DLC2-课程总复习V1.0
WECNPatch_v1.0.0的安装说明和制作人员
PES2.0.1.3_WECN_Patch_v1.0.0.0. 0正式发布[关于]本补丁基于Pro Evolutiong Soccer 2.0.1.3 进行修改。
请勿将此用于商业用途，完全实况论坛、WECN不为任何商业行为及其带来的后果负责。
-------------------------------------------------------------[提示]安装前记得备份原版文件。
安装前请删除游戏存档save文件夹，PES2.0.1.3_WECN_Patch_v1.0.0.0.0无需存档即可实现球员实名。
1.0.0.0.0补丁采用外挂挂载和导入覆盖2种模式安装，如果有玩家使用其他外挂，记得把外挂中的内容全部移除掉，否则是无法实现1.0.0.0.0的补丁内容。
无论是采用导入安装还是外挂安装，WECNV1.0.0.0.0均要是用K挂进行游戏才可以完整的玩到1.0.0.0.0的所有要素，推荐外挂模式安装 PES2.0.1.3_WECN_Patch_v1.0.0.0.0注意事项：1.v1.0.0.0.0是基于Konami官方DLC2.0和1.0.0.0.01exe的补丁，安装程序已经为你准备好DLC2.0的dt0f和1.0.0.0.01exe，无需各位自行准备。
2.v1.0.0.0.0补丁为一键安装，将采用外挂模式外挂补丁，安装程序已经为你准备好最新的K挂，无需各位自行准备。
3.v1.0.0.0.0默认是无需存档即可实现所有真实元素，安装过程会提示大家删除，请勿在安装后自行把存档拷贝回来！4.v1.0.0.0.0提供多种语言切换，安装完毕后如果不是中文，请进游戏的System Settings--Language Settings里设置为简体中文，只需要调整这一次，因为退出时候会保存选项，以后再进都是中文了。
如果里面游戏不是中文解说进游戏系统设定--语言选择--解说语言--王涛王冠中文解说。
高一第05讲 必修二 unit1-unit2 综合复习教师版(1)
第05讲，uit1-unit2综合复习（教师版）◇●重点单词短语句式：对教材单词短语句式进行系统梳理，掌握规律，巧记单词、短语和句式。
◇●发音规律：帮助学生逐步突破语音知识。
◇●核心词汇重点句型：全面掌握知识要点◇●过关检测：针对新课内容进行系统预习，引导学生领先一步。
【学习目标】1．巩固unit1和Unit2的基础知识点2．针对这部分内容的难点进行点对点的讲解和练习第一课【重点单词】1．heritage n．遗产(指国家或社会长期形成的历史、传统和特色)2．temple n．庙；寺3．relic n．遗物；遗迹4．former adj.以前的；(两者中)前者的5．clue n．线索；提示6. cypress n．柏树7．creatively ad v.创造性地；有创造力地→creative adj.创造性的；有创造力的；有创意的→create v．创造；创建8．preserve v t.保护；保存；维持n．保护区→preservation n．保护；维护；保存9．promote v t.促进；提升；推销；晋级→promotion n．提升；提拔；晋升10．application n．申请(表)；用途；运用；应用(程序)→apply v．申请；应用→applicant n．申请人11．mount n．山峰v t.爬上；骑上v i.爬；登上1．pass on to传递给2．take part in参与(某事)；参加(某活动)3. more than多于；超过4. introduce...to...把……介绍给……5．refer to指的是；提及【发音规律】英语中有些单词的词首或词尾有两个或三个辅音音素组成的辅音连缀。
本单元主要帮助学生学习或复习一些常见的辅音连缀/kr/、/ɡr/、/pr/、/pl/、/skr/、/tr/、/fθ/、/ns/、/zd/、/st/、/sts/、/tw/和/kst/的发音。
OBD诊断接口定义规范V1.0
诊断接口定义规范BATC OBD Datalink Connector Specification版本:V1.0更改记录：版本号日期更改章节更改描述更改人1.缩写Terms DescriptionsBATC Beijing Automotive Technology CenterDLC Data Link ConnectorECU Electronic Control UnitK line Bi-direction diagnostic interfaceOBD On-Board DiagnosticsKL 30 Clamp 30LS_CAN Low Speed Controller Area NetworkMS_CAN Medium Speed Controller Area NetworkHS_CAN High Speed Controller Area Network2.OBD-Ⅱ概述OBD-Ⅱ是ON-BOARD DIAGNOSITICS-Ⅱ（随车诊断装置）的简称。
1993年以前的诊断系统为第一代诊断系统，各制造厂家采用的诊断座、故障代码、诊断功能均各不相同，造成修护人员的困难。
美国汽车工程学会(SAE)制定了一套标准规范，经由“环境保护机构”(EPA)及“加州资源协会”(CARB)认证通过此一套标准，并要求各汽车制造厂家依照OBD-Ⅱ标准提供统一的诊断模式、插座，由一台仪器即可对各车种进行诊断检测。
3．OBD-Ⅱ特点1)统一诊断座形状，为16pin (针)，如图1所示；2)具有数值分析资料传输功能(DATALINK CONNECTOR-DLC)；3)统一故障代码及意义；4)具有行车记录器功能；5)具有重新显示记忆故障码功能；6)具有可由仪器直接清除故障码功能。
7)一般情况下，该接头的位置位于驾驶员侧仪表板下方4. DLC(数据传输接头)诊断座BATC定义针脚位置排布如下：No. Pin Name No. Pin Name1 LS CAN_H 9 LS CAN_L2 Reserved 10 Reserved3 MS_CAN_H(125Kbps) 11 MS_CAN_L(125Kbps)4 Chassis ground 12 Reserved5 Signal ground 13 Reserved6 HS CAN_H(500Kbps) 14 HS CAN_L(500Kbps)7 K Line of KWP2K 15 L Line of ISO9141-28 Reserved 16 Vehicle Battery Positive (KL30) 5. DLC诊断连接线要求Parameter Symbol Minimum Nominal Maximum UnitIn-VehicleDLC CableL2 0 1 meter Stub LengthOff-BoardDLC CableL3 0 5 meter Stub Length。
FISHER阀门培训讲义
7.气路附件—I/P电气转换器546型
输入阻抗：176欧姆
7.气路附件—I/P电气转换器546型
150欧姆
输入信号：4-20mA, 输出信号：3-15PSI
7.气路附件—过滤减压阀67CFR
压力设定螺杆
排污口
7.气路附件—164型气动切换阀
7.气路附件—377型气动切换阀
6 基地控制仪表— 4195压力控制器
比例带设定 过程指针零点调整 过程指针满度调整
积分时间设定
6 基地控制仪表— 4195KB压力控制器原理
4195KB比例积分压力控制器
6 浮筒液位变送器— 249-DLC3000工作原理
6 浮筒液位变送器— 249-DLC3000调校方法
•干校验，挂砝码 •湿校验，用工艺介质或用水代替 •若该浮筒液位变送器已经过干校验或湿校验则用
11.FIELDVUE智能产品介绍--DVC5000系列工作原理
辅助端子
4 - 20 mA
输入信号
用于高级诊断 的压力传感器
基于微处理器的 印刷线路板
I/P
HART 供气压力
阀杆反馈
输出压力
放大器
11.FIELDVUE智能产品介绍--DVC5000系列结构
模块化设计 结构相同，不管是
BAUMAN
反作用执行机构连接
