今天讲汽车定速巡航, auto speed control device, 简称 ascd, 这个功能就是你按下 ascd 开关,你不用踩油门,汽车就能够以横低的速度向前行驶,这个功能非常的实用,尤其是在高速上面开长途好用。 那这个功能是如何实现的?我们的发动机啊,他是有一个控制模块叫 ecu, 他来控制发动机的电子节气门 开度的大小,并且保持不变,这样进到发动机里面的可燃气体的速度就不变, 所以发动机的转速就不变,所以车辆行驶的速度就不变,从而实现呢低速巡航的功能。那这个功能如何使用?那我们以全新奇骏为例来展开说明。 在高速上面,我们的车速达到四十千米每小时以上的情况,我们按一下方向盘上面的 set 减这个按键,汽车定速巡航功能就开启了。 当前面车辆比较少,路况比较好的情况,我们要 把定速巡航速度调大,我们就按 i e s 加,如果我们想 调小速度,我们就按 set 减,如果前面堵车了,我们要取消电速巡航功能,踩一下刹车踏板就可以了。 那总的来说,定速巡航功能确实是非常的实用,但是为了您的安全,在以下情况不建议使用,第一个在交通拥堵的情况。第二个在连续弯道 或者山路的情况。第三个在一滑路面,比如下雨天,下雪天。关注我,学习更多有用的知识。
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送给才入坑的新手礼物,视频较长,慢慢品尝。 sluto race, 这是一七年更新至今的赛车题材竞速手游,真实驾驶模拟,支持手柄线性油门刹车,空子 真实赛道模拟,甚至包含著名的纽伯格林赛道玩法自由,支持国际联机。下面就给新入坑的玩家简单讲解一下游戏里的一些色子。 在游戏首页里第四个选项设置进入可以改车升级车辆涂料、轮毂性能、悬挂。 首先涂料就很容易理解,可以改车身、轮毂、轮网和刹 发、车卡钱,这就无需过多介绍了。个人喜好问题, 下面重点来。悬挂设置分为避震和轮胎。避震设置中,避震高度,前后轮轮距,还有轮胎请柬。 注意避震高度并不是越低越好,要分不同的产地路段,轮距 根据车辆性能和外观进行调整。请讲这样理解,角度越大,轮胎抓地力越小。大请讲就适合漂移赛。轮胎设置中也比较好的一, 轮毂大小和轮胎压力,轮毂越大,最快速度越高,加速慢。 轮胎压力设置,压力越小,轮胎抓地力越高,级数慢。这就需要大家慢慢联系摸索,找到适合自己的参数。 下面我们再看看进入游戏后的色 第一页跑几圈,这就不讲了,主要是后面的第一个牵引力等级 建议关了,更加极限操控,更直接。 abs 不用解释了吗?防爆石系统,转向辅助设置,这样理解, 就是系统自行判定,当你发生侧滑的时候,系统帮你矫正方向,别加速限滑,差速器工作原理不解释了,百度有这样理解,调的越大过关稳定性越高, 但牺牲直线加速反制同理。第二页轮胎选择,街道运动的,半夜用的,光头胎,还有拉利用的,懂的都懂,他一样不用说了,在前面设置的时候也可以调, 这里就是比较关键的变速箱设置,数字越大,加速度越高,但级数越低,最终传动可以理解是对整个加速过程的调整,而下面的一二三四则是 对每个档位的调教。整个过程要根据车辆对不同的赛道进行测试,最终找到适合自己的参数,慢工出细活,也可以就用默音纸或者找大佬要参数。 后面的几个色子,对于新手建议暂时不动,后期操控手链咱慢慢学习进行调整,如果玩漂移可以加大最大转弯角,仅此而已。 最后一夜刹车力度和前后平衡,以后玩手链了再改吧。以后我再慢慢给大家讲解每个色子的奥秘。 最后再给大家讲一个重点,这款游戏区别于其他游戏的优点就是可以选择线性油门刹车, 在练习时对于油门控制至关重要,总不能脚脚都是地板油吧, 越细微的操控越能跑出好成绩。其他还有什么问题,欢迎各位小伙伴随时留言或私信我,希望大家都有一个好的游戏体验。

