呆蛙CS起源地图教案001：简单纹理制作
CS地图设计纹理说明
名称以“!”开头 液体纹理
名称以“{”开头 透明纹理
名称以“-数字”开头 随机纹理
名称以“+数字”开头 动画纹理
首帧必须为“+0
sky 天空纹理
பைடு நூலகம்
是用于贴在固体上面的纹理，贴有该纹理的固体将被引擎识别为天空。
游戏时将会由你设定的或默认的天空贴图去代替这个纹理所在的面，所以，这个纹理在游戏里不可见的。
注意：该纹理在和固体纹理混用与同一个固体的时候，zhlt2.42版将不能通过编译，而2.53版则可以。
其他的纹理说明
origin 轴心纹理
存在于valve\half-life.wad文件里面（其他某些文件也有，为表述方便，我就说一个了，大家谅解）。
大家知道，转门、风扇、汽车、火车、飞机、钟摆、有架子的机枪等等在转动或运动时，都是围绕一定的轴心运动的。
13 cstraining.wad没有什么用
14 cstrike.wad全好多。建议使用
15 de_aztec.wad墙。木箱
16 de_piranesi.wad全推荐使用
17 de_storm.wad木箱文理
18 de_vegas.wad没有什么用小图表
19 decals.wad没有用
名称以“+字母”开头 切换纹理
首帧必须为“+A”
名称以“scroll”开头 滚动纹理
存在于decals.wad 印花纹理
存在于pldecal.wad 喷图纹理
存在于Cached.wad 背景纹理
6 cs_747.wad位座纹理
CS起源地图制作教程：购买区域(buy zones)的创建
使用固体工具，创建一个立方体，也就是在地图中可以购买武器的区域，并附上tool工具贴图中的trigger纹理贴图，整体高度一般比玩家模型高出16个单位。
好了，选择此立方体，然后右键单击，选择“tie to entity”，或者选择后敲击快捷键Ctrl+T。
然后在出现的窗体中选择func_buyzone。
这时，若是单击完成，那么CT或者T都可以在此区域购买武器。
有或是在“Team Number (int)” 选项中的“Keyvalues”选择“terrorist” 或者“Counter Terrorist.”，那么就可以单独定义一个组别的购买区域喽。
好啦，就这样简单。
呵呵。
注意trigger纹理贴图仅仅是为了区别其他物体哦。
制作你的第一个cs地图(一)
制作你的第一个cs地图（一）软件的使用习惯设置a、打开你的wc，选择文件--新建b、首先，我们来确认一些设置，这些设置是做一个布局整齐的地图所必须的，我们看看图记得选中哦！！呵呵，目的不说了，你做地图的时候选可不选试试就知道区别了。
c、还是设置，呵呵，这是个人的作图习惯设置，有人喜欢用一个视图作图，我就是。
有人喜欢用多视图作图，我们按照自己的习惯设置吧：到菜单的“工具--参数设置”，打开设置对话框选中的话，程序住界面将是下面这样的，（呵呵，我的习惯）视图的手动切换方法：不选的话将是这样的，下一页制作你的第一个cs地图（二）了解软件（1）呵呵，习惯设置搞好了，我们接着熟悉我们的软件吧，不明白不要紧的，以后可以回头再来看，呵呵。
左边工具开始的开始选择工具功能：选择、移动、倾斜、旋转、改变已有的物体大小用。
详细说明放大镜缩小/放大视图用的，呵呵，仅仅是制作地图的辅助工具，不会对地图的最终结果有任何影响。
鼠标左健是放大，右健是缩小。
鼠标有滚轮的滚轮也是这个作用。
你也可以通过按住鼠标左键不放在视图里拖拽出一个范围进行局部缩放。
照相机是我们在“3D视图”（包括3d贴图视图、3d线框视图、3d多边形视图）浏览地图用的，使用方法：切换到你需要的3d视图，按下这个照相机按钮，在视图里按住鼠标左键不放，用“w、s、a、d”控制前后左右就可以了。
呵呵，是不是和玩cs一样啊！！补充：按住右键可以把视角上下左右移动，同时按住左右键的话则可以进行前后移动。
创造点实体的工具创造点实体创造固体的工具创造固体纹理贴图工具这样说吧，一个箱子有6个面，我需要给某一个面用不一样的纹理的时候，或者纹理没有对齐需要对齐的时候就需要这个工具了，呵呵。
记住：这是一个在“3d 贴图视图”里使用的工具。
使用频率很高。
应用当前纹理的工具一般在游戏里需要大规模更改纹理时使用。
后面会详解。
印花纹理贴图工具这是一个一般在“3d 贴图视图”里使用的工具裁剪工具裁剪固体用的工具，一般在平面视图里使用顶点编辑用的工具编辑固体顶点用的工具。
CS起源地图制作教程：特殊工具贴图的简介
在默认的纹理库中有一些特殊材质，不像墙面纹理，物体纹理赋予一些物理特性和视觉效果，而是更特殊。
打开你的纹理材质浏览器，输入过滤词tools，你就会看到它们，今天我们来讲一讲。
toolsareaportal纹理贴图没有特别的属性，仅仅是用于func_areaportal实体以便区别于其他物体，若是用于一个普通物体，啥情况也不会发生，哈^_^toolsblack纹理也没有什么特殊属性，用于分割地图中的渲染区域，详见本站文章。
比较有趣的地方是，在渲染后的地图中，这个纹理贴图被射击后的声音很像木头儿。
Toolsblock_los纹理贴图是有特殊属性的。
然而又和别的纹理贴图不一样，就算物体上有别的问题贴图，这个问题的属性依然保留。
特殊属性如下：物体将转变为非固体，也将转变为透明；物体无法分割VIS渲染片；除了透光实体外，其余皆阻光；物体将会阻挡大多数NPC的视线。
然而有一些NPC却可以“看透”这种材质toolsblock_los纹理。
呵呵^_^toolsblockbullets纹理贴图，是可以阻挡子弹，箭，手雷甚至火箭穿过。
任何物体覆盖上这个纹理，依然保留原有物理特性，且此纹理不可见。
除了使用实体，别的固体均可被此纹理材质分割VIS渲染片。
被枪弹打中后，会有打到木头滴感觉。
^_^哈toolsclip纹理贴图不会切割VIS渲染片，可以安全滴用于实体。
使用此贴图的物体对于玩家和NPCs是固体，子弹和实体物体却可以穿过。
如果应用此贴图的物体使用普通的材质，那么这个实体就会为固体，且会切割VIS渲染片。
toolsblocklight纹理贴图，阻隔灯光穿过。
使用这种纹理贴图的均是非固体也不可见，但不会切割VIS渲染片。
此纹理贴图不可用于实体entity。
在默认的纹理库中有一些特殊材质，不像墙面纹理，物体纹理赋予一些物理特性和视觉效果，而是更特殊。
打开你的纹理材质浏览器，输入过滤词tools，你就会看到它们，今天我们来讲一讲。
简单地图制作
5、制作的时候没有提到固体实体的制作。我补充一下：固体实体的制作
收获不小吧！！是不小了，cs地图的各种元素制作方法你都学全了！
top视图
side视图
到此为止，我们的第三目标放置光线也搞好了，一个最简单的cs地图源文件做好了
11、保存一下吧。呵呵
12、按下 吧，我们开始编译地图。出来一个对话筐，照我的图设置吧（打打钩而已，很简单的），看图：
13、好了，点下“确定”
14、编译好了么？好啊，把地图名.bsp文件拷贝到你的cstrike/maps目录里面。然后按照平时建立游戏的方法玩去吧。
什么？编译好的地图文件找不到在那里？靠，你怎么设置的？去看看菜单的“工具--参数设置里面的编译程序标签的最后的设置项目吧”或看这里吧，你个不认真的猪！！！仔细的看！！靠！！！！
最后的总结：
通过这个地图的制作，我们应该已经掌握的地图制作技能是：
1、固体的制作
2、点实体的制作