10.Bauman阀门—24000型直行程阀门定位器863-1I/P
正作用执行机构安装
BAUMAN
反作用执行机构安装
10.Bauman阀门—42000型偏心旋转阀
BAUMAN
10.Bauman阀门—42000型偏心旋转阀执行机构
弹簧预紧力调整螺栓
《课件]必修二全册总复习》课件
![《课件]必修二全册总复习》课件](https://img.taocdn.com/s3/m/7a6bb867b5daa58da0116c175f0e7cd1842518c0.png)
疑难问题解析
如何理解某些复杂的概念和公式？
输入 标题
解析
对于复杂的概念和公式，学生应深入理解其背景和应 用场景，通过多角度、多层次的学习和实践，逐步加 深对其理解和掌握。
疑难问题一
疑难问题二
综合题和跨章节的题目是考察学生知识综合运用能力 的重点。学生应注重知识点的融会贯通，学会从整体
和局部的双重角度去分析和解决问题。
05
问题与解答
学生常见问题解答
常见问题一
如何把握复习的重点和难点？
常见问题二
如何提高解题速度和正确率？
解答
在复习过程中，学生应先梳理教材中的重点和难点，结合 老师的教学经验和历年考题，有针对性地进行复习。
解答
多做真题和模拟题是提高解题速度和正确率的有效方法。 同时，学生应注重掌握解题技巧和策略，学会分析题目中 的关键信息和隐含条件。
能够运用所学知识解决实际问题，培 养实验探究能力和科学思维能力。
02
章节复习
第1章复习
总结词：重点回顾
详细描述：重点回顾第1章的知识点，包括但不限于定义、性质、特点、应用等 ，帮助学生加深对基础知识的理解。
第2章复习
总结词：难点解析
详细描述：针对第2章的难点进行解析，包括解题思路、方法技巧等，帮助学生突破难点，提高解题 能力。
备考心态调整
保持积极心态
在复习过程中，要保持积极的心态， 相信自己能够克服困难，取得好成绩 。
避免焦虑和压力
遇到困难和挫折时，要学会调整自己 的情绪，避免过度焦虑和压力，保持 冷静和理性。
寻求帮助和支持
在复习过程中，可以寻求老师、同学 或家长的帮助和支持，共同解决问题 和克服困难。
注重身心健康
DSI Setup和调试指南v1.0说明书
DSI Setup and Debugging Guide v1.0Kyle Rakos October 10, 2019 ContentsDSI Overview (2)DLPC343x Setup (3)DSI Configuration Requirements (5)DSI Configuration Settings (5)DSI Timings (6)Additional DSI Considerations (7)Example DSI Configuration and Timings (8)Qualcomm Specifics (9)DSI Waveforms (10)Nominal: Entire Video Frame (10)Nominal: Video Transmission (11)Incorrect: LP during HSYNC (12)Incorrect: Data always in HS Mode (13)Incorrect: Clock enters LP Mode (14)Nominal Timings (15)Debugging Checklist (17)Additional Resources (19)IMPORTANT NOTICE AND DISCLAIMER (20)Note: The information in this document is not a substitute for the specifications listed in the corresponding device datasheets. In the event of a discrepancy, the datasheet supersedes this document.DSI OverviewDSI (Display Serial Interface) is a source synchronous, high speed, low power, differential video interface. The DLPC3430 and DLPC3433 (both a part of the DLPC343x family) support the DSI Type-3 LVDS video interface with up to 4-lanes. DSI is a useful alternative to a parallel interface if a reduction in data lanes is desired. This can be useful to save space in a PCB (printed circuit board) layout, or it can be useful if a desired front end processor has a reduced pin count that only supports DSI video.Figure 1: OverviewThere are two main transmission modes: differential HS (high speed) mode and single-ended LP (low power) mode. HS mode is used to transmit video data. LP mode is used to send commands or enter a power savings mode. The DLPC343x has specific requirements of when these various modes are allowed. For additional specification details visit . A summary of the modes as implemented on the DLPC343x follows:∙LP mode: Signal level is 1.1V (1.2V if VDDLP12 is not tied to VDD) single ended and the clock lane is not used to decode the data.∙LP11: A low power state when both data lanes (e.g. DD0n and DD0P) are set high.∙HS mode: Signals are 200mV LVDS DDR (low-voltage differential signaling double data rate) and the clock lane is used to decode the data.∙Note that a set of LP states are commanded (LP11 -> LP01 -> LP00) to transition from LP mode to HS mode. This transition will automatically enable a terminating resistor in the DLPC343xcontroller. If the termination resistor is not enabled a 400mV signal will be seen on the datalanes. During nominal operation this should never occur.The DLPC3430 and DLPC3433 controllers implement DSI v1.02.00 and D-PHY MIPI v1.0 (see exceptions in DSI Setup and DSI Timings). While not officially supported, an unpopulated DSI connector is available on the DLPDLCR3010EVM-G2. No DSI connector is available on the DLPDLCR2010EVM (therefore a custom board would be needed).DLPC343x Setup∙Use a DLPC3430 or DLPC3433 controller for DSI use with the DLP2010 or DLP3010 DMD respectively. ∙Configure the number of DSI lanes that will be used with GPIO_01 and GPIO_02. The GPIO pins are sampled during boot up and should be pulled-up or pulled-down appropriately (an 8-kΩ resistor is appropriate).