评论区让我推荐声音好的球线,今天给大家推荐这三款。 首先是 as 球线,零点六一的超细线径,打杆软硬度适中,再看一下它的角标,它的声音和弹性都已经溢出屏幕了。虚敏的挥发速度和爽快的打音适合力量小的朋友去打,缺点是不耐打。接下来是溜溜呦的球线,零点六五的线径打杆偏软, 在声音好的同时又兼顾了操控性和超缓弹性,喜欢打技巧型的球友可以选他。缺点是耐打,一般进 一般。最后是声音的王者六三线,零点六三的线径,打杆偏硬,平时喜欢进攻和快速平抽挡的可以选他。缺点就是声音太响,有点震耳朵。 你想在球场上引人注目吗?你想在击球时震耳欲聋吗?这三款球线可以满足你!还想了解哪款球线?评论区告诉我吧!

stability 夫人的官方,也就是 stability 呢,在不久前推出了大模型的 control night, 没过几天奥特曼这个双十一的 control night 呢也出来了,因为官方给的 demo 呢,必定是 comfort ui 的。很多人呢,对于这个公 其实不是特别熟悉,大家呢,可能还更喜欢用奥特 matic 伊莱文伊莱文你现在看到的是 ctrl net get up 的官网,在这有一个大大的链接,上面写着,下载 x d x l ctrl net 在包包脸的主页上,我们可以看到很多的 ctrl net 模型,而且都是关于 s d x l 大模型的, 首先呢,可能坐着不同,所以有很多模型。另外呢,还有一个原因呢,就是精度不同,比方在官方提供的模型里边呢,既有二百五十六维的,也有一百二十八维的。而其他的模型呢,也有这样的特点,比如这个以负为结尾的大小呢,就有二点五个 g, 而以密的为结尾的大概是五百多兆,而 smo 结尾的呢, 只有三百多张。今天我们要实验的这两个模型,一个是 candy 的中型模型,另外是一个 openpose 的二百五十六维的模型。下载完之后放到 ctrlnet 对应的模型文件夹里就可以了。 提醒大家一下,如果要做今天这个实验的,一定要将 点击生成,这个呢是一个非常原始的图片,说不上好看,下面呢,我们启用 colornight, 选择一张图作为参考图,控制类型选择 openpose, 预处理器选择 openpose com 模型呢,就用我们刚才下载的那个大模型的姿势控制模型。我们先来预览一下效果。首先说预处理器 处理的这个姿势呢,其实不是特别准,但是生成之后的人物呢,还是非常漂亮的姿势呢,相对来说也比较准确。当然在这你可以将这个预处理器呢换成 dw open pose, 这时候你会发现分析的这个结果呢就精准许多了,点击生成。 下面呢,你可以用同样的方法来试试 canning, 将预处理器呢设置成 canning 那模型呢?选择我们刚才下载的那个轮廓图模型,点击生成,这个效果呢也不错。 最后说一点,如果你是八 g 的显卡的话呢,你跑大模型呢?还可以,那如果你要是加上 ctrl net 这个呢,就很难了。所以说建议大家还是十二 g 内存来验证我们今天的实验,关注我,让知识变得更有意思。