3、基本地图工Leabharlann 的了解和运用4、确保固体在选中状态，到菜单的“工具--挖空”，出来一对话筐。是让你指定墙壁厚度的，默认是32。我们不用改，直接确定即可。结果这样(top视图)
补充：这是6个固体组成的一个群，我们如果需要编辑里面的单个固体，可以用 打破这个群，或者使用 忽略这个群。当然，现在是不需要这么做的。我是顺便提一下下而已。呵呵
现在，我们应该明白了，这个大方块里面被我们“挖空”了。里面变成了现在的6个小固体围成的一个密闭的空间了。我们的第一步：固体组成的密闭空间实现了
5、我们继续，确保在top视图，使用 工具，在你的视图里点一下，回车。然后把他放在适当的地图位置上。结果应该这样：
6、选中这个点实体，到菜单的“编辑--属性”出来一个对话框
CS起源地图制作教程：雷达视图制作
经过一系列升级，CSsource带来了一个全新的雷达视图，可以看到地图的概貌。
这算是与时俱进吧。
如果做完地图，有个光秃秃的雷达视图，本来就很菜的我们岂不是显得更菜？哈哈^_^。
本教程就给大家讲一讲雷达视图的制作。
准备工作开始哪，要知道我们用啥软件。
photoshop傻了吧，不会用的就不要看下去了^_^哈哈哈没啥没啥，就会基本操作即可。
只是我们还需要个插件，可以令PS（photoshop）输出vtf格式的文件。
VTF Plug-In俺给你们个下载地址，哈，怎么给PS装插件，自己google去，哈/index.php?c=154还有一个VTF Edit是个材质编辑器，今天的教程这个软件只是选用，也给大家个地址/index.php?p=40说到雷达视图，总得有一张地图全貌的俯视图好让我们进行编辑吧。
所以要在游戏中的地图上空拍张照。
然而有一些地图的房子多，房顶就多，看不到里面有啥，这个时候你需要另存一下，将房顶全部涂上nodraw材质以便看到室内。
而且可能一些道具要去掉，当然也要移去skybox。
^_^然后编译你的地图（提示：编译时可将VVIS设为fast，加快速度）首先进入游戏选项，将视频设置为最高效果（当然了，是你的显卡可以承受的最高），打开AA、AF。
分辨率设置为1280x1024（这个很重要哦）。
有的同学进入游戏后fps也许是个位数，但是只截取静态图，所以没啥。
加载地图吧准备拍照，这可是我们要编辑的主要图片，建议你拍摄好，以后的工作全基于此图片啦。
控制台输入命令，sv_cheats 1noclip在游戏中移动到可以看到地图全貌的视角（不必是严格的地图中央，对于如何校准坐标后面会提到^_^）再在控制台输入命令：hidepaneal allcl_drawhud 0r_skybox 0fog_override 1for_enable 0r_drawstaticprops 0 (可选，因为有的人物体太多，一般不需要，我就不用)net_graph 0 (如果你有用这个参数，现在就关闭它了)这样你的视图上就干干净净的，没了面板，没了上下的黑边儿，没了别的参数显示。
CS地图制作（CSmapmaking）
CS地图制作（CS map making）Hammer settingsOpen Hammer, select the menu [tool] options open dialog box (automatically popup for the first time).Select the [2D view] tab and hook [use the arrow keys to control the selected object / vertex] for easier handling later. Select [3D] View tab, the backup cache [] to the maximum shear drag. Select [map] tab, click [add] button to select the CS installation directory "Valve" directory under the file "halflife.wad". The same way, select the CS installation directory under the "cstrike" subdirectory under the "cstrike.wad" file. If you have any other map file please join (hint: in addition to the two documents if need not very best not to add, because must ensure the simultaneous release of map file) [] select game configuration tab, click Configure [Edit], in the pop-up [Edit] game configuration dialog box click [add] input "CStrike" followed by the [OK] [close]. [game configuration] select the card, click the game data file [add], select the Hammer installation directory under the"FDG\Counter-Strike" subdirectory under the "halflife-cs (Chinese).Fgd" file. Then click the game execution directory browsing [] choose the CS installation directory, click Browse to select CS Mod directory [] installation directory "cstrike" directory, click [] select game directory browsing the CS installation directory under the "valve" directory, click Browse to select the storage directory [RMF] (save the document directory such as "C:\My documents\RMF").Select [compiler] Select configuration card, select "CStrike",click the Game executable program [] Select browse the CS installation directory "HL.exe" (MOD version) or "CStrike.exe" (retail version), click the CSG compiler [] Select browse the ZHLT installation directory "hlcsg.exe", click on the BSP compiler [ZHLT] Select browse the installation directory, click the "hlbsp.exe" VIS compiler [] Select browse the ZHLT installation directory "hlvis.exe", click the RAD compiler [] Select browse the ZHLT installation directory "hlrad.exe", click Browse [last] button to select a compiler for temporary work directory.Tool description1, select toolsChoose a solid or entity in the four view, the first choice of objects must be selected according to the object selection frame or the center of the handle, when the first choice, can move objects, change the object size, when the second chosen can rotate the object, press the Shift key will be according to the standard of 15,30,45,60,75,90 angle rotation, when the third choice of selection for deformation processing.Press and hold the Ctrl button to choose to copy, press the Shift button and drag the mouse can.2 zoom toolsIn the top, front, side of the three view, click the left button to enlarge the view, right-click to reduce the view. If you have a 3D mouse, using the scroll wheel will have the same effect.3, camera toolsMulti angle observation in camera view. Left + drag = in situ rotation, right + drag = up and down translation, left + right + drag = before and after about translation.4, entity toolsCreate an entity in a map, you can select the type in the new column, or use the menu [Edit] property to make a change. In short, very useful, such as the addition of light sources, birth points, human particles, and so on. For more information, see WorldCraft 3.x Chinese help.5, block toolA solid tool; solids are the basis of all map elements.6, surface mapping toolEach surface of the solid is treated separately so that it has different materials. The use of this tool will pop up [] the surface mapping dialog box, displacement, zoom, rotation will affect the texture (hint: it is best to use [tools] [fixed] command map will map locked so as not to move the solid displacement map)7, apply the current mapThe selected texture in the map property column is paid to thesolid selected in the view8, plane mapping toolA tool for making an effect similar to a mine mark9. Cutting toolsThe cutting of a solid, such as cutting a quadrilateral into a triangle or pentagon. (personally, I think it's entirely possible to use 10 instead)10 vertex control toolsVertex editing of solid powerful, can make objects change very strange shapes, one is also very dangerous, because the compiler does not recognize the negative angle, we must ensure that no solid depression, this is very important, often a lot of mistakes are caused due to the vertex. When using the vertex control tool, select two neutral points (two adjacent yellow dots) and then press Ctrl+F to add an edge.11, path toolsUse when making active paths.The simplest map should contain a closed space, at least one birth point. Now let's start making a map that contains a box like space, sky, global light source, police birth point, bandit birth point. From here you can learn about the environment and process of map making.Open Hammer, execute [document] [new] [] in the top block selection tool and drag a rectangle, creating a solid press enter.Using the selection tool [] solid and adjust the other three views in the