--- layout: newsstory title: ASSORTED NEWS match: ---
We're still in the depths of summer, but there's been a few things happening recently. If you want more details during the summer, keep an eye on YeltzTalk or subscribe to the Yeltz Mailing List .
Firstly, the friendly against Alsager has been replaced by a 'fun' day at The Grove plus a friendly against Causeway. Also, the League Cup draw has been made - we're away at Bilston .
The usual complicated promotions and relegations have now been sorted out, and the final list of Western Division teams has been announced: Atherstone United, Bedworth United, Bilston Town, Bloxwich United, Chippenham Town, Cinderford Town, Cirencester Town, Clevedon Town, Evesham United, Gloucester City, Gresley Rovers, Halesowen Town, Mangotsfield United, Racing Club Warwick, Redditch United, Rocester, Shepshed Dynamo, Solihull Borough, Stourport Swifts, Sutton Coldfield Town, Swindon Supermarine, Weston-super-Mare.
It's believed that the Boxing Day/Easter Monday games will be against the mighty Stourport Swifts. Brings it home how we've fallen, doesn't it?


There are four positions available with the position property. They are, top, right, bottom, and left.
The automatic positioning of elements is generally "static", which means "do not interfere" so whatever other properties used will dictate its positioning. The origin of an element is the top left hand corner, so whatever position element is used it will be reletive to that.
So if you put in the position "right 10px" for example then the element will move 10px to the left of the original position


| Rank | Name | Color | Size & Votes | |
|---|---|---|---|---|
| Favorite | Apples | Green | Medium | 500 |
| 2nd Favorite | Oranges | Orange | Large | 450 |
| 3rd Favorite | Pomegranate | Pomegranates and cherries can both come in a range of colors and sizes. | 203 | |
| Joint 4th | Cherries | 75 | ||
| Pineapple | Brown | Very Large | ||
| & copy; 2001 Adam Freeman Fruit Data Enterprise |


After a brief absence from NW Expressway, Here's Johnnie's!
by Dave CatheyJohnnie’s Charcoal Broiler recently reopened on the NW Expressway.
The store now at 6629 NW Expressway previously shared a single large space with the corporate office. It closed last year to make way for development of a new property now occupied by a Del Taco. Johnnie’s owners Rick and David Haynes reopened in a smaller space on the same property a few weeks ago.
I dropped by last week for a No. 5 with onion rings in the new space, which also include a drive-through lane. Gone are the drive-in booths, but back is the private dining space for parties.
Johnnie’s has also introduced a new mobile app, which offers a rewards program and cashless purchasing for pick-up orders.
Meanwhile, we await the return of the oldest Johnnie’s Charcoal Broiler location, which continues to be held hostage by road work on West Britton Road. I ran into Rick Haynes last week, who told me that location will reopen between Dec. 9 and 15, He also confirmed he and his brother have more than a simple reopening in store for Britton Road.
The sons of founder Johnnie Haynes once operated a gelato shop next door to the Britton Road location and plan to reopen those doors, too. But you might have to be 21 to enter.
Stay tuned.
Quick Bites
Rococo’s Shoppes at Northpark location is celebrating its 9th anniversary on Friday. Festivities begin at 6 p.m. and include complimentary appetizers, drink specials, live music and announcement of who will win free crab cakes for a year. It’s not too late to join that competition, simply post your guess as to how many crab cakes Rococo has served this year using the hashtag #RococoCrabCakes either here or here. Chef/owner Bruce Rinehart will announce the winner at 8 p.m. …
Organic Squeeze recently opened in Norman. Founded in 2013 by Robert Rhodes in Nichols Hills, the concept is now partnered with Provision Kitchen to offer healthy, convenient foods at both Organic Squeeze locations. Hal Smith Restaurants has joined the fray to help grow the healthy lifestyle concept into maturity. Look at the whole menu and location information here.
Related Photos


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George and Gus Grooming on the Couch
Special Delivery
Our Cat Family
Office Bros
You can change a bed but you can't change cats
Jasmine is Queen of the Bath Mat
Napping on the Office Bed
Three on a Tree
Tiny Siamese Jellybeans
Grooming Time
I woke up like this
I woke up and found them like this
Its Gus's adopt-a-versary!
Gus using George like a pillow
Gus && George
George snuzzling Gus
Gus and George


Others
Honors
- First Place Award, Spectral Reconstruction from RGB challenge, IEEE CVPR, 2022
- Best Paper Award, RLQ workshop, IEEE ICCV, 2019
- ICCV Travel Award, 2019
- ICLR Travel Award, 2019
- PhD Network Travel Grant, Northeastern University, USA, 2018, 2019
- Dean's Fellowship, Northeastern University, USA, 2017
- Shenzhen Universiade International Scholarship, 2017
- Excellent Graduate of Beijing, Beijing, 2017
- Excellent Graduate in Department of Automation, Tsinghua University, 2017
- Excellent Master Thesis Award, Tsinghua University, 2017
- Second Place Award, NTIRE workshop, IEEE CVPR, 2017
- National Scholarship (Ministry of Education, China, Top 2%), 2016
- Best Student Paper Award at IEEE Visual Communications and Image Processing (VCIP), 2015
- Jingzhi Research Award in Tsinghua University, 2015
Media
-
Paper Digest
- Most influential CVPR papers: Residual dense network ranks #11 in CVPR 2018
- Most influential ECCV papers: Residual channel attention network ranks #4 in ECCV 2018
Teaching
-
Instructor
- EECE 5642: Data Visualization, Northeastern University, Spring 2020 [Syllabus] Teaching Assistant
- DS 5500: Information Visualization: Applications in Data Science, Northeastern University, Spring 2021, Summer 2021
- EECE 5639: Computer Vision, Northeastern University, Fall 2018
- Modern Signal Processing, Tsinghua University, Fall 2015
Links
- Top publications: Computer Vision & Pattern Recognition, Artificial Intelligence
- Resources: Image Super-Resolution, Video Enhancement, Diffusion Models in Low-Level Vision
- Workshops & Challenges: NTIRE


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The Modal plugin is a dialog box/popup window that is displayed on top of the current page.
| Class | Description |
|---|---|
.modal | Creates a modal |
.modal-content | Styles the modal properly with border, background-color, etc. Use this class to add the modal's header, body, and footer. |
.modal-header | Defines the style for the header of the modal |
.modal-body | Defines the style of the body of the modal |
.modal-footer | Defines the style of the footer in the modal. Note: This area is right-aligned by default. To change this, overwrite CSS with text-align: left | center |
.modal-sm | Specifies a small modal |
.modal-lg | Specifies a large modal |
.fade | Adds an animation/transition effect which fades the modal in and out |
data-*
AttributesAdd data-toggle="modal"
and data-target="#modalID"
to any element.
Note: For
elements, omit data-target
, and use href="#modalID"
instead:
 <button type="button" data-toggle="modal" data-target="#myModal">Open Modal</button>  Open Modal
Open Modal

Enable manually with:
$("#myModal").modal();
Options can be passed via data attributes or JavaScript. For data attributes, append the option name to data-
, as in data-backdrop=""
.
| Name | Type | Default | Description |
|---|---|---|---|
backdrop | boolean or the string "static" | true | Specifies whether the modal should have a dark overlay:
|
keyboard | boolean | true | Specifies whether the modal can be closed with the escape key Esc:
|
show | boolean | true | Specifies whether to show the modal when initialized |
The following table lists all available modal methods.
| Method | Description |
|---|---|
.modal(options) | Activates the content as a modal. |
.modal("toggle") | Toggles the modal. |
.modal("show") | Opens the modal. |
.modal("hide") | Hides the modal. |
The following table lists all available modal events.
| Event | Description |
|---|---|
show.bs.modal | Occurs when the modal is about to be shown |
shown.bs.modal | Occurs when the modal is fully shown (after CSS transitions have completed) |
hide.bs.modal | Occurs when the modal is about to be hidden |
hidden.bs.modal | Occurs when the modal is fully hidden (after CSS transitions have completed) |


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--- layout: data_model title: CAPEC2.7InstanceType this_version: 1.1 ---
The CAPECInstanceType provides an extension to the APStructureAbstractType which imports and leverages the CAPEC 2.7 schema for structured characterization of Attack Patterns.
| Field Name | Type | Description |
|---|---|---|
| @idoptional | QName |
Specifies a unique ID for this Attack Pattern. |
| @idrefoptional | QName |
Specifies a reference to the ID for this Attack Pattern specified elsewhere. |
| @capec_idoptional | @capec_idInlineType |
This field specifies a reference to a particular entry within the Common Attack Pattern Enumeration and Classification (CAPEC) |
| Title0..1 | string |
The Title field provides a simple title for an individual Attack Pattern. |
| Description0..1 | StructuredTextType |
The Description field is optional and provides an unstructured, text description of an individual Attack Pattern. |
| Short_Description0..1 | StructuredTextType |
The Short_Description field is optional and provides a short, unstructured, text description of an individual Attack Pattern. |
| CAPEC1..1 | Attack_PatternType |
The CAPEC field contains the structured specification of an Attack Pattern utilizing the CAPEC schema. |


Chart
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{{team10|safe}}


Jisang Kim 김지상
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Selected works of ceramics pottery and sculpture made during 2012 - 2019.
For more information and detailed pricing, please contact
<EMAIL_ADDRESS>.
Copyright ⓒ All rights reserved by Jisang Kim


The Swing components are written in Java, without window-system-specific code. This facilitates a customizable look and feel without relying on the native windowing system, and simplifies the deployment of applications. Swing also supports a pluggable look and feel architecture. This feature will give users the ability to switch the look and feel of an application without restarting it and without the developer having to subclass the entire component set.