∙Note that these GPIO pins are used as part of SPI bus 1. The pull-up or pull-down resistors should be appropriately sized to not interfere with the SPI bus. The voltage is sampled duringcontroller startup and is not sampled again during normal operation (thus one cannot∙Ensure the RREF pin is pulled-down to ground through a 30-kΩ ±1% resistor.∙Ensure VDDLP12 is connected to VDD (1.1V +/- 5%). It is also acceptable to tie this pin to a separate1.2V +/- 6.67% rail; however, this is not necessary. If a separate 1.2V signal is used it must power onafter VDD and power down before VDD.∙Startup the DLPC343x controller by pulling PROJ_ON high and the power-up sequence begins.∙Execute the following commands. This can be done through an autoinit batch file but you can also directly send the I2C command after the controller is initialized (HOST_IRQ goes low)o Write DSI Port Enable (0xD7): Enable the DSI interface. This must be called before setting the DSI HS Clock. Note some firmware has DSI enabled by default but it is stillacceptable to call this command.o Write Image Crop (0x10): Select which portion of the input image is usedo Write Display Size (0x12): Select size of active image to be displayedo Write Input Image Size (0x2e): Specify active data size of input imageo Set DSI HS Clock input (0xBD): Specify the high speed DSI clocko Write Input Source Select (0x05): Set to external videoo Write External Video Source Format Select (0x07): Auto detect DSI formato Example batch file#Write: DSIPortEnableW 36 d7 00# Write: ImageCrop: 854x480W 36 10 00 00 00 00 56 03 e0 01# Write: DisplaySize: 854x480W 36 12 00 00 00 00 56 03 e0 01# Write: InputImageSize: 854x480W 36 2e 56 03 e0 01# Write: DsiHsClockInputW 36 bd c8 00# Write: InputSourceSelect, 0 = External Video PortW 36 05 00# Write: ExternalVideoSourceFormat 0x00 = DSI AutoW 36 07 00∙Send the DSI signal. It is important this signal is not sent before the DLPC343x is initialized (i.e. the DSI clock and data lines should remain idle in LP11 mode until HOST_IRQ goes low). See the below diagram∙RESETZHOST_IRQDSI DATAFigure 3: DSI StartupDSI Configuration RequirementsDSI Configuration Settings∙HS and LP Setupo Blanking Setup▪HSync Blanking : Use HS Blanking (LP11 not supported)▪HBPorch Blanking: Use HS Blanking (LP11 not supported)▪HFPorch Blanking: Use HS Blanking (LP11 not supported)▪Vsync (blanking and sync): Use LP11 (HS not supported)▪Vertical Blanking: Use LP11 (HS not supported)▪Turn clock off during LP Blanking: Disabledo Ensure low-power mode between pixels doesn’t occur∙Command mode must not be enabled (i.e. MIPI Display Command Set SM, DCS SM, should not be used) ∙EOT (End of Transfer) command must be enabled∙BTA (Bus Turn-Around) mode must be disabledDSI Timings∙Ensure THS_PREPARE + THS_ZERO add to at least 465ns if the clock is 95MHz to 235MHz and ensure they add to at least 565ns if the clock is 80MHz to 94MHz.∙All the general parallel interface requirements in the DLPC343x datasheet must be followed (specifically the Parallel Interface Frame Timing Requirements section and the Parallel Interface General Timing Requirements section).