- MIDI Boutique
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1. p 10 Unless other requested upon order all 8 slots on the mlc8 are configured for testing purposes for Control Change 7 Volume on MIDI Channel 1 Display Format 05 3 digit Customer may request any other particular configuration upon order by submitting following data Slot Parameter Display Format Display Module see Table 3 1 2 3 4 5 6 7 8 This document 2014 Largonet Ltd All rights reserved MIDI Gadgets Boutique MGB and mlc8 are trademarks of Largonet Ltd Hauptwerk Hauptwerk Virtual Pipe Organ Milan Digital Audio and the Hauptwerk logo are trademarks of Milan Digital Audio LLC Windows is registered trademark of Microsoft Inc info midiboutique com www midiboutique com2. 3 MIDISPORT Uno 1x1 Out Slot 83 Parameter to display HW Parameter Control Change Program Change Display MIDI Program Number on Channel 2 Display Format 05 HUNDRED TENS UNITS Triple digit 0 199 Send SysEx A Save SysEx Step 0 Learn what is mlc8 Read the available documentation including this User Manual Step 1 Connect and power the mlc8 unit according to Setup diagram shown in Appendix C For setup procedure the MIDI input of mlc8 must be connected to the MIDI output of PC running the mic8set software The MIDI output of mlc8 should not be connected to anything to avoid possible MIDI loops The power should be applied to power connector Step 2 Choose the MIDI output port in milc8set The Drop down list will show all available virtual and hardware MIDI out ports Choose the hardware port to which the mic8 unit is physically attached Step 3 Choose the Slot to be configured Slots are named S1 S2 S8 listed in Slot drop down list Step 4 Choose what you want to display on selected slot There are three groups of parameters that can be displayed Hauptwerk parameter MIDI Control Change and MIDI Program Change For Hauptwerk parameter you have to navigate to HW Parameter tab and choose desired Hauptwerk status variable from the drop down list For Control Change you have to navigate to Control Change tab and choose MIDI Channel and Controller
3. 4 Order the mlc8 with desired set of LED displays Each display goes with dci26 26 25 ribbon cable long 25cm 5 When the package arrives check if everything ordered in in package and then follow user programming instructions 4 User programming For each of slots intended for use the user must set two things Parameter to display and Display Format Please follow instructions shown in Appendix B Table 1 Hauptwerk Status variables IDs Var Var Name Type Range Display ID 1 CuedFavOrganNum 7 bit unsigned integer 144232 5 CuedFavCombSetNum 7 bit unsigned integer 1 32 info midiboutique com www midiboutique com mlc8 MIDI Gadgets Boutique p 3 Var Var Name Type Range Display ID 8 CuedFavTemperNum 7 bit unsigned integer 1 32 10 FloatingDiviRouteNum 7 bit unsigned integer 1 4 12 FloatingDiv2RouteNum 7 bit unsigned integer 1 4 14 FloatingDiv3RouteNum 7 bit unsigned integer 1 4 16 FloatingDiv4RouteNum 7 bit unsigned integer 1 4 18 FloatingDiv5RouteNum 7 bit unsigned integer 1 4 20 CurrCombStepperFrameNum 28 bit signed integer 0 999 21 CuedCombStepperFrameBankNum 28 bit signed integer 0 990 22 CurrMasterGeneralNum 7 bit unsigned integer 1 20 23 LastTriggeredMasterRegObjType 7 bit unsigned integer 1 4 24 CurrMasterCrescNum 7 bit unsigned integer 1
4. 4 25 CuedMasterCrescStage 7 bit unsigned integer 9 31 26 TransposerIncSemitones 28 bit signed integer 12 12 28 MasterTuningIncCents 28 bit signed integer 200 200 30 PolyphonyLimitSetting 28 bit signed integer 256 32768 31 SampleRateHz 28 bit signed integer 0 134217727 40 ProgressIndicatorPct 7 bit unsigned integer 0 100 41 MasterOutputLevelCCPct 7 bit unsigned integer 0 100 42 FloatingDiviExprPedCCPct 7 bit unsigned integer 0 100 43 FloatingDiv2bxprPedCCPct 7 bit unsigned integer 0 100 44 FloatingDiv3ExprPedCCPct 7 bit unsigned integer 0 100 45 FloatingDiv4AExprPedCCPct 7 bit unsigned integer 0 100 46 FloatingDiv5ExprPedCCPct 7 bit unsigned integer 0 100 47 MasterCrescPedCC 7 bit unsigned integer 0 531 48 AudioLevelClipping 7 bit unsigned integer 0 2 49 PolyphonyClipping 7 bit unsigned integer 0 2 50 CPUClipping 7 bit unsigned integer 0 2 51 RAMClipping 7 bit unsigned integer 0 2 53 CuedFavNumAllTypes 7 bit unsigned integer 1 532 info midiboutique com www midiboutique com mlc8 MIDI Gadgets Boutique p 4 Var Var Name Type Range Display ID 55 AllTypesObjType 7 bit unsigned integer 14 3 NOTES e Variables that are not supported by mlc8 are e In addition to above list supported are Control Change user selected Controller on user selected Channel and Program Change on user selected Channel e For more detailed information about Hauptwerk SysEx messages and Status variables