This file contains the function prototypes for the device abstraction layer for MCSPI. It also contains necessary structure, enum and macro definitions. More...
#include <ti/csl/cslr_mcspi.h>
Macros | |
| #define | MCSPI_CHANNEL_0 (0U) |
| McSPI channel 0 is used for data communication. | |
| #define | MCSPI_CHANNEL_1 (1U) |
| McSPI channel 1 is used for data communication. | |
| #define | MCSPI_CHANNEL_2 (2U) |
| McSPI channel 2 is used for data communication. | |
| #define | MCSPI_CHANNEL_3 (3U) |
| McSPI channel 3 is used for data communication. | |
| #define | MCSPI_CLK_MODE_0 |
| McSPI clock Mode 0 is selected SPICLK is active high and sampling occurs on the rising edge. | |
| #define | MCSPI_CLK_MODE_1 |
| McSPI clock Mode 1 is selected SPICLK is active high and sampling occurs on the falling edge. | |
| #define | MCSPI_CLK_MODE_2 |
| McSPI clock Mode 2 is selected SPICLK is active low and sampling occurs on the falling edge. | |
| #define | MCSPI_CLK_MODE_3 |
| McSPI clock Mode 3 is selected SPICLK is active low and sampling occurs on the rising edge. | |
| #define | MCSPI_REG_OFFSET (0x14U) |
| McSPI Register Offset for MCSPI_CHxCONF, MCSPI_CHxSTAT, MCSPI_CHxCTRL, MCSPI_TXx and MCSPI_RXx register sets. | |
| #define | MCSPI_CHCONF(x) |
| Base address of McSPI Channel configuration : MCSPI_CHCONF(x) | |
| #define | MCSPI_CHSTAT(x) |
| Base address of McSPI Channel status : McSPI_CHSTAT(x) | |
| #define | MCSPI_CHCTRL(x) |
| Base address of McSPI_CHCTRL(x) which is used to enable channel. | |
| #define | MCSPI_CHTX(x) |
| Base address of McSPI_CHTX(x) which is used to store data to be transmitted. | |
| #define | MCSPI_CHRX(x) |
| Base address of McSPI_CHRX(x) which is used to store data to be received. | |
| #define | MCSPI_WORD_LENGTH_MIN ((uint32_t) 4U) |
| Minumum word lengths that is valid for McSPI channel configuration. | |
| #define | MCSPI_WORD_LENGTH_MAX ((uint32_t) 32U) |
| Maximum word lengths that is valid for McSPI channel configuration. | |
| #define | MCSPI_WORD_LENGTH(n) |
| Values used to set the word length for McSPI communication 'n' can take values only between 4 <= n <= 32. | |
| #define | MCSPI_CS_TCS_0PNT5_CLK |
| chip select time control(TCS) configuration : Zero interface clock cycle between CS toggling and first or last edge of SPI clock | |
| #define | MCSPI_CS_TCS_1PNT5_CLK |
| chip select time control(TCS) configuration : One interface clock cycle between CS toggling and first or last edge of SPI clock | |
| #define | MCSPI_CS_TCS_2PNT5_CLK |
| chip select time control(TCS) configuration : Two interface clock cycles between CS toggling and first or last edge of SPI clock | |
| #define | MCSPI_CS_TCS_3PNT5_CLK |
| chip select time control(TCS) configuration : Three interface clock cycles between CS toggling and first or last edge of SPI clock | |
| #define | MCSPI_START_BIT_POL_LOW (MCSPI_CH0CONF_SBPOL_LOWLEVEL) |
| Low polarity is set for start bit for McSPI communication. | |
| #define | MCSPI_START_BIT_POL_HIGH (MCSPI_CH0CONF_SBPOL_HIGHLEVEL) |
| High polarity is set for start bit for McSPI communication. | |
| #define | MCSPI_TX_RX_MODE |
| Transmit-receive mode of McSPI peripheral in master mode is configured. | |
| #define | MCSPI_RX_ONLY_MODE |
| Only Receive mode of McSPI peripheral in master mode is configured. | |
| #define | MCSPI_TX_ONLY_MODE |
| Only Transmit mode of McSPI peripheral in master mode is configured. | |
| #define | MCSPI_DATA_LINE_COMM_MODE_0 |
| Communication on Data line pins is configured as : Data line 0 (SPIDAT[0]) selected for reception Data line 1 (SPIDAT[1]) selected for transmission Data Line 0 (SPIDAT[0]) selected for transmission. | |
| #define | MCSPI_DATA_LINE_COMM_MODE_1 |
| Communication on Data line pins is configured as : Data line 0 (SPIDAT[0]) selected for reception Data line 1 (SPIDAT[1]) selected for transmission No transmission on Data Line 0 (SPIDAT[0]) | |
| #define | MCSPI_DATA_LINE_COMM_MODE_2 |
| Communication on Data line pins is configured as : Data line 0 (SPIDAT[0]) selected for reception No transmission on Data Line 1 (SPIDAT[1]) Data line 0 (SPIDAT[0]) selected for transmission. | |
| #define | MCSPI_DATA_LINE_COMM_MODE_3 |
| Communication on Data line pins is configured as : Data line 0 (SPIDAT[0]) selected for reception No transmission on Data Line 1 (SPIDAT[1]) No transmission on Data Line 0 (SPIDAT[0]) | |
| #define | MCSPI_DATA_LINE_COMM_MODE_4 |
| Communication on Data line pins is configured as : Data line 1 (SPIDAT[1]) selected for reception Data line 1 (SPIDAT[1]) selected for transmission Data Line 0 (SPIDAT[0]) selected for transmission. | |
| #define | MCSPI_DATA_LINE_COMM_MODE_5 |
| Communication on Data line pins is configured as : Data line 1 (SPIDAT[1]) selected for reception Data line 1 (SPIDAT[1]) selected for transmission No transmission on Data Line 0 (SPIDAT[0]) | |
| #define | MCSPI_DATA_LINE_COMM_MODE_6 |
| Communication on Data line pins is configured as : Data line 1 (SPIDAT[1]) selected for reception No transmission on Data Line 1 (SPIDAT[1]) Data line 0 (SPIDAT[0]) selected for transmission. | |
| #define | MCSPI_DATA_LINE_COMM_MODE_7 |
| Communication on Data line pins is configured as : Data line 1 (SPIDAT[1]) selected for reception No transmission on Data Line 1 (SPIDAT[1]) No transmission on Data Line 0 (SPIDAT[0]) | |
| #define | MCSPI_RX_FIFO_ENABLE |
| McSPI peripheral Rx FIFO is enabled. | |
| #define | MCSPI_RX_FIFO_DISABLE |
| McSPI peripheral Rx FIFO is disabled. | |
| #define | MCSPI_TX_FIFO_ENABLE |
| McSPI peripheral Tx FIFO is enabled. | |
| #define | MCSPI_TX_FIFO_DISABLE |
| McSPI peripheral Tx FIFO is disabled. | |
| #define | MCSPI_DMA_RX_EVENT |
| McSPI peripheral read DMA event is enabled. | |
| #define | MCSPI_DMA_TX_EVENT |
| McSPI peripheral write DMA event is enabled. | |
| #define | MCSPI_INT_TX_EMPTY(chan) |
| Mask value of TX Empty interrupt enable of McSPI peripheral for the corresponding channel. | |
| #define | MCSPI_INT_TX_UNDERFLOW(chan) |
| Mask value of TX Underflow interrupt enable of McSPI peripheral for the corresponding channel. | |
| #define | MCSPI_INT_RX_FULL(chan) |
| Mask value of RX Full interrupt enable of McSPI peripheral for the corresponding channel. | |
| #define | MCSPI_INT_RX0_OVERFLOW |
| Mask value of RX Overflow interrupt status of McSPI peripheral. | |
| #define | MCSPI_INT_EOWKE |
| Mask value of End of word count interrupt enable of McSPI peripheral. | |
| #define | MCSPI_INITDLY_0 |
| No delay is configured for first spi transfer from McSPI peripheral. | |
| #define | MCSPI_INITDLY_4 |
| 4 SPI bus clock delays is configured for first spi transfer from McSPI peripheral. | |
| #define | MCSPI_INITDLY_8 |
| 8 SPI bus clock delays is configured for first spi transfer from McSPI peripheral. | |
| #define | MCSPI_INITDLY_16 |
| 16 SPI bus clock delays is configured for first spi transfer from McSPI peripheral. | |
| #define | MCSPI_INITDLY_32 |
| 32 SPI bus clock delays is configured for first spi transfer from McSPI peripheral. | |
| #define | MCSPI_CH_STAT_RXS_FULL |
| McSPI channel status if Rx buffer is full. | |
| #define | MCSPI_CH_STAT_TXS_EMPTY |
| McSPI channel status if Tx buffer is empty. | |
| #define | MCSPI_CH_STAT_EOT |
| McSPI channel status if End of Transfer is completed. | |
| #define | MCSPI_CH_TXFFE |
| McSPI channel status if Tx FIFO buffer is empty. | |
| #define | MCSPI_CH_TXFFF |
| McSPI channel status if Tx FIFO buffer is full. | |
| #define | MCSPI_CH_RXFFE |
| McSPI channel status if Rx FIFO buffer is empty. | |
| #define | MCSPI_CH_RXFFF |
| McSPI channel status if Rx FIFO buffer is full. | |
| #define | MCSPI_MOA_ENABLE |
| Multiple word ocp access is enabled. | |
| #define | MCSPI_MOA_DISABLE |
| Multiple word ocp access is disabled. | |
| #define | MCSPI_SINGLE_CH |
| Single channel is configured for MCSPI Peripheral. | |
| #define | MCSPI_MULTI_CH |
| Multi channel is configured for MCSPI Peripheral. | |
| #define | MCSPI_CS_POL_HIGH |
| Chip select is held high during active state. | |
| #define | MCSPI_CS_POL_LOW |
| Chip select is held low during active state. | |
| #define | MCSPI_FDAA_DISABLE |
| FDAA operation of McSPI peripheral is disabled. | |
| #define | MCSPI_FDAA_ENABLE |
| FDAA operation of McSPI peripheral is enabled. | |
| #define | MCSPI_CLOCKS_OCP_OFF_FUNC_OFF |
| Both OCP and Functional clock is switched off. | |
| #define | MCSPI_CLOCKS_OCP_ON_FUNC_OFF |
| OCP clock is maintained but Functional clock is switched off. | |
| #define | MCSPI_CLOCKS_OCP_OFF_FUNC_ON |
| Functional clock is maintained but OCP clock is switched off. | |
| #define | MCSPI_CLOCKS_OCP_ON_FUNC_ON |
| Both OCP and Functional clock is maintained. | |
| #define | MCSPI_SIDLEMODE_FORCE |
| Force Idle Mode is requested for MCSPI peripheral. | |
| #define | MCSPI_SIDLEMODE_NO |
| No Idle Mode is requested for MCSPI peripheral. | |
| #define | MCSPI_SIDLEMODE_SMART_IDLE |
| Smart Idle Mode is requested for MCSPI peripheral. | |
| #define | MCSPI_WAKEUP_ENABLE |
| Wake-up feature control is enabled. | |
| #define | MCSPI_WAKEUP_DISABLE |
| Wake-up feature control is disabled. | |
| #define | MCSPI_AUTOIDLE_ON |
| Auromatic OCP clock gating is configured for MCSPI peripheral. | |
| #define | MCSPI_AUTOIDLE_OFF |
| OCP clock is configured as free running state for MCSPI peripheral. | |
Functions | |
| void | McSPIClkConfig (uint32_t baseAddr, uint32_t spiInClk, uint32_t spiOutClk, uint32_t chNum, uint32_t clkMode) |
| Configures the clock. More... | |
| void | McSPIWordLengthSet (uint32_t baseAddr, uint32_t wordLength, uint32_t chNum) |
| Configure the word length. More... | |
| void | McSPICSEnable (uint32_t baseAddr) |
| This API will enable the chip select pin. More... | |
| void | McSPICSDisable (uint32_t baseAddr) |
| This API will disable the chip select pin. More... | |
| void | McSPICSPolarityConfig (uint32_t baseAddr, uint32_t spiEnPol, uint32_t chNum) |
| This API will configure the chip select polarity. More... | |
| void | McSPICSTimeControlSet (uint32_t baseAddr, uint32_t csTimeControl, uint32_t chNum) |
| This API will configure the chip select time control. More... | |
| void | McSPICSAssert (uint32_t baseAddr, uint32_t chNum) |
| This API will activate the chip select line. More... | |
| void | McSPICSDeAssert (uint32_t baseAddr, uint32_t chNum) |
| This API will deactivate the chip select line. More... | |
| void | McSPIStartBitEnable (uint32_t baseAddr, uint32_t chNum) |
| This API will enable start bit. More... | |
| void | McSPIStartBitPolarityConfig (uint32_t baseAddr, uint32_t startBitPol, uint32_t chNum) |
| This API will configure the polarity of start bit. More... | |
| void | McSPIStartBitDisable (uint32_t baseAddr, uint32_t chNum) |
| This API will disable the start bit mode of McSPI peripheral. More... | |
| void | McSPIMasterModeEnable (uint32_t baseAddr) |
| This API will enable the McSPI controller in master mode. More... | |
| void | McSPISlaveModeEnable (uint32_t baseAddr) |
| This call will enable the McSPI controller in Slave mode. . More... | |
| uint32_t | McSPIMasterModeConfig (uint32_t baseAddr, uint32_t channelMode, uint32_t trMode, uint32_t pinMode, uint32_t chNum) |
| This API will enable the McSPI controller in master mode and configure other parameters required for master mode. More... | |
| void | McSPIChannelEnable (uint32_t baseAddr, uint32_t chNum) |
| This API will enable the channel of McSPI controller. More... | |
