核心提示：krpano 1.19支持了Web VR功能，允许以VR的方式查看全景图，配合上VR设备可以实现VR效果。 在VR方式查看时，可以对VR进行设置，界面如下 可以发现设置界面为全英文界面，对于国内用户不...
krpano 1.19支持了Web VR功能，允许以VR的方式查看全景图，配合上VR设备可以实现VR效果。
在VR方式查看时，可以对VR进行设置，界面如下
可以发现设置界面为全英文界面，对于国内用户不够友好，因此在国内做项目时，需要进行汉化。
在汉化时，我们只需要找到Plugin目录下的WebVR.xml文件，所有的设置文本信息被保存在了该xml文件中，根据需要汉化相应的英文即可。
汉化后如下：
已经汉化的WebVR.xml下载
<krpano>
<!-- load the WebVR plugin and assign it to a 'webvr' variable for easier usage -->
<plugin name="WebVR" devices="html5" keep="true"
url="webvr.js"
onloaded="copy(webvr, plugin[WebVR]);"
mousespeed="0.00125"
multireslock="true"
mobilevr_support="true"
mobilevr_ipd="63.5"
mobilevr_screensize="auto"
mobilevr_lens_overlap="1.0"
mobilevr_lens_fov="96"
mobilevr_lens_dist="0.6"
mobilevr_lens_dist2="1|0|0|0"
mobilevr_lens_ca="0.0"
mobilevr_lens_vign="100"
mobilevr_wakelock="true"
mobilevr_sensor_mode="3"
mobilevr_autocalibration="false"
mobilevr_touch_support="true"
mobilevr_fake_support="true"
vr_cursor="hotspot[vr_cursor]"
vr_cursor_enabled="true"
vr_cursor_onover="if(handcursor, tween(hotspot[vr_cursor].scale,0.4,0.1); vr_auto_click(get(vr_timeout)); );"
vr_cursor_onout="tween(hotspot[vr_cursor].scale,0.3,0.1);"
onavailable="webvr_onavailable();"
onunavailable=""
onunknowndevice="webvr_onunknowndevice();"
onentervr="webvr_onen
tervr();"
onexitvr="webvr_onexitvr();"
/>
<!-- a custom xml data structure with the supported VR headsets -->
<vrheadsets>
<headset name="cb1" caption="Cardboard A" overlap="1.10" fov="96.0" dist="1.00" dist2="1|0|0|0" ca="0.000" vig="100" />
<headset name="cb2" caption="Cardboard B" overlap="1.00" fov="96.0" dist="0.60" dist2="1|0|0|0" ca="0.000" vig="100" />
<headset name="gvr" caption="GearVR" overlap="1.00" fov="112.0" dist="0.95" dist2="1|0|0|0" ca="0.090" vig="100" />
<headset name="hom" caption="HOMiDO" overlap="1.00" fov="101.0" dist="1.10" dist2="1|0|0|0" ca="0.075" vig="100" />
<headset name="one" caption="VR ONE" overlap="1.00" fov="109.9" dist="0.00" dist2="1.139|0.093|0.018|0.207" ca="0.090" vig="35" />
<headset name="ccr" caption="ColorCross VR" overlap="1.00" fov="70.0" dist="0.65" dist2="1|0|0|0" ca="0.000" vig="100" />
<headset name="nod" caption="No Distortion" overlap="1.00" fov="96.0" dist="0.00" dist2="1|0|0|0" ca="0.000" vig="100" />
</vrheadsets>
<!-- the VR cursor hotspot -->
<hotspot name="vr_cursor" keep="true"
url="webvr_cursor_80x80_17f.png"
visible="false"
enabled="false"
distorted="true"
crop="0|0|80|80"
scale="0.3"
depth="1000"
/>
<!-- vr_auto_click() - call this action in the onover event of a
hotspot to trigger automatically a click after some time. -->
<action name="vr_auto_click">
if(webvr.isenabled,
if(%1 != null, set(vr_aclk_timeout, %1), set(vr_aclk_timeout, 2000));
copy(vr_aclk_t1, timertick);
set(vr_aclk_waiting, true);
copy(vr_aclk_hotspot, name);
set(hotspot[vr_cursor].crop,'0|0|80|80');
asyncloop(vr_aclk_waiting AND vr_aclk_hotspot == name,
sub(dt, timertick,vr_aclk_t1);
if(!hovering,
set(vr_aclk_waiting, false);
set(hotspot[vr_cursor].crop,'0|0|80|80');
,
p(f, dt, vr_aclk_timeout);
mul(f, 16);
roundval(f);
Math.min(f, 16);
mul(f, 80);
txtadd(hotspot[vr_cursor].crop,get(f),'|0|80|80');
<!-- wait another 100ms delay after finishing the animation before doing the click -->
sub(dt, 100);
if(dt GT vr_aclk_timeout,
set(vr_aclk_waiting,false);
set(hotspot[vr_cursor].crop,'0|0|80|80');
<!-- call onclick -->
onclick();
);
);
);
);
</action>
<!-- by pressing SPACE the Oculus Rift could be re-centered -->
<events name="webvr_events" devices="html5" keep="true"
onkeydown="if(webvr AND webvr.isenabled AND keycode==32, webvr.resetSensor() );"
onmousedown="if(webvr AND webvr.isenabled, webvr_showbuttons() );"
/>
<!-- when WebVR support is available show an EnterVR button -->