∙All DSI timing requirements must be followed in addition to the following requirements from the datasheet:oAdditional DSI Considerations∙Ensure there are no DSI clock or data signals before the DLPC343x is initialized. In other words the DSI lines must be in LP11 mode. Only after the DLPC343x is initialized should these signals be sent ∙The DSI lines are sensitive to temperature. High temperature may cause the image to freeze. Ensure there are no temperature gradients between the different DSI signals and ensure the PCB remains cool. A properly designed board should work over the operating temperature range supported by the DLPC343x controller.∙The propagation delay between the P and N signals should be matched within 8ps.∙DSI signals are very sensitive to EMI (electromagnetic interference) which may cause the image to freeze or be lost. It is recommended to physically separate or shield the signals from known EMI sourceso Note: It has been observed that using a heat gun to test a PCB under temperature produces enough EMI to cause DSI to fail. If testing a board under temperature it is important to use aheat source that doesn’t p roduce excessive EMI∙Ensure the RREF pin is pulled down to ground through a 30k +/- 1% resistor.∙The input source must be periodic. For example, if a 60 Hz frame rate is being used it must be 60 Hz with very small +/- variance.∙Note that when using Burst mode the clock can be set significantly higher than needed. While perhaps counter intuitive, this may actually save power. That is because the data will quicklytransmit in a burst and then the remaining time will be spent in LP11 mode.Example DSI Configuration and TimingsIf setting up a new system it is suggested to start with the below sample timings which are known to work.∙Frame timings∙DSI DPhy TimingsQualcomm SpecificsQualcomm is a common front end processor for DSI and some additional information is provided to assist with the system bring up.∙Set the DLPC343x clock rate to half of Qualcomm’s clock frequency. Qualcomm and TI have different clock definitions. For example, if Qualcomm says 200MHz, the DLPC343x controller must be set to 100MHz. This is simply a different convention for defining the clock.∙Force DSI clock to HS mode in the Qualcomm processor (- qcom,mdss-dsi-force-clock-lane-hs: Boolean to force dsi clock lanes to HS mode always.)∙Enable End of Packet (EOT)∙Ensure proper lane state during LP blanking period (- qcom,mdss-dsi-bllp-eof-power-mode and - qcom,mdss-dsi-bllp-power-mode)∙Qualcomm may provide additional DSI information (such as an Excel document with DSI timings) to their customers. Please use any additional information to verify timings will work with theQualcomm processor.DSI WaveformsWhile accurate DSI signal measurements should be made with a proper DSI analyzer, engineers often do not have easy access to this expensive and specialized equipment. Therefore, some waveforms are shown below taken with passive, single-ended, 500MHz bandwidth probes (P6139A). While signal integrity can’t reliably be determined from these waveforms, they can be used to verify that the DSI configuration is generally correct.In all scope plots below, channel 1 (yellow) is DCLK0P, channel 2 (blue) is DCLK0N, channel 3 (purple) is DD0P, and channel 4 (green) is DD0N. A lot of scope noise is observed below and should not be attributed to incorrect signals. In this setup a 60 