Earthquake Administration Office Software Demand Analysis
Summary 1: By analyzing example analysis, analyze "constant" to form an Office software template!
Time: 2004-8-2
1: Example report:
On May 3, 1996, Baotou West 6.4 earthquake disaster loss assessment
1: Basic parameters and intensity distribution of earthquake
1: Earthquake basic parameters
Shock time :: May 3, 1996 11:32 46 seconds
Shake position: 40 ° 45 'north latitude, 109 ° 43 "
Solar grade :: ms6.4
Source depth: 24km
As of 6pters May 18, the earthquake zone has a total of 605 earthquakes, of which 3.0 ~ 3.9 earthquake is 100 times, 5.0 ~ 4.9 earthquake, 6.0 ~ 6.9 earthquake 1, a main shock - aftershock type earthquake
Figure 1
2: Earthquake intensity distribution
Through the earthquake site, the macro shock of the 6.4 earthquake is between the name of the head of Baotou, the name of the name of the suburbs (north latitude number 1, east class). The intensity of the earthquake is a zombus 1 (Figure 1)
III Division: Northern place name 1, South to the place name 2, west to the place name 3, east and place name 4, area unit 1.
IV Zone: Northern place name 1, South to the place name 2, west to the place name 3, east and place name 4, area unit 1.
V Zealand: Northern place name 1, South to the place name 2, west to the place name 3, east and place name 4, area unit 1.
VI degree: Northern place name 1, South to the place name 2, west to the place name 3, east and place name 4, area unit 1.
VII Demand: Northern place name 1, South to the place name 2, west to the place name 3, east and place name 4, area unit 1.
VIII Zone: Northern place name 1, south to the place name 2, west to the place name 3, east and place name 4, area unit 1.
Ⅸ ⅸ 区: Northern place name 1, south to the place name 2, west to the place name 3, east and place name 4, area unit 1.
Attach 1 (this earthquake has a large range of earthquakes, ....).
Two: Earthquake area and seismic geological background
1. In the disaster area profile
The area of the disaster area is about units (seismic intensity is greater than or equal to the zone), and the disaster area involves place name (), place name, place name, and local introduction.
The regional introduction of the 6.4 earthquake is in the region, and the economic construction of the place name, the place name, and the name of the name is huge losses. There are ethnic minorities in the earthquake zone, national 2, nation, and national 4, etc. The basic situation of the city and county national economy involved in the earthquake disasters is shown in Table 1: Table 1
2. Seismic geological background
The earthquake zone is located in the place name and place name. It has a strong contrast landscape with strong structural activity, high mountain canyon and fracture basins (summary 1). An overview of the zone (Figure 2).
Overview 2
Three: Population and staff in the disaster area
1: Population, number of household investigation
The population and number of people in this earthquake is provided by the Bureau of Jurisdiction According to UNCMI, the statistics are currently statistically according to III, IV degree, V degree, VI degree, VII DiVII, VIII Zone, ⅸ Demand sequence is listed in Table 2
2: Casualssity
At 12 o'clock on May 17, this earthquake caused 26 deaths, 60 people were seriously injured. Due to the collapse of the house, severe damage caused 11,234 people, according to the distribution of casualties in administrative districts, is listed in Table 3. Four: Survey of housing construction
1. Building classification
In the earthquake affected area, the house building is roughly divided into 4 categories according to its structural type, namely civil structure (containing hard four angles, surrounding structure), brick wood structure, brick-concrete structure, industrial product house (steel mix, brick) .
2: House building destruction level division
According to the "Guidelines for Earthquake Investigation and Earthquake Loss Assessment Work", the damage of the earthquake zone is divided into 5 levels: (1) Destroy, (2) serious damage; (3) Medium damage (4) slight damage (5) Basic intact .
The damage level of other buildings and structures shall be determined in accordance with the "Guidelines for Earthquake Loss].
3: Survey statistics
In the earthquake-stricken area, combined with earthquake intensity investigation, the earthquake damage of various buildings in rural areas, the rural areas, villages, the city, the office, the office, and the street, investigate the surface of the earthquake area For the area, the sample rate is proportion, and Table 4 lists the construction area and sampling rate of various types of houses in the earthquake zone, and the sampling point is shown in Table 5. Single investigation and evaluation of lifeline engineering, public facilities, primary and secondary schools, and hospitals.
in conclusion
Five: Earthquake Direct Economic Loss Assessment
1. Unit area city construction fee
2. Losay
Town, rural civil, brick, brick mix, industrial industrial bathroom damage ratio, damage: 80%; serious damage; 40; medium damage; 5%; basics; 0.
