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SMART THINGS
AFTER THOUGHTS
Read moreWhen we think about the Internet of Things, we are actually thinking about making the things (objects) smart. When we are able to gain on-demand insights and control over the objects, then we can say that the object is a Smart Thing. To live a Smart Life, enabling smart things is essential.
Now there can be many avenues by which one can turn an object into a Smart Thing. It depends on the object (think about refrigerator, oven, car or even a pen) and the insights as well as the control that you want from such objects (application).
The NXP Rapid IoT Kit is one such avenue (an excellent one I must say) and one of the application that I want to develop through it is a Smart Bottle.
THE BASICSI want to cover the development and engineering aspects and thus I am assuming that you can proceed with the setup on your own.
SMART BOTTLEWater is of major importance to all living things. Up to 60% of the human adult body is water. Each day humans must consume a certain amount of water to survive. Of course, this varies according to age and gender, and also by where someone lives. Generally, an adult male needs about 3 liters per day while an adult female needs about 2.2 liters per day. [Reference]
In our busy daily life, we tend to not follow the routine and not drink the essential amount of water everyday. Yes there are apps for monitoring your consumption for sure, but it is all manual work. But what if the bottle we are drinking from is smart enough to do the calculation automatically? Sounds interesting? This is the future! Let's get started!
Now, since the setup is out of the way, lets do some software development. To develop the software for the device, we will be using the NXP Rapid IoT Studio. I have attached the.atmo file at the end of the tutorial which you can import in the studio.
THE PROGRAM FLOWCHART
Flowchart
NXP RAPID IOT INTERFACE
NXP RAPID IOT INTERFACE
APPLICATION INTERFACE
APPLICATION INTERFACE
CLOUD INTERFACE
CLOUD INTERFACE
When this is done, one can simply click on the Save Icon and then the Compile Icon. If it compiles without errors then download the program file by clicking on the Program Firmware Icon. Now put the device into the programming mode, load the program on the device, provision the device and add the data graph widget to perform the visualization. You know the drill!
Now the next step covers the mechanical aspect. To keep it simple I took a couple of strips of a double sided tape, attached one side to the bottle and on the other side I attached the NXP Device. You can choose to follow your own mechanics (or maybe turn it into a complete product) but if you follow what I said, you will get something like in the image below.
Attach the device to the bottle
What's next? Nothing, just take a sip, really take a sip! When you are taking a sip (from your favorite bottle), a red light will glow on the device which will help you understand that the device is able to detect when you are drinking from the bottle. We have kept a minimum threshold of 10 seconds after which you can hear a beep as long as you are still sipping from the bottle. When you keep the bottle back to its place, you can see the amount of water consumed (in total) and the percentage consumption.
Measuring the Water Consumption
You can also visualize the data on the NXP Cloud with the help of the Data Graph Widget so you can get a good idea about your water consumption history.
Water Consumption Data Graph
As you may have seen, Rapid IoT Prototyping Kit helps in making prototyping really simple. You can make further modifications like detecting the temperature of the water (why not integrate a pollution monitor too to check the quality of water?) and even allowing the user to keep dynamic water consumption goals. You can think of different applications using the same methodology, for example, detecting posture or sleep to allow to transition from developing products for Smart Things to developing products for Smart Individual.