Hz video input and 1 data lane is used. A single data lane is useful for debugging so the full serial data can be captured on one lane. The full configuration settings used for the properly configured DSI waveform is at the end of this section.Nominal: Entire Video FrameFigure 4: Properly Configured DSI WaveformIn this properly configured DSI waveform, once every frame period (in this case 1 / 60 Hz = 16.67ms), the data lane enters LP11 mode (which is seen above to the right of each cursor as DD0P and DD0N go to 1.1V). Between lines the data is always in HS mode (200mV differential signal). The clock is always in HS mode (200mV differential signal). The larger DCLK0N voltage swing compared to DCLK0P is attributed to scope noise. For these configuration timings see figureNominal: Video TransmissionFigure 5: Zoomed in Waveform of Video TransmissionAbove is a zoomed in, AC coupled waveform of the DSI signals during HS video transmission. As can be seen, the signals are 200mV differential. As previously mentioned, with the scope utilized, these signals cannot reliably be used to determine signal integrity.Incorrect: LP during HSYNCFigure 6: Improperly Configured DSI Waveform (LP Mode During HSYNC)If LP mode is enabled during HSYNC (or perhaps the horizontal porches) it is seen that the data signals go high between the vertical blanking times. Therefore, instead of the DD0x lanes staying at 200mV differential, it will rapidly switch between 200mV differential and 1.1V single ended. While this may work in some situations, it is not supported by the DLPC343x controller and issues have been seen at high temperature.Figure 7: Improperly Configured DSI Waveforms (Data Always in HS Mode)The DLPC343x controller does not support and will not work if the data lanes never enter LP mode. This can be seen by the DD0x lines always staying in differential mode and never entering 1.1V single ended mode.Figure 8: Improperly Configured DSI Waveforms (Clock Enters LP Mode)As seen above the clock is entering LP mode (DCLK0P and DCLK0N go to a 1.1V single ended signal) during the vertical blanking time. This is not supported. The clock must always be a 200mV differential signal.Nominal TimingsA DSI generator from The Moving Pixel Company was used to produce the waveforms shown above. The below screenshots from the DSI generator software is provided below.Figure 9: Nominal DSI Settings OverviewFigure 10: Nominal DSI Frame TimingsFigure 11: Nominal DSI DPhy SettingsFigure 12: Nominal DSI Additional SettingsDebugging ChecklistHardware ChecksA DLPC3430 or DLPC3433 is used.Number of DSI lanes correctly configured using GPIO_01 and GPIO_02.RREF pin pulled-down to ground through a 30-kΩ ±1% resistor.VDD is between 1.045 V and 1.155 VVDDLP12 connected to VDD (main 1.1V power). It is also acceptable to tie this pin to a separate1.2V signal.If VDDLP12 is from a separate supply, it is between 1.12 V and 1.28 V, powers-on after VDD, and powers-down before VDDDSI Configuration SettingsDSI clock frequency between 80 MHz and 235 MHzData lanes between 1 and 4Command mode disabledEOT enabledBTA disabledLP mode during vertical blankingLP mode during vertical syncHS mode during horizontal blankingHS mode during horizontal syncClock enabled during LP blankingDSI lines in LP11 until DLPC343x controller reset completeDSI DPHY SettingsThs-prepare + ths-zero 565 ns minimum (465 ns minimum if DSI clock between 95 MHz and 235 MHz)Confirm remaining selected timings are within DPHY