PROKNX for iphone iphone, ipad and ipod touch KNX interface software and KNX / IP gateway Version 1.x

Transcription

1 PROKNX for iphone iphone, ipad and ipod touch KNX interface software and KNX / IP gateway Version 1.x Bleu Comm Azur EURL 180, imp. du Baou F Valbonne

2 CONTENT GENERAL INFORMATION... 3 VERSION CONTROL... 3 INTRODUCTION... 3 SYSTEM REQUIREMENTS... 3 SYSTEM CONFIGURATION... 4 CONFIGURATION OF THE PROKNX IP GATEWAY... 5 ETS PROGRAMMING WITH THE PROKNX GATEWAY... 5 CONFIGURATION OF THE PROKNX GATEWAY PARAMETER... 5 HOW TO CONFIGURE PROKNX OBJECTS IN ETS SOFTWARE... 7 IPHONE CONFIGURATION... 8 ONLY IPHONE, IPOD TOUCH AND/OR IPAD CONTROL GET YOUR TEXT FILE EDIT THE TEXT FILE... 9 ON_OFF TYPICALS... 9 DIMMER TYPICALS SHUTTER TYPICALS PUSH BUTTON TYPICALS SCENE TYPICALS GENERAL PARAMETER UPLOAD YOUR TEXT FILE GET YOUR IPHONE CONFIGURATION FROM OUR SERVER IPHONE, IPOD TOUCH AND/OR IPAD CONTROL WHEN A PHILIPS PRONTO HAS BEEN ALREADY CONFIGURED UPLOAD YOUR XCF FILE GET YOUR IPHONE CONFIGURATION FROM OUR SERVER MANUAL CONFIGURATION ON YOUR IPHONE SWITCH CONFIGURATION IPHONE SCENE CONFIGURATION APPENDIX OBJECT CONFIGURATION OF THE PROKNX GATEWAY ABOUT

3 General Information Version Control This document explains the configuration of the software PROKNX for iphone v1.x. Introduction The software PROKNX for iphone is an iphone application, that may be downloaded free of charge at apple store. It has been tested on iphone OS 3.0. It allows controlling lighting and shutter functions like: - On / Off switching - Dimming control - Scene switching - shutter, sunblind and curtain control System requirements Two gateways may be used according to your installation: ProKNX-IPi gateway This allows the connexion of multiple iphones, ipods and ipad to the bus. ProKNX-IP+ gateway In addition to the functionality of the above mentioned gateway, this one allows the connexion of Philips Pronto TSU 9400, TSU 9600 and TSU 9800 to the KNX bus, using the same configuration. Please refer also to the ProKNX-modular software description. In case of questions how to get the newest firmware, programming software or PROKNX gateway, please have a look at our website 3

4 System configuration The following picture explains the system configuration and communication way during operation. The PROKNX IP gateways are specially designed for the communication with our iphone and Pronto Software. The application requires a ProKNX-IPi or ProKNX-IP+ gateway to get access to the KNX bus via your local area network (LAN). The gateway must be connected to a network router or switch in your LAN and has to be accessible from the iphone, ipad or ipod touch. 4

5 Configuration of the PROKNX IP Gateway ETS programming with the ProKNX gateway Beside the communication of iphone with the KNX-Bus, the gateway allows also the programming of the bus by means of your ETS software (tunneling function of gate). To define the communication of your ETS software with the bus through the gate, call extras->options --- thumbnail communication; Click on configure interfaces... and adjust the dialog as follows after clicking on rescan Configuration of the ProKNX gateway Parameter You'll find the ETS application for the gateway in the download section of our website. After importing the application you may configure the variables of the gateway in the Edit parameters... section of the context menu. 5