| void | McSPIChannelDisable (uint32_t baseAddr, uint32_t chNum) |
| This API will disable the channel of McSPI controller. More... | |
| void | McSPIReset (uint32_t baseAddr) |
| This API will reset the McSPI peripheral. More... | |
| void | McSPITurboModeEnable (uint32_t baseAddr, uint32_t chNum) |
| This API will enable the McSPI turbo mode of operation. More... | |
| void | McSPITurboModeDisable (uint32_t baseAddr, uint32_t chNum) |
| This API will disable the McSPI turbo mode of operation. More... | |
| void | McSPITxFIFOConfig (uint32_t baseAddr, uint32_t txFifo, uint32_t chNum) |
| This API will enable/disable the Tx FIFOs of McSPI peripheral. More... | |
| void | McSPIRxFIFOConfig (uint32_t baseAddr, uint32_t rxFifo, uint32_t chNum) |
| This API will enable/disable the Rx FIFOs of McSPI peripheral. More... | |
| void | McSPIFIFOTrigLvlSet (uint32_t baseAddr, uint8_t afl, uint8_t ael, uint32_t trMode) |
| This API will set the transfer levels used by FIFO depending on the various McSPI transmit/receive modes. More... | |
| void | McSPIWordCountSet (uint32_t baseAddr, uint16_t wCnt) |
| This API will set the McSPI word counter value. More... | |
| void | McSPIDMAEnable (uint32_t baseAddr, uint32_t dmaFlags, uint32_t chNum) |
| This API will enable the DMA read/write events of McSPI. More... | |
| void | McSPIDMADisable (uint32_t baseAddr, uint32_t dmaFlags, uint32_t chNum) |
| This API will disable the DMA read/write events of McSPI. More... | |
| void | McSPIIntEnable (uint32_t baseAddr, uint32_t intFlags) |
| This API will enable the McSPI Interrupts. More... | |
| void | McSPIIntDisable (uint32_t baseAddr, uint32_t intFlags) |
| This API will disable the McSPI Interrupts. More... | |
| void | McSPIInitDelayConfig (uint32_t baseAddr, uint32_t initDelay) |
| This API will set initial delay for first transfer from McSPI peripheral. More... | |
| void | McSPITransmitData (uint32_t baseAddr, uint32_t txData, uint32_t chNum) |
| This API will put the data on to the McSPI Channel transmit register. More... | |
| uint32_t | McSPIReceiveData (uint32_t baseAddr, uint32_t chNum) |
| This API will return the data present in the MCSPI_RX register. More... | |
| uint32_t | McSPIIntStatusGet (uint32_t baseAddr) |
| This API will return the status of the McSPI peripheral interrupts. More... | |
| void | McSPIIntStatusClear (uint32_t baseAddr, uint32_t intFlags) |
| This API will clear the status of McSPI Interrupts. More... | |
| uint32_t | McSPIChannelStatusGet (uint32_t baseAddr, uint32_t chNum) |
| This API will return the status of the McSPI channel currently in use. More... | |
| void | McSPIMultipleWordAccessConfig (uint32_t baseAddr, uint32_t moa) |
| This API will enable/disable multiple word OCP access for McSPI peripheral. More... | |
| void | McSPIFIFODatManagementConfig (uint32_t baseAddr, uint32_t fdaa) |
| This API will enable/disable the FIFO DMA address 256-bit aligned feature of McSPI peripheral. More... | |
| void | MCSPISysConfigSetup (uint32_t baseAddr, uint32_t clockActivity, uint32_t sidleMode, uint32_t wakeUp, uint32_t autoIdle) |
| MCSPISysConfigSetup() description for void MCSPISysConfigSetup(). This call will setup the SYSCONFIG register of the McSPI peripheral. More... | |
| uint32_t | MCSPIPinDirSet (uint32_t baseAddr, uint32_t trMode, uint32_t pinMode, uint32_t chNum) |
| MCSPIPinDirSet() description for void MCSPIPinDirSet(). This call will configure the Pin Direction and the transfer mode depending on the user sent values. More... | |
| void | MCSPISingleChModeEnable (uint32_t baseAddr) |
| MCSPISingleChModeEnable() description for void MCSPISingleChModeEnable(). This call will configure McSPI to work in single channel mode. More... | |
| void | MCSPIMultiChModeEnable (uint32_t baseAddr) |
| MCSPIMultiChModeEnable() description for void MCSPIMultiChModeEnable(). This call will configure McSPI to work in Multi channel mode. More... | |
| void | McSPISetSlaveChipSel (uint32_t baseAddr, uint32_t chNum, uint32_t slaveChipSel) |
| McSPISetSlaveChipSel() description for void McSPISetSlaveChipSel(). This call will activate the user specified chip select line. More... | |
This file contains the function prototypes for the device abstraction layer for MCSPI. It also contains necessary structure, enum and macro definitions.
Programming sequence of MCSPI is as follows:
| void McSPIChannelDisable | ( | uint32_t | baseAddr, |
| uint32_t | chNum | ||
| ) |
This API will disable the channel of McSPI controller.
| baseAddr | Memory Address of the McSPI instance used. |
| chNum | Channel number of the McSPI instance used. 'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum 0 <= n <= 3.\n |
| void McSPIChannelEnable | ( | uint32_t | baseAddr, |
| uint32_t | chNum | ||
| ) |
This API will enable the channel of McSPI controller.
| baseAddr | Memory Address of the McSPI instance used. |
| chNum | Channel number of the McSPI instance used.'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum 0 <= n <= 3.\n |
| uint32_t McSPIChannelStatusGet | ( | uint32_t | baseAddr, |
| uint32_t | chNum | ||
| ) |
This API will return the status of the McSPI channel currently in use.
| baseAddr | Memory Address of the McSPI instance used. |
| chNum | Channel used for communication.'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n |
| void McSPIClkConfig | ( | uint32_t | baseAddr, |
| uint32_t | spiInClk, | ||
| uint32_t | spiOutClk, | ||
| uint32_t | chNum, | ||
| uint32_t | clkMode | ||
| ) |
Configures the clock.
This API will configure the clkD and extClk fields to generate required spi clock depending on the type of granularity. It will also set the phase and polarity of spiClk by the clkMode field.
| baseAddr | Memory Address of the McSPI instance used. |
| spiInClk | Clock frequency given to the McSPI module. |
| spiOutClk | Clock frequency on the McSPI bus. |
| chNum | Channel number of the McSPI instance used. |
| clkMode | Clock mode used.'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum 0 <= n <= 3.\n 'clkMode' can take the following values.\n MCSPI_CLK_MODE_n - McSPI clock mode n.\n For clkMode 0 <= n <= 3.\n |
| void McSPICSAssert | ( | uint32_t | baseAddr, |
| uint32_t | chNum | ||
| ) |
This API will activate the chip select line.
| baseAddr | Memory Address of the McSPI instance used. |
| chNum | Channel number of the McSPI instance used. 'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum 0 <= n <= 3.\n |
| void McSPICSDeAssert | ( | uint32_t | baseAddr, |
| uint32_t | chNum | ||
| ) |
This API will deactivate the chip select line.
| baseAddr | Memory Address of the McSPI instance used. |
| chNum | Channel number of the McSPI instance used. 'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum 0 <= n <= 3.\n |
| void McSPICSDisable | ( | uint32_t | baseAddr | ) |
This API will disable the chip select pin.
| baseAddr | Memory Address of the McSPI instance used. |
| void McSPICSEnable | ( | uint32_t | baseAddr | ) |
This API will enable the chip select pin.
| baseAddr | Memory Address of the McSPI instance used. |
| void McSPICSPolarityConfig | ( | uint32_t | baseAddr, |
| uint32_t | spiEnPol, | ||
| uint32_t | chNum | ||
| ) |
This API will configure the chip select polarity.
| baseAddr | Memory Address of the McSPI instance used. |
| spiEnPol | Polarity of CS line. |
| chNum | Channel number of the McSPI instance used.'spiEnPol' can take the following values.\n MCSPI_CHnCONF_EPOL_ACTIVEHIGH - SPIEN pin is held high during the active state.\n MCSPI_CHnCONF_EPOL_ACTIVELOW - SPIEN pin is held low during the active state.\n where n is the channel number. 0 <= n <= 4 \n 'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum 0 <= n <= 3.\n |
| void McSPICSTimeControlSet | ( | uint32_t | baseAddr, |
| uint32_t | csTimeControl, | ||
| uint32_t | chNum | ||
| ) |
This API will configure the chip select time control.
| baseAddr | Memory Address of the McSPI instance used. |
| csTimeControl | Chip Select time control. |
| chNum | Channel number of the McSPI instance used. 'csTimeControl' can take the following values.\n MCSPI_CH0CONF_TCS0_ZEROCYCLEDLY\n MCSPI_CH0CONF_TCS0_ONECYCLEDLY\n MCSPI_CH0CONF_TCS0_TWOCYCLEDLY\n MCSPI_CH0CONF_TCS0_THREECYCLEDLY\n 'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum 0 <= n <= 3.\n |
| void McSPIDMADisable | ( | uint32_t | baseAddr, |
| uint32_t | dmaFlags, | ||
| uint32_t | chNum | ||
| ) |
This API will disable the DMA read/write events of McSPI.
| baseAddr | Memory Address of the McSPI instance used. |
| dmaFlags | Variable used to disable DMA mode for Rx/Tx events. |
| chNum | Channel number of the McSPI instance used.'dmaFlags' can take the following values.\n MCSPI_DMA_RX_EVENT - To disable DMA mode for Rx events.\n MCSPI_DMA_TX_EVENT - To disable DMA mode for Tx events.\n 'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum n can range from 0-3.\n |
| void McSPIDMAEnable | ( | uint32_t | baseAddr, |
| uint32_t | dmaFlags, | ||
| uint32_t | chNum | ||
| ) |
This API will enable the DMA read/write events of McSPI.
| baseAddr | Memory Address of the McSPI instance used. |
| dmaFlags | Variable used to enable DMA mode for Rx/Tx events. |
| chNum | Channel number of the McSPI instance used.'dmaFlags' can take the following values.\n MCSPI_DMA_RX_EVENT - To enable DMA mode for Rx events.\n MCSPI_DMA_TX_EVENT - To enable DMA mode for Tx events.\n 'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum n can range from 0-3.\n |
| void McSPIFIFODatManagementConfig | ( | uint32_t | baseAddr, |
| uint32_t | fdaa | ||
| ) |
This API will enable/disable the FIFO DMA address 256-bit aligned feature of McSPI peripheral.
| baseAddr | Memory Address of the McSPI instance used. |
| fdaa | Used to enable/disable FDAA in McSPI peripheral.'fdaa' can take the following values.\n MCSPI_FDAA_ENABLE - Enable FDAA.\n MCSPI_FDAA_DISABLE - Disable FDAA.\n |
| void McSPIFIFOTrigLvlSet | ( | uint32_t | baseAddr, |
| uint8_t | afl, | ||
| uint8_t | ael, | ||
| uint32_t | trMode | ||
| ) |
This API will set the transfer levels used by FIFO depending on the various McSPI transmit/receive modes.
| baseAddr | Memory Address of the McSPI instance used. |
| afl | Buffer almost full value. |
| ael | Buffer almost empty value. |
| trMode | Transmit/Receive modes used.'trMode' can take the following values.\n MCSPI_TX_RX_MODE - Enable McSPI in TX and RX modes.\n MCSPI_RX_ONLY_MODE - Enable McSPI only in RX mode.\n MCSPI_TX_ONLY_MODE - Enable McSPI only in TX mode.\n |
| void McSPIInitDelayConfig | ( | uint32_t | baseAddr, |
| uint32_t | initDelay | ||
| ) |
This API will set initial delay for first transfer from McSPI peripheral.
| baseAddr | Memory Address of the McSPI instance used. |
| initDelay | Delay used for first transfer.'initDelay' can take the following values.\n MCSPI_INITDLY_0 - No delay for first transfer.\n MCSPI_INITDLY_4 - Delay of 4 SPI Clock.\n MCSPI_INITDLY_8 - Delay of 8 SPI Clock.\n MCSPI_INITDLY_16 - Delay of 16 SPI Clock.\n MCSPI_INITDLY_32 - Delay of 32 SPI Clock.\n |
| void McSPIIntDisable | ( | uint32_t | baseAddr, |
| uint32_t | intFlags | ||
| ) |
This API will disable the McSPI Interrupts.
| baseAddr | Memory Address of the McSPI instance used. |