<action name="webvr_onavailable">
webvr.loadsettings();
delayedcall(0.5, tween(layer[webvr_enterbutton].alpha,1.0); );
</action>
<action name="webvr_onunknowndevice">
if(webvr.isfake AND device.desktop AND webvr.havesettings == false,
<!-- set the 'no distortion' headset for fake desktop usage -->
set(webvr.mobilevr_lens_overlap, 1.0);
set(webvr.mobilevr_lens_fov, 96.0);
set(webvr.mobilevr_lens_dist, 0.0);
set(webvr.mobilevr_lens_dist2, '1|0|0|0');
set(webvr.mobilevr_lens_ca, 0.0);
set(webvr.mobilevr_lens_vign, 100);
,
set(ask_user_for_screensize,true);
);
</action>
<action name="webvr_onentervr">
tween(layer[webvr_enterbutton].alpha,0,0);
webvr_showbuttons();
webvr_hide_all_non_vr_layers();
<!-- when the screen size is unknown an no custom size is set, open the setup screen on entering the VR mode -->
if(webvr.ismobilevr == true AND !webvr.isfake AND ask_user_for_screensize == true AND webvr.mobilevr_screensize == 'auto',
set(ask_user_for_screensize, false);
vr_setup();
);
if(webvr.isfake,
webvr_show_fakemode_info(true);
);
</action>
<action name="webvr_onexitvr">
stopdelayedcall(vr_button_fadeout);
tween(layer[webvr_enterbutton].alpha,1);
tween(layer[webvr_exitbutton].alpha,0);
tween(layer[webvr_setupbutton].alpha,0);
webvr_show_fakemode_info(false);
webvr_restore_layers();
</action>
<action name="webvr_hide_all_non_vr_layers">
for(set(i,0), i LT layer.count, inc(i),
copy(lr, layer[get(i)]);
if(lr.vr !== true,
copy(lr.vr_backup_visible, lr.visible);
set(lr.visible, false);
);
);
</action>
<action name="webvr_restore_layers">
for(set(i,0), i LT layer.count, inc(i),
copy(lr, layer[get(i)]);
if(lr.vr_backup_visible,
copy(lr.visible, lr.vr_backup_visible);
delete(lr.vr_backup_visible);
);
);
</action>
<action name="webvr_show_fakemode_info">
if('%1' == 'true',
addlayer(webvr_fakemode_info);
set(layer[webvr_fakemode_info].url, '%SWFPATH%/plugins/textfield.swf');
set(layer[webvr_fakemode_info].keep, true);
set(layer[webvr_fakemode_info].align, 'bottom');
set(layer[webvr_fakemode_info].y, 80);
set(layer[webvr_fakemode_info].background, false);
set(layer[webvr_fakemode_info].css, 'color:#FFFFFF;text-align:center;');
set(layer[webvr_fakemode_info].html, '这是在web端模拟的VR场景，请使用VR头戴装备和移动设备来进行观看。');
,
removelayer(webvr_fakemode_info);
);
</action>
<!-- ensure the same scaling on mobiles (regardless if mobilescale is 0.5 or 1.0) -->
<krpano webvr_setup_scale="calc:(1.0 + 1.0*(device.mobile AND stagescale LT 1.0)) / (1.0 + 1.0*device.mobile)"
webvr_button_scale.normal="1.0"
webvr_button_scale.mobile="1.6"
/>
<!-- the EnterVR/ExitVR and SetupVR buttons -->
<style name="webvr_button_style"
url="%SWFPATH%/plugins/textfield.swf"
backgroundcolor="0x000000"
backgroundalpha="0.5"
roundedge="calc:9*webvr_setup_scale*webvr_button_scale"
css="calc:'color:#FFFFFF;font-size:' + 20*webvr_setup_scale*webvr_button_scale + 'px;'"
padding="calc:6*webvr_setup_scale*webvr_button_scale + ' ' + 10*webvr_setup_scale*webvr_button_scale"
/>
<layer name="webvr_enterbutton" keep="true" vr="true"
style="webvr_button_style"
html="Enter VR"
align="top" y="24"
autoalpha="true" alpha="0.0"
onclick="webvr.enterVR();"
/>
<layer name="webvr_exitbutton" keep="true" vr="true"
style="webvr_button_style"
html="退出VR"
align="top" y="24"
autoalpha="true" alpha="0.0"
onclick="webvr.exitVR();"
/>
<layer name="webvr_setupbutton" keep="true" vr="true"
style="webvr_button_style"
html="VR 设置"
align="bottom" y="24"
autoalpha="true" alpha="0.0"
onclick="vr_setup()"
/>
<action name="webvr_showbuttons">
stopdelayedcall(vr_button_fadeout);
if(webvr.ismobilevr,
tween(layer[webvr_exitbutton].alpha|layer[webvr_setupbutton].alpha, 1.0|1.0, 0.25);
delayedcall(vr_button_fadeout, 3.0, tween(layer[webvr_exitbutton].alpha|layer[webvr_setupbutton].alpha, 0.0|0.0, 1.0); );