5. CC For Program Change you need to navigate to Program Change tab and choose the MIDI Channel Step 5 Choose the display format The format depends on parameter you want to display and the preferred way to visualize it as number or as bar graph Note that many parameters it is possible to be displayed in more than one way Parameters that have wider range may need more than one slot to be displayed on complementary displays complementary display consists of two basic displays put Side by side These parameters will take two slots on mics Step 6 Upload the settings to mlc8 by clicking on Send SysEx button The SysEx message can also be saved in standard SYX format for later use with third party MIDI hardware or software sequencers running on different operating system than Windows Repeat steps from 3 to 6 as many times as you need to configure all necessary slots info midiboutique com www midiboutique com mlc8 MIDI Gadgets Boutique p 9 Appendix C Wiring diagrams for mlc8 mic8 SETUP connection PC running mlc8set MIDI out power 12V AC DC mlc8 USE connectio up to 8 basic LED display modules HMHIEESS IORARCRRRENERLNENINI E E PC running Hauptwerk a MIDI out power 12V AC DC MIDI out MiDIcable MIDI in dci26 26 25 ribbon cable power cable c IMMXIV MGB www midiboutique com 5 6 info midiboutique com www midiboutique com mlc8 MIDI Gadgets Boutique Appendix D Factory preset
6. data numbers are shown in hexadecimal notation mlc8 configuration message format Byte Byte Byte Byte Byte Byte Byte Byte Byte Byte 9 NM OY UT D P9 ES OxFO SysEx system exclusive message start Ox00 mandatory Ox21 manufacturer ID LSB MGB Ox7F manufacturer ID MSB MGB Ox18 device ID mlc8 0x00 0x07 device sub ID Slot number 0x00 0x7F Parameter ID MSB masked Status or 0 0x00 0x7F Parameter ID LSB Data of Hauptwerk variable ID 0Ox00 0x7F Display Format not all values in range are allowed 10 OxF7 EOX end of system exclusive message Hauptwerk 7 bit unsigned integer Boolean variable status message format Byte Byte Byte Byte Byte Byte 1 2 3 6 OxFO SysEx system exclusive message start Ox7D manufacturer ID Milan Digital Audio Ox1B message type code for Hauptwerk 7 bit unsigned integer variable status message variable 0x00 0x7F variable value 0 127 for integer value or ID see Table 1 1 0 for representing Boolean True False values OxF7 EOX end of system exclusive message Hauptwerk 28 bit signed integer variable status message format Byte Byte Byte Byte Byte Byte Byte Byte Byte WN H iO CON OU d OxFO SysEx system exclusive message start Ox7D manufacturer ID Milan Digital Audio Ox1A message type code for Hauptwerk 28 bit signed integer variable status message variable variable var
7. 2d g ls2d r 69 TEN THOUSAND THOUSANDS HUNDERDS triple digit ls3d g ls3d r 0 199 Table 3 Basic LED display modules supported by mlc8 Name Picture Description lsid g l ju x 1 digit 9 Green lsid r w d uw x 1 digit 0 9 Red lsisd g rw al 1 signed digit 9 0 49 Green lsisd r Ni al 1 signed digit 9 0 49 Red info midiboutique com www midiboutique com mlc8 MIDI Gadgets Boutique p 5 Name Picture Description NN SED P xg ls2d g D 4 2 digit 0 99 or 00 99 Green ls2d r 24 1 2 digit 0 99 or 00 99 Red 1s3d g bh 4 0 4 3 digit 0 199 Green 1s3d r 14 14 3 digit 0 199 Red Te itt 1s10b r LLLLLLLLL 10 point 0 10p Red 1510b2 g LLLLLELLLILLLLLLLLL Jo double point 0 10p Green 1s1002 r LLLLLLLLLILLLLLLLLL 10 double point 0 10p Red 10 point 0 10p Green 5 Connection and use The connection diagrams for Setup and Use are shown in Appendix D When used as part of Hauptwerk system mlc8 is inserted between MIDI output of the computer running Hauptwerk software and the other equipment listening for Hauptwerk MIDI messages if any mlc8 will retransmit the MIDI messages byte by byte without any altering It requires power from external power supply rated for 12V AC DC capable to sou