| intFlags | Represents the various interrupts to be disabled. 'intFlags' can take the following values.\n MCSPI_INT_TX_EMPTY(chan) - Transmitter register empty interrupt.\n MCSPI_INT_TX_UNDERFLOW(chan) - Transmitter register underflow interrupt.\n MCSPI_INT_RX_FULL(chan) - Receiver register full interrupt.\n MCSPI_INT_RX0_OVERFLOW - Receiver register 0 overflow interrupt.\n MCSPI_INT_EOWKE - End of word count interrupt.\n 'chan' stands for channel number. Please specify the proper channel number while passing the macros. 0 <= chan <= 3 \n 'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum n can range from 0-3.\n |
| void McSPIIntEnable | ( | uint32_t | baseAddr, |
| uint32_t | intFlags | ||
| ) |
This API will enable the McSPI Interrupts.
| baseAddr | Memory Address of the McSPI instance used. |
| intFlags | Represents the various interrupts to be enabled. |
| void McSPIIntStatusClear | ( | uint32_t | baseAddr, |
| uint32_t | intFlags | ||
| ) |
This API will clear the status of McSPI Interrupts.
| baseAddr | Memory Address of the McSPI instance used. |
| intFlags | Represents the various interrupts to be cleared. |
| uint32_t McSPIIntStatusGet | ( | uint32_t | baseAddr | ) |
This API will return the status of the McSPI peripheral interrupts.
| baseAddr | Memory Address of the McSPI instance used. |
| uint32_t McSPIMasterModeConfig | ( | uint32_t | baseAddr, |
| uint32_t | channelMode, | ||
| uint32_t | trMode, | ||
| uint32_t | pinMode, | ||
| uint32_t | chNum | ||
| ) |
This API will enable the McSPI controller in master mode and configure other parameters required for master mode.
| baseAddr | Memory Address of the McSPI instance used. |
| channelMode | Single/Multi channel. |
| trMode | Transmit/Receive mode used in master configuration. |
| pinMode | Interface mode and pin assignment. |
| chNum | Channel number of the McSPI instance used.'channelMode' can take the following values.\n MCSPI_MODULCTRL_SINGLE_SINGLE - Single channel mode is used.\n MCSPI_MODULCTRL_SINGLE_MULTI - Multi channel mode is used.\n 'trMode' can take the following values.\n MCSPI_TX_RX_MODE - Enable McSPI in TX and RX modes.\n MCSPI_RX_ONLY_MODE - Enable McSPI only in RX mode.\n MCSPI_TX_ONLY_MODE - Enable McSPI only in TX mode.\n 'pinMode' can take the following values.\n MCSPI_DATA_LINE_COMM_MODE_n - Mode n configuration for SPIDAT[1:0].\n For pinMode 0 <= n <= 7.\n 'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum 0 <= n <= 3.\n |
| void McSPIMasterModeEnable | ( | uint32_t | baseAddr | ) |
This API will enable the McSPI controller in master mode.
| baseAddr | Memory Address of the McSPI instance used. |
| void MCSPIMultiChModeEnable | ( | uint32_t | baseAddr | ) |
MCSPIMultiChModeEnable() description for void MCSPIMultiChModeEnable(). This call will configure McSPI to work in Multi channel mode.
| baseAddr | Base address of the McSPI instance used. |
| void McSPIMultipleWordAccessConfig | ( | uint32_t | baseAddr, |
| uint32_t | moa | ||
| ) |
This API will enable/disable multiple word OCP access for McSPI peripheral.
| baseAddr | Memory Address of the McSPI instance used. |
| moa | Used to enable/disable MOA in McSPI peripheral.'moa' can take the following values.\n MCSPI_MOA_ENABLE - Enable MOA.\n MCSPI_MOA_DISABLE - Disable MOA.\n |
| uint32_t MCSPIPinDirSet | ( | uint32_t | baseAddr, |
| uint32_t | trMode, | ||
| uint32_t | pinMode, | ||
| uint32_t | chNum | ||
| ) |
MCSPIPinDirSet() description for void MCSPIPinDirSet(). This call will configure the Pin Direction and the transfer mode depending on the user sent values.
| baseAddr | Memory Address of the McSPI instance used. |
| trMode | Transmit/Receive mode used in master configuration. |
| pinMode | Interface mode and pin assignment. |
| chNum | Channel number of the McSPI instance used.'trMode' can take the following values.\n MCSPI_TX_RX_MODE - Enable McSPI in TX and RX modes.\n MCSPI_RX_ONLY_MODE - Enable McSPI only in RX mode.\n MCSPI_TX_ONLY_MODE - Enable McSPI only in TX mode.\n 'pinMode' can take the following values.\n MCSPI_DATA_LINE_COMM_MODE_n - Mode n configuration for SPIDAT[1:0].\n For pinMode 0 <= n <= 7.\n 'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum 0 <= n <= 3.\n |
| uint32_t McSPIReceiveData | ( | uint32_t | baseAddr, |
| uint32_t | chNum | ||
| ) |
This API will return the data present in the MCSPI_RX register.
| baseAddr | Memory Address of the McSPI instance used. |
| chNum | Channel number of the McSPI instance used. 'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum n can range from 0-3.\n |
| void McSPIReset | ( | uint32_t | baseAddr | ) |
This API will reset the McSPI peripheral.
| baseAddr | Memory Address of the McSPI instance used. |
| void McSPIRxFIFOConfig | ( | uint32_t | baseAddr, |
| uint32_t | rxFifo, | ||
| uint32_t | chNum | ||
| ) |
This API will enable/disable the Rx FIFOs of McSPI peripheral.
| baseAddr | Memory Address of the McSPI instance used. |
| rxFifo | FIFO used for receive mode. |
| chNum | Channel number of the McSPI instance used.'rxFifo' can take the following values.\n MCSPI_RX_FIFO_ENABLE - Enables the receiver FIFO of McSPI.\n MCSPI_RX_FIFO_DISABLE - Disables the receiver FIFO of McSPI.\n 'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum n can range from 0-3.\n |
| void McSPISetSlaveChipSel | ( | uint32_t | baseAddr, |
| uint32_t | chNum, | ||
| uint32_t | slaveChipSel | ||
| ) |
McSPISetSlaveChipSel() description for void McSPISetSlaveChipSel(). This call will activate the user specified chip select line.
| baseAddr | Memory Address of the McSPI instance used. |
| chNum | Channel number of the McSPI instance used. |
| slaveChipSel | slave select signal detection. 'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum 0 <= n <= 3.\n 'slaveChipSel' can take the following values.\n MCSPI_SPIEN_0 - Detection enabled only on SPIEN[0].\n MCSPI_SPIEN_1 - Detection enabled only on SPIEN[1].\n MCSPI_SPIEN_2 - Detection enabled only on SPIEN[2].\n MCSPI_SPIEN_3 - Detection enabled only on SPIEN[3].\n |
| void MCSPISingleChModeEnable | ( | uint32_t | baseAddr | ) |
MCSPISingleChModeEnable() description for void MCSPISingleChModeEnable(). This call will configure McSPI to work in single channel mode.
| baseAddr | Base address of the McSPI instance used. |
| void McSPISlaveModeEnable | ( | uint32_t | baseAddr | ) |
This call will enable the McSPI controller in Slave mode.
.
| baseAddr | baseAddr of the McSPI instance used. |
| void McSPIStartBitDisable | ( | uint32_t | baseAddr, |
| uint32_t | chNum | ||
| ) |
This API will disable the start bit mode of McSPI peripheral.
| baseAddr | Memory Address of the McSPI instance used. |
| chNum | Channel number of the McSPI instance used.'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum 0 <= n <= 3.\n |
| void McSPIStartBitEnable | ( | uint32_t | baseAddr, |
| uint32_t | chNum | ||
| ) |
This API will enable start bit.
| baseAddr | Memory Address of the McSPI instance used. |
| chNum | Channel number of the McSPI instance used.'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum 0 <= n <= 3.\n |
| void McSPIStartBitPolarityConfig | ( | uint32_t | baseAddr, |
| uint32_t | startBitPol, | ||
| uint32_t | chNum | ||
| ) |
This API will configure the polarity of start bit.
| baseAddr | Memory Address of the McSPI instance used. |
| startBitPol | Polarity of start bit. |
| chNum | Channel number of the McSPI instance used.'startBitPol' can take the following values.\n MCSPI_START_BIT_POL_LOW - Polarity of start bit is held low during transmission.\n MCSPI_START_BIT_POL_HIGH - Polarity of start bit is held high during transmission.\n 'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum 0 <= n <= 3.\n |
| void MCSPISysConfigSetup | ( | uint32_t | baseAddr, |
| uint32_t | clockActivity, | ||
| uint32_t | sidleMode, | ||
| uint32_t | wakeUp, | ||
| uint32_t | autoIdle | ||
| ) |
MCSPISysConfigSetup() description for void MCSPISysConfigSetup(). This call will setup the SYSCONFIG register of the McSPI peripheral.
| baseAddr | Memory Address of the McSPI instance used. |
| clockActivity | Clocks activity maintained during wake-up mode period. |
| sidleMode | Power management configuration. |
| wakeUp | Wake-up feature control. |
| autoIdle | Internal OCP Clock gating. 'clockActivity' can take the following values.\n MCSPI_CLOCKS_OCP_OFF_FUNC_OFF - OCP and functional clocks may be switched off.\n MCSPI_CLOCKS_OCP_ON_FUNC_OFF - OCP clock is maintained. Functional clock may be switched off.\n MCSPI_CLOCKS_OCP_OFF_FUNC_ON - Functional clock is maintained. OCP clock may be switched off.\n MCSPI_CLOCKS_OCP_ON_FUNC_ON - OCP and functional clocks are maintained.\n 'sidleMode' can take the following values.\n MCSPI_SIDLEMODE_FORCE MCSPI_SIDLEMODE_NO MCSPI_SIDLEMODE_SMART_IDLE 'wakeUp' can take the following values.\n MCSPI_WAKEUP_ENABLE - Wake-up capability is enabled.\n MCSPI_WAKEUP_DISABLE - Wake-up capability is disabled.\n 'autoIdle' can take the following values.\n MCSPI_AUTOIDLE_ON - Automatic OCP clock gating strategy applied.\n MCSPI_AUTOIDLE_OFF - OCP clock free-running.\n |
| void McSPITransmitData | ( | uint32_t | baseAddr, |
| uint32_t | txData, | ||
| uint32_t | chNum | ||
| ) |
This API will put the data on to the McSPI Channel transmit register.
| baseAddr | Memory Address of the McSPI instance used. |
| txData | 32 bit data sent by the user which is put on to the MCSPI_TX register. |
| chNum | Channel number of the McSPI instance used.'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum n can range from 0-3.\n |
| void McSPITurboModeDisable | ( | uint32_t | baseAddr, |
| uint32_t | chNum | ||
| ) |
This API will disable the McSPI turbo mode of operation.
| baseAddr | Memory Address of the McSPI instance used. |
| chNum | Channel number of the McSPI instance used. 'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum 0 <= n <= 3.\n |
| void McSPITurboModeEnable | ( | uint32_t | baseAddr, |
| uint32_t | chNum | ||
| ) |
This API will enable the McSPI turbo mode of operation.
| baseAddr | Memory Address of the McSPI instance used. |
| chNum | Channel number of the McSPI instance used. 'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum 0 <= n <= 3.\n |
| void McSPITxFIFOConfig | ( | uint32_t | baseAddr, |
| uint32_t | txFifo, | ||
| uint32_t | chNum | ||
| ) |
This API will enable/disable the Tx FIFOs of McSPI peripheral.
| baseAddr | Memory Address of the McSPI instance used. |
| txFifo | FIFO used for transmit mode. |
| chNum | Channel number of the McSPI instance used.'txFifo' can take the following values.\n MCSPI_TX_FIFO_ENABLE - Enables the transmitter FIFO of McSPI.\n MCSPI_TX_FIFO_DISABLE - Disables the transmitter FIFO of McSPI.\n 'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum n can range from 0-3.\n |
| void McSPIWordCountSet | ( | uint32_t | baseAddr, |
| uint16_t | wCnt | ||
| ) |
This API will set the McSPI word counter value.
| baseAddr | Memory Address of the McSPI instance used. |
| wCnt | Word count. |
| void McSPIWordLengthSet | ( | uint32_t | baseAddr, |
| uint32_t | wordLength, | ||
| uint32_t | chNum | ||
| ) |
Configure the word length.
This API will configure the length of McSPI word used for communication.
| baseAddr | Memory Address of the McSPI instance used. |
| wordLength | Length of a data word used for McSPI communication. |
| chNum | Channel number of the McSPI instance used.'wordLength' can take the following values.\n MCSPI_WORD_LENGTH(n) - McSPI word length is n bits int32_t.\n For wordLength 4 <= n <= 32.\n 'chNum' can take the following values.\n MCSPI_CHANNEL_n - Channel n is used for communication.\n For chNum n can vary from 0-3.\n |