ai 绘画从做梦到控梦其实 ai 绘画和做梦是一样的,有些人呢,只会做梦,而有些人呢,可以控梦。今天我们就从底模型 lower ctrl net 三分钟,从逻辑上说清楚 ai 绘画的基本概念,让你从做梦到控梦的完美蜕变。本次游玩指南主要针对 stable diffusion。 首先呢,我们要了解什么是 d 模型 笔模型呢,就相当于我们每个人的大脑里面存储着我们的日常所见所闻。而我们做的梦呢,就是从我们大脑当中摘取一些片段,可以做出时间、地点和剧情。 因为每个人的所见所闻不同,所以我们做的梦呢,都大不相同。所以如果把底模型比作一个大脑,用不同的大脑去做梦,就会得到不一样的梦境。我们可以训练自己的大脑,也可以去 c 站或者小黄连网站去下载别人训练好的大脑。一个成熟的大脑大多在二 j 至八 j 大小,里面包含了上万袋至上亿的营养元素。高端的食材往往只需要采用最朴素的烹饪方式。所以我们需要根据自己想做的梦,然后去下载安装不同的大脑,比如二次元的、写实的、欧洲的、日本的咳咳咳 啊哈哈哈哈。那么什么是 lora 呢? lora 是一个插件,他允许你在大脑上加入一个精细化的模型来优化你的梦境。 就好像你梦见一个夏日的晚上,你在日本的街头看见一位身材美丽的小姐姐,但却看不见她的脸。嗯,那么在这个时候呢,你就需要 lora 的介入了,用它来优化你的梦境,让你的主人公拥有绝美的容颜, 太帅了!四胜绝美,哈哈哈。所有的捞麦看上去都很小,一般 只有几十兆到几百兆,但他们都非常精致,再配上一个高端的大脑,往往会让你分不清哪里是梦境,哪里是现实。现在我们已经知道怎么做梦了,接下来呢,我们就需要控梦了。 最基础的就是文字控梦。在正向描述里直接告诉 sd 我需要做什么梦。当然是越详细越好啦。比如说一个夏日炎炎的夜晚啊,在灯光昏暗的总统套房里 哇。所以,为了避免这种事情的发生呢,我们就需要在反向描述里把这些去掉。比如说胖的不要,男的不要,丑的不要,畸形的不要,三条腿的不要,两个头的不要。 这样就可以大概控制你的梦境了啊。哇哦,要实现精准控梦的话,这时候我们就需要 ctrl net 插件来帮忙了。因为有些人物的动作呢,我们很难用文字来 描述。比如左手六,右手七,左肩高,右肩低,左脚画圈右脚踢。哈哈哈。所以这时候呢,我们就需要 ctrl net 插件配合 openpose 来精确的给我们梦境的主人公摆出你想要的造型。 哎呦我的妈哈哈哈哈哈哈哈哈哈哈哈哈。当然, ctrlmet 作用不止于此,它相当于精美的调料。在享用大脑的时候,往往少不了精美的配料。 上好的大脑,配上精美的餐具,搭配大蒜、生抽、醋、香菜、青葱,一口满足,才能称得上是一份完美的料理。好了,今天的游玩指南就到这里了,我们下期再见!

今天来看一下 ip adapter 模型,它支持 stable diffusion 的 control net 插件,它的作用是把你上传的图片作为提示词来进行画面风格的转换和微调,并且支持 s d 一点五。和 s d x l 相比, reference 它更轻便而高效,具有出色的放化能力,并且与文本提示兼容。 ip adapter 出自腾讯 ai 实验室,它的使用方法也很简单。首先把 ctrl net 升级到一点一点四以上版本,然后就是下载 ip adapt 模型,打开这个网站,找到这三个模型,可以都下载下来。下载下来,把模型放到 stable diffusion vabioi extensions control net 插件 models 文件夹里,然后重启一下 y b y, 重启后找到 control net 这里上传一张图片。 选择 ip adapter 模型,根据需求选择。 如果你上面大模型用的一点五的模型,这里就选择对应一点五版本的。如果是 s d x l 模型,那就要选择 s d x l 版本了, 最好用它这个 plus 版本的模型,效果会更好一些。然后可以把高清修复,打开一下关键词,写一个负面通用的 正向的,简单写一下或者不写也行,然后点击生成。第一次使用后台会下载一个预处理模型,如果下载失败的话,可以到我的网盘里找一下。我已经上传网盘里,这个功能就是把上传 传的图片当做提示词来使用了。根据上传的图片生成了一张新的图片,当然可以结合 tiny, deps, open post 等一起使用。我上传一个这个风格的图片,在第一个 unit 里选择 ip adapter, 然后在第二个 unit 里上传一张图片,这里选择一下 openpose 来提取一下它的动作, 然后最上面简单写上一些关键词,生成一下来看下效果。 ip adapter 总体来说效果还是很不错的。