,
tween(layer[webvr_exitbutton].alpha, 1.0, 0.25);
delayedcall(vr_button_fadeout, 3.0, tween(layer[webvr_exitbutton].alpha, 0.0, 1.0); );
);
</action>
<!--
VR Setup
-->
<action name="vr_setup">
<!-- disable cursor -->
set(webvr.vr_cursor_enabled, false);
<!-- hide VR buttons -->
tween(layer[webvr_exitbutton].alpha,0);
tween(layer[webvr_setupbutton].alpha,0);
<!-- create background layer -->
addlayer(vr_setup_bg);
set(layer[vr_setup_bg].type, container);
set(layer[vr_setup_bg].bgcolor, 0x000000);
set(layer[vr_setup_bg].bgalpha, 0.5);
set(layer[vr_setup_bg].bgcapture, true);
set(layer[vr_setup_bg].handcursor, false);
set(layer[vr_setup_bg].align, lefttop);
set(layer[vr_setup_bg].width, 100%);
set(layer[vr_setup_bg].height, 100%);
set(layer[vr_setup_bg].zorder, 99999);
<!-- get and prepare device infos and settings -->
copy(i_screensize, webvr.mobilevr_screensize);
if(i_screensize == 'auto', copy(i_screensize, webvr.devicesize));
if(i_screensize LE 0, set(i_screensize, 5.0));
roundval(i_screensize, 1);
txtadd(i_screensize, ' 英寸');
copy(i_ipd, webvr.mobilevr_ipd);
roundval(i_ipd, 1);
txtadd(i_ipd, ' 毫米');
copy(i_fov, webvr.mobilevr_lens_fov);
roundval(i_fov, 1);
copy(i_dist, webvr.mobilevr_lens_dist);
roundval(i_dist, 2);
copy(i_dist2, webvr.mobilevr_lens_dist2);
txtsplit(i_dist2, '|', i_dist2_k1, i_dist2_k2, i_dist2_k3, i_dist2_k4);
mul(i_dist2_k1,1);
mul(i_dist2_k2,10);
mul(i_dist2_k3,10);
mul(i_dist2_k4,10);
roundval(i_dist2_k1,2);
roundval(i_dist2_k2,2);
roundval(i_dist2_k3,2);
roundval(i_dist2_k4,2);
copy(i_vig, webvr.mobilevr_lens_vign);
roundval(i_vig, 0);
copy(i_overlap, webvr.mobilevr_lens_overlap);
roundval(i_overlap, 2);
copy(i_ca, webvr.mobilevr_lens_ca);
roundval(i_ca, 3);
set(i_headset, 'Custom');
for(set(i,0), i LT vrheadsets.headset.count, inc(i),
copy(hs, vrheadsets.headset[get(i)]);
if(i_overlap == hs.overlap AND i_fov == hs.fov AND i_dist == hs.dist AND i_dist2 == hs.dist2 AND i_ca == hs.ca AND i_vig == hs.vig , copy(i_headset, hs.caption));
);
<!-- when the screen size is unknown, mark it red -->
set(known_size, true);
set(sizcol, #FFFFFF);
copy(i_devicename, webvr.devicename);
if(i_devicename == 'Unknown',
set(i_devicename, '未知设备');
if(webvr.mobilevr_screensize == 'auto',
set(sizcol, #AA0000);
set(known_size, false);
,
set(i_devicename, '自定义');
);
);
<!-- create layer for the main menu -->
addlayer(vr_setup_m1);
set(layer[vr_setup_m1].type, container);
set(layer[vr_setup_m1].parent, vr_setup_bg);
set(layer[vr_setup_m1].align, lefttop);
set(layer[vr_setup_m1].width, 100%);
set(layer[vr_setup_m1].height, 100%);
<!-- create layer for the headset customization menu -->
addlayer(vr_setup_m3);
set(layer[vr_setup_m3].type, container);
set(layer[vr_setup_m3].parent, vr_setup_bg);
set(layer[vr_setup_m3].align, lefttop);
set(layer[vr_setup_m3].width, 100%);
set(layer[vr_setup_m3].height, 100%);
set(layer[vr_setup_m3].visible, false);
<!-- create layer for the calibration menu -->
addlayer(vr_setup_m2);
set(layer[vr_setup_m2].type, container);
set(layer[vr_setup_m2].parent, vr_setup_bg);
set(layer[vr_setup_m2].align, lefttop);
set(layer[vr_setup_m2].width, 100%);
set(layer[vr_setup_m2].height, 100%);
set(layer[vr_setup_m2].visible, false);
<!-- create the text elements -->
set(vr_setup_text_parent, 'vr_setup_m1');
vr_setup_createtext(vr_setup_title, 'VR设置', center, center, 0, -225, #FFFFFF, false);
vr_setup_createtext(vr_setup_dvn1, '设备:', center, right, 0, -145, #FFFFFF, true, vr_setup_select('screen') );
vr_setup_createtext(vr_setup_dvn2, get(i_devicename), center, left, 0, -145, get(sizcol), true, vr_setup_select('screen') );
vr_setup_createtext(vr_setup_siz1, '屏幕尺寸:', center, right, 0, -105, #FFFFFF, true, vr_setup_select('screen') );
