(t,e)=>{const r=t.attributes.position.array,a=t.attributes.uv.array,o=t.attributes.normal.array;let s=0,n=0;const i=(e,r)=>{let a;return t.setAttribute(e,new THREE.BufferAttribute(a=new Float32Array(t.index.count*r),r)),a},l=i("position",3),p=i("uv",2),c=i("normal",3);e.forEach((e=>{const r=t.attributes[e.name];e.oArr=r.array,e.nArr=i(e.name,r.itemSize)}));let d=t.index.array;t.index.count-1>65535&&t.index.count<4294967295&&(d=new Uint32Array(t.index.count));for(let i=0;i<t.index.count;i++){const w=t.index.array[i];d[i]=i,l.set(r.subarray(3*w,3*w+3),s),p.set(a.subarray(2*w,2*w+2),n),c.set(o.subarray(3*w,3*w+3),s),e.forEach((e=>{const r=t.attributes[e.name],a=w*r.itemSize;e.nArr.set(e.oArr.subarray(a,a+r.itemSize),i*r.itemSize)})),s+=3,n+=2}t.index.array=d,t.attributes.uv.needsUpdate=!0,t.attributes.position.needsUpdate=!0,t.attributes.normal.needsUpdate=!0,e.forEach((e=>t.attributes[e.name].needsUpdate=!0))},analyseGradient:(t,e,r)=>{let a=t.wpC_ori.angle;if("string"!=typeof t.wpC&&"solid"!=(t.wpC?.type??"solid")&&t.wpC.colors?.length){t.numStops=t.wpC.colors.length,t.colorsArray=[],t.colorStopsArray=[];for(let e=0;e<6;e++){const r=e,a=new THREE.Vector4;e<t.numStops?(a.fromArray(_tpt.parseColor(t.wpC.colors[r].rgba)),t.colorsArray.push(a),t.colorStopsArray.push(t.wpC.colors[r].p/100)):(t.colorsArray.push(a),t.colorStopsArray.push(0))}const{tx:o,ty:s,bx:n,by:i}=_tpt.gradient.calcPoints(e,r,a);t.gradientStart.set(o,s),t.gradientEnd.set(n,i)}else t.numStops=0,t.wpC=(new THREE.Vector4).fromArray(t.color_par)},updateGradientTexture:t=>{let e=t.addOns.particlewave,r=e.settings;if("solid"==(r.wpC_ori?.type??"solid")||void 0===e.w||isNaN(e.w)||0===e.w||void 0===e.h||isNaN(e.h)||0===e.h)return;r.bg.canvas.width=e.w,r.bg.canvas.height=e.h;let a="radial"===r.wpC_ori?.type?r.bg.ctx.createRadialGradient(e.w/2,e.h/2,0,e.w/2,e.h/2,Math.max(e.w/2,e.h/2)):_tpt.gradient.getLinear(r.bg.ctx,e.w,e.h,r.wpC_ori?.angle||180);for(var o=0;o<r.wpC_ori?.colors.length;o++)a.addColorStop(r.wpC_ori?.colors[o].p/100,r.wpC_ori?.colors[o].rgba);r.bg.ctx.fillStyle=a,r.bg.ctx.fillRect(0,0,e.w,e.h),r.bg.ctx.scale(-1,1),r.bg.ctx.drawImage(r.bg.ctx.canvas,-e.w,0,e.w,e.h),r.bg.ctx.setTransform(1,0,0,1,0,0),r.bg.texture.needsUpdate=!0},particleOnCanvas:(t,e,r,a)=>{const o=Math.max(t,e)+4;r.width=t,r.height=e,a.canvas.width=a.canvas.height=o,["webkitImageSmoothingEnabled","msImageSmoothingEnabled","imageSmoothingEnabled"].forEach((t=>a[t]=!1)),a.drawImage(r,(o-t)/2+2,(o-e)/2+2,t-4,e-4)}}},_tpt.R??={},_tpt.R.pw_Tools=_tpt.extend?_tpt.extend(_tpt.R.pw_Tools,{status:2,version:"1.0"}):{status:2,version:"1.0"},window.dispatchEvent(new CustomEvent("SR7ParticleWaveToolsLoaded")))}();!function(){"use strict";if(window.SR7??={},window._tpt??={},SR7.A??={},SR7.F??={},SR7.D??={},void 0!==(SR7.A.particlewave?.waves??void 0))return;SR7.A.particlewave={...SR7.A.particlewave,waves:{build:e=>{let i=SR7.A.particlewave,o=e.addOns.particlewave,u=o.settings;t(e),a(o,u);let m=l(u);if("hexa"!=u.lines.con){if(1==u.particle.on){const e=new THREE.BufferGeometry;e.setAttribute("position",new THREE.Float32BufferAttribute(m.points,3)),e.setAttribute("wavePosX",new THREE.Float32BufferAttribute(m.wavePosX,1)),e.setAttribute("wavePosY",new THREE.Float32BufferAttribute(m.wavePosY,1)),e.setAttribute("random_factor",new THREE.Float32BufferAttribute(m.random_factor,1));let t=new THREE.Points(e,o.material,m.count);o.group.add(t)}o.group.rotation.y=Math.PI;let e=new THREE.AmbientLight;