solid in size (hint: when the solid is selected again using the selection tool [] Click to rotate, but please note: three views -))In the properties toolbar click Browse [map] to select an appropriate map, press enter to confirm (hint: don't click [Select] button in the text box, the filter can enter a name to search map), with [tools] select solid, according to the current application [] button to replace the solid texture mapping. (settings for individual surface maps will be discussed later)Select the menu [tool] to empty the solid according to a certain thickness.Select a menu [tool] to break the combined solid into a single solid. When using the camera [tools] in the camera view and drag the mouse you can observe the scene from different angles (hint: Left Click = spin around, right shift up and down about =, + right click the left button = around pan). Use the select tool to select the top of the box, and then pay the map named SKY with the method mentioned above.Select [tools] in the new entity choice bar for"light_environment", and then in the top view of the "box"inside click and enter, create an entity with the sun, [] select selection tool and hold the sun in a view by the keyboard keys for the position adjustment. Finally, make sure the sun is inside the box.Create a info_player_start with the same method "(born police point)" info_player_deathmatch "(a party was not too high), to ensure that the location (or fall dead), can not touch the ground (or after birth will not move).Select the menu [map] [check the problem], and if there are no questions, you can compile it. If an error occurs, check that the above steps are correct and compile again.Select menu [file] [run], [running map] dialog box selected [do not run the game], [about to confirm], about a few minutes later, you can complete the compilation process.Exit Hammer, run CS, select [LAN games] [create a game], select the compiled map, and test it. Of course, this map doesn't have any function, but it's really a map made by myself.Surface mapRelative to the texture of the whole solid, we can also attach different textures to different surfaces of the solid. Use the surface texturing tool or the menu [tools] command to open the surface mapping dialog box, then you can use the camera tool to move the camera,Using the selection tool [] will have to deal with the choiceof surface (hint: hold down the Ctrl key can choose). Click [browse] to select a favorite texture, and click [apply] to see the effect (hint: [hide mask], you can remove the red mask to see the actual effect). If you are not satisfied with the default effect, you can set parameters such as zoom, shift, rotate, or you can click the left (middle) button to make a quick match.Replace mapWhen our map has been around for a while, it's not appropriate to find a map, so we can use the replacement mapping function. The pop-up dialog box click the map attribute replaces the textures on the toolbar [replacement], click the Browse button [target] will have to be replaced in the map (hint: hook select mapping dialog box the lower left corner of the display only used the map check box, can