vr_setup_createtext(vr_setup_siz2, get(i_screensize), center, left, 0, -105, get(sizcol), true, vr_setup_select('screen') );
vr_setup_createtext(vr_setup_ipd1, '瞳间距离:', center, right, 0, -35, #FFFFFF, true, vr_setup_select('ipd') );
vr_setup_createtext(vr_setup_ipd2, get(i_ipd), center, left, 0, -35, #FFFFFF, true, vr_setup_select('ipd') );
vr_setup_createtext(vr_setup_hmd1, 'VR设备:', center, right, 0, +35, #FFFFFF, true, vr_setup_select('headset') );
vr_setup_createtext(vr_setup_hmd2, get(i_headset), center, left, 0, +35, #FFFFFF, true, vr_setup_select('headset') );
vr_setup_createtext(vr_setup_hmd3, 'VR设备自定义', center, center, 0, +75, #FFFFFF, true, set(background,true), set(background,false), vr_setup_customize_headset() );
if(webvr.iswebvr == false,
vr_setup_createtext(vr_setup_cal, '陀螺仪校准', center, center, 0, +145, #FFFFFF, true, set(background,true), set(background,false), vr_setup_calibration() );
);
vr_setup_createtext(vr_setup_sav, '保存', center, center, -200, +225, #FFFFFF, true, set(background,true), set(background,false), vr_setup_save() );
vr_setup_createtext(vr_setup_rst, '恢复默认值', center, center, 0, +225, #FFFFFF, true, set(background,true), set(background,false), vr_setup_reset() );
vr_setup_createtext(vr_setup_cls, '关闭', center, center, +200, +225, #FFFFFF, true, set(background,true), set(background,false), vr_setup_close() );
<!-- and the adjusting buttons -->
vr_setup_createbutton(vr_setup_btn1, '<', left, left, 5%, -35, #FFFFFF, true, null);
vr_setup_createbutton(vr_setup_btn2, '>', right, right, 5%, -35, #FFFFFF, true, null);
<!-- create the customize_headset text elements -->
set(vr_setup_text_parent, 'vr_setup_m3');
vr_setup_createtext(vr_setup_m31, 'VR HEADSET', center, center, 0, -225, #FFFFFF, false);
vr_setup_createtext(vr_setup_fov1, '视角宽度:', center, right, 0, -80, #FFFFFF, true, vr_setup_select('fov') );
vr_setup_createtext(vr_setup_fov2, get(i_fov), center, left, 0, -80, #FFFFFF, true, vr_setup_select('fov') );
vr_setup_createtext(vr_setup_dst1, '形变强度:', center, right, 0, -32, #FFFFFF, true, vr_setup_select('dist') );
vr_setup_createtext(vr_setup_dst2, get(i_dist), center, left, 0, -32, #FFFFFF, true, vr_setup_select('dist') );
vr_setup_createtext(vr_setup_d2tx, '形变强度微调:', center, right, 0, +16, #FFFFFF, true, vr_setup_select('dist2k1') );
vr_setup_createtext(vr_setup_d2k1, get(i_dist2_k1), center, left, 0, +16, #FFFFFF, true, vr_setup_select('dist2k1') );
vr_setup_createtext(vr_setup_d2k2, get(i_dist2_k2), center, left, +100, +16, #FFFFFF, true, vr_setup_select('dist2k2') );
vr_setup_createtext(vr_setup_d2k3, get(i_dist2_k3), center, left, +200, +16, #FFFFFF, true, vr_setup_select('dist2k3') );
vr_setup_createtext(vr_setup_d2k4, get(i_dist2_k4), center, left, +300, +16, #FFFFFF, true, vr_setup_select('dist2k4') );
vr_setup_createtext(vr_setup_cac1, '相差校准:', center, right, 0, +64, #FFFFFF, true, vr_setup_select('ca') );
vr_setup_createtext(vr_setup_cac2, get(i_ca), center, left, 0, +64, #FFFFFF, true, vr_setup_select('ca') );
vr_setup_createtext(vr_setup_vig1, '装饰边框:', center, right, 0, +112, #FFFFFF, true, vr_setup_select('vignette') );
vr_setup_createtext(vr_setup_vig2, get(i_vig), center, left, 0, +112, #FFFFFF, true, vr_setup_select('vignette') );
vr_setup_createtext(vr_setup_olp1, '重叠:', center, right, 0, +160, #FFFFFF, true, vr_setup_select('overlap') );
vr_setup_createtext(vr_setup_olp2, get(i_overlap), center, left, 0, +160, #FFFFFF, true, vr_setup_select('overlap') );
vr_setup_createtext(vr_setup_m35, '关闭', center, center, 0, +225, #FFFFFF, true, set(background,true), set(background,false), vr_setup_close_sub_menus() );
<!-- create the calibration text elements -->