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So far we have defined the notion of probability space and probability of an event. But most often, we do not calculate probabilities from the definition. This is like in integration, where one defined the integral of a function as a limit of Riemann sums, but that definition is used only to find integrals of $x^{n}$, $\sin(x)$ and a few such functions. Instead, integrals of complicated expressions such as $x\sin(x)+2\cos^{2}(x)\tan(x)$ are calculated by various rules, such as substitution rule, integration by parts etc. In probability we need some similar rules relating probabilities of various combinations of events to the individual probabilities.
Notation : Let $A\subseteq \Omega$ be an event. Then, we define a function ${\mathbf 1}_{A}:\Omega\rightarrow \mathbb{R}$, called the indicator function of $A$, as follows. $$ {\mathbf 1}_{A}(\omega) = \begin{cases} 1 & \mbox{ if }\omega\in A,\\ 0 & \mbox{ if }\omega\not\in A. \end{cases} $$ Since a function from $\Omega$ to $\mathbb{R}$ is called a random variable, the indicator of any event is a random variable. All information about the event $A$ is in its indicator function (meaning, if we know the value of ${\mathbf 1}_{A}(\omega)$, we know whether or not $\omega$ belongs to $A$). For example, we can write $\mathbf{P}(A)=\sum_{\omega\in \Omega}{\mathbf 1}_{A}(\omega)p_{\omega}$.
Now we prove the proposition.
Two special cases are of increasing and decreasing sequences of events. This means $A_{1}\subseteq A_{2}\subseteq A_{3}\subseteq \ldots$ and $A_{1}\supseteq A_{2}\supseteq A_{3}\supseteq \ldots$. In these cases, the limsup and liminf are the same (so we refer to it as the limit of the sequence of sets). It is $\cup_{k}A_{k}$ in the case of increasing events and $\cap_{k}A_{k}$ in the case of decreasing events.
The basic rules of probability :