8. IDI cables are necessary to connect it to existing MIDI system 3 What to order milc8 is supposed to work with set of up to 8 basic LED displays per user choice That is why customer should decide what LED display modules to order together with the mlc8 unit This choice depends on what parameters are to be displayed and how they are to be displayed The decision making sequence is 1 Choose list of Hauptwerk MIDI parameters to be displayed see Table 1 and notes below it The list can be up to 8 parameters but in case any of them requires complementary LED display module consider two slots for it It is not necessary to use all 8 slots if you need less 2 Distribute the chosen parameters over slots This has to do with further steps of slots configuration where you have to know which slot for what parameter and what display format should be set Note that slots don t recognize automatically the type of attached display so if you attach display of wrong type it will display garbage The unit cannot be damaged by such mistake All slots are functionally identical so any of them can be set to any combination of parameter display mode Jf necessary more than one slots can be programmed to display same variable in same or different formats 3 Choose the display format per each slot Refer Table 1 for value ranges of chosen parameters and Table 2 for supported display formats For choosing display modules of right type color refer Table 3
9. iable variable variable ID see Table 1 value byte 1 most significant 7 bits value byte 2 value byte 3 value byte 4 least significant 7 bits OxF7 EOX end of system exclusive message info midiboutique com www midiboutique com mlc8 MIDI Gadgets Boutique Appendix B Step by step instruction for use of mlc8set utility p 8 The mic8set Windows only software utility is easy to use free downloadable application that does not need any installation and registration Just download unpack in separate folder and run it Its user interface is simple clearly depicting the few steps that must be followed during mlc8 setup procedure mic8 Configuration Utility MIDI Output port 3 MIDISPORT Uno 1x1 Out Slot s1 Parameter to display HW Parameter Control Change Program Change Display this Hauptwerk variable 25 CuedMasterCrescStage 0 31 Display Format 04 TENS UNITS Double digit LZ 00 99 Send SysEx A Save SysEx mic8 Configuration Utility MIDI Output port 3 MIDISPORT Uno 1x1 Out Slot S2 Parameter to display HW Parameter Control Change Program Change Display this MIDI Controller on Channel 1 CC Volume coarse Display Format 11 Bargraph 10 points mapping values 0 127 Send SysEx LJ Save SysEx mic8 Configuration Utility MIDI Output port
10. least significant decimal places of the result will be displayed This way user can display bigger values up to 9999 like 1234 on complementary 4 digit display two 2 digit displays installed side by side displaying 12 and 34 Therefore the possible display formats with practical meaning are 1 digit not signed 0 9 1 digit signed 9 0 49 2 digit not signed no LZ 0 99 2 digit not signed LZ 00 99 3 digit 0 199 not signed no LZ info midiboutique com www midiboutique com mlc8 MIDI Gadgets Boutique p 2 3 digit signed LZ 999 999 by combining 1 digit signed with 2 digit not Signed LZ 4 digit not signed LZ 0000 9999 by combining two 2 digit not signed LZ 5 digit not signed no LZ 0 19999 by combining 3 digit 0 199 no LZ and 2 digit no LZ 10 point bar graph 10 double point bar graph 20 point bar graph by combining two 10 point bar graphs 20 double point bar graph by combining two 10 double point bar graphs When bar graphs are used user can choose the data range to be mapped over 10 segments Supported ranges in firmware version 1 0 are 0 10 0 31 0 100 and 0 127 for 10 point bar graphs and 0 127 for 20 point bar graphs The mlc8 unit is MIDI transparent This means it does not transmit any own MIDI messages and each MIDI byte it receives is being retransmitted immediately This allows easy insertion in existing setups without need of MIDI Splitter or Merger Only M
11. mlc8 MIDI Gadgets Boutique p l mlc8 v 1 0 LED status display system for Hauptwerk virtual pipe organ user s guide 1 Introduction The mlc8 is compact 8 port LED segment display controllerjespecially designed for use with Hauptwerk or any other application that supports Hauptwerk s original System Exclusive console status messages formats It also supports MIDI Control Change and Program Change so that Controller Data or Program Number can be displayed in suitable form of decimal numbers or bar graphs The unit can control up to 8 basic LED display modules The supported types of basic modules are 1 digit 1 signed digit 2 digit 3 digit actually 2 1 2 where most significant digit can be only 1 10 point or 10 double point bar graphs see Table 4 Combining two basic display modules allows displaying unsigned values of up to 4 digits two 2 digit modules side by side or signed values of up to 3 digits one signed 1 digit and one 2 digit module side by side etc The possible combinations are many and only depend on user s needs Each of basic display modules takes one slot on mlc8 controller board so when combining them the complementary display would take two slots All basic LED display modules are available in reed and green color Some may be available in yellow upon request Each of the 8 ports is separately configurable for what parameter to display and how to display it For this purpose free downloadable configuratio
