KR20000059164A - manufacture and management system for family and group prints using internet - Google Patents

Abstract

PURPOSE: A manufacturing and managing system for family, group prints using internet is provided to allow the user to manufacture the family and group prints easily while the user purchases an editing program and to effectively process an image necessary to the family and group prints without extra course. CONSTITUTION: A manufacturing and managing system for family, group prints using internet is composed of a client(100), a web server(200), a member database(300), a circumstance set module(400), an input editing module(500), an image database(600), an image effect database(700), an image effect processing module(800), a prints storage database(900) and an output module(1000). The member database(300) inputs a member ID and password in order to receive an information when the client(100) wants to connect to the web server(200). The circumstance set module(400) sets the contents such as construction of family and group prints. The input editing module(500) inputs/edits news to be insert in prints manufactured in the circumstance set module(400). The image database(600) stores an information of image inserted in family and group prints. The image effect database(700) stores the contents which grants the effect of image inserted in family and group prints. The image effect processing module(800) grants the image effect stored at the image effect database(700) to image. The prints storage database(900) stores an information of completed family and group prints. The output module(1000) outputs the completed family and group prints according to request of client.

Description

{Manufacture and management system for family and group prints using internet}

The present invention relates to a family and group printed matter production and operation system using the Internet, and more specifically, using the configuration module to produce the basic family and group prints and input the contents to be entered into the family and group prints, The present invention relates to a family and organization printed matter production and operation system using the Internet, which is edited and completed by editing images inserted into family and organization prints.

The exchange of information using the Internet has exploded, the number of Internet users in Korea has exceeded 10 million, and more than 250 million people use the Internet worldwide. In addition, the use of the Internet to increase the number of home users about the contents of their own, their organizations, and families are increasing. In addition, a family newspaper, a personal newspaper, a group newspaper, etc. may be produced using a computer. In the case of family newspapers, it is being activated since it is recognized as a good educational material for character education of children. In addition, there is an educational effect in which the presentation power, writing skills, etc. naturally increase while issuing the printed matter of the family and the group, and the printed matter of the family and the group will be further activated in the future. In addition, to make good prints for families and groups, there is a side effect of being able to read naturally because of the habit of organizing materials and reading a lot of books while writing articles. In addition, recently, a nationwide competition for prints of family and organizations, such as the national print contest of family and organizations, has been held.

In general, prints of family and organizations are often produced by writing articles on paper and cutting and pasting the prepared photographs. However, the above method has a problem in that the time limit of the number of copies and the time for issuance are consumed.

In order to solve the above problems, the family newspaper producer edits the family newspaper through a computer, receives a picture to be inserted into the scanner, and inserts the printed image into the prints of the family and the group to complete the family newspaper. However, the above-mentioned method has another problem in that the user himself must be able to handle not only a word processor but also an image processing program.

In addition, recently, there has been a trend to produce printed materials of family and organizations in the form of homepages through the Internet. For example, a web editor can divide the frames necessary for newspaper production, input articles in each of the divided frames, scan necessary photos, insert them in appropriate positions, and make prints of family and organizations. In addition, the printout of the family and the group can be made by registering the printout of the family and the group to the Internet homepage service company to which the user has subscribed. However, the above method depends on the general knowledge of the Internet, the purchase of the web editor program, and the proficiency in using the web editor program. In other words, there is another problem that it is possible to be able to handle the Internet and web editor programs skillfully.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and an object thereof is to provide a system that can easily produce prints of family and groups without the need to purchase an editing program connected to the Internet.

In addition, another object of the present invention is to provide a family and group print production and operation system that can process image effects without a separate process for the image of the family and group prints.

1 is a block diagram of a family, a group printed matter production and operation system using the Internet according to an embodiment of the present invention.

2 is a view showing an image before an image effect processing module of a family, a group printed matter production and operation system using the Internet according to an embodiment of the present invention.

3 is a view showing an image after the image effect processing module of the family, group printed matter production and operation system using the Internet according to an embodiment of the present invention.

4 is a flow chart of a family, a group printed matter production and operation system using the Internet according to an embodiment of the present invention.

