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[gecode-users] Help to express a constraint
Christian Schulte
cschulte at kth.se
Tue Jun 3 09:55:45 CEST 2014
Hi Philippe,
I am sorry but at this point in time you first need to understand:
- the difference between a C++ integer and a Gecode integer variable
- the difference between an expression (a la expr) and a constraint (a la
rel)
- the original constructor in your model is supposed to create constraints
and is only executed once and then solved by search, so your use of a C++
if-statement strikes me as maybe not what you intend.
Your code snippets seem to confuse these concepts which are not really
Gecode specific but general for modeling with constraints. You might to
consider first training modeling (you might consider the case studies
included in Modeling and Programming with Gecode plus the intro).
Best
Christian
--
Christian Schulte, Professor of Computer Science, KTH,
www.ict.kth.se/~cschulte/
-----Original Message-----
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf
Of Philippe
Sent: Monday, June 02, 2014 10:35 PM
To: users at gecode.org
Subject: Re: [gecode-users] Help to express a constraint
Hello Christian,
Thanks for your answer.
1) I realized during the WE that i don't really understand the difference
between an "rel" and a "expr" (not from a pure C++ point of view).
2) The example that i have provided point on some confusion :
I have written status(t,m) which is correct but
status(succ(t,m)) is incorrect, the correct form is status(succ(t,m),m).
Thus, element(Status, Succ(t,m)) is syntactically correct but wrong.
3) I've found a similar solution than yours (after hard work!). With however
a big difference (probably because i'm perverted by years of imperative
programming) :
I have written :
if (Status(t, m) != 3)
{
BoolVar not_inprogress =
expr(*this, element(Status.row(m), Succ(t,m)) != 3);
BoolVar toa_of_succ =
expr(*this, element(Time.row(m), Succ(t, m)) > ETOA[m] + 10);
rel(*this, not_inprogress >> toa_of_succ); }
Thus, the (Status(t, m) != 3) is not part of the constraint, what are the
implications of doing this ? (that's more a constraint programming question
than a question related to gecode, i admit).
4) Is it a good point to be able to express things like that (and i could
may be try to propose some patches) :
Example 1 :
==========
expr1.1 : expr(*this, element(Status.row(m), Succ(t,m)) != 3)
compile, but :
expr1.2 : expr(*this, Status(Succ(t,m), m) != 3);
don't, however, the first form seems to me more elegant.
Example 2 :
===========
expr2.1 :
IntVar task(*this, t, t);
expr(*this, Succ(t,m) != task);
compile, but :
expr2.2 : expr(*this, Succ(t,m) != t)
don't. Here again, the second form seems more elegant.
Best,
Philippe
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Common code that can be shared across test case files. More...
#include <stdint.h>
#include <ti/csl/tistdtypes.h>
#include <ti/csl/csl_types.h>
#include <ti/csl/soc.h>
#include <ti/drv/pm/pmhal.h>
#include <ti/csl/hw_types.h>
#include <ti/csl/cslr_mcan.h>
#include <ti/csl/arch/csl_arch.h>
#include <ti/csl/example/utils/uart_console/inc/uartConfig.h>
#include <ti/csl/cslr_synctimer.h>
#include <ti/csl/csl_mcan.h>
#include <ti/drv/pm/pmlib.h>
#include <st_mcan.h>
Macros | |
| #define | APP_32K_TIMER_FREQ (32000U) |
| #define | APP_COUNTER_MAX_COUNT (0xFFFFFFFFU) |
| #define | DRM_SUSPEND_CTRL31 (0x27CU) |
| Offset of DRM SUSPEND_CTRL31 register. | |
| #define | DRM_SUSPEND_CTRL_COUNTER_32K (SOC_I_DRM_BASE + DRM_SUSPEND_CTRL31) |
| DRM_SUSPEND_CTRL31 is mapped to COUNTER_32K Suspend Output line. | |
| #define | DRM_SUSPEND_SRC_IPU_C0 (0x3U) |
| DRM SUSPEND Source as M4. | |
Functions | |
| int32_t | mcanClockEnableandPADConfig (void) |
| This API to enable the clock and PAD config for mcan module. More... | |
| int32_t | mcanTestFunc (st_mcanTestcaseParams_t *testParams) |
| This API is used to introduce error. More... | |
| void | App_mcanPrintRxMsg (const MCAN_RxBufElement *rxMsg) |
| This API will MCAN Rx Msg. More... | |