mainly for holding global parameters used for program control in tracking precision level and tracking procedures.
More...
#include <TACtrlPara.h>
mainly for holding global parameters used for program control in tracking precision level and tracking procedures.
- Author
- SUN Yazhou, asia..nosp@m.rabb.nosp@m.it@16.nosp<EMAIL_ADDRESS>- Date
- Created: 2017/10/7 Last revised: 2018/6/7, SUN Yazhou.
- Copyright
- 2017-2018, SUN Yazhou.
◆ ~TACtrlPara()
| TACtrlPara::~TACtrlPara |
( |
| ) |
|
|
virtual |
◆ TACtrlPara()
| TACtrlPara::TACtrlPara |
( |
| ) |
|
|
private |
◆ AssignSTR()
◆ ChiThre()
| double TACtrlPara::ChiThre |
( |
unsigned |
uid = 999999999 | ) |
|
threshold for chi average
◆ ChiThrePD()
| double TACtrlPara::ChiThrePD |
( |
unsigned |
uid = 999999999 | ) |
|
threshold for chi per dot, to eliminate false combinations. 4.0
◆ CoarseFit()
| void TACtrlPara::CoarseFit |
( |
bool |
opt = true | ) |
|
|
inline |
◆ ConfigExpDir()
| const char * TACtrlPara::ConfigExpDir |
( |
| ) |
const |
◆ D2Thre()
| double TACtrlPara::D2Thre |
( |
unsigned |
uid = 999999999 | ) |
|
|
static |
for eliminating falsely fired andoes. unit: mm^2
◆ DataFileName()
| const char * TACtrlPara::DataFileName |
( |
| ) |
const |
◆ DCArrR_DC1UHorizontalDeviation()
| double TACtrlPara::DCArrR_DC1UHorizontalDeviation |
( |
| ) |
|
|
static |
MWDCArrayR_DC1_U: installation error.
◆ DriftTimeQtCorrectionWeight()
| double TACtrlPara::DriftTimeQtCorrectionWeight |
( |
| ) |
const |
|
inline |
◆ DsquareThresholdPerDot()
| double TACtrlPara::DsquareThresholdPerDot |
( |
unsigned |
uid | ) |
|
|
static |
◆ FitMethod()
| int TACtrlPara::FitMethod |
( |
| ) |
|
|
static |
◆ Get3DCoincideWindow()
| double TACtrlPara::Get3DCoincideWindow |
( |
| ) |
|
|
static |
tolerance window for 3D coincidence test of X U and V track projections 5: half a DC cell, given all kinds of errors
◆ GetNStripStrayRangeL()
| void TACtrlPara::GetNStripStrayRangeL |
( |
double & |
minL, |
|
|
double & |
maxL |
|
) |
| const |
◆ GetNStripStrayRangeR()
| void TACtrlPara::GetNStripStrayRangeR |
( |
double & |
minR, |
|
|
double & |
maxR |
|
) |
| const |
calculate the minmum deviation of a track off the fired strips in a TOF wall
◆ GetSimSpatialResolution()
| double TACtrlPara::GetSimSpatialResolution |
( |
| ) |
|
|
static |
◆ Instance()
◆ Is3DTracking()
| bool TACtrlPara::Is3DTracking |
( |
| ) |
|
◆ IsCheckBunchIdAlignment()
| bool TACtrlPara::IsCheckBunchIdAlignment |
( |
| ) |
|
|
static |
◆ IsCoarseFit()
| bool TACtrlPara::IsCoarseFit |
( |
| ) |
|
◆ IsDriftTimeQtCorrection()
| bool TACtrlPara::IsDriftTimeQtCorrection |
( |
| ) |
|
|
static |
◆ Precision()
| int TACtrlPara::Precision |
( |
| ) |
|
|
static |
only effective if input fit method is kNormalFit allowed value: -2, -1, 0, 1, 2, 3, with calculation depth increasing. unit: mm^2
◆ RootFileName()
| const char * TACtrlPara::RootFileName |
( |
| ) |
const |
◆ SetConfigExpDir()
| void TACtrlPara::SetConfigExpDir |
( |
const string & |
dir | ) |
|
◆ SetIs3DTracking()
| void TACtrlPara::SetIs3DTracking |
( |
bool |
opt = true | ) |
|
|
inline |
◆ SetSimSpatialResolution()
| void TACtrlPara::SetSimSpatialResolution |
( |
double |
sigmar | ) |
|
◆ SetSTRROOTFile()
| void TACtrlPara::SetSTRROOTFile |
( |
const string & |
file | ) |
|
◆ StripTolerance()
| int TACtrlPara::StripTolerance |
( |
| ) |
|
|
static |
used in discerning multiple tracks, unit: strip
◆ STRROOTFile()
| const char * TACtrlPara::STRROOTFile |
( |
| ) |
const |
◆ T_tofDCtoTOFW()
| double TACtrlPara::T_tofDCtoTOFW |
( |
unsigned |
uid | ) |
|
|
static |
rough time of flight from DC to TOF wall unit: ns for pattern recognition purposes only PION: {12.5, 7.5, 2.5}; BEAM TEST: {29.06, 20.34, 18.23} - 17.73 - 1.5
◆ T_wireMean()
| double TACtrlPara::T_wireMean |
( |
unsigned |
uid | ) |
|
|
static |
◆ TimeThre()
| bool TACtrlPara::TimeThre |
( |
double |
t, |
|
|
unsigned |
uid = 999999999 |
|
) |
| |
|
static |
if time is within set range
◆ TOFWallStripStrayTest()
| bool TACtrlPara::TOFWallStripStrayTest |
( |
double |
strayMin, |
|
|
unsigned |
uid |
|
) |
| const |
◆ Vicinity()
| int TACtrlPara::Vicinity |
( |
| ) |
|
|
static |
used in discerning multiple tracks, unit: cell
◆ fSigmaR
| double TACtrlPara::fSigmaR = 0.2 |
|
staticprivate |
spatial resolution used to smear drift distance during the generation of simulation data
◆ kConfigExpDir
| string TACtrlPara::kConfigExpDir |
|
private |
the directory name in config directory holding the selected experiment config files
◆ kDataFile
| string TACtrlPara::kDataFile |
|
private |
◆ kDriftTimeQtCorrectionWeight
| double TACtrlPara::kDriftTimeQtCorrectionWeight |
|
private |
for map function
as its name indicates, used in TAAnode.C
◆ kInstance
◆ kIs3DTracking
| bool TACtrlPara::kIs3DTracking |
|
private |
whether or not to implement 3D tracking
◆ kIsCoarseFit
| bool TACtrlPara::kIsCoarseFit |
|
private |
true then only iterative fit would be used
◆ kRootFile
| string TACtrlPara::kRootFile |
|
private |
used in refined fit and calibration phase // 20161126_0522.dat.root
◆ kSTRROOTFile
| string TACtrlPara::kSTRROOTFile |
|
private |
STRs for MWDC calculated from simulation.
root file containing TF1 objects for MWDCs: aaad.root 1500 1000 900 [V]
The documentation for this class was generated from the following files:


Panasonic has no plans for new Tesla battery plant in China: CEO
Panasonic Corp has no plans to build a new battery plant for Tesla Inc in China, the Japanese company's chief executive said, as it struggles to make profits from its existing battery business with the electric vehicle maker.
TOKYO: Panasonic Corp has no plans to build a new battery plant for Tesla Inc in China, the Japanese company's chief executive said, as it struggles to make profits from its existing battery business with the electric vehicle maker.
"We don't have any plans at the moment to set up a production site in China for Tesla's Chinese business," CEO Kazuhiro Tsuga told reporters at a strategy briefing on Friday.
"It is up to Tesla to decide whether it would use Chinese-made batteries from other manufacturers or get batteries from our Gigafactory 1 (in Nevada)," he said.
The comments reflect Panasonic's growing caution about its joint battery business with Tesla, which has yet to show sustained profits. Tsuga earlier this year admitted he underestimated risks associated with Tesla.
Reuters has reported that Tesla is in advanced talks with South Korea's LG Chem Ltd to source batteries for vehicles to be made in its Shanghai plant.
(Reporting by Makiko Yamazaki; Editing by Himani Sarkar)


Hasina arrives in Kolkata to watch India-Bangladesh Test
by bdnews24.comPrime Minister Sheikh Hasina has arrived in Kolkata to watch the first day-night Test match between India and Bangladesh at the invitation of her Indian counterpart Narendra Modi.
A special flight of Biman Bangladesh Airlines carrying the prime minister and her entourage took off from Shahjalal International Airport at 10:15 am on Friday.
It landed at the Netaji Subhas Chandra Bose International Airport Kolkata at 10:25 am (Indian time).
Mayor of Kolkata Firhad Hakim, Bangladeshi High Commissioner in India Syed Muazzem Ali and president of India's cricket board Sourav Ganguly received her at the airport.
After the ceremonial events at the airport, Hasina will go to Hotel Taj Bengal Kolkata where she will be staying during her brief visit.
The pink-ball Test is scheduled to start at 1:30 pm at the iconic Eden Gardens stadium.
The Bangladesh leader along with West Bengal Chief Minister Mamata Banerjee is set to ring the bell to start the Test match around 12:30pm (local time). However, Modi will not be able to attend the event due to a prior commitment.
After watching the first session of the second and final Test of the series, the prime minister will return to her hotel.
At the end of the first day's play, she will attend a cultural event organised by the Cricket Association of Bengal at the stadium ground.
Hasina will leave Kolkata by a special Biman flight at 10pm (local time) and land at the Dhaka airport at 11:30pm (Bangladesh time).
Bangladesh are currently trailing 1-0 in the two-Test series -- their first on Indian soil -- after a crushing defeat to the hosts in Indore.