<Description of reference numerals for the main parts of the drawings>

100: client 200: web server

210: advertising database 300: member database

400: configuration module 500: input editing module

510: page split module 600: image database

700: image effect database 800: image effect processing module

900: newspaper storage database 1000: output module

1010: conversion module

The present invention is a client connected to the Internet to achieve the above object, the user inputs and edits information about the prints of the family and the group to be produced by the user, and outputs the edited print of the family and group; A web server configured to permit access according to a connection request of the client, provide information on family and organization printout production to the client, and to produce family and organization printouts according to input and editing of the client; A member database in which personal information and family information provided by signing up as a member to the web server are stored; An environment setting module for setting an environment for prints of families and organizations to be produced by the client; An input editing module for inputting or editing information to be input in the prints of the family and the group to be produced by the client in the prints of the family and the group set in the configuration module; An image database provided by the web server or manufactured by the client and storing information about an image to be inserted at a predetermined position of a print of the family and a group; An image effect database for storing information on the image effect of the image to be inserted into the prints of the family and the group; An image effect processing module for assigning an image effect stored in the image effect database to the image; A newspaper storage database for storing the printed matters of the family and the group, which are input or edited by the input editing module according to the client's needs, and which have been processed for the image inserted into the printed matters of the family and the group; And an output module for outputting prints of family and organizations stored or produced in the newspaper storage database.

The web server may include an advertisement database in which information about an advertisement inserted into a print position of the family and a group is stored.

In addition, the input editing module is configured to include a page splitting module for inputting or editing the overall appearance of the prints of the family and the group to be produced when inputting or editing the printed matter of the family and the group using the client; .

The output module is configured to include a conversion module for converting a printed product of a family and a group into a homepage provided on the Internet.

In addition, the web server is characterized by advertising by inserting the content of the anniversary specified by the member registered in the member database to the advertisement stored in the advertising database.

And, when the web server corresponds to the anniversary of any one of the member's family registered in the member database, the web server notifies the anniversary to the rest of the family except the person corresponding to the anniversary.

In addition, the newspaper storage database is characterized in that the information about the newspaper produced by the member is provided to the general public designated by the member through at least one or more methods of the mail, archives and link updates over the Internet.

Hereinafter, with reference to the accompanying drawings will be described in detail a family, a group printed matter production and operation system using the Internet according to an embodiment of the present invention. 1 is a block diagram of a family, a group printed matter production and operation system using the Internet according to an embodiment of the present invention.

First, the family, group printed matter production and operation system using the Internet according to an embodiment of the present invention, the client 100, the web server 200, the member database 300, the configuration module 400, input editing The module 500 may be divided into an image database 600, an image effect database 700, an image effect processing module 800, a printed matter storage database 900, and an output module 1000.

First, the client 100 will be described. The client 100 refers to a system connected to the Internet to receive information from a server. A computer that asks the server for information about prints of family and organizations. In addition, the client 100 serves to input and edit information on printed matters of the family and the group to be produced by the user, and outputs printed matters of the edited family and the group. In addition, the user of the client 100 collects articles on prints of family and organizations to be produced, organizes the collected articles, and digitizes the articles and corrects them. Article coverage will be written by the user in the direction pursued by printed matters of family and organizations, or written with reference to information through other media such as newspapers, the Internet, and broadcasting. In addition, the article organizer belongs to a process of preliminarily arranging which articles are to be input at which positions in the prints of families and organizations to be produced. In addition, the digitization of the article includes all the processes of producing the article to be processed through a word processor or storing an image of an individual or a family as an image file through a scanner. The final digitalization is completed by correcting a typo.