set(vr_setup_text_parent, 'vr_setup_m2');
vr_setup_createtext(vr_setup_cb1, '陀螺仪校准', center, center, 0, -225, #FFFFFF, false);
vr_setup_createtext(vr_setup_cb2, '请把设备水平放置[br]点击校准按钮[br]进行陀螺仪校准.', center, center, 0, -95, #FFFFFF, false, vr_setup_select('screen') );
vr_setup_createtext(vr_setup_cb3, '校准', center, center, 0, +55, #FFFFFF, true, set(background,true), set(background,false), vr_setup_do_calibration() );
vr_setup_createtext(vr_setup_cb4, '重置', center, center, 0, +125, #FFFFFF, true, set(background,true), set(background,false), webvr.resetcalibration() );
vr_setup_createtext(vr_setup_cb5, '关闭', center, center, 0, +225, #FFFFFF, true, set(background,true), set(background,false), vr_setup_close_sub_menus() );
vr_setup_createtext(vr_setup_cb6, '校准中...', bottom, center, 0, 40, #FFFFFF, false, null );
vr_setup_createtext(vr_setup_cb7, '校准完成.', bottom, center, 0, 40, #FFFFFF, false, null );
vr_setup_createtext(vr_setup_cb8, '校准失败!', bottom, center, 0, 40, #FFFFFF, false, null );
set(layer[vr_setup_cb6].autoalpha, true);
set(layer[vr_setup_cb7].autoalpha, true);
set(layer[vr_setup_cb8].autoalpha, true);
set(layer[vr_setup_cb6].alpha, 0.0);
set(layer[vr_setup_cb7].alpha, 0.0);
set(layer[vr_setup_cb8].alpha, 0.0);
<!-- pre-select the screen size for adjusting when it is unknown, otherwise the IPD -->
if(known_size == false,
vr_setup_select('screen', true);
,
vr_setup_select('ipd', true);
);
</action>
<action name="vr_setup_createtext">
<!--
%1 = name
%2 = text
%3 = align
%4 = edge
%5 = x
%6 = y
%7 = color
%8 = enabled
%9 = ondown
%10 = onup
%11 = onclick
-->
addlayer(%1);
set(layer[%1].parent, get(vr_setup_text_parent));
set(layer[%1].url, '%SWFPATH%/plugins/textfield.swf');
set(layer[%1].css, calc('text-align:%3;color:%7;font-size:'+40*webvr_setup_scale+'px;font-weight:bold;'));
set(layer[%1].padding, calc(0 + ' ' + 8*webvr_setup_scale));
set(layer[%1].roundedge, calc(8*webvr_setup_scale));
set(layer[%1].background, false);
set(layer[%1].backgroundcolor, 0xFFFFFF);
set(layer[%1].backgroundalpha, 0.25);
set(layer[%1].align, %3);
set(layer[%1].edge, %4);
set(layer[%1].x, calc(%5 * webvr_setup_scale));
set(layer[%1].y, calc(%6 * webvr_setup_scale));
set(layer[%1].html, %2);
set(layer[%1].enabled, %8);
set(layer[%1].ondown, %9);
set(layer[%1].onup, %10);
set(layer[%1].onclick, %11);
</action>
<action name="vr_setup_createbutton">
vr_setup_createtext(%1,%2,%3,%4,%5,%6,%7,%8,%9);
set(layer[%1].css, calc('vertical-align:middle;text-align:center;color:%7;font-size:'+60*webvr_setup_scale+'px;font-weight:bold;'));
set(layer[%1].background, true);
set(layer[%1].padding, 0);
set(layer[%1].roundedge, calc(40 * webvr_setup_scale));
set(layer[%1].width, calc(70 * webvr_setup_scale));
set(layer[%1].height, calc(70 * webvr_setup_scale));
set(layer[%1].vcenter, true);
</action>
<action name="vr_setup_reset">
<!-- reset to the defaults -->
set(webvr.mobilevr_screensize, 'auto');
copy(i_screensize, webvr.devicesize);
if(i_screensize LE 0, set(i_screensize, 5.0); );
roundval(i_screensize, 1);
set(layer[vr_setup_dvn2].html, get(webvr.devicename));
txtadd(layer[vr_setup_siz2].html, get(i_screensize), ' 英寸');
set(webvr.mobilevr_ipd, 63.5);
copy(i_ipd, webvr.mobilevr_ipd);
roundval(i_ipd, 1);
txtadd(layer[vr_setup_ipd2].html, get(i_ipd), ' mm');
<!-- set fake custom lens settings and call 'next' headset to switch to the default 'Cardboard' settings -->
set(webvr.mobilevr_lens_fov, 100);
set(webvr.mobilevr_lens_dist, 0.5);
set(webvr.mobilevr_lens_dist2, '1|0|0|0');
set(webvr.mobilevr_lens_vign, 100);
set(webvr.mobilevr_lens_overlap, 1.0);
set(webvr.mobilevr_lens_ca, 0.0);
if(webvr.isfake AND device.desktop,
<!-- select 'no distortion' headset for fake desktop usage -->
vr_setup_change_headset(-1);