narrow the range, and then click Browse) to replace the [] will choose to use browse maps [OK]Display and hideSometimes we need to temporarily hide some objects, you can click Hide [hide] button, click [show all] button will recover hidden objects. We can also combine several objects so that we can display or hide them at the same time.Vertex editor[Edit] vertex selection tool, select the control points of white can edit vertex, select the control points of yellow can edit the frame, select a point and drag it to another point youcan delete a point, two yellow dots and choose the corresponding press "Ctrl+F" to add an edge. Refer to other instructionscarvingSometimes we need to use one object to punch through another object, and then we choose to carve the object, move it to the carved object, and select the tool [sculpture]. It is important to note that the objects used to engrave are larger in depth than those that are carved, and that it is recommended to conceal unwanted objects in order to avoid being affected.Making lightsNo lights, after entering the game will be dark, in front of us entity named "light_environment" represents the sun, it is the role of a global light source, all can see the "SKY" map of the place can be light. But in some places, such as the passage to the auxiliary light source, we have two kinds of methods to add the source: first, use [tools] add entities called "Light" or "Light_spot" entity where needed, and then use the [Edit] [properties] to set the source; two, the use of specific irradiance map. Represent a light solid and paste material, written under the name of the material, use "RADEditor" to create a new file, click [add] just write down the name of the input, set the source attribute (hint: brightness is generally about 10000, can be used in a wide range of more than 30000), save the file to map the *.rmf file directory. In Hammer, select the menu [file] [] [] in the mode of operation of experts "compile / run command" choose "$light_exe" on the right side of the tail parameter add"-lights $path\ just saved RAD file name can be. When compiling with HLCC, please refer to other instructions.Hollow outSome things, such as barbed wire, fences, ladders, handrails, etc., are all objects of this kind. They have part of the space that is hollowed out. We can give these objects a map with "{" heading names, and their blue parts will be transparent. Then select these objects, select the menu [tools], convert to entities, class, select func_wall, render mode, select solid, and transparency enter 255".Making laddersWe can climb the ladder. According to the method of making a hollow ladder model, and then make a slightly larger than the solid ladder model and gives a "AAATRIGGER" material, select just made "AAATRIGGER" into a solid, solid,"Class" selects "func_ladder"".Make grassUnlike the hollowing, the "class" selects "func_illusionary"".Make damaged objectsSelect the solid that you want to change, switch to an entity, select the class "func_breakable", "durability", and enter a number. The bigger the number, the stronger. "Materials" canchoose the appropriate type. Other