6 Please use a static IP address to allow the iphone to find the gate in the network Use IP-Konfiguration 1 and 2 to define the IP address Once you have configured the IP address, think that you have to rescan the gate as described above, if you are programming the bus with this gate. The Gateway allows to communicate through objects (channels) with the KNX bus. Each object data type has to be defined in the sub menus. PROKNX for iphone is using only the following data types: 1 Bit channels (e.g. for switching circuits on/off) 1 Byte channels (e.g. for setting or reading dimming values, scenes, positions...) 2 Bytes channels (e.g. for temperatures) The channel description is not necessary for the functionality and may be used for your documentation. NOTE: Instead of importing the application ip_baos_770.vd2 you may also open the project PROKNX_for_iPhone.pr5 and copy the device PROKNX into your ETS project. All objects of the gate are predefined and are corresponding to the text file that you have got with this documentation. This will save a lot of configuration time. See Object configuration of the ProKNX gateway in the Appendix. 6

7 How to configure PROKNX objects in ETS Software To get the correct state of the KNX actor it is necessary to define loop back group addresses. Here an example of group addresses in your ETS software. Please assign the PROKNX IP object (channel) first to the command group address and then to the loop back group address. The object in the command group address has to have the Sending attribute! 7

8 IPhone configuration All configuration of the iphone application is based on a simple text file or on your Pronto configuration file. The following scheme describes the ways to get your iphone configured: Only iphone, ipod touch and/or ipad control This section describes your iphone app configuration without using a Philips Pronto. Please go through the following steps: 1. Get your text file from our ProKNX Server 2. Edit the text file with a simple text editor 3. Upload your text file to our Server 4. Get your iphone configuration from our server 1. Get your text file Connect you with a PC or MAC to Enter username: proknx Enter password: iphone Select the first option It is my first login Enter your address Check your mail account you have got a mail with the text file attached. Please do not change the name of this text file! You will need later the first 4 digits to insert in your iphone app. 8

9 2. Edit the text file Use a standard text editor. (The data are encoded as UTF-8). Comment lines will start with //. The text file is divided in several sections according to the used KNX data types. Every section will describe a quantity of operating typicals. All typicals of one section have to be consecutively mapped in the gateway. ON_OFF TYPICALS This section starts with C. There are 19 lines predefined for simple switching command / feed back. They may be used with binary actors of circuits. name description Read/Write from/tobus #quantityofobjects Quantity of typicals in use. Make sure to have defined as many 1bit objects (channels) in the gateway as defined with this parameter. #firstonoffadress cicuitname This defines the first object (channel) that is used for this type of typicals in the PROKNX gateway. This is a read/ write object, so make sure that the actual state information is looped back to this object. (See How to configure PROKNX objects in ETS software ). All other ON/OFF objects has to be defined consecutively in the next objects. Name that will be shown in the typical KNX Data type ID R/W // // Definition of ON/OFF circuits // ** refer to ON_OFF TYPICALS section in the ProKNX software documentation ** // //"#quantityofobjects" defines the quantity of ON/OFF read/write objects //"#firstonoffadress" defines the first ON/OFF read/write object (KNX type 1.001) //"cicuitname" defines the name of the ON/OFF circuit //Use syntax: "C;<#quantityOfObjects>;<#firstOnOffAdress>" // "C0;<circuitName_0>" // "C1;<circuitName_1>" //... C;19;1 C0;suspension C1;wall light C2;applique C3;table light C4;standing lamp C5;indirect lighting C6;floor washer... C16;reserve C17;reserve C18;reserve 9