8o.group.add(e),i.adjustScene(o)}else r(o.scene,u),i.setSceneForHexa(o);"off"===u.lines.con||!u.lines.bF&&"hexa"!==u.lines.con||n(o,u,m),"off"===u.lines.con||"hexa"===u.lines.con||u.lines.bF||s(o,u,m),o.scene.add(o.group),o.renderer=new THREE.WebGLRenderer({antialias:!0,canvas:o.canvas.canvas,alpha:!0}),o.renderer.setPixelRatio(Math.min(u.scene.dpr,window.devicePixelRatio)),SR7.E.backend&&(o.canvas.canvas.width=e.cw*o.renderer.getPixelRatio(),o.canvas.canvas.height=e.ch*o.renderer.getPixelRatio()),o.renderer.setSize(o.canvas.canvas.width,o.canvas.canvas.height),o.bindedRender=t=>{i.waves.render(e,t)},i.waves.initPP(e),SR7.E.backend||c(e)},render:(e,t)=>{let a=e.addOns.particlewave;try{a&&a._rectDirty&&(a.mouseTarget&&a.mouseTarget.getBoundingClientRect&&(a.mouseRect=a.mouseTarget.getBoundingClientRect()),a.canvas&&a.canvas.canvas&&a.canvas.canvas.getBoundingClientRect&&(a.canvasRect=a.canvas.canvas.getBoundingClientRect()),a._rectDirty=!1)}catch{}let r=SR7.A.particlewave,{id:n}=SR7.F.getLayer(e.el.id),i=a.settings;if(!a.destroyed&&a.renderer&&a.scene&&a.camera)if(a.destroyed||a.paused||(a.frame=cancelAnimationFrame(a.frame),a.frame=requestAnimationFrame(a.bindedRender)),void 0!==t&&void 0!==a.time){a.tDiff=(t-a.time)/1600,a.time=t,void 0!==a.lastDim&&a.lastDim.width===e.cw&&a.lastDim.height===e.ch||r.fitCameraToObject(e);if(i.clock.getElapsedTime()>i.clockCounter*(1/60)){if("timelinebased"===i.interaction.type){let t=e.tl?.[e.animState?.scene??void 0]?.TL?.time()||void 0;t&&(a.material.userData.u_time.value+=.1*(t-a.material.userData.u_time.value))}else if("scrollbased"===i.interaction.type&&SR7.M[n].settings.sbt?.use){let t=SR7.M[e.mid],r=Math.min(1,Math.max(0,(0-(t.dims.moduleRect?.top??0))/((t.dims.moduleRect?.height??t.dims.module.h)-t.dims.module.h)));a.group.rotation.x+=.1*(i.interaction.t*r-a.group.rotation.x),a.group.rotation.z+=.1*(i.interaction.r*r-a.group.rotation.z),a.group.position.y+=.1*(i.interaction.sh*r-a.group.position.y),a.material.userData.u_time.value+=a.tDiff}else a.material.userData.u_time.value+=a.tDiff;i.clockCounter+=a.tDiff}"off"!=i.anim.mov&&r.anim.selector(a),SR7.E.backend||"mousefollow"!==i.interaction.type||r.listeners.mouse.applyfollow(a),("glitch"!=i.design.fx||"hexa"!=i.lines.con)&&a.pp&&a.pp.composer?("bokeh"===i.design.fx&&(a.pp.effectPass.uniforms.maxblur.value=i.design.bb?_tpt.gsap.utils.mapRange(0,1,i.design.minb,i.design.maxb,Math.abs(Math.sin(Math.PI*(a.material.userData.u_time.value+.5)*.3))):i.design.maxb),"glitch"==i.design.fx&&(a.pp.effectPass.uniforms.width.value=e.cw,a.pp.effectPass.uniforms.height.value=e.ch,a.pp.effectPass.uniforms.progress.value=a.material.userData.u_time.value),a.pp.composer.render()):a.renderer.render(a.scene,a.camera)}else a.time=t},initPP:e=>{let t=e.addOns.particlewave,a=t.settings;if(t&&"off"!