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Anthony Warner
April 09, 2019
Before there was a modern hospital in Athens, a married couple opened their home to women who were pregnant and about to give birth. Later they turned their home into a makeshift hospital.
The Sheltering Arms Hospital, 19 Clarke St., was once a lying-in ward for women of the surrounding area who had recently given birth and the home of Charles and Delia Breinig. The hospital opened in 1921 and originally had only two rooms for its patients. The home-based hospital grew over time, adding more rooms to the original house. In 1970, the Sheltering Arms closed its doors and became what is now OhioHealth O'Bleness Hospital.
The building still stands and is now low-income housing apartments for senior citizens subsidized by the federal government’s Department of Housing and Urban Development.
Before the Sheltering Arms Hospital became a small hospital, it was a lying-in facility that undertook women recovering from childbirth.
“Generally speaking, prenatal care was not established as a norm at that point. There were some forward-thinking people and doctors talking about it but it was definitely not the norm,” Patty Stokes, an assistant professor of women’s and gender studies at Ohio University, said.
The residents of Athens and the surrounding areas were lucky in a way to have a place to go to give birth and recover. In most cases, towns similar to Athens had a midwife who would help women give birth at home.
Midwives, though helpful, were far less qualified than doctors.
“Midwives, at that point in American history, were pretty limited to rural places because there was an ongoing campaign to get them out of the business to consolidate childbirth into the hands of doctors,” Stokes said. “Midwives would almost be treated like a nurse practitioner today with generally a lot less training.”
Giving birth in a hospital was somewhat rare at the time, Stokes said.
“That’s a point where in this country and pretty much every country hospital delivery is not yet universal, but at that point it was heading pretty fast at becoming that,” Stokes said.
In the early 1920s, when the Sheltering Arms was just opening, poor women, mostly in urban areas, tended to go to hospitals to give birth because they could not get care any other way, Stokes said. Most women of means would start to consider giving birth in a hospital rather than at home because of safer conditions.
Doctors John Sprague and Blaine Goldsberry convinced the Breinigs, after dedicating their house to be a lying-in facility, to expand. They added a four-room addition to the house. The Breinigs then moved next door while Delia continued to work as a cook, laundress, nurse and whatever else was needed, according to Getting to Know Athens County by Elizabeth Grover Beatty and Marjorie Stone.
“My son had an appendectomy there, and friends had babies there, so I went to visit them there,” Stone said. “I knew a good many of the doctors at the time, we didn’t have many, but I knew most of them.”
When Stone moved to Athens in 1956, the Sheltering Arms was still operating through a house.
Anthony Warner | FOR THE POST
Marjorie Stone holds a copy of Getting to Know Athens County, written by herself and Elizabeth Beatty.
“It was like a rural hospital run by volunteer doctors in what once had been a home,” Stone said.
In her book, Stone described the hospital as a desire the residents of Athens had for a long time. The building had 24 beds and new services were added. Residents no longer had to go out of town for medical treatment.
“(The Breinigs) set up a bedroom and then slowly, they enlarged it because the doctors said if you can have people there for giving birth, you could have them there if they were sick and needing attention,” Stone said.
The hospital was a godsend, Stone said. It was not adequate in terms of what a hospital should be, but it was still valued by the residents.
“It served us well,” Stone said.
Tom O’Grady, the executive director of the Southeast Ohio Historical Center, said the facility became the one of the only places people could go for medical care.
“It became the center for medical treatment for Athens. I don’t know what other options there were that early on,” O’Grady said.
Most people had to travel to either Columbus or Parkersburg, West Virginia, for medical care before the Sheltering Arms opened up, according to Getting to Know Athens County.
Alan Goldsberry, an Athens resident and retired judge, was born in the Sheltering Arms in 1944. His cousin, Blaine Goldsberry, was one of the doctors that helped form the hospital.
Alan, other than being born at the hospital, was treated there when he was a child. He was riding on a friend’s bike and fell off, cutting open his chin.
“A fellow came out of his house with a towel and took me to Sheltering Arms and they sewed up my chin,” Alan said. “I was 9 or 10 at the time.”
Towards the end of the Sheltering Arms Hospital’s standing on 19 Clarke St., the facility became outdated.
Skip Young worked at the facility during the last year before moving to O’Bleness Memorial Hospital. He moved to Athens in 1969 to help set up the radiology and cardiology departments and worked at the hospital for at least 42 years.
“I think the X-ray machine was destined for the Smithsonian,” Young said. “It was an old, old machine that had a stationary target, which means the X-rays hit the same spot in the tube. They old tubes didn’t last very long.”
The medical needs of residents had outgrown the home-turned hospital and Charles O’Bleness, a local banker, donated the majority of the funding for a new hospital. He donated one million dollars of the 1.7 million dollars it took to build the new hospital.
“Charlie O'Bleness was a wealthy man here in town, and he was very eccentric,” Stone said. “He had lots of money and he wanted to do something, and he left the money when the doctors said we need to build a new hospital.”
Anthony Warner | FOR THE POST
Archive photo from the Athens Messenger collected by Marjorie Stone.
Once O’Bleness donated the money, the rest of the donations came from Athens residents. In 1967, construction started. When O’Bleness died in 1969, it was decided the hospital would be named after him.
Once O’Bleness Memorial Hospital opened in 1970, Young said it was like night and day.
“Everything was new and state-of-the-art,” Young said. “We were just able to do so much more. We had moved into the realm of modern medicine.”
Despite the Sheltering Arms being antiquated towards the end, Young believed the makeshift hospital was still a blessing for people living in and around Athens.
“It probably was a kind of a godsend for the ladies that were delivering babies,” Young said.
Still, the residents of Athens were happy with the construction of the new hospital, Stone said.
“They were quite pleased. It wasn’t that (the Sheltering Arms) closed, they moved and expanded,” Stone said. “People were delighted.”
Anthony Warner | FOR THE POST
Marjorie Stone in her home in Athens, Ohio, on Wednesday, April 3, 2019.
Even with the expansion of the original Sheltering Arms Hospital and cleaner medical practices, sometimes things happen at the new hospital that can only happen in Appalachia.
Stokes had her second child, Leo, at what is now named OhioHealth O’Bleness Hospital. It was a busy day for the hospital because there were four or five babies being born, not the usual one or two a day.
“There was no one really paying attention after I had Leo because they were short-staffed and running around,” Stokes said. “On the one hand, there was a really good, super supportive labor and delivery nurse but it was a goofy experience because they had a busy day.”
When she asked for an epidural, the person administering it had come into the room and brought along the smell of a skunk. His dog had been tangled up with a skunk before he came in for his shift, Stokes said.
“He whipped out this letter that said he was cleared to work and it wasn’t a safety problem,” Stokes said. “We were cracking up but I just said, ‘I don't care if you're cleared to work or not just start the pain relief’.”
Stokes and her husband said they truly felt like they were in Appalachia at that point.
A previous version of this article incorrectly named Marjorie Stone. The article has been updated to reflect the most accurate information.
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The cross vault
Note
This example uses the Rhino UI for compas_tna. Please download and install the Plugin from here: https://github.com/BlockResearchGroup/compas_tna-UI
Load the sample file
First download and open the Rhino file with sample input geometry: crossvault.3dm
.
Initialise the UI
Commands
TNA_init
To initialise the TNA PythonPlugin, run the command TNA_init
.
Make the form diagram
Commands
TNA_form > lines
The first step is then to make a form diagram from a set of connected lines.
Run the command TNA_form
and select the option lines
.
Then select the lines on the layer Input::Lines
.
Identify the supports
Commands
TNA_attributes > form > vertices
After initialising the form diagram, we identify the supports.
Select the vertices in the corners of the diagram and change their attribute is_anchor
to True
.
Use the command TNA_attributes
with options form
and vertices
.
Update the boundary conditions
Commands
TNA_boundaries
Having identified the supports, we update the boundary conditions. To update the boundary conditions, we add “feet” to the support vertices that represent the horizontal components of the reaction forces at the supports.
There are two options. We can add one horizontal component per support or two. If only component is added, the direction of the horizontal reaction force at that support is fully constrained. If two components are added, the horizontal component of the reaction force at that support can be any combination of those two force vectors.
Make the force diagram
Commands
TNA_force
Once the boundary conditions are set, we can make the force diagram. The force diagram is intialised as the dual of the form diagram. This means that the vertices of the force diagram are at the centroids of the corresponding faces of the form diagram.
Commands
TNA_move > force > diagram
After constructing the force diagram, move it out of the way.
Use the command TNA_move
with the options force
and diagram
.
Initial equilibrium shape
Commands
TNA_horizontal
At this point, we can generate a first, unconstrained version of the equilibrium shape of the funicular force network.
First, run horizontal equilibrium using TNA_horizontal
.
Commands
TNA_settings
Note that the default settings of the horizontal equilibrium solver will allow for only 100 iterations at a time.
This will not immediately result in the fully resolved horizontal equilibrium depicted above.
Either increase the maximum number of iterations, or run TNA_horizontal
multiple times, or both.
Use the commmand TNA_settings
to change horizontal.kmax
.
Note
We use Remote Procedure Calls to solve horizontal and vertical equilibrium
outside of Rhino such that we can use Numpy and Scipy.
The current implementation of compas.rpc
limits the amount of time a remote
procedure can run before the connection is interrupted.
Therefore, don’t increase the number of iterations by too much.
For example, don’t go over 500.
If you need more iterations, just run the command multiple times.
Commands
TNA_vertical
Once horizontal equilibrium has been established, run TNA_vertical
.
This command will ask for Z Max
, which is a value for the highest vertex
of the equilibrium network that will be used to determine an appropriate scale
Set the constraints
1. Edges spanning the ribs
Commands
TNA_select > form > edges > continuous
TNA_attributes > form > edges
First, we select the edges in the directions spanning the ribs.
Run command TNA_select
, choose option form
and then edges
and finally
selection mode continuous
.
Then, select one edge per spanning direction (see image below).
Selection mode continuous
will make sure all other adges are found as well.
Finally, use command TNA_attributes
(choose form
and then edges
)
to set fmin := 2
and fmax := 2
of the selected edges.
2. Edges on boundary
Commands
TNA_select > form > edges > continuous
TNA_attributes > form > edges
The vertices on the boundary carry less load than the internal ones.
Therefore, use the same procedure as in the previous step to select the edges on the boundary and set
fmin := 1
and fmax := 1
.
3. Edges perpendicular to boundary
Commands
TNA_select > form > edges > parallel
TNA_attributes > form > edges
The edges perpendicular to the vault boundaries are not supposed to carry any loads.
Therefore, we set fmin := 0.0
and fmax := 0.0
such that the corresponding
edges in the force diagram collapse.
Use the selection mode parallel
and select the edges shown in the image below to
select all the edges perpendicular to the boundary.
4. Edges central cross
Commands
TNA_attributes > form > edges
Finally, make sure the edges in the force diagram corresponding to the central cross (see image below) don’t collapse.
Set fmin := 1.0
.
Constrained equilibrium
Commands
TNA_horizontal
After setting all constraints, we can update horizontal equilibrium.
As before, you will have to run TNA_horizontal
multiple times before horizontal
equilibrium si fully resolved.
Commands
TNA_vertical
Using zmax := 4.0
, compute the final equilibrium shape of the constrained funicular problem.
Visualise the result
Commands
TNA_settings
Use the settings dialog to turn on the visualisation of the internal forces and the reaction forces in the solution.
Run command TNA_settings
and set
show.forces := True
show.reactions := True
scale.forces := 0.01
scale.reactions := 0.1