10 DIMMER TYPICALS This section starts with D. There are 19 typicals predefined for dimming command / feed back. They may be used with dimmer actors. name description Read/Write from/tobus #quantityofobjects Quantity of typicals in use. Make sure to have defined as many 4bit channels and 1byte channels in the gateway as defined with this parameter. #firstdimmeradress This defines the first object that is used for writing/reading the value of the light intensity. (See How to configure PROKNX objects in ETS software ) #firstioadress cicuitname This defines the first object (channel) that is used to switch the circuit of a dimmer. This is optional as switching is done with the Dimmer value, when this data point is not defined in the gateway. Use this data point when you want to switch to the last adjusted dimmer value. Name that will be shown in the typical KNX Data type ID R/W R/W // // Definition of dimmer circuits // ** refer to DIMMER TYPICALS section in the ProKNX software documentation ** // //"#quantityofobjects" defines the quantity of dimmer value read/write objects //"#firstdimmeradress" defines the first dimmer read/write object (KNX type 5.001) //"cicuitname" defines the name of the dimmer circuit //Use syntax: "D;<#quantityOfObjects>;<#firstDimmerAdress>;<#firstIOAdress>" // "D0;<circuitName_0>" // "D1;<circuitName_1>" //... D;19;21 D0;lamp TV D1;wall light D2;downlight D3;table light D4;standing lamp D5;floor washer D6;ambient D7;spots ceiling... D15;reserve D16;reserve D17;reserve D18;reserve 10

11 SHUTTER TYPICALS This section starts with S. There are 19 typicals predefined for shutter command / feed back. They may be used with shutter actors. name description Read/Write from/tobus #quantityofobjects Quantity of typicals in use. Make sure to have defined as many 1 byte position channels and twice as many of cmd object channels in the gateway as defined with this parameter. #firstposadress #first1bitcmd shuttername_x #time_x [ms] Defines the first shutter position object in the PROKNX gateway. This is a only read object. REMARK: Most of the KNX actors are refreshing this value only when the movement stops. To get a realistic value it is necessary to adjust the time for moving between the limit switches in the parameters of the actor. This defines the first object that is used for commands of shutters. IMPORTANT: shutters need two commands to be actuated. Respect the order: 1. short cmd (STOP) of shutter 0 2. long cmd (START) of shutter 0 3. short cmd (STOP) of shutter 1 4. long cmd (START) of shutter Name that will be shown in the shutter typical This parameter should be adjusted to the same value, as it is defined in the KNX wall button. It describes the time elapsed between the short command and the long command. For shutters or curtains a typical value may be 50 ms. For sun blinds with flipping grids the value may be 500 ms. KNX Data type ID R W

12 // // Definition of shutter commands // **refer to SHUTTER TYPICALS section in the ProKNX software documentation ** // //"#quantityofobjects" defines the quantity of shutter objects //"#firstposadress" defines the first shutter position object (KNX type ) //"#first1bitcmd" defines the first object that is used for commands of shutters. //(KNX type 1.008) //IMPORTANT: shutters need two commands to be actuated. Respect the order: //1. short cmd (STOP) of shutter 0 //2. long cmd (START) of shutter 0 //3. short cmd (STOP) of shutter 1 //4. long cmd (START) of shutter 1 a.s.o. //"shuttername" defines the name of the shutter //"#time" defines the elapsed time between STOP and START command in ms //Use syntax: "S;<#quantityOfObjects>;<#firstPosAdress>;<#first1bitCmd>" // "S0;<shutterName_0>;<#time_0>" // "S1;<shutterName_1>;<#time_1>" //... S;19;231;211 S0;left window;50 S1;TV screen;50 S2;venetian blind; S13;reserve S14;reserve S15;reserve S16;reserve S17;reserve S18;reserve PUSH BUTTON TYPICALS This section starts with P. There are 9 lines predefined for simple push button commands. They may be used with binary actors of circuits. name description Read/Write from/tobus #quantityofobjects Quantity of typicals in use. Make sure to have defined as many 1bit objects (channels) in the gateway as defined with this parameter. #firstonoffadress cicuitname This defines the first object (channel) that is used for this type of typicals in the PROKNX gateway. This is a read/ write object, so make sure that the actual state information is looped back to this object. (See How to configure PROKNX objects in ETS software ). All other ON/OFF objects has to be defined consecutively in the next objects. Name that will be shown in the typical KNX Data type ID R/W