Next, the web server 200 will be described. The web server 200 is responsible for transmitting information related to newspaper production. That is, when the client 100 requests the transmission of information related to newspaper production, the computer provides the data. For example, WWW clients and servers can send and receive Hypermedia documents using the Hyper Text Transmission Protocol (HTTP). This is called an 'HTTP server' or 'server system'. The web server 200 receives the access request of the client 100, provides information on newspaper production, receives member ID and password information from the client 100, and permits access to the newspaper production information. . After the client server 100 is connected, the web server 200 provides a printout of a family and a group produced by the client 100 on the web server to the client 100 in real time. ) Will be able to check the printouts of the families and organizations to be produced in real time. In addition, an advertisement database 210 is stored in the web server 200. The advertisement database 210 stores information on advertisements to be inserted into printed matter of a family or a group created by the client 100 user. In addition, the advertisement database 210 has the same effect as a moving banner advertisement on the Internet, it is used as a stationary advertisement on the printed matter. In addition, the advertisement database 210 is printed on the date corresponding to the anniversary specified by the member registered in the member database 300 to be described later, the name of the person corresponding to the anniversary and the type of the anniversary are printed on the advertisement screen. Or posted on the internet. For example, if the birthday of a person named Kim Gap-dol is a designated anniversary, the advertisement will post a message "Happy Birthday to Kim Gap-dol" on one side of the advertisement banner.

Next, the member database 300 will be described. The member database 300, when a client 100 user requests to access the web server 200, the member database 300 provides the member's ID and password to access the web server 200 to receive real estate related information. You must enter it. The ID and password are stored in the member database 300 to permit access when the ID and password match. The member database 300 stores personal information requested by a general website, such as an ID, password, name, address, and phone number, which a member applies for. In addition, general users who are not registered in the member database 300 are configured to be connected to the web server 200. General users may be provided with information related to newspaper production provided by the web server 200, but may be configured to limit the content corresponding to special information among the information related to newspaper production. In addition, the general user who is not stored in the member database 300 can access the web server 200 and request membership. In response to the membership request, the web server 200 transmits a membership registration form to the client 100, and the user of the client 100 inputs his or her personal information into the transmitted membership registration form and the web. The server 200 will transmit. Therefore, the web server 200 stores the personal information input in the member registration form in the member database 300. In addition, when the anniversary date of the person designated by the member is stored in the member database 300 and the anniversary date of the designated person is reached, the member database 300 notifies the person other than the designated person by a method such as mail, notification, or providing a message to a mobile phone. It is configured to be.

Next, the configuration module 400 will be described. The configuration module 400 sets the overall environment for the prints of the family and the group to be produced when the client 100 connects to the web server 200 and selects a menu relating to the production of prints of the family and the group. It plays a role. That is, the environment setting module 400 plays a role of setting contents related to the printed matter of the family and the group. Accordingly, the member accesses the web server 200 to execute the environment setting module 400, and the background and design of printed matters of the family and the group to be produced by the member according to the environment setting module 400. And so on. In addition, the configuration module 400 is implemented by a Graphic User Interface (GUI) method, and implemented by a WYSWYG (What You See What You Get) method used in a web editor. That is, when the member executes the configuration module 400, the member is composed of a screen such as a program installation wizard or a wizard function of PowerPoint, which is a presentation production tool of Microsoft. The screen provided by the configuration module 400 is selected according to the purpose to be produced by him. For example,

Next, the input editing module 500 will be described. The input editing module 500 inputs and edits an article to be directly inserted into a printed matter of a family and a group produced by the environment setting module 400. In addition, the input editing module 500 inserts a designed article by using the client 100, or creates an article through a method in which the user of the client 100 directly inputs the article. And, if the amount of the article content input from the input editing module 500, or if you want to change the configuration of the prints of the whole family and group can be re-run the configuration module 400 to change the overall configuration. It is configured to be. In addition, the input editing module 500 has a page splitting module 510 separately configured to execute the page splitting module 510 when a user of the client 100 wants to edit while viewing several pages at once. It is configured to be editable.

Next, the image database 600 will be described. The image database 600 stores information about the image to be inserted into the prints of the family and the group. In addition, information about an image provided by the web server 200 or an image directly produced by the user of the client 100 is stored. In addition, the image database 600 stores the image path, ownership ID, image subject, image file size, and the like. The image database 600 is provided for the client 100 user who cannot produce an image file or cannot obtain the required image. When the user of the client 100 can produce an image, the image database 600 is provided. ) Can be stored. The image provided by the client 100 user may be disclosed to another client 100 user with the consent of the client 100 user.