properties can be set by preference. If it is glass, we can set "transparency" for a smaller value.Door makingSliding door: the model that makes a door, converts to an entity of "func_door" type. You can modify some of these properties to achieve different results.The revolving door: complex relative sliding door. Make a door model, then made a virtual pivot model (hint: runtime invisible, can draw a relatively rough, but must ensure that the door is located in the center position of the shaft model, and then give the door) "ORIGIN" and the name of the map, and the door and door, into the "func_door_rotating" the type of entity, and then the other attributes can be set.Making waterSelect the solid to be converted to"!" The texture that you start with is converted to a func_water entity.Map attribute[map] [map] attributes can be set up in the map of the relevant property, one of the most important "map title" "sky map" (hint: composition, background image from 6 different textures were *lf.tga, *rt.tga, *ft.tga, *bk.tga, *up.tga, *dn.tga, stored in the CS installation directory "cstrike\gfx \env" sub directory. The sky background map takes the common parts of itsfile name, such as "green", "city1", and so on－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－Make different kinds of mapshostage rescueThe scene must be included in the "hostage_entity" (hostage born point) and "info_hostage_rescue" (the safety of the hostages (District) punctate entity type can be used with the "solid entity func_hostage_rescue" type).Bomb removalThe scene must contain "info_bomb_target" (hidden bomb points) types of dotted entities (which can be used with solid entities of "func_bomb_target" type).Protect VIPThe scene must contain "info_vip_start" (VIP birth point) types, point entities, and solid entities of the"func_vip_safetyzone" (VIP security zone) type.They are unique entities that cannot appear in one scene at once!Shareable entity"Func_buyzone" (a range of weapons), solid entities, and other entities.Compiling maps using HLCCSelect [file] in Hammer [export as MAP file] export a MAP format file. Open HLCC, [MAP] to the directory just export file directory, BSP directory] [to the CS installation directory "cstrike\bsp" subdirectory [] Tools Directory to the ZHLT installation directory [] half life to the CS installation directory directory. Hook [options] [support for ZHLT compilation tools]. Select [light RAD file] in parameter B, you can customize the light settings of the light source material. Click [compile] in the [file] to compile. Generally speaking, relatively large map takes a long time, I have a map here to take all the default parameters, it took nearly 4 hours to compile, khan. (1.2320MB RAM)Using custom mapsCreate a map package using another tool Wally (*.WAD) file, which contains the image file will be used to, as for image editing, you can use the PhotoShop image processing software and then copied to the Wally. It's important to note that each map has a name that determines the type and effect of the texture.Open the tab [tab] in Hammer, and then add this texture pack to use custom maps on the