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Description: 这是一个用Matlab编写的麻将连连看程序，对于图像操作的理解有很好的帮助。-This game is a matlab version of the famous chinese tile matching game. The look and feel of the game is
similar to xmahjongg game. I used to play xmahjongg when I used the old xsparc system maybe more than
8 years ago. As the computing environment of myself has been changed to mainly Windows OS, I ve always missed
the old xmahjongg because it has a simple user interface and very light. Therefore, this is my re creation of
xmahjongg in the matlab environment. Besides ML Blackjack 1.0 which I programmed and uploaded few weeks ago,
this program does not employ GUIDE environment. Instead, I simulated GUI by adopting a modified ginput and figure window. I think this program works as an example of GUI programming without GUIDE.
Platform: |
Size: 64512 |
Author: 赵军 |
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Description: Do you still use GINPUT to graphically select points on current axes with the mouse? Try this one!
With GINPUT2 you can also:
1. ZOOM: in, out (double-click)!
2. PAN: when dragging!
3. DELETE: last selected point!
4. PLOT: while selecting! (optional, just input the line style!)
5. SCALE or GEOREFERENCE images! (optional, just input: true)
So, besides of selecting points in a more precise way (zooming) you can DIGITIZE(!!!) lines with the last two options, by simply using:
>> ginput2(true, .k )
Enjoy it! -Do you still use GINPUT to graphically select points on current axes with the mouse? Try this one!
With GINPUT2 you can also:
1. ZOOM: in, out (double-click)!
2. PAN: when dragging!
3. DELETE: last selected point!
4. PLOT: while selecting! (optional, just input the line style!)
5. SCALE or GEOREFERENCE images! (optional, just input: true)
So, besides of selecting points in a more precise way (zooming) you can DIGITIZE(!!!) lines with the last two options, by simply using:
>> ginput2(true, .k )
Enjoy it!
Platform: |
Size: 7168 |
Author: Mike Gao |
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Description: 点鼠标取点并显示标记，改进的ginput函数-A mouse pick and shown signs
Platform: |
Size: 2048 |
Author: 20 |
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Description: [mimi,i]=min(abs(imag(disp1)-imag(disp2)))
legend( LHS of dispersion relation , RHS of dispersion equation )
xlabel( u,cl )
figure(1)
clc
uppercuts = input( Enter number of intersection points desired: )
[g,h] = ginput(uppercuts)
w = sqrt(V.^2-u.^2)
s = sprintf( Constants: \n )
disp(s)
for p = 1:uppercuts
s = sprintf( u( d d) = 0.10f ,L-1,p,u(p))
disp(s)
s = sprintf( w( d d) = 0.10f\n ,L-1,p,w(p))
disp(s) -[mimi,i]=min(abs(imag(disp1)-imag(disp2)))
legend( LHS of dispersion relation , RHS of dispersion equation )
xlabel( u,cl )
figure(1)
clc
uppercuts = input( Enter number of intersection points desired: )
[g,h] = ginput(uppercuts)
w = sqrt(V.^2-u.^2)
s = sprintf( Constants: \n )
disp(s)
for p = 1:uppercuts
s = sprintf( u( d d) = 0.10f ,L-1,p,u(p))
disp(s)
s = sprintf( w( d d) = 0.10f\n ,L-1,p,w(p))
disp(s)
Platform: |
Size: 1024 |
Author: manish |
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Description: ginput raises crosshairs in
the current axes to for you to identify points in the figure, positioning
the cursor with the mouse. The figure must have focus before ginput can
receive input. If it has no axes, one is created upon the first click
or keypress.
Platform: |
Size: 29696 |
Author: 戴忍 |
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Description: 超声波测距及蓝牙传输，为什么不能传中文名文件？真烦人-ginput raises crosshairs in
the current axes to for you to identify points in the figure, positioning
the cursor with the mouse. The figure must have focus before ginput can
receive input. If it has no axes, one is created upon the first click
or keypress.
Platform: |
Size: 38912 |
Author: 戴忍 |
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Description: Splice out the voiced plosive “b” in theword “be” and synthesize aword with an increase in the
voice onset time of the “b.” What is the perceptual effect? Is it possible to transform the voiced
plosive “b” to the unvoiced plosive “p” with this change in the voiced onset time? Consider
attributes such as vocal cord vibration and aspiration. (In splicing, display the waveform and
spectrogram of the word “be” and use the MATLAB function ginput.m.) Optional: If your
transformed sound does not sound like a “p” then, again considering vocal cord vibration and
aspiration, make a more accurate transformation.
Platform: |
Size: 1024 |
Author: asdamha |
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Description: 用libsvm来实现图像分割，测试图片用的亦是25cases和40cases中的那个littleduck测试图片。主体程序思想为25cases中的代码过程，改进之处为可以让用户利用ginput来提取背景的样本点和前景（待分割出来的目标）的样本点作为训练样本，而不需实现指定背景和前景的样本点，也不用额外的小软件来查看某点的RGB值，ginput即可。-With libsvm to image segmentation, test picture is also used in 25cases and 40cases that littleduck test picture. The main idea for the program code is in the process of 25cases, improvements to allow users to take advantage of ginput to extract the sample point background and foreground (to be carved out of the goal) of the sample points as training samples, without the need to achieve the specified background and foreground sample point, do not have the little extra software to view the RGB values of a point, ginput can be.
Platform: |
Size: 1024 |
Author: 肖文 |
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Description: 通过ginput函数对于正弦函数y=sin(x)的图线进行取点(use ginput function to pick the point of the sine function y=sin(x))
Platform: |
Size: 2048 |
Author: 缪西北
|
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