| void | App_mcanPrintTxMsg (const MCAN_TxBufElement *txMsg) |
| This API will MCAN Tx Msg. More... | |
| int32_t | App_mcanXBarConfig (void) |
| This function will configure X-BAR for MCAN interrupts. More... | |
| void | App_mcanIntr0ISR (void *handle) |
| This is Interrupt Service Routine for MCAN interrupt 0. More... | |
| void | App_mcanIntr1ISR (void *handle) |
| This is Interrupt Service Routine for MCAN interrupt 1. More... | |
| void | App_mcanECCIntrISR (void *handle) |
| This is Interrupt Service Routine for MCAN ECC interrupt. More... | |
| void | App_mcanTSIntrISR (void *handle) |
| This is Interrupt Service Routine for MCAN TimeStamp interrupt. More... | |
| uint32_t | App_getBitConfigParamId (const MCAN_BitTimingParams *bitTimings) |
| This API will index of the current bit timing configuration within 'canFDBitTimings'. More... | |
| void | App_Config32KCounterSuspendState (void) |
| This function used to put 32k Counter into free run mode. More... | |
| void | App_delayFunc (uint32_t timeout) |
| This function used to insert delays. More... | |
| void | App_Get32KCounterValue (uint32_t *value) |
| This function used to get current time value in clock ticks. More... | |
| void | App_GetElapsedValue (uint32_t value, uint32_t *elapsedValue) |
| This function used to insert delays. More... | |
Variables | |
| MCAN_BitTimingParams | canFDBitTimings [] |
| Different Bit Timings Parameters Configurations. | |
Common code that can be shared across test case files.
| #define APP_32K_TIMER_FREQ (32000U) |
brief 32K Timer frequency
| #define APP_COUNTER_MAX_COUNT (0xFFFFFFFFU) |
brief Overflow count value for 32bit counter
| void App_Config32KCounterSuspendState | ( | void | ) |
This function used to put 32k Counter into free run mode.
| none. |
| none. |
| void App_delayFunc | ( | uint32_t | timeout | ) |
This function used to insert delays.
| timeout | Delay value in ms. |
| none. |
| void App_Get32KCounterValue | ( | uint32_t * | value | ) |
This function used to get current time value in clock ticks.
| value | Read COunter value from register. |
| none. |
| uint32_t App_getBitConfigParamId | ( | const MCAN_BitTimingParams * | bitTimings | ) |
This API will index of the current bit timing configuration within 'canFDBitTimings'.
| rxMsg | received message object. |
| index | Array index within 'canFDBitTimings'. Return 0xFFFFFFFF if not found. |
| void App_GetElapsedValue | ( | uint32_t | value, |
| uint32_t * | elapsedValue | ||
| ) |
This function used to insert delays.
| value | Initial Value. |
| elapsedValue | Number of clock ticks since 'value'. |
| none. |
| void App_mcanECCIntrISR | ( | void * | handle | ) |
This is Interrupt Service Routine for MCAN ECC interrupt.
| none. |
| none. |
| void App_mcanIntr0ISR | ( | void * | handle | ) |
This is Interrupt Service Routine for MCAN interrupt 0.
| none. |
| none. |
| void App_mcanIntr1ISR | ( | void * | handle | ) |
This is Interrupt Service Routine for MCAN interrupt 1.
| none. |
| none. |
| void App_mcanPrintRxMsg | ( | const MCAN_RxBufElement * | rxMsg | ) |
This API will MCAN Rx Msg.
| rxMsg | received message object. |
| none. |
| void App_mcanPrintTxMsg | ( | const MCAN_TxBufElement * | txMsg | ) |
This API will MCAN Tx Msg.
| txMsg | message object to be transmitted. |
| none. |
| void App_mcanTSIntrISR | ( | void * | handle | ) |
This is Interrupt Service Routine for MCAN TimeStamp interrupt.
| none. |
| none. |
| int32_t App_mcanXBarConfig | ( | void | ) |
This function will configure X-BAR for MCAN interrupts.
| none. |
| status | configuration status. |
| int32_t mcanClockEnableandPADConfig | ( | void | ) |
This API to enable the clock and PAD config for mcan module.
| status | configuration status. |
| int32_t mcanTestFunc | ( | st_mcanTestcaseParams_t * | testParams | ) |
This API is used to introduce error.
| testParams | structure to details of testcase to run. |
status Run status


Commander X16 BASIC/KERNAL/DOS ROM
This is the Commander X16 ROM containing BASIC, KERNAL and DOS. BASIC and KERNAL are derived from the Commodore 64 versions.