map.Decompile mapUse WinBSPC to open a map file *.BSP, then select [MAP] in the conversion settings, select the output path, and other defaults. Import the MAP file with Hammer. (Note: to make sure the map is correct, copy the original map package file, *.WAD file, to the cstrike subdirectory of the CS installation directory, and then add the collection of maps to the Hammer.)Attention problemsShould pay attention to making the map, design is the principle of "abandoning the complex simple, can simplify the objects to simplify, can omit as far as possible to omit the map; should not be too large, too large can be separated, the space is relatively independent, each other can use the channel connection (please refer to the original map with cs_dust); standing in a position of other objects can see better. In this way, the map can be compiled faster, less error prone, and the higher the FPS of the game, the better.Publish mapMap production, of course, to release, to ensure the normal operation of the map, you need to pack the following documents: a good map file (*.BSP), map file (*.WAD). If other resources are used, they must also be packaged together: graphical components (*.SPR), voice (*.WAV), model (*.MDL), background (*.TGA), and map descriptions (*.TXT). If the robot is still made, the road point file must also be packaged: (*.PWF) (*.PXP). Finally, write an installation instructions.Default path for related files:*.BSP = cstrike\maps*.WAD = cstrike*.SPR = cstrike\sprites*.WAV = cstrike\sound\ corresponding directory *.MDL = cstrike\models*.TGA = cstrike\gfx\env*.TXT = cstrike\maps*.PWF = cstrike\PODBot\WPTDefault*.PXP = cstrike\PODBot\WPTDefault。
CS起源地图制作教程：三种玻璃的制作方法
三种玻璃的制作方法今天我们来讲一讲三种玻璃的制作方法。
一、打不破滴玻璃制作首先使用brush tool作出来的立方体，四面贴上tools/toolsnodraw的纹理贴图，为玻璃效果的相对两面则用glass纹理贴图。
这里我们使用纹理贴图glass/glasswindowbreak070a。
为了不麻烦，一个个面的帖纹理，可以选中立方体直接先贴上纹理tools/toolsnodraw，然后使用工具Texture Application Tool，点选相对的两个面，贴上玻璃材质。
你可以在相机视窗（Camera view）中这样操作哦，连带上下左右的移动，好让你找到看不到的面。
然后将此立方体，拉成薄片，大约一个单位就可以了，^_^哈很薄很薄的，留下来的可一定要是glass 贴图的两面，要不，就啥都木有啦。
^_^记住了，玻璃现在是长方形，也是可以剪裁为各种形状以适应窗口。
二、可打破的玻璃开头，和上面一样，然后选择玻璃，按下按键CTRL-T，这样就可以将此玻璃转换为实体（Entities），这样我们就可以设置更多的属性。
（普通的物体，什么特殊属性都木有，只可以呆在一个地方，实体（Entities）可以移动，打破，甚至可以有掉下来的动作）。
在Class菜单中选择func_breakable。
这样就使其成为一个func_breakable实体，令其可以打破，或者更多有意思的功能。
在Strength选项中选择玻璃的生命值（health），就是收到多少力道后，会碎裂的值，越高越不容易打碎。
三、钢化玻璃要想有下图的玻璃破碎模式，就像钢化玻璃似的。
前边的步骤一样，首先将立方体，都贴上glass纹理贴图，仅留一个面贴上nodraw贴图，注意，就留一个面！在Class菜单中选择func_breakable_surf实体。
钢化玻璃破碎模式的玻璃就做成了。
^_^ 以上就是三种不同玻璃的做法。
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呆蛙CS起源地图教案001：简单纹理制作一：对象分析：和蛙一样是由CS地图转入制作CSS地图的初学者
二：教学目标：
1、知识目标：初步了解起源SDK纹理制作知识
2、技能目标：能够制作简单的纹理
3、情感目标：感受鸟语的可恶
三、教学重难点：
1、教学重点：制作简单的纹理
2、教学难点：克服鸟语
四、教学过程
1、准备好的要做成纹理的图片
例图：铁血十八星旗，PS画纹理的教程很多，想要什么自己找思密达
2、打开起源SDK
啊，全是鸟语！！！
找到TEXTURING中的VTF EDIT(.NET),打开它
（如果打不开，那么就去下一个.Net Framework 1.1，迅雷神马的地方很多）
（又是鸟语的界面）
单击File(文件)，选择Import（导入）
找到自己要转换的图片，打开
然后会出现个框，这是对这纹理的属性进行设置，如果明白就设一下，如果不明白的话，直接点OK
然后你可以看到图片显示在了软件界面
好了，就这样，最后一步，把它保存下来。
在保存的时候，有一点要注意，一定要直接保存在CSS的纹理目录下(如果保存到别的目录再复制过去使用会出错)而且最好呢在这个目录下自己建立一个地图专属的文件夹，比如我就为我的一张地图建了个7X文件夹（便于管理）
就保存到自己建立的这文件夹中
好了，把HAMMER关了，再打开看看，有了吧
呆蛙BLOG：/diewar转载请注明出处。