13 // // Definition of Push Button Control // ** not implemented in KNX modular Software ** // //"#quantityofobjects" defines the quantity of push button write objects. //"#firstpbadress" defines the first push button write object (KNX type 1.001) //"pushbuttonname" defines the name of the Push Button //Use syntax: "P;<#quantityOfObjects>;<#firstPBAdress>" // "P0;<pushButtonName_0>" // "P1;<pushButtonName_1>" //... P;9;191 P0;garage door P1;house door P2;reserve P3;reserve P4;reserve P5;reserve P6;reserve P7;reserve P8;reserve SCENE TYPICALS This section starts with KS. There are 10 typicals for KNX scenes. KNX scenes are very powerful, as they may activate binary, dimming and shutter actors with only one command. KNX Scenes are stored in the actors, so it is possible to recall them with your wall mounted KNX buttons and on your iphone. Scenes have to be configured in the KNX actors as well! Definitions for one PROKNX for iphone scene typical: The scene numbers that are inserted in the text file are corresponding to the scene numbers as defined by the connex specification. It is possible to store KNX scenes. You may just add 128 to the corresponding scene number. The value that is sent to the bus is one digit lower. So it is also possible to send any other 1 Byte value to the bus with this functionality (e.g. a certain dimmer level). It is also possible to change the operation mode of room temperature controllers if those are working in byte control mode. In this case use: 2 for comfort mode 3 for standby mode 4 for night mode 5 for freeze / heat protection 13

14 name description Read/Write from/tobus #quantityofobjects Quantity of typicals in use. Make sure to have defined as many 1 byte scene channels (objects) as defined with this parameter. #firstsceneadress ScenePlaceName #SceneValue_x #SceneName_x Defines the first scene object in the PROKNX gateway. This is a read / write object. The scene numbers that will be communicated in this object will be defined as #SceneValue_x and has to be the same than defined in the parameters of the actors. Name that will be shown in the scene typical These values define the scene numbers. The same numbers has to be defined as well in the KNX actors. These names are corresponding to the scene numbers and will be shown when a scene number has been selected. KNX Data type ID R/W R/W // // Definition of KNX Scenes // ** refer to SCENE TYPICALS section in the ProKNX software documentation ** // //With this feature it is possible to recall one of four predefined KNX scenes //in up to ten scene places. //"#quantityofobjects" defines the quantity of places (Quantity of r/w objects) //"#firstsceneadress" defines the first place read/write object (KNX type ) //"ScenePlaceName" defines the name where the scene is situated //"#SceneValue_x" defines the value of scene //"SceneName_x" defines the name for the scene value //Use syntax: "KS;<#quantityOfObjects>;<#firstSceneAdress>" //"KS0;<ScenePlaceName_0>;<#SceneValue_1>;OFF;<#SceneValue_2>;<SceneName_1>;<#Scene Value_3>;<SceneName_2>;<#SceneValue_4>;<SceneName_3>..." //"KS1;<ScenePlaceName_1>;<#SceneValue_1>;OFF;<#SceneValue_2>;<SceneName_1>;<#Scene Value_3>;<SceneName_2>;<#SceneValue_4>;<SceneName_3>..." //... KS;10;201 KS0;kitchen;1;OFF;2;cosy;3;dining;4;cooking;5;good night KS1;living room;1;off;2;cosy;3;reception KS2;home theater;1;off;2;welcome;3;listening music;4;watch TV KS3;reserve;1;OFF;2;cosy;3;living;4;special KS4;reserve;1;OFF;2;cosy;3;living;4;special KS5;reserve;1;OFF;2;cosy;3;living;4;special KS6;reserve;1;OFF;2;cosy;3;living;4;special KS7;reserve;1;OFF;2;cosy;3;living;4;special KS8;reserve;1;OFF;2;cosy;3;living;4;special KS9;reserve;1;OFF;2;cosy;3;living;4;special 14