{
"name": "Smart Bottle",
"createVersion": "2017-08-12",
"description": "",
"lastModified": "2018-12-16T23:04:56.902Z",
"created": "2018-12-16T23:04:56.902Z",
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"displayPage": "\n\tATMO_UI_Page_DisplayPageByCoord(ATMO_PROPERTY(display, x), ATMO_PROPERTY(display, y), false);\n\treturn ATMO_Status_Success;\n\t",
"onDisplayed": "\n\treturn ATMO_Status_Success;\n ",
"onLeave": "\n\treturn ATMO_Status_Success;\n\t",
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"setLine1Text": "\n char label[32];\n if(ATMO_GetString(in, label, 32) == ATMO_Status_Success)\n {\n ATMO_UI_ICONLINES_SetMainText(ATMO_VARIABLE(display,pageHandle), 0, label);\n }\n else\n {\n return ATMO_Status_Fail;\n }\n\n return ATMO_Status_Success;\n ",
"setLine2Text": "\n char label[32];\n if(ATMO_GetString(in, label, 32) == ATMO_Status_Success)\n {\n ATMO_UI_ICONLINES_SetMainText(ATMO_VARIABLE(display,pageHandle), 1, label);\n }\n else\n {\n return ATMO_Status_Fail;\n }\n\n return ATMO_Status_Success;\n ",
"setLine3Text": "\n char label[32];\n if(ATMO_GetString(in, label, 32) == ATMO_Status_Success)\n {\n ATMO_UI_ICONLINES_SetMainText(ATMO_VARIABLE(display,pageHandle), 2, label);\n }\n else\n {\n return ATMO_Status_Fail;\n }\n\n return ATMO_Status_Success;\n ",
"setLine4Text": "\n char label[32];\n if(ATMO_GetString(in, label, 32) == ATMO_Status_Success)\n {\n ATMO_UI_ICONLINES_SetMainText(ATMO_VARIABLE(display,pageHandle), 3, label);\n }\n else\n {\n return ATMO_Status_Fail;\n }\n\n return ATMO_Status_Success;\n ",
"topRightButtonPressed": "\n\treturn ATMO_Status_Success;\n\t",
"bottomRightButtonPressed": "\n\treturn ATMO_Status_Success;\n\t",
"topLeftButtonPressed": "\n\treturn ATMO_Status_Success;\n\t",
"bottomLeftButtonPressed": "\n\treturn ATMO_Status_Success;\n\t"
},
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}
},
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"bottomRightButtonEnabled": false,
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"x": 0,
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"spanX": 1,
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"icon": "icon_applications_humidity",
"iconLabel": "",
"numLines": "3",
"line1Text": "",
"line2Text": "",
"line3Text": "ml",
"line4Text": ""
},
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"setBrightnessMedium": "\n uint8_t brightness = 0;\n uint8_t color = 0;\n RGB_Led_Get_State(&brightness, &color);\n RGB_Led_Set_State(RGB_LED_BRIGHT_MEDIUM, color);\n return ATMO_Status_Success;\n ",
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"trigger": "\treturn ATMO_Status_Success;",
"setup": "\n\treturn ATMO_Status_Success;\n\t",
"evaluate": "\n\tbool conditionTrue = false;\n\n\t// Convert property to same type as input\n\tATMO_Value_t targetStr;\n\tATMO_Value_t targetNum;\n\t\n\tATMO_InitValue(&targetStr);\n\tATMO_InitValue(&targetNum);\n\tATMO_CreateValueString(&targetStr, ATMO_PROPERTY(time_cmp, target));\n\tATMO_CreateValueConverted(&targetNum, in->type, &targetStr);\n\t\n\tif(ATMO_CompareValues(in, &targetNum, ATMO_PROPERTY(time_cmp, condition), &conditionTrue) != ATMO_Status_Success)\n\t{\n\t\tATMO_Value_t