- BASIC is fully compatible with Commodore BASIC V2.
- KERNAL
- supports the complete $FF81+ API.
- has the same zero page and $0200-$033C memory layout as the C64.
- does not support tape (device 1).
New Features
- F-keys: F1:
LIST
F2: MONITOR
F3: RUN
F4: <switch 40/80> F5: LOAD
F6: SAVE"
F7: DOS"$
F8: DOS
- New BASIC instructions
MONITOR
: see below.
DOS
: no argument: read disk status. "8" or "9" as an argument: switch default drive. "$" as an argument: show directory. all other arguments: send DOS command
VPEEK
(bank, offset), VPOKE
bank, offset, value to access video memory. "offset" is 16 bits, "bank" is bits 16-19 of the linear address. Note that the tokens for the new BASIC commands have not been finalized yet, so loading a BASIC program that uses the new keywords in a future version of the ROM will break!
- Support for
$
and %
in BASIC expressions for hex and binary
LOAD
prints the start and end(+1) addresses
- Integrated Monitor derived from the Final Cartridge III.
O00
..OFF
to switch ROM and RAM banks
OV0
..OV4
to switch to video address space
- FAT32-formatted SD card as drive 8 as a full IEC (TALK/LISTEN & CBM DOS) compatible device:
- read directory
- load file
- send "I" command
- read status
- everything else is unimplemented
- Some new KERNAL APIs (to be documented)
Big TODOs
- DOS needs more features.
- BASIC needs more features.
- RS232 and IEC are not working.
- PS/2 and SD have issues on real hardware.
ROM Map
- fixed ROM ($E000-$FFFF): KERNAL
- banked ROM ($C000-$DFFF):
- bank 0: BASIC
- bank 1: UTIL (monitor)
- bank 2: DOS
RAM Map
- fixed RAM:
- $0000-$0400 KERNAL/BASIC/DOS system variables
- $0400-$0800 currently unused
- $0800-$9F00 BASIC RAM
- banked RAM:
- banks 0-254: free for applications
- bank 255: DOS buffers and variables
Credits
This version is maintained by Michael Steil<EMAIL_ADDRESS>www.pagetable.com


This document explains some of the terms used in Fore.
Binding AttribuTes are the ref
and set
attributes of xf-bind
as
well as the bind
attribute on UI Controls. They establish a data-binding between a source (the element
having the binding attribute) and a target (where the bind points to).
At init-time of a form all xf-bind
elements are 'unrolled' to create corresponding bind objects.
A bind object can be seen as an instanciation of a bind for a single bound node in the data. For single-node bindings
each xf-bind
will correspond to one bind object. For bindings that bind to a set of items for each
of the items a bind object is created. Bind objects are serialized as a JSON structure that represents the UI Model.
Bindings Pathes are generated by the client when the user interacts with the form. They consist of the id of the binding along with an index if the binding refers to repeated data. The concept is explained here.
Refers to xf-model
element and its descendants. This is the actual model being processed
on the server-side by eXist-db to recalculate and revalidate the data. The host model is not transferred to the
client but translated into a JSON structure that will make up the UI model
The UI Model is powered by a JSON structure that reflects the structure and state of the bindings on the server-side. The UI Model is all the client knows about. The client will mutate this structure when values are changed, items get inserted or deleted. Changes will be logged and send back to the server.


by Mauritz Andersson
Last updated: Dec 6, 2012
Relesed as Open Source (MIT License): Mars 31, 2015
This page describes a method for a Foucault null test using a computer generated holographic mask in front of the mirror.
When illuminated by a point source at the center of curvature of the mirror the mask produces a set of converging wavefronts corresponding to different diffraction orders. The zero order diffraction gives the same wavefront as without a mask. The first order diffraction (on one side) has a spherical abberation corresponding to the desired parabolic mirror but with a negative sign. This produces a perfect spherical wavefront if the mirror is a perfect paraboloid.