15 GENERAL PARAMETER In this section the IP address of the gateway and the port number are defined. In addition it is necessary to define how the typicals shall be presented on the iphone pages. The definition of the room pages is starting with RN. You may define up to 16 pages (rooms). One page may show up to 6 typicals. name description Read/Write from/tobus IPadress PortNo Defines the fixe IP address of the gateway is standard port #quantityofobjects Quantity of pages in use. RoomName_x <ListOfObjects> Insert the name of the page (room) Insert the definition of typicals here, that has been declared in the upper part of this file. Use semicolon to separate them. If you want to leave a space on the page, just use two consecutive semicolons. KNX Data type ID // // Definition of pages and IP adress // ** refer to General Parameter section in the ProKNX software documentation ** // //"IPadress" defines the IP adress of the ProKNX gateway //"PortNo" defines the Portnumber of the ProKNX gateway, standard is //"#quantityofobjects" defines the quantity of rooms (iphone pages). //"RoomName_x" defines the name of the page of the iphone //<ListOfObjects> defines the typicals on one page. Do not use more than 6. //Use syntax: "IP;<IPadress>;<PortNo>" // "RN;<#quantityOfObjects>" // "RN0;<RoomName_0>;<ListOfObjects>" // "RN1;<RoomName_1>;<ListOfObjects>" //... // Note: Every room can define up to 6 switches // // IP; ;12004 RN;5 RN0;Kitchen;KS0;C0;D2;D3;;S0 RN1;Living Room;KS1;D1;;;;S2 RN2;Diningplace;C2;D3;D4;D4;;S2 RN3;Home Theater;KS2;;;;;S1 RN4;Entry;P0 15

16 3. Upload your text file Connect you with a PC or MAC to Enter username: proknx Enter password: iphone Select the second option I've already a textfile Browse for your edited text file and upload it Store the text file for further changes on your PC Please do not change the name of this text file! You will need the first 4 digits to insert in your iphone app. 4. Get your iphone configuration from our server Go to apple store and download the ProKNX application Start the application Go to the settings (upper left symbol) and click Load configuration Insert your 4 digit number Do the same with any other apple device you want to configure 16

17 iphone, ipod touch and/or ipad control when a Philips Pronto has been already configured This section describes your iphone app configuration using a Philips Pronto. If you have done a ProKNX configuration with the ProKNX modular software, than your iphone app may be configured out of the box. Please go through the following steps: 1. Upload your xcf file to our Server 2. Get your iphone configuration from our server 1. Upload your xcf file Connect you with a PC or MAC to Enter username: proknx Enter password: iphone Select the third option I have a Pronto xcf Enter your address Browse for your xcf file and upload it (This may take several minutes!) Check your account and store the text file you have received. You may do modifications to this textfile and upload it again! Please do not change the name of this text file! You will need the first 4 digits to insert in your iphone app. 2. Get your iphone configuration from our server Go to apple store and download the ProKNX application Start the application Go to the settings (upper left symbol) and click Load configuration Insert your 4 digit number Do the same with any other apple device you want to configure 17

18 Manual configuration on your iphone Switch configuration This section is not necessary for textfile configuration or normal use. For installers it is just sometimes nice to test a certain object without changing the textfile configuration and upload it. So if you want to use iphone configuration for switches, just type 0000 as pin and you will find additional configuration possibilities. ProKNX allows you to define rooms and switches manually. This is not necessary, if you have configured your device as described above however it is also possible. Every room can have up to 6 switches. Every switch may be defined with a name (datapoint description), a first adress (1Bit datapoint) and an optional second adress for dimming (1Byte datapoint) or stop function (1Bit datapoint). The type of the switch must be defined by selecting LIGHT, JALOUSIE or BUTTON. Leave the configuration of ProKNX when you completed the definition of rooms with the Done button. 18

19 iphone Scene configuration ProKNX allows you to define groups of switches (iphone Scenes). These scenes should not be confounded with KNX scenes! iphone scenes are only available on the device where they has been configured. Every group can have up to 6 scenes. Each scene will be defined by a name. The configuration of a scene will be done in the pages. Leave the configuration of ProKNX when you completed the definition of scenes with the Done button. To configure a defined scene you must push (first programming) or hold the scene button for 3 seconds (reprogramming of scene). ProKNX will switch to your room / group pages. Switch and dim all lights and sun blinds required for this scene and add those with the (+) button to your scene. After you have added all switches return to your scene page with the tab bar and push the scene button which needs to be programmed or reprogrammed. The iphone scene is now configured. 19