value;\n\t\tATMO_InitValue(&value);\n\t\tATMO_TriggerHandler(ATMO_TRIGGER(time_cmp, invalidType), NULL);\n\t\tATMO_FreeValue(&value);\n\t\tATMO_FreeValue(&targetStr);\n\t\tATMO_FreeValue(&targetNum);\n\t\treturn ATMO_Status_Fail;\n\t}\n\n\tATMO_FreeValue(&targetStr);\n\tATMO_FreeValue(&targetNum);\n\n\tif(conditionTrue)\n\t{\n\t\tATMO_Value_t value;\n\t\tATMO_InitValue(&value);\n\t\tATMO_TriggerHandler(ATMO_TRIGGER(time_cmp, conditionTrue), NULL);\n\t\tATMO_FreeValue(&value);\t\t\n\t}\n\telse\n\t{\n\t\tATMO_Value_t value;\n\t\tATMO_InitValue(&value);\n\t\tATMO_TriggerHandler(ATMO_TRIGGER(time_cmp, conditionFalse), NULL);\n\t\tATMO_FreeValue(&value);\t\t\t\n\t}\n\n\treturn ATMO_Status_Success;\n\t"
},
"variables": {},
"embeddedPropertyConversions": {
"target": "string"
},
"codeUserChanged": {
"setup": false,
"evaluate": false
},
"condition": "ATMO_GREATER_THAN_EQUAL",
"target": "10"
},
"meta": {
"editorX": 752,
"editorY": 210,
"lastTrigger": "conditionTrue"
},
"triggers": {
"triggered": [],
"conditionTrue": [
{
"mapping": {},
"targetOrder": [],
"targetElement": "EmbeddedNxpRpkBuzzer",
"targetAbility": "beep"
},
{
"mapping": {},
"targetOrder": [],
"targetElement": "Consumption",
"targetAbility": "trigger"
}
],
"conditionFalse": [],
"invalidType": []
},
"interruptAbilities": {
"trigger": false,
"setup": false,
"evaluate": false
},
"abilities": [
{
"name": "trigger",
"triggers": [
"triggered"
]
},
{
"name": "setup",
"triggers": []
},
{
"name": "evaluate",
"triggers": []
}
]
},
{
"name": "GetY",
"type": "EmbeddedFXOS8700",
"variants": [
"embedded",
"triggers",
"abilities",
"properties",
"variables"
],
"properties": {
"errorData": {},
"code": {
"trigger": "\treturn ATMO_Status_Success;",
"setup": "\tATMO_FXOS8700_Config_t config;\n\tconfig.address = ATMO_PROPERTY(GetY, i2cAddress);\n\tconfig.i2cDriverInstance = ATMO_PROPERTY(GetY, i2cInstance);\n\tconfig.gpioDriverInstance = ATMO_PROPERTY(GetY, gpioInstance);\n\tconfig.int1En = ATMO_PROPERTY(GetY, interrupt1Enabled);\n config.int2En = ATMO_PROPERTY(GetY, interrupt2Enabled);\n config.int1Pin = ATMO_PROPERTY(GetY, interrupt1Gpio);\n config.int2Pin = ATMO_PROPERTY(GetY, interrupt2Gpio);\n\n switch(ATMO_PROPERTY(GetY, motionDetectType))\n {\n case FXOS8700_NoDetect:\n {\n config.freefallEnabled = false;\n config.motionEnabled = false;\n config.tapDetectionEnabled = false;\n break;\n }\n case FXOS8700_FreefallDetect:\n {\n config.freefallEnabled = true;\n config.motionEnabled = false;\n config.tapDetectionEnabled = false;\n break;\n }\n case FXOS8700_MotionDetect:\n {\n config.freefallEnabled = false;\n config.motionEnabled = true;\n config.tapDetectionEnabled = false;\n break;\n }\n case FXOS8700_TapDetect:\n {\n config.freefallEnabled = false;\n config.motionEnabled = false;\n config.tapDetectionEnabled = true;\n break; \n }\n default:\n {\n config.freefallEnabled = false;\n config.motionEnabled = false; \n config.tapDetectionEnabled = false;\n break;\n }\n }\n\n ATMO_FXOS8700_SetMotionDetectedAbilityHandle(ATMO_ABILITY(GetY, detectMotion));\n ATMO_FXOS8700_SetFreefallDetectedAbilityHandle(ATMO_ABILITY(GetY, detectFreefall));\n ATMO_FXOS8700_SetTapDetectedAbilityHandle(ATMO_ABILITY(GetY, detectTap));\n\tATMO_FXOS8700_Init(&config);\n\n return ATMO_Status_Success;\n\t",