12. n utility mIc8set Windows only is available on our site The configuration data is upload via specific SysEx message described in Appendix A The communication between mlc8 and the World goes thru standard MIDI input and output The unit requires external power supply of 12V AC DC Any following information related to Hauptwerk in this document has been taken from the original Hauptwerk User Guide 2 Function Each of the 8 ports on mlc8 ends with 26 pin header connector and is further referred to as Slot Each slot is separately configurable for two parameters Message ID This determines the Hauptwerk message ID in case of displaying Hauptwerk specific parameter Channel and Controller number in case of displaying Control Change data Channel in case of displaying Program Change data The list of supported Hauptwerk status variables is shown on Appendix A Display format This determines the way of displaying hence it determines the type of basic LED display module to be used with this slot User can select the format of display not signed signed number with without Leading Zero or bar graph as well as the displayed part of the parameter data TENTS UNITS or THOUSANDS HUNDREDS when complementary displays are necessary When TENTS amp UNITS is selected the display would show only the two least significant decimal places of the value When THOUSANDS amp HUNDREDS is selected the data will be integer divided by 100 and the two
13. please refer the Hauptwerk User Manual The most up to date version of this document is always available for download on their site www hauptwerk com Table 2 Display Formats supported by mlc8 Format Format description Suitable basic LED display type ID see Table 4 01 UNITS Single digit 0 9 ls1d g lsdi r 02 UNITS Single digit signed 9 0 49 lsisd g 1s1sd r 03 TENS UNITS Double digit 0 99 ls2d g ls2d r 04 TENS UNITS Double digit LZ 00 99 ls2d g 1s2d r 05 HUNDRED TENS UNITS Triple digit 0 199 ls3d g ls3d r 11 Bar graph 10 points mapping values 127 ls10b g ls10b r 1s10b2 g ls10b2 r 12 Bar graph 10 points mapping values 0 100 ls10b g ls10b nr 1s10b2 g 1s10b2 r 13 Bar graph 10 points mapping values 0 31 ls10b g ls10b nr 1s10b2 g 1s10b2 r 14 Bar graph 10 points mapping values 0 10 ls10b g ls10b nr 1s10b2 g 1s10b2 r 20 Bar graph 10 points mapping values 0 63 ls10b g ls10b nr 1s10b2 g 1s10b2 r LOWER part of complementary 20 point bar graph mapping values 0 127 21 Bar graph 10 points mapping values 64 127 ls10b g ls10b nr 1s10b2 g 1s10b2 r HIGHER part of complementary 20 point bar graph mapping values 0 127 65 HUNDREDS single digit 04 9 lsid g lsd1 r 66 HUNDREDS single digit signed 9 0 49 lsisd g lsisd r 67 THOUSANDS HUNDREDS double digit 99 ls2d g ls2d r 68 THOUSANDS HUNDREDS double digit LZ 00 99 ls
14. rce 100mA or more 6 Technical parameters Table 4 Technical parameters of mlc8 Parameter Value Unit Comment Power supply voltage 9 12 AC DC V Power supply current 100 mA ou Hauptwerk specific System Exclusive messages for console status Control System Exclusive messages Recognized MIDI Change and Program Change mlc8 formats are described in messages ne specific System Exclusive messages Appendix A for slot settings ROCPADSn E ESQLUMEDE Any received The unit is MIDI transparent messages Software setup utility User programmable Yes by MGB specific SysEx message Windows available for free download mlc8 13 5x6 6x2 5 5 5 x2 6 x1 approx lsid g r 4 4x2 1x2 5 1 7 x0 8 x1 approx er lsisd g r 4 4x2 1x2 5 em 1 7 x0 8 x1 approx ls2d g r 4 4x2 1x2 5 1 7 x0 8 x1 approx ls10b g r 4 4x2 1x2 5 1 7 x0 8 x1 approx ls10b2 g r 6 2x2 1x2 5 2 4 x0 8 x1 approx info midiboutique com www midiboutique com mlc8 MIDI Gadgets Boutique Parameter Value Unit Comment mlc8 73 ia lsid g r 9 0 3oz Weight lsisd g r 10 g ps ls2d g r 12 0 40z 1s10b g r 12 doz ls10b2 g r 15 9 507 NOTES Some of sizes weights above may differ due to continuous X of our products c NS Q K q info midiboutique com www midiboutique com mlc8 MIDI Gadgets Boutique p 7 Appendix A Recognized System Exclusive messages Note All MIDI
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