,
<!-- select 'Cardboard A' headset for Mobile-VR usage -->
vr_setup_change_headset(+1);
);
vr_setup_select(get(selected_var));
</action>
<action name="vr_setup_close">
<!-- 2. parameter == true => remove children elements too -->
removelayer(vr_setup_bg, true);
<!-- enable cursor -->
set(webvr.vr_cursor_enabled, true);
</action>
<action name="vr_setup_save">
webvr.saveSettings();
vr_setup_close();
</action>
<action name="vr_setup_customize_headset">
set(layer[vr_setup_bg].bgalpha, 0.1);
set(layer[vr_setup_m1].visible,false);
set(layer[vr_setup_m2].visible,false);
set(layer[vr_setup_m3].visible,true);
set(layer[vr_setup_hmd1].parent, vr_setup_m3);
set(layer[vr_setup_hmd2].parent, vr_setup_m3);
set(layer[vr_setup_btn1].parent, vr_setup_m3);
set(layer[vr_setup_btn2].parent, vr_setup_m3);
set(layer[vr_setup_hmd1].y, calc(-145 * webvr_setup_scale));
set(layer[vr_setup_hmd2].y, calc(-145 * webvr_setup_scale));
copy(old_selection, selected_var);
vr_setup_select('headset');
</action>
<action name="vr_setup_calibration">
set(layer[vr_setup_m1].visible,false);
set(layer[vr_setup_m2].visible,true);
</action>
<action name="vr_setup_close_sub_menus">
set(layer[vr_setup_bg].bgalpha, 0.5);
set(layer[vr_setup_m1].visible,true);
set(layer[vr_setup_m2].visible,false);
set(layer[vr_setup_m3].visible,false);
set(layer[vr_setup_hmd1].parent, vr_setup_m1);
set(layer[vr_setup_hmd2].parent, vr_setup_m1);
set(layer[vr_setup_btn1].parent, vr_setup_m1);
set(layer[vr_setup_btn2].parent, vr_setup_m1);
set(layer[vr_setup_hmd1].y, calc(+35 * webvr_setup_scale));
set(layer[vr_setup_hmd2].y, calc(+35 * webvr_setup_scale));
if(old_selection,
vr_setup_select(get(old_selection));
delete(old_selection);
);
</action>
<action name="vr_setup_do_calibration">
if(!webvr.isfake,
tween(layer[vr_setup_cb6].alpha, 1.0, 0.1);
tween(layer[vr_setup_cb7].alpha, 0.0, 0.1);
tween(layer[vr_setup_cb8].alpha, 0.0, 0.1);
webvr.calibrate(
tween(layer[vr_setup_cb6].alpha, 0.0, 0.1);
tween(layer[vr_setup_cb7].alpha, 1.0, 0.1);
delayedcall(2.0, tween(layer[vr_setup_cb7].alpha, 0.0, 0.25) );
,
tween(layer[vr_setup_cb6].alpha, 0.0, 0.1);
tween(layer[vr_setup_cb8].alpha, 1.0, 0.1);
delayedcall(2.0, tween(layer[vr_setup_cb8].alpha, 0.0, 0.25) );
);
);
</action>
<action name="vr_setup_update_dist2">
txtadd(webvr.mobilevr_lens_dist2, get(i_dist2_k1), '|', calc(i_dist2_k2/10.0), '|', calc(i_dist2_k3/10.0), '|', calc(i_dist2_k4/10.0));
vr_setup_change_headset(0);
</action>
<action name="vr_setup_select">
<!-- select a setting for adjusting -->
set(layer[vr_setup_siz2].background, false);
set(layer[vr_setup_ipd2].background, false);
set(layer[vr_setup_hmd2].background, false);
set(layer[vr_setup_fov2].background, false);
set(layer[vr_setup_dst2].background, false);
set(layer[vr_setup_d2k1].background, false);
set(layer[vr_setup_d2k2].background, false);
set(layer[vr_setup_d2k3].background, false);
set(layer[vr_setup_d2k4].background, false);
set(layer[vr_setup_vig2].background, false);
set(layer[vr_setup_cac2].background, false);
set(layer[vr_setup_olp2].background, false);
set(selected_setting, null);
delete(selected_var_value);
set(layer[vr_setup_btn1].ondown, vr_setup_change_ondown(-1) );
set(layer[vr_setup_btn2].ondown, vr_setup_change_ondown(+1) );
set(selected_var_callback, null);
set(selected_var, %1);
if(selected_var == 'screen',
set(selected_setting, vr_setup_siz2);
set(selected_var_name, 'webvr.mobilevr_screensize');
set(selected_var_postfix, ' inch');
copy(selected_var_value, get(selected_var_name));
if(selected_var_value == 'auto', copy(selected_var_value, webvr.devicesize));
if(selected_var_value LE 0, set(selected_var_value, 5.0));
set(selected_var_step, 0.1);
set(selected_var_min, 4);
set(selected_var_max, 10);