in this topic, we're going to discuss the control of the cardiac cycle so by the end of this topic, you should be able to answer the questions how is the cardiac cycle controlled? so we can look at the sina hl node the h a ventricular node pakini tissue then what's gonna look at the pressure and volume changes in the heart and we're gonna end off with the electrocardiogram now for the hard to function efficiently they must be careful control of the sequence of events that takes place during the cardiac cycle so within the wall of the right atrium so look at the diagram and the right atrium there there's a distinct group of cells called the sino atrial node so in the diagram, it's labeled is a node it's a specialized patch of tissue made of myofibrils and nerve endings so it's in the right atrium it's myogenic which means that the stimulus comes from within the muscle itself, it has a basic rhythm of stimulation that determines the beat of the heart so it's for this reason, it's often called the pacemaker a wave of action potentials is initiated in the cells around the sino atrial node and it sprayed through the network of fibers across both atria as you can see in the diagram here this causes the atria to contract now a layer of fibers connective tissue separates the atro and the ventricles this is called the atro ventricular sectum it prevents the excitation wave crossing into the ventricles there's a gap in the atro ventricular septum that comprises a group of cells that can conduct the excitation wave this is called the atroventricular node av in after short a layer of about point one to point two seconds it conveys the wave of excitation to the ventricles along a series of specialized fibers called pakini tissue the bacani tissue is organized into a specialized structure called the bundle of his this is where the action potentials transmitted along the base of the ventricles where the bundle branches into smaller fibers called pecani tissue so the way the excitation is released from the pecani tissue causing the ventricles to contract quickly and at the same time from the a picks of the heart which is the bottom of the heart there upwards now cardiac muscle cannot respond to a second stimulus until it's first relaxed this is called the refractory period something to note is that the cardiac muscle muscle will not become fatigued or go into a state of titanus so here's a lovely diagram to show you the wave of excitation as it passes from the sinohl node to the hr ventricular note down the pecany fibers in the interventricular septum to the apex of the heart this will cause the ventricles to contract right, let's just run through what we've just discussed discuss or describe how the cardiac cycles can controlled so the signal is received in the sinu itchal note which is the pacemaker? then what happens action potential spread through the eight chair the hr ventricular septum prevents the signal going to the ventricles except through the hr ventricular node avn excitation moves through the picani fibers in the bundle of his and this initiates the contraction from the base of the ventricles upwards right this discuss pration volume changes of the heart blood pressure varies between a maximum called the systolic blood pressure when the ventricles contract and a minimum called the diastolic blood pressure when the heart is relaxed, so we can look at the pressure volume changes that occur in the heart during a typical cardiac cycle so cystallic blood pressure is 120 millimeters hg normally and diastolic blood pressure is usually about 18 millimeters hg so to important points to remember before we look at the graph pressure and volume in a closed container are inversely related so an increase in pressure result center decrease in the volume and blood moves from a region of high pressure pressure to region of low pressure so here you've got a graph showing the pressure changes in the different vessels over a period of time take a moment to have a look at the different curves and the shape for the aorta the ventricle and the atrium so in an exam how will you remember which curve as which well think of where the pressure will be the highest? so you can see that peak the orange curve is for the ventricle the ventricle will have the highest pressure so their peak will be the highest there also be very high pressure in the a water mh air not so high so let's identify where where sisterly is occurring in the heart? this is where you're going to look for the peaks so looking at the orange line where do you think ventricular systemy is occurring as you gazed it those two peaks there that's ventricular sistelly what about atrial sistelly? so this occurs just before ventricular sistelly so it's the little bamp before the big bump so now that we've identified ventricular and hr systemy we need to identify what's happening in the hr ventricular valves? the atrovinger killer valves are farm between the atr and the ventricles so take a moment to think about during which events they will be closed and when they will be open so we're going to be looking at where the ventricular and atrographs intersect so where that orange and green line intersect so the first intersection is where the ventricular pressure is increasing as the ventricle gets ready to push the blood out into the archeries here you don't want the back flow of black so the hro ventricular valves will be closed as the pressure decreases in the ventricle and it goes below the hr pressure the hro ventricular valves open now let's have a look at the samey luna valves where do you find on these these are fan between the hr and the artery so in this graph the aortic pressure is the graph all the way at the top that blue line so with a ventricular pressure and aortic pressure intersect something should be happening at the valves so when the ventricular pressure increases as it pushes the blood into the altar, the semi luna valves will be forced open as the pressure the ventricle decreases on the other side there, the semi luna valves will close so now that you know the key features let's discuss what's happening in each graph starting with the ventricular pressure so that our orange line ventricular pressure is lowered first, but then it gradually increases as the ventricles full with blood because the atria starting to contract the lift achieve in tricular valve closes and the pressure rises dramatically as the thick muscular walls of the ventricle contract as the pressure rises above the alter blood is forced into the alter past the semi luna valves so the semi luna valves are open the pressure falls as the ventricles empty and the walls relax okay let's have a look at the pressure in the atrium so atrial pressure is always relatively low because the thin walls of the atrium cannot create much force, so it's highest when they are contracting it drops when the lift hr ventricular valve closers and then its walls relax the hr, then falls with blood and this leads to a gradual build up of pressure until a slight drop where the left hr ventricular valve opens and some blood moves into the ventricle okay moving on to aortic pressure aortic pressure rises when the ventricles contract as the blood is forced into their order, so the same eluna vowels will be open then it then gradually falls but never falls below 12 killer pascals so this is important to remember this is because the elasticity of its wall, the herotic wall which creates a require action it's essential if blood is to be constantly delivered to the tissues, the recoil produces a temporary rise in the pressure at the start of the relaxation phase okay here's a detailed graph of the different pressures and volume changes that occur in the heart, so take a moment to identify each stage in the graph or each facial so the aortic pressures at the top the ventricular pressure is the one with that huge peak and in the atrial pressure is just beneath us now if you have a look, the scrap also includes the aortic blood flow and the volume and the ventricles let's have a look at the ventricular volume the ventricular volume rises as the asia contract and the ventricles are starting to fall with blood, then is a sudden drop as the blood is first out of the ventricles into their order when the semi lunar valves are open the volume increases again as the ventricles fill up with blood again okay, lastly, let's have a look at the electrocariogram so during the cardiac cycle the heart undergoes a series of electrical changes related to the ways of excitation and this is created by the sino hill node so the heart responds to these electrical changes so if up by a cathode ray of cilescope, these changes can produce a trace known as electrocardiogram so here you can see the different types of ecg during different heart conditions now the different peaks in the ecg are represented by the different phases in the cardiac cycle for example, the p wave is caused by atrial systemy, ventricular systemy is represented by the qr ace wave and the start of ventricular diastole is represented by the t wave so let me go through that one more time the p wave is caused by atrocystilly ventricular systemy is represented by the qr ace wave and the t wave is the start of ventricular diastole and that concludes our lesson the end。