Next, the image effect database 700 will be described. The image effect database 700 stores contents that can give an effect on an image to be inserted into prints of the family and the group. The image effect database 700 has fields such as an image effect type, an image effect description, an example image, an image effect example file, and the like so that the client 100 user can check the image effect example file through the Internet. It is composed. Therefore, the user of the client 100 can insert an image desired by the user or perform an image effect desired by the user on the image provided by the web server 200.

Next, the image effect processing module 800 will be described. The image effect processing module 800 is registered in the image database 600 and serves to process an image designated by the client 100 user in real time with the image effect described in the image effect database 700. In addition, the image effect processing module 800 may be implemented as a programming language such as Java (JAVA) or C language, which will be described using Java (JAVA) as an embodiment. The source is as follows: The embodiment before and after the image effect processing module 800 is executed will be described with reference to FIGS. 2 and 3. 2 is a view showing an image before the image effect processing module of the family, group printed matter production and operation system using the Internet according to an embodiment of the present invention, Figure 3 is an Internet according to an embodiment of the present invention Figure shows the image after the image effect processing module of the family, group print production and operating system used. An embodiment to be described later is a program that generates a shadow effect on the image in real time when the user moves the mouse pointer to the image designated by the user.

import java.applet.Applet;

import java.applet.AppletContext;

import java.awt. *;

import java.io.PrintStream;

import java.net.MalformedURLException;

import java.net.URL;

public class Bumpz extends Applet

implements Runnable

{

public void init ()

{

super.init ();

setLayout (null);

addNotify ();

resize 430, 270;

p = "";

}

public void start ()

{

if (e == null)

{

e = new Thread (this);

e.start ();

}

}

public void stop ()

{

if (e! = null)

{

e.stop ();

e = null;

}

}

public void run ()

{

String s;

if ((s = getParameter ("image"))! = null)

{

p = "loading background image";

H ();

try

{

n = getImage (new URL (getCodeBase (), getParameter ("image")));

}

catch (MalformedURLException _ex) {}

MediaTracker mediatracker = new MediaTracker (this);

mediatracker.addImage (n, 0);

try

{

mediatracker.waitForID (0);

}

catch (InterruptedException _ex) {}

}

else

{

n = createImage (new a (size (). width, size (). height, new Color (255, 0, 0), new Color (255, 255, 0), new Color (0, 255, 0), new Color (0, 0, 255)));

}

h = new a (n);

W = h.B;

X = h.C;

i = new a (W, X);

for (int i1 = 0; i1 <W * X; i1 ++)

i.A [i1] = 0xff000000 | (h.A [i1] & 0xffffff) &gt; &gt; 2 &0x3f3f3f;

o = createImage (i);

paint (getGraphics ());

p = "creating bumps";

H ();

d = 32;

j = new a (W, X);

for (int j1 = 0; j1 <W * X; j1 ++)

j.A [j1] = h.A [j1] &0xff;

k = new int [W * X];

l = new int [W * X];

int k1 = 0;

for (int l1 = 0; l1 <X; l1 ++)

{

for (int i2 = 0; i2 <W; i2 ++)

{

if (i2 == 0 || i2 == W-1)

k [k1] = 0;

else

k [k1] = j.A [k1-1]-j.A [k1 + 1];

if (l1 == 0 || l1 == X-1)

l [k1] = 0;

else

l [k1] = j.A [k1-W]-j.A [k1 + W];

k1 ++;

}

}

int j2 = 0;

for (int k2 = 0; k2 <W * X; k2 ++)

j2 = Math.max (j2, Math.max (Math.abs (k [k2]), Math.abs (l [k2])));

for (int l2 = 0; l2 <W * X; l2 ++)

{

k [l2] = (k [l2] * (d-1)) / j2;

l [l2] = (l [l2] * (d-1)) / j2;

}

p = "rendering light";

H ();

Y = 8;

if ((s = getParameter ("size"))! = null)

U = Math.min (80, Integer.parseInt (s));

else

U = 40;

U = Math.min (U, Math.min (W / 2, X / 2));

V = U + d + Y;

f = new b (U, Y, d);

g = new a (V * 2, V * 2);

m = createImage (g);