"setEnabled": "ATMO_FXOS8700_SetEnabled(true);\nreturn ATMO_Status_Success;",
"setDisabled": "ATMO_FXOS8700_SetEnabled(false);\nreturn ATMO_Status_Success;",
"setEnabledDisabled": "bool enabled = false;\nATMO_GetBool(in, &enabled);\nATMO_FXOS8700_SetEnabled(enabled);\nreturn ATMO_Status_Success;",
"getAccelData": " ATMO_3dFloatVector_t data;\r\n\r\n if( ATMO_FXOS8700_GetAccelData(&data) != ATMO_FXOS8700_Status_Success )\r\n {\r\n ATMO_CreateValueVoid(out);\r\n return ATMO_Status_Fail;\r\n }\r\n\r\n ATMO_CreateValue3dVectorFloat(out, &data);\r\n\r\n return ATMO_Status_Success;",
"getAccelX": "\tATMO_3dFloatVector_t data;\n\n\tif(ATMO_FXOS8700_GetAccelData(&data) != ATMO_FXOS8700_Status_Success)\n\t{\n\t\tATMO_CreateValueVoid(out);\n\t\treturn ATMO_Status_Fail;\n\t}\n\n\tATMO_CreateValueFloat(out, data.x);\n\treturn ATMO_Status_Success;\n",
"getAccelY": "\tATMO_3dFloatVector_t data;\n\n\tif(ATMO_FXOS8700_GetAccelData(&data) != ATMO_FXOS8700_Status_Success)\n\t{\n\t\tATMO_CreateValueVoid(out);\n\t\treturn ATMO_Status_Fail;\n\t}\n\n\tATMO_CreateValueFloat(out, data.y);\n\treturn ATMO_Status_Success;\n",
"getAccelZ": "\tATMO_3dFloatVector_t data;\n\n\tif(ATMO_FXOS8700_GetAccelData(&data) != ATMO_FXOS8700_Status_Success)\n\t{\n\t\tATMO_CreateValueVoid(out);\n\t\treturn ATMO_Status_Fail;\n\t}\n\n\tATMO_CreateValueFloat(out, data.z);\n\treturn ATMO_Status_Success;\n",
"getMagData": " ATMO_3dFloatVector_t data;\r\n\r\n if( ATMO_FXOS8700_GetMagData(&data) != ATMO_FXOS8700_Status_Success )\r\n {\r\n ATMO_CreateValueVoid(out);\r\n return ATMO_Status_Fail;\r\n }\r\n\r\n ATMO_CreateValue3dVectorFloat(out, &data);\r\n\r\n return ATMO_Status_Success;",
"getMagX": "\tATMO_3dFloatVector_t data;\n\n\tif(ATMO_FXOS8700_GetMagData(&data) != ATMO_FXOS8700_Status_Success)\n\t{\n\t\tATMO_CreateValueVoid(out);\n\t\treturn ATMO_Status_Fail;\n\t}\n\n\tATMO_CreateValueFloat(out, data.x);\n\treturn ATMO_Status_Success;\n",
"getMagY": "\tATMO_3dFloatVector_t data;\n\n\tif(ATMO_FXOS8700_GetMagData(&data) != ATMO_FXOS8700_Status_Success)\n\t{\n\t\tATMO_CreateValueVoid(out);\n\t\treturn ATMO_Status_Fail;\n\t}\n\n\tATMO_CreateValueFloat(out, data.y);\n\treturn ATMO_Status_Success;\n",
"getMagZ": "\tATMO_3dFloatVector_t data;\n\n\tif(ATMO_FXOS8700_GetMagData(&data) != ATMO_FXOS8700_Status_Success)\n\t{\n\t\tATMO_CreateValueVoid(out);\n\t\treturn ATMO_Status_Fail;\n\t}\n\n\tATMO_CreateValueFloat(out, data.z);\n\treturn ATMO_Status_Success;\n",
"detectTap": "\treturn ATMO_Status_Success;\n",
"detectMotion": "\treturn ATMO_Status_Success;\n",
"detectFreefall": "\treturn ATMO_Status_Success;\n",
"enableFreefallDetection": "if(ATMO_FXOS8700_EnableFreefallDetection() == ATMO_FXOS8700_Status_Success)\n{\n return ATMO_Status_Success;\n}\n\nreturn ATMO_Status_Fail;",
"enableMotionDetection": "if(ATMO_FXOS8700_EnableMotionDetection() == ATMO_FXOS8700_Status_Success)\n{\n return ATMO_Status_Success;\n}\n\nreturn ATMO_Status_Fail;",
"enableTapDetection": "if(ATMO_FXOS8700_EnableTapDetection() == ATMO_FXOS8700_Status_Success)\n{\n return ATMO_Status_Success;\n}\n\nreturn ATMO_Status_Fail;",