==a.design.fx&&!t.ppEnabled&&void 0!==e.cw&&void 0!==e.ch&&0!==e.cw&&0!==e.ch)switch(t.ppEnabled=!0,a.design.fx){case"bokeh":t.pp=SR7.WEBGL.postProcessing("BokehPass",t.renderer,t.scene,t.camera,{focus:a.design.f/1,aperture:1e-5*a.design.a,maxblur:a.design.maxb,transparent:!0,width:e.cw,height:e.ch});break;case"glitch":t.pp=SR7.WEBGL.postProcessing("GlitchNoisePass",t.renderer,t.scene,t.camera,{progress:2,transparent:!0,duration:1,width:e.cw,height:e.ch})}},update:e=>{let t=SR7.A.particlewave,a=e.addOns.particlewave,r=a.settings;a.material.userData.u_amplitude.value=r.a,a.material.userData.u_speed.value=r.s,a.material.userData.u_curve.value=r.curve,a.material.userData.u_scale.value=r.particle.gs,"hexa"==a.settings.lines?t.setSceneForHexa(a):t.adjustScene(a)},resize:(e,t,a)=>{let r=e.addOns.particlewave;r.w=t,r.h=a,r.camera&&r.renderer&&(r.camera.aspect=r.w/r.h,r.camera.updateProjectionMatrix(),r.renderer.setSize(r.w,r.h))},destroy:t=>{let a=t.addOns.particlewave;a&&(a.destroyed=!0,e(a),a.frame&&(cancelAnimationFrame(a.frame),a.frame=null),a.renderer=null,a.scene=null,a.camera=null)}}};const e=e=>{if(e.material&&(e.material.map&&e.material.map.dispose(),e.material.dispose(),e.material=null),e.group&&(e.group.traverse((e=>{(e.isMesh||e.isPoints)&&(e.geometry&&e.geometry.dispose(),e.material&&(e.material.map&&e.material.map.dispose(),e.material.dispose()))})),e.scene.remove(e.group),e.group=null),e.texture&&(e.texture.dispose(),e.texture=null),e.renderer){try{e.renderer.dispose()}catch{}try{e.renderer.domElement?.remove()}catch{}e.renderer.domElement=null}};let t=e=>{let t=e.addOns.particlewave,a=t.settings;t.camera=new THREE.PerspectiveCamera(70,e.cw/e.ch,1,1e3),t.scene=new THREE.Scene,t.group=new THREE.Group,t.camera.position.z=20,SR7.A.particlewave.tools.analyseGradient(a,t.canvas.canvas.width,t.canvas.canvas.height),t.texture=new THREE.C
8anvasTexture(a.canvastemp),t.texture.needsUpdate=!0,a.clockCounter??=0},a=(e,t)=>{e.material=new THREE.PointsMaterial({map:e.texture,side:THREE.DoubleSide,transparent:!0,size:t.particle.s}),"off"!==t.blend&&(e.material.depthTest=!1);const a={additive:THREE.AdditiveBlending,normal:THREE.NormalBlending,custom:THREE.CustomBlending};e.material.blending=a[t.blend],Object.assign(e.material.userData,{u_time:{value:0},u_rp:{value:!1},u_amplitude:{value:t.a},u_speed:{value:t.s},u_curve:{value:t.c},u_scale:{type:"f",value:t.particle.gs},u_color:{value:t.color_par},u_color_lines:{value:t.color},u_pointTexture:{value:t.bg?.texture??void 0},u_intensity:{value:t.balance.oI},u_gradientStart:{value:t.gradientStart},u_gradientEnd:{value:t.gradientEnd},u_colors:{value:t.colorsArray},u_colorstops:{value:t.colorStopsArray},u_numstops:{value:t.numStops},u_windowHeight:{value:800},u_isSVG:{value:t.isSVG?1:"keep"==t.particle.c?0:1}}),e.material.onBeforeCompile=function(a){i(a.uniforms,e.material.userData),a.uniforms.u_scale=e.material.userData.u_scale,a.vertexShader=a.vertexShader.replace("#include <common>","\n #include <common>\n attribute float a_faceColor;\n varying float v_faceOpacity;\n uniform float u_scale;\n ").replace("void main() {","\n float map(float a, float b, float c, float d, float v, float cmin, float cmax) {\n return clamp((v - a) * (d - c) / (b - a) + c, cmin, cmax);\n }\n void main() {\n v_faceOpacity = a_faceColor;\n ").replace("#include <project_vertex>","\n vec4 mvPosition = vec4( transformed, 1.0 );\n #ifdef USE_INSTANCING\n mvPosition = instanceMatrix * mvPosition;\n #endif\n mvPosition = modelViewMatrix * mvPosition;\n gl_Position = projectionMatrix * mvPosition;\n ").replace("gl_PointSize = size;","\n gl_PointSize = size * map( 0., 1., 1. - u_scale, 1. + u_scale, offset, 1. - u_scale, 1. + u_scale);\n "),a.fragmentShader=a.fragmentShader.replace("#include <common>",`\n #include <common>\n const int c_numstops = ${t.numStops};\n `),SR7.A.particlewave.updateShader(a,t,!1)}};const r=(e,t)=>{const a=t.wpC.length/2,r=(e,t,a,r)=>{const n=new THREE.PointLight(e,.2,100);return n.position.set(t,a,r),n},n=(t,a)=>{for(let n=0;n<6;n++){const i=12*n-24;e.add(r(t,i,-10,0+-3*a*12),r(t,i,10,0+-3*a*12))}};if(isNaN(a)){const e=_tpt.getHexColor(t.color_par);for(let t=0;t<2;t++)n(e,t)}else{const e=Array(6).fill(!1),a=t.colorStopsArray.map((e=>Math.round(5*e)));a.forEach(((t,a)=>{e.includes(t)&&(e[t]=a)})),e.forEach(((t,r)=>{if(!1===t){const t=a.map((e=>e-r)),n=t.map(Math.abs),i=Math.min(...n),o=n.findIndex((e=>e===i));e[r]=e[r+t[o]]}}));for(let a=0;a<2;a++)n(new THREE.Color(t.wpC[2*e[a]]),a)}};let n=(e,t,a)=>{let{points:r,wavePosX:n,wavePosY:s,random_factor:l}=a;var c=new THREE.PlaneGeometry(1,1,t.particle.a-1,t.particle.a-1),u=c.attributes.position.array,m=c.attributes.normal.array;for(let b=0;b<c.attributes.position.count;b++){let R=3*b;u.set(r.subarray(R,R+3),R),m.set([0,1,0],R)}let d,p;if("hexa"!==t.lines.con)d=_tpt.getHexColor(t.particle.on&&t.lines.cC?t.color:t.color_par),p=new THREE.MeshStandardMaterial({color:d,side:THREE.DoubleSide,transparent:!0,depthTest:!1});else{const S={color:16777215,side:THREE.DoubleSide,transparent:!0},x="matte"===t.lines.f?THREE.MeshLambertMaterial:THREE.MeshPhongMaterial;x===THREE.MeshPhongMaterial&&(S.shininess=60),p=new x(S)}c.setAttribute("wavePosX",new THREE.BufferAttribute(n,1)),c.setAttribute("wavePosY",new THREE.BufferAttribute(s,1)),c.setAttribute("random_factor",new THREE.BufferAttribute(l,1)),SR7.A.particlewave.tools.separateFaces(c,[{name:"wavePosX",size:1},{name:"wavePosY",size:1},{name:"random_factor",size:1}]);var v=new Float32Array(c.index.count);if(c.setAttribute("a_faceColor",new THREE.BufferAttribute(v,1)),"triangles"===t.lines.con)for(let y=0;y<c.attributes.position.count;y++)c.attributes.a_faceColor.array[y]=y%6>2?0:1;if("boxes"===t.lines.con)for(let T=0;T<c.attributes.position.count;T+=12){let A=.7*Math.sin(Math.PI*T/c.attributes.position.count)+.3;for(let H=0;H<12;H++)c.attributes.a_faceColor.array[T+H]=A}var f=new Float32Array(c.index.count);
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