T = 0;

Z = W / 2;

a = X / 2;

System.gc ();

p = "";

H ();

do

{

for (S = true;! S;);

T ++;

if (q)

L (b, c);

else

L ((int) ((double) W / 2D + (double) (W / 2) * Math.sin ((double) T / ((double) W / 12.73D))), (int) ((double) X / 2D + (double) (X / 2) * Math.sin ((double) T / ((double) X / 14.91D))));

f. F (h, i, k, l, g, Z, a);

g.B ();

S = false;

repaint ();

try

{

Thread.sleep (25L);

}

catch (InterruptedException _ex) {}

}

while (true);

}

public void L (int i1, int j1)

{

int k1 = Math.abs (i1-Z);

int l1 = Math.abs (j1-a);

if (k1 <= 8 & & l1 <= 8)

{

Z = i1;

a = j1;

return;

}

if (k1〉 l1)

{

Z + = ((i1-Z) * 8) / k1;

a + = ((j 1-a) * 8) / k 1;

return;

}

else

{

Z + = ((i1-Z) * 8) / l1;

a + = ((j1-a) * 8) / l1;

return;

}

}

public void update (Graphics g1)

{

if (m! = null)

g1.drawImage (m, Z-V, a-V, null);

S = true;

}

public void paint (Graphics g1)

{

if (o! = null)

g1.drawImage (o, 0, 0, null);

}

private Color I (String s)

{

s.toUpperCase ();

if (s.length ()! = 6)

return new Color (0);

else

return new Color (K (s.charAt (0)) << 4 | K (s.charAt (1)), K (s.charAt (2)) <<4 | K (s.charAt (4)) &lt; 4 &lt; K (s.charAt (5)));

}

private int K (char c1)

{

switch (c1)

{

case 49: // '1'

return 1;

case 50: // '2'

return 2;

case 51: // '3'

return 3;

case 52: // '4'

return 4;

case 53: // '5'

return 5;

case 54: // '6'

return 6;

case 55: // '7'

return 7;

case 56: // '8'

return 8;

case 57: // '9'

return 9;

case 65: // 'A'

return 10;

case 66: // 'B'

return 11;

case 67: // 'C'

return 12;

case 68: // 'D'

return 13;

case 69: // 'E'

return 14;

case 70: // 'F'

return 15;

case 58: // ':'

case 59: // ';'

case 60: // '〈'

case 61: // '='

case 62: // '>'

case 63: // '?'

case 64: // '@'

default:

return 0;

}

}

private void J (String s)

{

p = s;

H ();

}

private void H ()

{

getAppletContext (). showStatus ("Bumpz v1.0" + (p.equals ("")? "": "->") + p);

}

public boolean handleEvent (Event event)

{

if (event.target == this)

{

if (event.id == 504 || event.id == 503)

{

H ();

q = true;

b = event.x;

c = event.y;

return true;

}

if (event.id == 505)

q = false;

}

return super.handleEvent (event);

}

public Bumpz ()

{

}

private boolean S;

private int T;

private int U;

private int V;

private int W;

private int X;

private int Y;

private int Z;

private int a;

private int b;

private int c;

private int d;

private Thread e;

private b f;

private a g;

private a h;

private a i;

private a j;

private int k [];

private int l [];

private Image m;

private Image n;

private Image o;

private String p;

private boolean q;

} Can be implemented as In addition, the a function mentioned above may be implemented as follows.

import java.awt.Color;

import java.awt.Image;

import java.awt.image. *;

public class a

implements ImageProducer

{

public a (int i, int j)

{

A = new int [i * j];

for (int k = 0; k <i * j; k ++)

A [k] = 0xff000000;

B = i;

C = j;

}

public a (Image image)

{

B = image.getWidth (null);

C = image.getHeight (null);

A = new int [B * C];

PixelGrabber pixelgrabber = new PixelGrabber (image, 0, 0, B, C, A, 0, B);

try

{

pixelgrabber.grabPixels ();

return;

}

catch (InterruptedException _ex)

{

return;

}

}

public a (int i, int j, Color color, Color color1, Color color2, Color color3)