"disableDetection": "if(ATMO_FXOS8700_DisableAllDetection() == ATMO_FXOS8700_Status_Success)\n{\n return ATMO_Status_Success;\n}\n\nreturn ATMO_Status_Fail;"
},
"variables": {},
"embeddedPropertyConversions": {},
"codeUserChanged": {
"setup": false,
"setEnabled": false,
"setDisabled": false,
"setEnabledDisabled": false,
"getAccelData": false,
"getAccelX": false,
"getAccelY": false,
"getAccelZ": false,
"getMagData": false,
"getMagX": false,
"getMagY": false,
"getMagZ": false,
"detectTap": false,
"detectMotion": false,
"detectFreefall": false,
"enableFreefallDetection": false,
"enableMotionDetection": false,
"enableTapDetection": false,
"disableDetection": false
},
"i2cInstance": 1,
"gpioInstance": 0,
"interrupt1Enabled": false,
"interrupt2Enabled": true,
"interrupt1Gpio": "ATMO_DEFAULT_GPIO",
"interrupt2Gpio": "PTD13",
"motionDetectType": "FXOS8700_NoDetect",
"i2cAddress": "0x1E"
},
"meta": {
"editorX": 173,
"editorY": 0,
"lastTrigger": "accelYRead"
},
"triggers": {
"triggered": [],
"accelDataRead": [
{
"mapping": {},
"targetOrder": [],
"targetElement": "accl_cmp_greater",
"targetAbility": "evaluate"
},
{
"mapping": {},
"targetOrder": [],
"targetElement": "accl_cmp_less",
"targetAbility": "evaluate"
}
],
"accelXRead": [],
"accelYRead": [
{
"mapping": {},
"targetOrder": [],
"targetElement": "accl_cmp_greater",
"targetAbility": "evaluate"
},
{
"mapping": {},
"targetOrder": [],
"targetElement": "accl_cmp_less",
"targetAbility": "evaluate"
}
],
"accelZRead": [],
"magDataRead": [],
"magXRead": [],
"magYRead": [],
"magZRead": [],
"tapDetected": [],
"motionDetected": [],
"freefallDetected": []
},
"interruptAbilities": {
"trigger": false,
"setup": false,
"setEnabled": false,
"setDisabled": false,
"setEnabledDisabled": false,
"getAccelData": false,
"getAccelX": false,
"getAccelY": false,
"getAccelZ": false,
"getMagData": false,
"getMagX": false,
"getMagY": false,
"getMagZ": false,
"detectTap": false,
"detectMotion": false,
"detectFreefall": false,
"enableFreefallDetection": false,
"enableMotionDetection": false,
"enableTapDetection": false,
"disableDetection": false
},
"abilities": [
{
"name": "trigger",
"triggers": [
"triggered"
]
},
{
"name": "setup",
"triggers": []
},
{
"name": "setEnabled",
"triggers": []
},
{
"name": "setDisabled",
"triggers": []
},
{
"name": "setEnabledDisabled",
"triggers": []
},
{
"name": "getAccelData",
"triggers": [
"accelDataRead"
]
},
{
"name": "getAccelX",
"triggers": [
"accelXRead"
]
},
{
"name": "getAccelY",
"triggers": [
"accelYRead"
]
},
{
"name": "getAccelZ",
"triggers": [
"accelZRead"
]
},
{
"name": "getMagData",
"triggers": [
"magDataRead"
]
},
{
"name": "getMagX",
"triggers": [
"magXRead"
]
},
{
"name": "getMagY",
"triggers": [
"magYRead"
]
},
{
"name": "getMagZ",
"triggers": [
"magZRead"
]
},
{
"name": "detectTap",
"triggers": [
"tapDetected"
]
},
{
"name": "detectMotion",
"triggers": [
"motionDetected"
]
},
{
"name": "detectFreefall",
"triggers": [
"freefallDetected"
]
},
{
"name": "enableFreefallDetection",
"triggers": []
},
{
"name": "enableMotionDetection",
"triggers": []
},
{
"name": "enableTapDetection",
"triggers": []
},
{
"name": "disableDetection",
