Introduce Input Data Symbols
API - Value Type | Input Data | ||
---|---|---|---|
Integer | 🇮 | 🔴 | Essential |
String | 🇸 | ❌ | Unnecessary |
Boolean | 🇧 | 🔺 | Optional |
Real | 🇷 |
The required Input Data for defining Rebar Input (Beam Section)
NO. | Name | API - Key | API - Value Type | Default | Rebar Input |
---|---|---|---|---|---|
1 | Section No. | “KEY” | 🇮 | 🔴 | |
2 | Member Type
| "MEMBTYPE" | 🇸 | 🔴 | |
3 | Crack Checking Option | "ENVTYPE" | ?? | 🔺 | |
4 | Rebar Input for Beam Section | "BEAM" | 🔴 | ||
Longitudinal Rebar Data | |||||
5 | IMJ Sector apply Same Option | "OPTION_IMJSAME" | 🇧 | 🔺 | |
6 | vMAIN | "vMAIN" | 🔴 | ||
7 | SECTOR
| "SECTOR" | 🇸 | 🔴 | |
8 | Rebar Data of Top Layer | "POS_TOP_LAYERS" | 🔴 | ||
9 | Number of Layer | "LAYER" | 🇮 | 🔴 | |
10 | Concrete Covoer | "dD" | 🇷 | 🔴 | |
11 | Number of Rebar | "BAR_NUM" | 🇮 | 🔴 | |
12 | Rebar Size 1 | "BAR_NAME1" | 🇸 | 🔴 | |
13 | Rebar Size 2 | "BAR_NAME2" | 🇸 | 🔺 | |
14 | Rebar Data of Bottom Layer | "POS_BOT_LAYERS" | ?? | ||
Transverse Rebar Data | |||||
15 | Transverse Rebar Data | "vSUB_BAR" | 🔴 | ||
16 | SECTOR
| "SECTOR" | 🇸 | 🔴 | |
17 | Number of Sub Rebar | "dSUB_BARNUM" | 🇷 | 🔴 | |
18 | Size of Sub Rebar | "SUB_BARNAME" | 🇸 | 🔴 | |
19 | Sub Rebar Spacing | "dSUB_BARDIST" | 🇷 | 🔴 | |
20 | Sub Rebar Angle | "dSUB_BARANGLE" | 🇷 | 0 | 🔺 |
Torsional Rebar Data (Russian Standard Only - SNiP, SP) | |||||
21 | Torsional Reinforcement Option | "bTORSIONAL_BAR" | 🇧 | 🔺 | |
22 | Stirrup Size | "sTRTORBARNA" | 🇸 | 🔺 | |
23 | Stirrup Spcing | "dTORBAR_SPACING" | 🇷 | 🔺 | |
24 | Bundled Stirrup Option | "bBUNDLEDBAR" | 🇧 | 🔺 | |
25 | Number of Bundled Strirrup | "dBUNDLEDBARNUM" | 🇷 | 🔺 | |
26 | Longitudinal Reinforcement Size | "LONGIBARNA" | 🇸 | 🔺 | |
27 | Number of Longitudinal Reinforcement | "dLONGIBARNUM" | 🇷 | 🔺 |
Crack Checking : "ENVTYPE"
The JSON format example for inputting Rebar Input (Beam Section)