{

A = new int [i * j];

B = i;

C = j;

for (int k = 0; k <i; k ++)

{

for (int l = 0; l <j; l ++)

A [k + l * i] = 0xff000000 + (((j-l) * ((i-k) * color.getRed () + k * color1.getRed ()) + l * ((i-k) * color2.getRed () + k * color3.getRed ())) / (i * j) 〈< 16) + (((j-l) * ((i-k) * color.getGreen () + k * color1 .getGreen ()) + l * ((i-k) * color2.getGreen () + k * color3.getGreen ())) / (i * j) << 8) + ((j-l) * (( i-k) * color.getBlue () + k * color1.getBlue ()) + l * ((i-k) * color2.getBlue () + k * color3.getBlue ())) / (i * j) ;

}

}

public a (a a1, int i, int j, int k, int l)

{

A = new int [k * l];

B = k;

C = l;

for (int k1 = 0; k1 <l; k1 ++)

{

int i1 = k1 * k;

int j1 = (k1 + j) * a1.B + i;

System.arraycopy (a1.A, j1, A, i1, k);

}

}

public void A (a a1, int i, int j, int k, int l, int i1, int j1)

{

for (int i2 = 0; i2 <j1; i2 ++)

{

int k1 = (i2 + j) * B + i;

int l1 = (i2 + l) * a1.B + k;

System.arraycopy (a1.A, l1, A, k1, i1);

}

}

public void B ()

{

if (D! = null)

startProduction (D);

}

public void addConsumer (ImageConsumer imageconsumer)

{

D = imageconsumer;

}

public boolean isConsumer (ImageConsumer imageconsumer)

{

return false;

}

public void removeConsumer (ImageConsumer imageconsumer)

{

}

public void requestTopDownLeftRightResend (ImageConsumer imageconsumer)

{

}

public void startProduction (ImageConsumer imageconsumer)

{

addConsumer (imageconsumer);

imageconsumer.setDimensions (B, C);

imageconsumer.setHints (14);

imageconsumer.setPixels (0, 0, B, C, ColorModel.getRGBdefault (), A, 0, B);

imageconsumer.imageComplete (2);

D = imageconsumer;

}

public int A [];

public int B;

public int C;

public ImageConsumer D;

}

In addition, the b function mentioned above may be mentioned as follows.

public class b

{

public b (int i, int j, int k)

{

E = i;

F = 2 * E;

H = F * F;

O = j;

P = k;

J = E + P + O;

K = J * 2;

I = K * K;

M = E + 2 * P;

N = M * 2;

L = N * N;

G = F + 2 * P;

D ();

}

public void F (a a1, a a2, int ai [], int ai1 [], a a3, int i, int j)

{

int k1 = Math.max (0, J − i);

int l1 = Math.min (K, (J + a1.B)-i);

int i2 = l1-k1;

int j2 = k1 + P * (1 + N);

int l2 = ((k1 + i)-J) + (j-J) * a1.B;

int i3 = k1;

for (int j3 = 0; j3 <O; j3 ++)

{

int k3 = j + j3;

if (k3> = J & & (k3 <a1.C + J || false))

System.arraycopy (a2.A, l2, a3.A, i3, i2);

l2 + = a1.B;

i3 + = K;

}

for (int l3 = 0; l3 <G; l3 ++)

{

int i4 = j + l3 + O;

if (i4> = J & & (i4 <a1.C + J || false))

{

for (int j4 = k1; j4 <O; j4 ++)

{

a3.A [i3 ++] = a2.A [l2 ++];

j2 ++;

}

for (int l4 = Math.max (O, k1); l4 <Math.min (K-O, l1); l4 ++)

{

int k2 = j2 ++ + ai [l2] + ai1 [l2] * N;

int k = a1.A [l2 ++];

if (R [k2] == 256)

{

a2.A [i3 ++] = k;

}

else

{

int l = (k & 0xff0000) * R [k2]> 8 &0xff0000;

int i1 = (k & 0xff00) * R [k2]> 8 &0xff00;

int j1 = (k & 0xff) * R [k2]> 8;

a3.A [i3 ++] = 0xff000000 | (l | i1 | j1) + Q [k2];