Spec. Specifically:ths-exitths-trailclk-prepareclk-zeroclk-trailclk-preclk-postTAGoUse sample DPHY settings for debugging if needed from Example DSI Configuration and TimingsVideo SettingsOne of the below pixel formats used24-bit RGB888 (3B per pixel)18-bit RGB666 (2+B per pixel)18-bit RGB666 (3B loosely packed)16-bit RGB565 (2B per pixel)16-bit 4:2:2 YCbCr (2B per pixel)PCLK between 1 and 155 MHzHorizontal input between 320 and 1280 pixels (assuming horizontal input video)Vertical Input between 200 and 800 pixels (assuming horizontal input video)Input frame rate between 10 and 120 HzVSYNC High (VSYNC_WE) greater than 1 lineVertical back porch (VBP) greater than 2 linesVertical front porch (VFP) greater than 1 lineTotal vertical blanking (TVB) greater than 14 lines (may need to be larger if source active lines per frame doesn’t match DMD active lines per frame; see Parallel Interface Frame TimingRequirements in the controller datasheet for more info).HSYNC High (HSYNC_CS) between 4 and 128 PCLKsHorizontal back porch (HBP) greater than 4 PCLKsHorizontal front porch (HFP) greater than 8 PCLKsDLPC343x SettingsStartup the DLPC343x controller by pulling PROJ_ON highThe following commands are executed (I2C or autoinit bath file):Write Image Crop (0x10): Select which portion of the input image is usedWrite Display Size (0x12): Select size of active image to be displayedWrite Input Image Size (0x2e): Specify active data size of input imageWrite DSI Port Enable (0xd7): Ensure the DSI port is enabledSet DSI HS Clock input (0xBD): Specify the high speed DSI clockWrite Input Source Select (0x05): Set to external videoWrite External Video Source Format Select (0x07): Auto detect DSI format The DSI lines are in LP11 mode while the DLPC343x controller is initializingThe DSI signal is sent after HOST_IRQ goes lowAdditional Resources∙DLPC3430 Datasheet∙DLPC3433 Datasheet∙Programmer’s guide for the DLPC343x ∙DLPC3430 Product Folder∙DLPC3433 Product Folder∙DLP2010 Product Folder∙DLP3010 Product Folder∙DLPDLCR3010EVM-G2 Product Folder ∙/IMPORTANT NOTICE AND DISCLAIMERTI PROVIDES TECHNICAL AND RELIABILITY DATA (INCLUDING DATASHEETS), DESIGN RESOURCES (INCLUDING REFERENCE DESIGNS), APPLICATION OR OTHER DESIGN ADVICE, WEB TOOLS, SAFETY INFORMATION, AND OTHER RESOURCES “AS IS” AND WITH ALL FAULTS, AND DISCLAIMS ALL WARRANTIES, EXPRESS AND IMPLIED, INCLUDING WITHOUT LIMITATION ANY IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE OR NON-INFRINGEMENT OF THIRD PARTY INTELLECTUAL PROPERTY RIGHTS.These resources are intended for skilled developers designing with TI products. You are solely responsible for (1) selecting the appropriate TI products for your application, (2) designing, validating and testing your application, and (3) ensuring your application meets applicable standards, and any other safety, security, or other requirements. These resources are subject to change without notice. TI grants you permission to use these resources only for development of an application that uses the TI products described in the resource. Other reproduction and display of these resources is prohibited. No license is granted to any other TI intellectual property right or to any third party intellectual property right. TI disclaims responsibility for, and you will fully indemnify TI and its representatives against, any claims, damages, costs, losses, and liabilities arising out of your use of these resources.TI’s products are provided subject to TI’s Terms of Sale (/legal/termsofsale.html) or other applicable terms available either on or provided in conjunction with such TI products. TI’s provision of these resources does not expand or otherwise alt er TI’s applicable warranties or warranty disclaimers for TI products.Mailing Address: Texas Instruments, Post Office Box 655303, Dallas, Texas 75265 Copyright © 2019,Texas Instruments Incorporated。
