如果需要跨平台功能，但是不需要低层绘图控制，那么可以使用在cairo之上构建的一些绘图库。
And if you want to have the cross-platform capabilities but do not want to draw at a low level, there are some other convenience drawing libraries that sit on top of Cairo.
为此，本文首先在分析绘图仪和喷墨头工作原理的基础上，提出了基于DSP的宽幅面喷墨绘图控制器解决方案。
To this end, a large format ink-jet-plotter detailed solution based on DSP is given in this thesis through a serious analysis of the principles of inkjet head and plotters.
虽然以数字化的方式获取白板上的绘图是可能的。但这么做的代价通常很昂贵，并且所产生的数据难于发送、控制版本、归档、验证、转换。
While it's possible to capture a whiteboard drawing digitally, it's generally an expensive operation, and the resulting datum is clumsy to transmit, version, archive, validate, and transform.
但是大多数简单的曲线绘图仪在绘制二维数据方面或者在复杂的图形中进行极为精细的控制方面显得很不足。
However, most simple curve plotters are insufficient for plotting two-dimensional data or for exerting detailed control over a complicated graph.
本文通过分析彩色喷墨绘图机的工作原理以及组成结构，提出了一种大幅面彩色喷墨绘图机喷绘控制器的设计方案。
This paper presents the design of plot controller of a wide format color inkjet plotter through the analysis of its principle and construction.
基本原理是根据研究地区内控制井的资料，求得该区域网格化后各节点处的参数值，经过数字-字符转换处理，由打印机实现绘图。
Given the data of control Wells in a given area, the drawing will be done on the printer by calculation of the parameters at the netted nodes and digit-character conversion.
拖到绘图页上。右击可设置排量、旋转、流量和控制。
Drag onto the page. Right-click to set displacement, rotation, flow, and controls.
本文从控制理论的角度出发分析了影响微机控制的中型绘图机精度的各种因素。
Factors affecting the precisions of a microcomputer-controlled platform draughter are discussed in the view of the control Theory in this paper.
跟进施工及改造工作的实现、符合要求、绘图和质量控制。
Follows up realization, compliance with requirements and drawing and controls quality of the construction and modification work.
实践证明，使用嵌入式系统开发绘图机具有硬件电路设计简单，功能丰富，控制更精确等优点。
Practice proving, use the embed system to empolder graph plotter contain excellences, such as hardware electrocircuit design simple, function abundance, control more accurate etc.
你可以比以前更容易来控制材质，而且它对3d工作来说是一个非常优秀的绘图助理。
You can control materials a lot easier than before and it is a superior drawing assistant for 3d insiders.
绘图“的控制旋钮安装”必须得到遵守，如果小组超过26毫米，厚（必须有一个在后方休息）。
The drawing "Installation of the control knob" must be observed if the panel is more than 26 mm thick (there must be a recess at the rear).
当给子程序的参数赋以初值后，由计算机控制自动绘图机绘制出尺寸界线、尺寸线、箭头和注写尺寸数字。
After the subroutine parameter is given the origin number, the plotter controlled by computer can draw out automatically extension line, dimension line, arrowhead and write dimension figures.
工作的重点是理论模型的建立及自动化绘图的实现，并定制下拉菜单和图标按钮对程序进行控制。
The emphases of this paper are the establishment of theoretic model and the realization of automatic drawing. We also designed drop menu and some buttons in order to control the program.
为了控制绘图仪的累积误差，在绘制过程中，采用了坐标原点法，使累积误差减至最低限度。
In the process of drawing isogram the coordinates-origin method is used to control the cumulative errors of plotter and decrease them to the least.
本控制系统由交互式绘图编程、加工控制、大功率脉冲电源三部分组成，主机采用奔腾586计算机。
This system consists of interactive-drawing programming system, control of working, power source with large power pulse, the main unit uses pentium 586 chip.
拖到绘图页后，可以添加可编程逻辑控制器。
该系统由声波、磁定位和自然伽马下井仪、深度系统、地面预处理电路、数据采集控制接口电路、486微机和热敏绘图仪等构成。
This system consists of sonic sonde, magnetic locator sub, gamma ray tool, depth system, surface preprocessing unit, data acquisition interface, PC486 and thermal plotter.
项目设计中的一个重要组成部分是绘图机中央控制器的软硬件设计，其性能的好坏最终影响到绘图机的速度。
Spray-paint Graph Plotter Central Controller System is an important composing of the project, and its performance will affect ultimately the speed of graph plotter.
它比利用软件实现的直线插补法速度快，精度高，适用于数字控制的机械加工或绘图设备。
It has higher speed and is more accurate than software method, therefore more suitable for all kinds of digital machine and digital plotter.
注：控制的非映射，用户必须使用制造商控制地图的绘图软件。
Note: Controls are unmapped, user must map controls using Manufacturer's mapping software.
本文对用微计算机进行连续运动轨迹控制提出了一种新方案，并在绘图仪上进行了试验，取得了预期效果。
This article advances a new plan which explains the continuous path control by microcomputers. This plan has been tested on the plotter, and has achieved the desired results.
拖到绘图页后，可以添加可编程逻辑控制器。
The Application Of Programmable Logic Devices In Inverter Control;
介绍了图形发生器的作用及电子束在控制系统作用下在基片上描绘图形的过程。
The principles and features of raster scan, the function of the pattern generator and the process of the electron beam writing on the substrate under the control system are also introduced.
介绍了图形发生器的作用及电子束在控制系统作用下在基片上描绘图形的过程。
The principles and features of raster scan, the function of the pattern generator and the process of the electron beam writing on the substrate under the control system are also introduced.
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