}

}

for (int j5 = K-O; j5 <l1; j5 ++)

{

a3.A [i3 ++] = a2.A [l2 ++];

j2 ++;

}

j2 + = N-i2;

l2 + = a1.B-i2;

i3 + = K-i2;

}

else

{

j2 + = N;

l2 + = a1.B;

i3 + = K;

}

}

for (int k4 = 0; k4 <O; k4 ++)

{

int i5 = j + k4 + G + O;

if (i5> = J & & (i5 <a1.C + J || false))

System.arraycopy (a2.A, l2, a3.A, i3, i2);

l2 + = a1.B;

i3 + = K;

}

}

private void D ()

{

Q = new int [L];

R = new int [L];

int i = 0;

for (int k = -M; k <M; k ++)

{

for (int l = -M; l <M; l ++)

{

double d2;

double d3;

double d = Math.cos (Math.min ((3.1415926535897931D * Math.sqrt ((d2 = k) * d2 + (d3 = l) * d3)) / (double) F, 1.5707963267948966D));

double d1 = 1.0D-Math.sin (Math.min ((3.1415926535897931D * Math.sqrt ((d2 = k) * d2 + (d3 = l) * d3)) / (double) F, 1.5707963267948966D));

R [i] = (int) ((1.0D-d1) * (64D + d * 192D));

int j = (int) (d1 * 255D);

Q [i ++] = j 〈16 | j 〈8 | j;

}

}

}

private boolean E (int i, a a1)

{

return i> = J & & i <a1.C + J;

}

private int G (int i)

{

return Math.max (-P, Math.min (P, i));

}

private static double C (double d, double d1)

{

return Math.sqrt (d * d + d1 * d1);

}

private int E;

private int F;

private int G;

private int H;

private int I;

private int J;

private int K;

private int L;

private int M;

private int N;

private int O;

private int P;

private int Q [];

private int R [];

} Is the same as Therefore, a bright shading effect can be given to a portion of the image according to the mouse pointer. In addition, since the shaded portion is changed in real time according to the mouse pointer, the program can locate the effect that the user gives to the image in the desired portion. In addition, the user must use a separate program to determine the image at the location. However, since the program for determining the image corresponds to a known matter to a programmer using a Java program, a detailed description thereof will be omitted.

Next, the printout storage database 900 will be described. The printed matter storage database 900 serves to store information about the printed matter of the family and the group produced. In addition, the printed matter storage database 900 is configured to provide information about the newspaper produced by the member to the general public designated by the member through at least one or more methods of e-mail, archive, and link update through the Internet. .

Next, the output module 1000 will be described. The output module 1000 plays a role of outputting printed matter of a family and a group completed by the member after the editing is completed by the member. The output is configured to output in a state of being connected to the web server 200, or to download and print the printed product of the completed family and group to the client 100. In addition, the output module 1000 includes a conversion module 1010 for converting a family property completed at the request of the member into the Internet homepage. In addition, the conversion module 1010 serves to configure the Internet homepage according to the printed form of the produced family and group. By converting the contents online using a Common Gate Interface (CGI) program that automatically generates HTML pages, it is possible to convert the prints of family and organizations to the Internet homepage.

Hereinafter, with reference to the accompanying drawings will be described an embodiment of a family, a group printed matter production and operation system using the Internet according to an embodiment of the present invention. 2 is a flowchart of a family and a group printed matter production and operation system using the Internet according to an embodiment of the present invention.

First, when a user connected to the Internet network is connected to the web server 200 (S100), the web server 200 checks whether the user is a member registration (S110). Accordingly, when the user is a member subscribed to the web server 200 (S111) by entering an ID and password (S120) is connected to the web server 200 (S130), the user is a web server ( If it is not registered (S112) (S112) and transmits the membership registration form to the client 100 accessing the web server 200 (S140). Accordingly, the user inputs the personal information of the user in the transmitted member registration form (S150), and the input member registration form is transmitted to the web server 200 again (S160) to apply for membership ( S170). Then, the contents input in the registration form sent to the web server is stored in the member database 300 (S180).