20 Appendix Object configuration of the ProKNX gateway To facilitate the configuration, you will get an ETS 3.0f project to download. Import the ETS project, copy the ProKNX device and insert it in your project. The parameter structure of the predefined device is for the use of the ProKNX modular software. The device has the following parameter structure: ProKNX Obj name datatype Read/Write Obj 1 On/Off 0 1 bit R/W Obj 2 On/Off 1 1 bit R/W Obj 3 On/Off 2 1 bit R/W Obj 4 On/Off 3 1 bit R/W Obj 5 On/Off 4 1 bit R/W Obj 6 On/Off 5 1 bit R/W Obj 7 On/Off 6 1 bit R/W Obj 8 On/Off 7 1 bit R/W Obj 9 On/Off 8 1 bit R/W Obj 10 On/Off 9 1 bit R/W Obj 11 On/Off 10 1 bit R/W Obj 12 On/Off 11 1 bit R/W Obj 13 On/Off 12 1 bit R/W Obj 14 On/Off 13 1 bit R/W Obj 15 On/Off 14 1 bit R/W Obj 16 On/Off 15 1 bit R/W Obj 17 On/Off 16 1 bit R/W Obj 18 On/Off 17 1 bit R/W Obj 19 On/Off 18 1 bit R/W Obj 20 Obj 21 Dimmer Value 0 1 byte R/W Obj 22 Dimmer Value 1 1 byte R/W Obj 23 Dimmer Value 2 1 byte R/W Obj 24 Dimmer Value 3 1 byte R/W Obj 25 Dimmer Value 4 1 byte R/W Obj 26 Dimmer Value 5 1 byte R/W Obj 27 Dimmer Value 6 1 byte R/W Obj 28 Dimmer Value 7 1 byte R/W Obj 29 Dimmer Value 8 1 byte R/W Obj 30 Dimmer Value 9 1 byte R/W 20

21 Obj 31 Dimmer Value 10 1 byte R/W Obj 32 Dimmer Value 11 1 byte R/W Obj 33 Dimmer Value 12 1 byte R/W Obj 34 Dimmer Value 13 1 byte R/W Obj 35 Dimmer Value 14 1 byte R/W Obj 36 Dimmer Value 15 1 byte R/W Obj 37 Dimmer Value 16 1 byte R/W Obj 38 Dimmer Value 17 1 byte R/W Obj 39 Dimmer Value 18 1 byte R/W Obj 40 Obj 41 Obj 42 Obj 43 Obj 44 Obj 45 Obj 46 Obj 47 Obj 48 Obj 49 Obj 50 Obj 51 Obj 52 Obj 53 Obj 54 Obj 55 Obj 56 Obj 57 Obj 58 Obj 59 Obj 60 Obj 61 Obj 62 Obj 63 Obj 64 Obj 65 Obj 66 Obj 67 Obj 68 Obj 69 Obj 70 Obj 71 Obj 72 Obj 73 Obj 74 21

22 Obj 75 Obj 76 Obj 77 Obj 78 Obj 79 Obj 80 Obj 81 Obj 82 Obj 83 Obj 84 Obj 85 Obj 86 Obj 87 Obj 88 Obj 89 Obj 90 Obj 91 Obj 92 Obj 93 Obj 94 Obj 95 Obj 96 Obj 97 Obj 98 Obj 99 Obj 100 Obj 101 Obj 102 Obj 103 Obj 104 Obj 105 Obj 106 Obj 107 Obj 108 Obj 109 Obj 110 Obj 111 Obj 112 Obj 113 Obj 114 Obj 115 Obj 116 Obj 117 Obj