set(selected_var_round, 1);
set(selected_var_callback, vr_setup_change_screen() );
);
if(selected_var == 'ipd',
set(selected_setting, vr_setup_ipd2);
set(selected_var_name, 'webvr.mobilevr_ipd');
set(selected_var_postfix, ' mm');
copy(selected_var_value, get(selected_var_name));
set(selected_var_step, 0.1);
set(selected_var_min, 40);
set(selected_var_max, 80);
set(selected_var_round, 1);
);
if(selected_var == 'headset',
set(selected_setting, vr_setup_hmd2);
set(layer[vr_setup_btn1].ondown, vr_setup_change_headset(-1) );
set(layer[vr_setup_btn2].ondown, vr_setup_change_headset(+1) );
);
if(selected_var == 'fov',
set(selected_setting, vr_setup_fov2);
set(selected_var_name, 'webvr.mobilevr_lens_fov');
set(selected_var_postfix, '');
copy(selected_var_value, get(selected_var_name));
set(selected_var_step, 0.1);
set(selected_var_min, 40);
set(selected_var_max, 179);
set(selected_var_round, 1);
set(selected_var_callback, vr_setup_change_headset(0) );
);
if(selected_var == 'dist',
set(selected_setting, vr_setup_dst2);
set(selected_var_name, 'webvr.mobilevr_lens_dist');
set(selected_var_postfix, '');
copy(selected_var_value, get(selected_var_name));
set(selected_var_step, 0.01);
set(selected_var_min, 0);
set(selected_var_max, 5);
set(selected_var_round, 2);
set(selected_var_callback, vr_setup_change_headset(0) );
);
if(selected_var == 'dist2k1',
set(selected_setting, vr_setup_d2k1);
set(selected_var_name, 'i_dist2_k1');
set(selected_var_postfix, '');
copy(selected_var_value, get(selected_var_name));
set(selected_var_step, 0.01);
set(selected_var_min, -9);
set(selected_var_max, +9);
set(selected_var_round, 2);
set(selected_var_callback, vr_setup_update_dist2() );
);
if(selected_var == 'dist2k2',
set(selected_setting, vr_setup_d2k2);
set(selected_var_name, 'i_dist2_k2');
set(selected_var_postfix, '');
copy(selected_var_value, get(selected_var_name));
set(selected_var_step, 0.01);
set(selected_var_min, -9);
set(selected_var_max, +9);
set(selected_var_round, 2);
set(selected_var_callback, vr_setup_update_dist2() );
);
if(selected_var == 'dist2k3',
set(selected_setting, vr_setup_d2k3);
set(selected_var_name, 'i_dist2_k3');
set(selected_var_postfix, '');
copy(selected_var_value, get(selected_var_name));
set(selected_var_step, 0.01);
set(selected_var_min, -9);
set(selected_var_max, +9);
set(selected_var_round, 2);
set(selected_var_callback, vr_setup_update_dist2() );
);
if(selected_var == 'dist2k4',
set(selected_setting, vr_setup_d2k4);
set(selected_var_name, 'i_dist2_k4');
set(selected_var_postfix, '');
copy(selected_var_value, get(selected_var_name));
set(selected_var_step, 0.01);
set(selected_var_min, -9);
set(selected_var_max, +9);
set(selected_var_round, 2);
set(selected_var_callback, vr_setup_update_dist2() );
);
if(selected_var == 'vignette',
set(selected_setting, vr_setup_vig2);
set(selected_var_name, 'webvr.mobilevr_lens_vign');
set(selected_var_postfix, '');
copy(selected_var_value, get(selected_var_name));
set(selected_var_step, 1);
set(selected_var_min, 10);
set(selected_var_max, 200);
set(selected_var_round, 0);
set(selected_var_callback, vr_setup_change_headset(0) );
);
if(selected_var == 'ca',
set(selected_setting, vr_setup_cac2);
set(selected_var_name, 'webvr.mobilevr_lens_ca');
set(selected_var_postfix, '');
copy(selected_var_value, get(selected_var_name));
set(selected_var_step, 0.01);
set(selected_var_min, -1.0);
set(selected_var_max, +1.0);
set(selected_var_round, 2);
set(selected_var_callback, vr_setup_change_headset(0) );
);
if(selected_var == 'overlap',
set(selected_setting, vr_setup_olp2);
set(selected_var_name, 'webvr.mobilevr_lens_overlap');
set(selected_var_postfix, '');
copy(selected_var_value, get(selected_var_name));
set(selected_var_step, 0.01);