八年级-人教版-英语-下册-[综合训练]Unit 2 单元复习课
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Unit 2 I’ll help to clean up the city parks. (Period 7)单元复习课Ⅰ．阅读理解。
Have you been asked for money by some disabled beggars while you’re enjoying shopping? Do you have any pity on them who are so poor and lonely or do you just feel afraid of their terrible shapes? As one of the special groups, disabled people’s living conditions—not only their material conditions, but also their mental world—really need improvement.The treatment of disabled people should go like this: First, don’t look down upon them. Don’t be afraid of looking at the terrible shapes of the disabled. Try to treat them equally. Because they are part of the society, we can’t discard (抛弃) them. The second is to help them as much as we can. If you can be a volunteer and do some work for disabled people, that would be very nice. That does help not only to disabled people but also to yourself because you will feel good after your kind action. If every one of us gives a little love, the world will become a beautiful wonderland! 1．Most disabled people are begging along the streets because ________.A．it’s their jobB．they want to get some money in this wayC．more and more people love to help themD．they are part of the society2．People have pity on disabled beggars probably because ________.A．they are homeless B．they are poor and lonelyC．they have terrible shapes D．they are discarded3．From the passage we can see that ________.A．disabled people are poor, but they are happyB．all disabled people ask for money from those who are shoppingC．disabled people’s living conditions are not goodD．no one would like to help disabled beggars4．The underlined word “equally” means “________” in Chinese.A．平等地B．确切地C．正确地D．恰当地5．Which of the following is TRUE?A．Disabled people like to beg in the streets.B．People are never afraid of looking at the terrible shapes of disabled people.C．Disabled people are not usually treated equally.D．The best way to help disabled beggars is to give them lots of money.Ⅰ．任务型阅读。
小结与复习-湘教版选修2-1教案
小结与复习-湘教版选修2-1教案一、本单元的教学内容本单元的教学内容是读懂课文，并能够用正确的语境运用相关单词和语法知识。
本单元一共包含6个课时，分别是：1.第一课时：“高中学习体会”2.第二课时：“人口增长与家庭计划”3.第三课时：“城市与乡村发展差异分析”4.第四课时：“社区与社区建设”5.第五课时：“中学生自我评价与展望”6.第六课时：“词汇巩固复习”二、本单元的教学目标1.能够读懂本单元的课文，并掌握相关的单词和语法知识。
2.能够运用所学的知识，给予自己的高中学习体会，并且能够用所学知识分析人口增长与家庭计划、城市与乡村发展差异，以及社区与社区建设等相关问题。
3.能够在自我评价与展望中，运用所学的语言知识，表达自己的想法和看法。
三、教学方法和教学手段1.给学生讲解单词和语法知识，并让学生做相关的练习。
2.注重运用交互式教学方法，让学生在课堂上互相讨论，并且能够互相批评和表达观点。
3.在讲解社区与社区建设时，通过课外参观社区和调查社区的方式，让学生更好地体会社区建设的重要性和意义。
4.在课程结束时，通过复习和测试，让学生巩固所学的知识，并且提高学生的自学能力。
四、教学评估本单元的教学评估，主要是看学生能否掌握和运用所学的知识，并且能够在各个方面运用所学的语言知识。
教学评估包括以下几个方面：1.课堂练习和作业：通过课堂练习和作业，测试学生是否掌握所学的知识。
2.交互式讨论：通过交互式讨论，测试学生是否能够用所学的知识进行阐述和表达。
3.课外调查和参观：通过课外调查和参观，测试学生是否能够将所学的知识运用到实际问题中。
4.复习测试：通过复习和测试，测试学生是否能够巩固所学的知识。
五、小结本单元的教学主要是让学生通过阅读课文，了解相关的社会问题，并能够就此进行分析和讨论。
本单元的教学方法注重交互式教学，通过交互式教学，让学生在课堂上互相讨论，并且能够互相批评和表达观点。
在课外调查和参观社区方面，也能够更好地让学生体会社区建设的重要性和意义。
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答案：D
习题训练
19.下面关于“依赖注入”的说法，错误的是（）。
A. 将组件间的依赖关系采取配置文件的方式管理，而不是硬 编码在代码中 B. 降低了组件间的耦合，使程序更容易维护和升级 C. 促进了“面向接口”编程，使构建大规模程序更轻松 D. 需要定义大量接口，增加了编码复杂度
答案：D
习题训练