3. Building destruction ratio
The destruction of buildings varies depending on the type, earthquake intensity, and the destruction level. Through field surveys, sampling and statistics, the destruction ratio of different structural houses in various martyrs in various martyrs is shown in Table 6.
4. Total area of various intensity area
According to the number of households in the affected area, it is determined that the average house area of the rural area of the earthquake zone is about 50m2. The average house area is approximately 50 m2. Each rural area of each marty area can be calculated, formula, and TS are about a unit of housing building area in various intensity zone. Each intensity area countryside, ASHS
In the affected area, the total area of the land name is 234234; the total area of the place name is 23432; the total area of the place name is 2234; industrial production room 234234
All types of houses are provided by local governments. According to the house damage of different structures, the destruction area of various types is calculated, listed in Table 7. Appear
5. Housing destruction direct economic loss
(1) Downtown, rural housing earthquake destruction economic loss assessment EDEP-93 calculation, economic losses in various housing damage, civil structure: XX billion
(2)
6. Indoor property loss
(1) Evaluation of residential property losses
According to the urban, rural destruction and serious damage and housing field sampling investigation statistics, the number of urban residential residential spaces in the area of the city, the number of houses. The collapse of the city and suburbs and seriously destroying the house, the average loss of indoor property is the area, medium destruction is the area; rural collapse and severe damage in the house in the house are area, medium damage is units. The inventive indoor property loss of various types of houses is in Table 8. The indoor property loss of residents in the earthquake-stricken area is the indoor property loss assessment of 2343 yuan (2) institution.
Indoor property loss assessment of industrial and commercial financial and cultural and educational health and other units, according to the extent of buildings and the number of sampling assessments, the number of sample assessments, focus on organs, finance, schools, hospitals, department stores and other industries Investigation, the statistical loss of various industries is 2.34 million yuan
(3) Loss assessment of livestock
The earthquake zone has died of cattle, sheep, horses 789879, with the most dead sheep, equivalent to 2.34 million yuan.
7. Economic Loss Assessment of Basic Measures for Life Engineering, Industrial Mine Enterprises
Introduction
(1) Loss of water supply, water conservancy facilities
Baotou City, the total length of the production water supply network is about 1100km, and some of the pipe network measures after the earthquake have been destroyed. The urban area has the above diameter pipelines, and the size of the diameter pipe network is damaged. 23, the pipe network interface is loose, ruptured, Pressure capacity decreases. The Kundu Lagua reservoir was mildly destroyed, and the land name reservoir Dam landslide, and the direct economic loss was 2 million yuan. Farmland water conservancy irrigation channel, culvert, water tank, mercury housing damage 23, assessment of 130 million yuan ..
(2) Power facilities, equipment loss
slightly
(3) Traffic, communication facilities
slightly
(4) Loss of gas supply, heating facilities
slightly
(5) Loss of industrial and mining companies
slightly
The above-mentioned projects and infrastructure damage caused economic losses of 550 million yuan.
8. Direct economic loss assessment results
The damage to the housing of this earthquake, indoor property loss and lifeline engineering, mineral enterprise infrastructure, primary and secondary schools, medical system losses are summarized in Table 10, and the total direct loss is 2.3023 billion yuan (unparalleled correction factor). Considering the complexity of this urban earthquake and many unexpected hidden risks engineering and equipment, the loss of facilities, especially underground civilian defense projects, gas supply, water supply, supply pipe network loss, and No. V degree area, no calculated According to the "Evaluation of Evaluation", the indeterminate factor correction coefficient is 1.3, and the economic losses after multiplying the correction coefficient is 23.4234 billion yuan. Among them, the damage loss of houses is 2.3 billion yuan, accounting for a percentage, and the indoor property is lost, accounting for the percentage, the lifeline engineering loss digital is 100 million yuan, accounting for the percentage, primary and secondary schools, medical systems lose digital yuan, accounting for numbers, accounting for percentage. Alliances, the loss of the municipal markets is the number, the loss is digital, and the place name loss is a number.