"triggers": []
}
]
},
{
"name": "EmbeddedNxpRpkBuzzer",
"type": "EmbeddedNxpRpkBuzzer",
"variants": [
"embedded",
"triggers",
"abilities",
"properties",
"variables",
"rpk"
],
"properties": {
"errorData": {},
"code": {
"trigger": "\treturn ATMO_Status_Success;",
"setup": "\n\treturn ATMO_Status_Success;\n ",
"beep": "\n ATMO_MK64F_Buzzer_On();\n ATMO_PLATFORM_DelayMilliseconds(200);\n ATMO_MK64F_Buzzer_Off();\n\treturn ATMO_Status_Success;\n ",
"turnOn": "\n ATMO_MK64F_Buzzer_On();\n ATMO_CreateValueBool(out, true);\n\treturn ATMO_Status_Success;\n ",
"turnOff": "\n ATMO_MK64F_Buzzer_Off();\n ATMO_CreateValueBool(out, false);\n\treturn ATMO_Status_Success;\n ",
"toggle": "\n bool newState = false;\n ATMO_MK64F_Buzzer_Toggle(&newState);\n ATMO_CreateValueBool(out, newState);\n\treturn ATMO_Status_Success;\n ",
"setState": "\n bool on = false;\n ATMO_GetBool(in, &on);\n\n if( on )\n {\n ATMO_MK64F_Buzzer_On();\n }\n else\n {\n ATMO_MK64F_Buzzer_Off();\n }\n ATMO_CreateValueBool(out, on);\n \n\treturn ATMO_Status_Success;\n "
},
"variables": {},
"embeddedPropertyConversions": {},
"codeUserChanged": {
"setup": false,
"beep": false,
"turnOn": false,
"turnOff": false,
"toggle": false,
"setState": false
}
},
"meta": {
"editorX": 874,
"editorY": 211,
"lastTrigger": "buzzerStateChange"
},
"triggers": {
"triggered": [],
"buzzerStateChange": []
},
"interruptAbilities": {
"trigger": false,
"setup": false,
"beep": false,
"turnOn": false,
"turnOff": false,
"toggle": false,
"setState": false
},
"abilities": [
{
"name": "trigger",
"triggers": [
"triggered"
]
},
{
"name": "setup",
"triggers": []
},
{
"name": "beep",
"triggers": []
},
{
"name": "turnOn",
"triggers": [
"buzzerStateChange"
]
},
{
"name": "turnOff",
"triggers": [
"buzzerStateChange"
]
},
{
"name": "toggle",
"triggers": [
"buzzerStateChange"
]
},
{
"name": "setState",
"triggers": [
"buzzerStateChange"
]
}
]
},
{
"name": "increment_counter",
"type": "EmbeddedFunction",
"variants": [
"embedded",
"triggers",
"abilities",
"properties",
"variables"
],
"properties": {
"errorData": {},
"code": {
"trigger": "\tcounter=counter+1;\n\tATMO_CreateValueInt(out,counter);\n\treturn ATMO_Status_Success;"
},
"variables": {},
"embeddedPropertyConversions": {},
"codeUserChanged": {
"trigger": true
}
},
"meta": {
"editorX": 625,
"editorY": 102,
"lastTrigger": "triggered"
},
"triggers": {
"triggered": [
{
"mapping": {},
"targetOrder": [],
"targetElement": "time_cmp",
"targetAbility": "evaluate"
}
]
},
"interruptAbilities": {
"trigger": false
},
"abilities": [
{
"name": "trigger",
"triggers": [
"triggered"
]
}
]
},
{
"name": "accl_cmp_less",
"type": "EmbeddedComparison",
"variants": [
"embedded",
"triggers",
"abilities",
"properties",
"variables"
],
"properties": {
"errorData": {},
"code": {
"trigger": "\treturn ATMO_Status_Success;",
"setup": "\n\treturn ATMO_Status_Success;\n\t",
...
This file has been truncated, please download it to see its full contents.
Hannan Satopay
3 projects • 7 followers
I am doing electronics engineering and I am interested in both hardware and software development.
Thanks to Ralph Yamamoto and Andrei Florian.
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