23 Obj 119 Obj 120 Obj 121 Obj 122 Obj 123 Obj 124 Obj 125 Obj 126 Obj 127 Obj 128 Obj 129 Obj 130 Obj 131 Obj 132 Obj 133 Obj 134 Obj 135 Obj 136 Obj 137 Obj 138 Obj 139 Obj 140 Obj 141 Obj 142 Obj 143 Obj 144 Obj 145 Obj 146 Obj 147 Obj 148 Obj 149 Obj 150 Obj 151 Obj 152 Obj 153 Obj 154 Obj 155 Obj 156 Obj 157 Obj 158 Obj 159 Obj 160 Obj 161 Obj

24 Obj 163 Obj 164 Obj 165 Obj 166 Obj 167 Obj 168 Obj 169 Obj 170 Obj 171 Obj 172 Obj 173 Obj 174 Obj 175 Obj 176 Obj 177 Obj 178 Obj 179 Obj 180 Obj 181 Obj 182 Obj 183 Obj 184 Obj 185 Obj 186 Obj 187 Obj 188 Obj 189 Obj 190 Obj 191 Push Button 0 1 bit R/W Obj 192 Push Button 1 1 bit R/W Obj 193 Push Button 2 1 bit R/W Obj 194 Push Button 3 1 bit R/W Obj 195 Push Button 4 1 bit R/W Obj 196 Push Button 5 1 bit R/W Obj 197 Push Button 6 1 bit R/W Obj 198 Push Button 7 1 bit R/W Obj 199 Push Button 8 1 bit R/W Obj 200 Obj 201 Scene 0 1 byte R/W Obj 202 Scene 1 1 byte R/W Obj 203 Scene 2 1 byte R/W Obj 204 Scene 3 1 byte R/W Obj 205 Scene 4 1 byte R/W Obj 206 Scene 5 1 byte R/W 24

25 Obj 207 Scene 6 1 byte R/W Obj 208 Scene 7 1 byte R/W Obj 209 Scene 8 1 byte R/W Obj 210 Scene 9 1 byte R/W Obj 211 Shutter 0 STOP 1 bit W Obj 212 Shutter 0 START 1 bit W Obj 213 Shutter 1 STOP 1 bit W Obj 214 Shutter 1 START 1 bit W Obj 215 Shutter 2 STOP 1 bit W Obj 216 Shutter 2 START 1 bit W Obj 217 Shutter 3 STOP 1 bit W Obj 218 Shutter 3 START 1 bit W Obj 219 Shutter 4 STOP 1 bit W Obj 220 Shutter 4 START 1 bit W Obj 221 Shutter 5 STOP 1 bit W Obj 222 Shutter 5 START 1 bit W Obj 223 Shutter 6 STOP 1 bit W Obj 224 Shutter 6 START 1 bit W Obj 225 Shutter 7 STOP 1 bit W Obj 226 Shutter 7 START 1 bit W Obj 227 Shutter 8 STOP 1 bit W Obj 228 Shutter 8 START 1 bit W Obj 229 Shutter 9 STOP 1 bit W Obj 230 Shutter 9 START 1 bit W Obj 231 Position Shutter 0 1 byte R Obj 232 Position Shutter 1 1 byte R Obj 233 Position Shutter 2 1 byte R Obj 234 Position Shutter 3 1 byte R Obj 235 Position Shutter 4 1 byte R Obj 236 Position Shutter 5 1 byte R Obj 237 Position Shutter 6 1 byte R Obj 238 Position Shutter 7 1 byte R Obj 239 Position Shutter 8 1 byte R Obj 240 Position Shutter 9 1 byte R Obj 241 Obj 242 Obj 243 Obj 244 Obj 245 Obj 246 Obj 247 Obj 248 Obj 249 Obj

26 About PROKNX for iphone Copyright by Xolodesign and BleuCommAzur All rights reserved If you have any suggestions to this software, please don t hesitate to contact us. This work may be used in whole or part for commercial or non-commercial use if it is distributed with one of the PROKNX IP Gateways. The Gateway may be ordered directly through our website Redistribution of the software or the documentation without the Gateway is prohibited and requests for same should be sent to the author. 26