9. Large industrial and mining enterprises
10. Gross Direct Loss of Earthquakes
Six: Other shock
1. Surface destruction
2. Cultural relics
Note: Red table parameters, black representation template, blue represents selectable constants
2: Probably summarized by the above example articles:
1: Earthquake basic parameters and intensity
Earthquake basic parameters
l Seismic time
l location in the earth
l Source depth L as of ....
2. Earthquake intensity distribution
l After investigation .... Picture
L V zone
l VI degree
l VII zone
l VIII
Two: Earthquake area and seismic geological background
Disaster area profile
2. Seismic geological background
Three: Population and staff in the disaster area
1. Survey of population, account
2. Casualty
Four: Survey of housing construction
Building classification
2. House building destruction level division
3. Survey investigation statistics
Five: Earthquake Direct Economic Loss Assessment
1. Unit area reconstruction fee
2. Loss ratio
3. Building destruction ratio
4. Total area of various intensity zone
5. Housing destruction direct economic loss
6. Indoor property losses
7. Economic Loss Assessment of Life Engineering, Mining Enterprise Basic Measures
8. Direct economic loss assessment results
9. Loss of production scientific research equipment in large industrial and mining enterprises
10. Gross Direct Loss of Earthquake
Six: Other shock
Surface destruction
2. Cultural relics monuments destroy
Seven: Conclusion
3: constant extraction
Article title
Offering several templates for selection
l On May 3, 1996, Baotou West 6.4 earthquake disaster loss assessment in Baotou West, Internal Mongolia
l On May 3, 1996, the disaster loss assessment report of 6.4 earthquake in Baotou West, Inner Mongolia Autonomous Region
2. Article secondary title
Each level of the title provides several templates to choose from:
l Earthquake basic parameters and intensity distribution
l earthquake profile
l
3. Article 3 Title
Each three-level title provides several templates to choose from:
l Earthquake basic parameters
l Seismic location, time and overview
l Earthquake intensity distribution
The microscopic earthquake in this earthquake is at XXX. Due to the XXX in the earthquake, the residents are extremely rare, coupled with big snow-sealing mountains, and the inspection team cannot arrive, so it can only determine the macro shock from the recent residential building in the epicenter. Macro the earthquake with microscopic epicenter. This earthquake caused xxx
4. Article 4 title
4: Summary
Divided into "template entry" and "custom" entry when entering information
Template inspection: When the template is entered, the template basically provides a general template, and the user only needs to fill in the data, but the details of the details
Use words that cannot be changed.
Custom entry: In addition to some basic data requirements user input, each small segment is sent, basically require user input! But the picture form statistics in the document are generated by the program.
Summary 2: Preliminary determination of the functional requirements of the seismic office management software
Time: 2004-8-3
l Software use unit:
Harbin Earthquake Administration.
l Software purpose:
1: After the collected data information is recorded, generate a Word document and Power Point documentation according to certain typesetting format, and you can send a document to a specific email mailbox via the Internet.
l function introduction:
1. Provide an user interface that enters information, so that users can enter seismic data.
2. Process the seismic data provided by the user to reserve.
3. Generate Word documents by using all useful seismic data by users
4. You can send the Word document through the Internet.
5. There may be multiple data stored in the Access database for user query
6. There may be multiple seismic data
Overview 3: Further determining the functional requirements of the seismic office management software
1: Provide a user interface that enters information, so that users can enter seismic data.
l Use the Wizard dialog interface
l In the wizard for users to select "Template", then enter the data
l After entering the data, you can also modify it.
l Call Word to edit the generated word document
2: Process the seismic data provided by the user for backup.
l How to efficiently and flexibly make the data in the database a Word document?
l uses a form of an article or a form of an article?
l Create a WZ table, store user template articles constant
l Algorithm temporarily
3: Generate a Word document by using all useful seismic data according to users
l Use the user into the data and statistics to make a table.
l picture
l typography
l Export into a Word document
5: Multiple data may be stored in the Access database for user query
L is slightly
6: There may be multiple seismic data
l Need to further consider the design of database tables
Summary 4: Need technology
1: ToleContainer container, activation OLE object, editing, save
2: Components of Server page, create, generate OLE objects
3: CreateoleObject Create an interface directly, use the original COM interface, achieve greater flexibility