In addition, the member registered in the member database 300 is connected to the web server 200 (S210) and the environment such as to use the function of the wizard in the case of producing a presentation file in the Microsoft's PowerPoint The setting module 400 is executed (S210) and the client 100 sets a printout of a family and a group to be produced by the user (S220). When the basic setting as described above is finished (S230), the user of the client 100 inputs the article that the user wants to insert into the basically produced printed matter (S230). Then, the arrangement, size, etc. for the input article are adjusted (S240). In addition, among the images stored in the client 100, the image searched on the Internet, or the image provided on the web server 200, the user selects an image to be inserted into the printed matter (S250) and inserts the image (S250). S260). Then, if there is a need to rearrange the written article according to the inserted image (S270), the article is rearranged using the input editing module 500 (S270).

In addition, when it is desired to give an image effect on the image inserted in the printed matter (S300), the user of the client 100, for example, by pressing the function button of the right button on the image to select the image effect ( S310). The image effect relates to an effect registered in the image database 600. The user of the client 100 selects a desired image effect while checking in advance the effect to be given on the screen (S320). Therefore, the image effect can be applied to the image in accordance with the image effect processing module 800 (S330). When the work on the article and the image is finished in the above, the client 100 user completes the printed matter (S340). In addition, the user of the client 100 can store the completed printed matter in the print storage database 900 (S350), and the mail to the general person designated by the user of the client 100, the completed printed matter, such as a library It can be provided by the method (S360).

Accordingly, the user can easily produce prints of family and organizations through the Internet.

As described above, the family and group printed matter production and operation system using the Internet according to the present invention has the advantage that the user can easily produce printed matters of the family and the group without the use of an editing program while connected to the Internet.

In addition, there is another advantage that can easily process the image effect given to the image to be inserted into the print of the family and group.

Claims (7)

A client connected to the Internet to input and edit information on printed matters of the family and the group to be produced by the user, and to output the edited printed matters of the family and group; A web server configured to permit access according to a connection request of the client, provide information on family and organization printout production to the client, and to produce family and organization printouts according to input and editing of the client; A member database in which personal information and family information provided by signing up as a member to the web server are stored; An environment setting module for setting an environment for prints of families and organizations to be produced by the client; An input editing module for inputting or editing information to be input in the prints of the family and the group to be produced by the client in the prints of the family and the group set in the configuration module; An image database provided by the web server or manufactured by the client and storing information about an image to be inserted at a predetermined position of a print of the family and a group; An image effect database for storing information on the image effect of the image to be inserted into the prints of the family and the group; An image effect processing module for assigning an image effect stored in the image effect database to the image; A print storage database for storing the prints of the family and the group, which are input or edited by the input editing module according to the client's needs, and which have been processed for the image inserted into the print of the family and the group; Family and group printed matter production and operation system using the Internet, characterized in that it comprises a; output module for outputting the prints of the family and the group stored or produced in the printed matter storage database. The method of claim 1, wherein the web server Family and group printed material using the Internet, characterized in that it comprises a; advertising database that stores information about the advertisement is inserted into a certain position of the print of the family and group. The method according to claim 1 or 2, wherein the input editing module A page splitting module for inputting or editing the entire prints of the family and the group to be produced when inputting or editing the printed matter of the family and the group using the client; Family, organization print production and operation system. The method of claim 3, wherein the output module Family and group printed matter production and operation system using the Internet, characterized in that it comprises a; conversion module for converting the printed product of the family and organizations into a homepage provided on the Internet. The method of claim 1, wherein the web server Family and group printed matter production and operation system using the Internet, characterized in that configured to add the advertisement of the anniversary specified by the member registered in the member database to the advertisement stored in the advertising database. The method of claim 1, wherein the web server In the case of an anniversary of any one of the member's family registered in the member database, the family and group printed material using the Internet, characterized in that notifying the rest of the family except the person corresponding to the anniversary system. The method of claim 1, wherein the printed matter storage database Production and operation of family and group printed matters using the Internet, wherein information on the newspaper produced by the member is provided to the general public designated by the member through at least one or more of an e-mail, a library, and a link update. system.