unit five reading and thinking first aid for burns the skin is an essential part of your body, and is its largest organ your skin acts as a barrier against disease toxins and the sun's rays it also helps control your body temperature prevents your body from losing too much water warns you when things are too hot or cold and gives you your sense of touch as you can imagine getting burnt can lead to very serious injuries the first and most important step in the treatment of burns is giving first aid causes of burns you can get burnt by a variety of things, hot liquids, steam fire radiation, the sun electricity acids or other chemicals types of burns burns are divided into three types depending on the depth of skin damage first degree burns these effect only the top few millimeters of the skin these burns are not serious examples include mild, sunburn and burns caused by other minor household incidents second degree burns these go below the top layer of the skin, they are serious and take a few weeks to get better examples include burns caused by hot liquids, third degree burns these affect every layer of the skin and some times the tissue under it examples include burns caused by electric shocks, burning clothes or petrol fires these burns cause very severe internal injuries and the victim must go to the hospital at once characteristics of burns first degree, burns dry red and mildly swollen mildly painful turn white when pressed second degree bands red and swollen blisters watery surface extremely painful third degree burns black and white swollen the tissue underneath can often be seen little or no pain if nerves are damaged, may be painful around the edges of the burn first aid treatment one place burns under cool running water especially within the first ten minutes the cool water stops the burning process and reduces the pain and swelling two dry the burnt area gently with a clean cloth three remove any clothes using scissors if necessary unless, you see the fabric sticking to the burnt skin four cover the burnt area with a loose clean cloth applying oil to the injured areas is a bad idea as it will keep the heat in the wounds and may cause infection five if burns berns are on the face make sure the victim can still breathe if the victim is suffering from second or third degree burns, there is an urgent need to take him or her to the hospital at once,