set(selected_var_min, 0.5);
set(selected_var_max, 2.0);
set(selected_var_round, 2);
set(selected_var_callback, vr_setup_change_headset(0) );
);
if(selected_setting != null,
set(layer[get(selected_setting)].background, true);
if(%2 == true,
set(layer[vr_setup_btn1].y, get(layer[get(selected_setting)].y));
set(layer[vr_setup_btn2].y, get(layer[get(selected_setting)].y));
,
tween(layer[vr_setup_btn1].y, get(layer[get(selected_setting)].y));
tween(layer[vr_setup_btn2].y, get(layer[get(selected_setting)].y));
);
);
</action>
<action name="vr_setup_change_screen">
set(layer[vr_setup_dvn2].html, '自定义');
set(layer[vr_setup_dvn2].css, calc('color:#FFFFFF;font-size:'+40*webvr_setup_scale+'px;font-weight:bold;'));
set(layer[vr_setup_siz2].css, calc('color:#FFFFFF;font-size:'+40*webvr_setup_scale+'px;font-weight:bold;'));
</action>
<action name="vr_setup_change_ondown">
copy(t0,timertick);
set(t1,0);
asyncloop(pressed,
copy(t2,timertick);
sub(dt,t2,t1);
if(dt GT 100,
copy(t1,t2);
sub(dt,t1,t0);
p(dt,1000);
Math.max(dt,1);
mul(dt,%1);
vr_setup_adjust(get(dt));
);
);
</action>
<action name="vr_setup_adjust">
if(selected_setting != null,
mul(change, selected_var_step, %1);
add(selected_var_value, change);
Math.max(selected_var_value, selected_var_min);
Math.min(selected_var_value, selected_var_max);
roundval(selected_var_value, get(selected_var_round));
tween(get(selected_var_name), get(selected_var_value), 0.1);
txtadd(layer[get(selected_setting)].html, get(selected_var_value), get(selected_var_postfix));
if(selected_var_callback != null, selected_var_callback());
);
</action>
<action name="vr_setup_change_headset">
set(i_headset, 'Custom');
if(%1 != 0,
copy(i_fov, webvr.mobilevr_lens_fov);
roundval(i_fov, 1);
copy(i_dist, webvr.mobilevr_lens_dist);
roundval(i_dist, 2);
copy(i_dist2, webvr.mobilevr_lens_dist2);
copy(i_vig, webvr.mobilevr_lens_vign);
roundval(i_vig, 0);
copy(i_ca, webvr.mobilevr_lens_ca);
roundval(i_ca, 3);
copy(i_overlap, webvr.mobilevr_lens_overlap);
roundval(i_overlap, 2);
set(i_hsindex, -1);
copy(i_hscount, vrheadsets.headset.count);
for(set(i,0), i LT i_hscount, inc(i),
copy(hs, vrheadsets.headset[get(i)]);
if(i_overlap == hs.overlap AND i_fov == hs.fov AND i_dist == hs.dist AND i_dist2 == hs.dist2 AND i_ca == hs.ca AND i_vig == hs.vig , copy(i_hsindex, i); copy(i_headset, hs.caption); );
);
if(%1 GT 0,
<!-- loop right -->
add(i_hsindex, 1);
if(i_hsindex GE i_hscount, set(i_hsindex,0));
,
<!-- loop left -->
sub(i_hsindex, 1);
if(i_hsindex LT 0, sub(i_hsindex,i_hscount,1));
);
copy(hs, vrheadsets.headset[get(i_hsindex)]);
copy(i_headset, hs.caption);
copy(i_overlap, hs.overlap);
copy(i_fov, hs.fov);
copy(i_dist, hs.dist);
copy(i_dist2, hs.dist2);
copy(i_ca, hs.ca);
copy(i_vig, hs.vig);
);
copy(layer[vr_setup_hmd2].html, i_headset);
if(%1 != 0,
copy(webvr.mobilevr_lens_overlap, i_overlap);
copy(webvr.mobilevr_lens_fov, i_fov);
copy(webvr.mobilevr_lens_dist, i_dist);
copy(webvr.mobilevr_lens_dist2, i_dist2);
copy(webvr.mobilevr_lens_ca, i_ca);
copy(webvr.mobilevr_lens_vign, i_vig);
copy(layer[vr_setup_olp2].html, i_overlap);
copy(layer[vr_setup_fov2].html, i_fov);
copy(layer[vr_setup_dst2].html, i_dist);
txtsplit(i_dist2, '|', i_dist2_k1, i_dist2_k2, i_dist2_k3, i_dist2_k4);
mul(i_dist2_k1,1);
mul(i_dist2_k2,10);
mul(i_dist2_k3,10);
mul(i_dist2_k4,10);
roundval(i_dist2_k1,2);
roundval(i_dist2_k2,2);
roundval(i_dist2_k3,2);
roundval(i_dist2_k4,2);
copy(layer[vr_setup_d2k1].html, i_dist2_k1);
copy(layer[vr_setup_d2k2].html, i_dist2_k2);
copy(layer[vr_setup_d2k3].html, i_dist2_k3);
copy(layer[vr_setup_d2k4].html, i_dist2_k4);
copy(layer[vr_setup_cac2].html, i_ca);
copy(layer[vr_setup_vig2].html, i_vig);
);
</action>
</krpano>
替换webvr.xml