A. B. C. D. “对象-关系映射”信息 实体间关联的配置 show_sql等参数的配置 数据库连接信息
答案：AB
习题训练
14.在Hibernate关系映射配置中，inverse属性的含义是 （）。
A. 定义在<one-to-many>节点上，声明要负责关联的维护 B. 声明在<set>节点上，声明要对方负责关联的维护 C. 定义在<one-to-many>节点上，声明对方要负责关联的维 护 D. 声明在<set>节点上，声明要负责关联的维护
答案：D
习题训练
9.下面代码中，有哪些错误（）。 <html:select property="erid"> <html:optionCollections name="qxList" text="username" value="userid" /> </html:select>
答案：B
习题训练
15.在使用了Hibernate的系统中，要想在删除某个客户 数据的同时删除该客户对应的所有订单数据，下面 方法可行的是（）。
A. B. C. D. 配置客户和订单关联的cascade属性为save-update 配置客户和订单关联的cascade属性为all 设置多对一关联的inverse属性为true 设置多对一关联的inverse属性为false
答案：B
习题训练
16.下面一对多关联的配置中，存在哪些错误（）。 <set name="orders" inverse="false" cascade="true"> <one-to-many class="com.x.entity.Order" column="customer_id" /> </set>
答案：D
习题训练
2.MVC设计模式的目的是（）。
A. B. C. D. 使程序结构更清晰 使程序更好维护 保证视图和模型的隔离 在逻辑上将视图、模型和控制器分开
答案：C
习题训练
3.下面信息不在Struts配置文件中配置的是（）。
A. B. C. D. Form Bean配置信息 Spring声明式事务 Action转发路径 Struts引用的资源文件
A. <html:select>应包含<html:option>标签 B. <html:select>标签没有指定name属性 C. <html:optionCollections>应为< html:optionsCollection> D. text="username"应为label="username"
指导学习2
课程总复习
任务
任务
实现某销售系统添加订单的功能
训练的技能点
使用Struts组织程序结构 使用Hibernate完成对象持久化 使用Spring管理组件依赖关系，控制事务 使用Ajax提高用户体验
阶段划分
第一部分 ：复习串讲（100分钟）
学员对本门课程进行总结（50分钟） 本门课程习题训练（50分钟）
A. 支持前置通知、后置通知、环绕通知 B. 采用代理的方式实现 C. 在Spring 2.0以前的版本中，通过<aop:config>、 <aop:pointcut>和<aop:advisor>配置 D. 与“依赖注入”实现紧密结合
答案：C
习题训练
22.对下面Spring声明式事务的配置含义的说明错误的是（）。
答案：BD
习题训练
24.下面Ajax代码中，存在哪些错误（）。 var url = "?operate=doCheckUserExists&uname="+uname; xmlHttpRequest = createXmlHttpRequest(); xmlHttpRequest.onreadystatechange = haoLeJiaoWo; xmlHttpRequest.open("POST",url,false); xmlHttpRequest.send(url); A. onreadystatechange应为onReadyStateChange
答案：B
习题训练
4.在Struts中，DispatchAction和普通Action的配置不 同的是（）。
A. B. C. D. 需要多配置一个可选的parameter属性 需要多配置一个必须的parameter属性 需要多配置一个可选的method属性 需要多配置一个必须的method属性
答案：B
答案：D
习题训练
8.某Form Bean中有List类型的data属性，则页面显示 其数据的代码是（）。
A. <html:iterate name="data" id="item">...</html:iterate> B. <html:iterate name="xForm" property="data" id="item">... </html:iterate> C. <logic:iterate name="data" id="item">...</logic:iterate> D. <logic:iterate name="xForm" property="data" id="item">... </logic:iterate>
A. inverse属性不可以设置为false B. cascade属性不可设置为true C. class="com.x.entity.Order"应为 type="com.x.entity.Order" D. column属性不可再<one-to-many>节点内设置
答案：BD
习题训练
17.执行下面的hql查询，关于返回值的说法，正确的是（）。 select ername,erid from er u where u is not null
20.关于Spring的说法错误的是（）。
A. B. C. D. 通过setter方法实现依赖注入 对Hibernate提供了支持，可简化Hibernate编码 通过AOP可以轻松与Hibernate集成 通过AOP实现了声明式事务管理
答案：C
习题训练
21.关于Spring AOP，下面说法错误的是（）。
习题训练
5.在Struts中，关于DispatchAction的说法中，错误的 是（）。
A. B. C. D. 访问DispatchAction必须提供parameter参数 DispatchAction中必须实现execute方法 DispatchAction可以与Spring进行集成 可通过传入参数的值指定访问DispatchAction中的方法的 名称
答案：D
习题训练
12.下面关于Hibernate的说法，错误的是（）。
A. B. C. D. Hibernate是一个“对象-关系映射”的实现 Hibernate是一种数据持久化技术 Hibernate是JDBC的替代技术 使用Hibernate可以简化持久化层的编码
答案：C
习题训练
13.Hibernate配置文件中，不包含下面的（）。
习题训练
23. 下面Spring声明式事务的配置中，存在哪些错误？
<aop:config> <aop:pointcut id="bizMethods" expression="execution(* .*(..))" /> <aop:advisor advice-ref="txAdvice" pointcut-ref="txAdvice" /> </aop:config> A. <aop:config>应为<tx:config> B. execution(* .*(..))应为execution(* .*.*(..)) C. <aop:advisor>应为<aop:advise> D. pointcut-ref="txAdvice"应为pointcut-ref="bizMethods"
A. B. C. D. 语法错误，不能执行 返回一个类型为List的实例 返回一个数组 当返回结果只有一条时，返回一个数组
答案：B
习题训练
18.下面创建Criteria对象的语句中正确的是（）。
A. B. C. D. Criteria c = query.createCriteria(); Criteria c = query.addCriteria(); Criteria c = session.createCriteria(); Criteria c = session.createCriteria(User.class);