说到无线电语言这个话题,我们会注意到在无线电的世界充满了很多无线电的术语和缩写。其实我想说的是,我们在通联中音尽量不去使用过多的这些术语,因为在语音模式电话中,人们更喜欢使用简单的语言。但在现实中, 你仍然会听到很多术语和缩写。你会在广播、书籍、杂志甚至是电子邮件中遇到许多术语。这些术语对于新的货,未来的业余爱好者来说是神秘的。为了帮助你了解这一点,我们将在这里介绍一下 q 减语。 q 减语或 q code 是三字母代码的标准化集合,所有代码都以字母 q 开头,每个代码都有特定的含义。这些简短代码最初是为商业无线电报而开发的,但很快就被业余 无线电操作员采用。虽然 q 减雨是在无线电只用摩尔斯电马时创造的,但在引入语音传输后,他们继续被使用。下面列出了十个平均来说火腿最常听到的 q 减语,在作者看来,以及他们的含义和常见用法。 qrm men made interference interference from other stations qrm 人为干扰其他电台的干扰 qrm natural interference typically static r crashing from thunderstorms q r n 自然干扰通常是静态的或雷暴造成的干扰。 q r p low power transmit generally 五啊 r s q r p 低功率发射一般不高于五万。 q r t quitting stop in transmission or shutting down station qrt 退出,停止发射或关闭电台。 qrg who is calling meqrg? 谁在呼叫 qsb 减肥停 signal qsb 减信号衰减 qsl i acknowledge receipt also confirmation of contact qsl 确认通信交换通联卡片 so conversation radio contact n exchange so 通讯通联在 change frequency so 更改频率 q t h location q t h 电台位置这里的重点不是让你学习 q 减马来使用他们,而是当你不可避免的听到他们时去理解他们。今天就说到这里,七三 criti。

只要你大脑里面的东西还在充,隐性还在, 不相信你可以试一下。太多的人做过太多的方式,用过太多太多各种各样的形式去角色,都会被称作。为什么呀?成瘾性。什么是成瘾呀?就像这个吸毒的人来说,那个瘾你是控制不了的。用我们这个烟瘾来说, 你把把其他的这个经历投入,投入的其他方面,你就可以戒烟了。如果真那么流利的话,我都戒烟了。因为什么呀?因为现在啊。呃,为什么吸烟啊,那时候很酷呢,觉得很酷, 斜了很翘,但是还必须要保保持这种哭的样子,就必须要吸烟。呃,等到你那个二零二 四五岁的人,在二十四五岁的时候啊,觉得这个西天啊,没什么好处,就是想要彻底的把它戒掉。之后你会发现你结婚的误会。你把所有的注意力放在任何方面都不讲,为什么?因为你的已经成功了。 转移转移注意力的发生是不可能的,这不可能消失的吗?吸过烟的人都知道,尤其是戒过烟的人, 什么喝什么辣椒水啊,那什么什么吃什么烟丝啊,对吧?这种人都见过,肯定戒不掉,不要忽略他的成有性。



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feeling of verse when seeing parents feeling painful as soon as back home also not talking to them this manifestation is called parental trauma stress disorder in psychology meaning parents are the source of your fear when interacting with parents it easily leads to you losing emotional control such people almost all experienced long periods of traumatic events like long term blame beatings control from parents parents are labeled bad in your subconscious so you instinctively dislike and resist interacting with them even feel a verse when seeing them such people don't dare compete with others when entering society because they feel like they don't have backing and many have psychological issues like depression inferiority fear of socializing。

control control i normally use in a phrase like get something under control or be under control that all means that okay get something under control as always, so you can say get something under a particular order or under your management you can manage something same as b under control, but loose control we're out of control is a complete opposite meaning of those two phrases it means we lose that part of management we cannot control it anymore we lose control will be out of control that's completely without any control situation it's a mass out of your control now you can't control it anymore okay, so those two and those two are completely opposite meaning more phrases got it we're getting more questions to help you grasp this article okay how long did it take the fireman to get the forests under control under management so how long did the fireman talk it took them nearly three weeks, almost three weeks okay why were the surrounding villages of the hills threatened with destruction direction because the heavy ring would not only wash away the soil, but would cause serious floods as well not only, but also means something not only this will happen, but also that will happen so you're causing dangerous heavy rain wash away and cause series black flood a lot of water would go through their villages and destruct the villages life okay。

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