Here you can see what the various diffraction orders look like when seen through a eyepiece. The m=0 order is the unmodified wavefront from the mirror. The m=1 order has the compensating spherical abberation and should therfore focus to a point. The m=-1 order has double spherical abberation. In addition weaker order with m=+-3 can bee seen.
This is admittedly a little tedious, but with a sharp scalpel it can be done in a reasonable time.
The mask can be printed on ordinary paper and reinforced with tape before being cut. Better is to use a slighty stiffer paper to print on. The horizontal connections between the fringes serve to give rigidity to the mask.
The small center black square serves as a reference point for alignment.
The testing procedure is similar to the ordinary Foucault test. The difference is that a (reasonably) monochromatic light source with a known wavelength has to be used. It can be a point source or a narrow slit.
One good light source is a laser pointer without the collimation lens, or with an additional small lens for increasing divergence.
WARNING: Take extreme care when using lasers. The maximum power that should reach the eye is less than 1 mW and only if you then by reflex close the eye in a fraction of a second. So, do not stare into such a beam. You absolutely have to attenuate the beam by modifying the control circuit or use a dense filter or both.
Alternatively, a normal LED can be used provided that the emitted wavelength range is within the limit shown when the mask is computed below.
The big difference is that the knife edge for testing the returning wavefront now has to be a slit instead. The slit size has to be small enough that the mask cutouts are not resolved when looking through the slit, but not too small since then the resolution is hampered. A good size is 100-200 microns (0.1-0.2 mm). The slit can be made with two razor blades. Make the slit adjustable in width. Look through the slit at the mask from the same distance as when testing the mirror (radius of curvature) and then adjust the slit width just small enough that the mask cutouts are not resolved.
The testing x-y stage can be simpler compared to a Foucault stage since no measurements has to be made. I can be either moving or stationary light source. However, stability is as important.
With the test slit well inside the focus the test is like an inverted wire test. You will see three bright lines of different straigthness when moving the slit sideways. (Further to the side, additional higher order lines can be seen) The middle (and brightest) line is what you would see without the mask. One will have stronger curvature and the other (here the right line, m=1) should be straight if the mirror is perfect. See left animation below. (The test mirror is overcorrected and the rightmost line is not perfectly straight...)
In the right animation below you can see how it looks when at best focus for the m=1 line. It should behave as the null you would see in a spherical mirror. (Again, for the present mirror it doesn't, the overcorrection is apparent. And a small central hill is present.)
Here you can submit a request to compute a mask for your mirror. The bigger the slit size, the better the spatial resolution but also more fringes to cut out... A good compromise is probably a slit size of 0.2 mm.
Do not use too small slit since you will get low resolution when looking throug it at the mirror. The maximum period of the mask fringes, meaning the width of the widest fringes is about the resolution to expect. The smallest useful slit is probably around 0.1 mm.
Note: radius of curvature = focal length * 2.
Displacing the mask introduces coma in the wavefront but this could also be used to find the optical center of the paraboloid if it is not the same as the mechanical center of the glass.
In principle you do not need to cut a mask for the entire mirror, but can make do with a central horizontal portion of the mask.
A HeNe laser has a wavelength of 632.8 nm. For laserpointer you have to check the datasheet since they vary a bit among manufacturers. If you have a mirror which deviates less than a wavelength from a sphere you could consider using a LED, check the the datasheet for the spectral width of the light, it is typically around 40 nm.
Mail me at mauritz_(at)_xiluma.se
Or discuss the topic at the atm_free or atm mail-list:


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onedirection boy
band.Harry Stayls is a brithish singer who used to sing in onedirection boy band.
Larev FrameWork
Harry Stayls is a brithish singer who used to sing in
onedirection boy
band.Harry Stayls is a brithish singer who used to sing in onedirection boy band.
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Those are just a couple to start off.
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gnewcash
Contents:
Overview
Using GNewCash
Code Documentation
Versions
gnewcash
Docs
»
Index
Index
_
|
A
|
B
|
C
|
D
|
E
|
F
|
G
|
H
|
I
|
L
|
M
|
N
|
P
|
R
|
S
|
T
|
U
|
V
_
__init__() (account.InterestAccount method)
A
Account (class in account)
account (module)
,
[1]
AccountType (class in account)
add() (transaction.TransactionManager method)
amount (transaction.SimpleTransaction attribute)
amount_to_capital (account.LoanStatus attribute)
as_dict() (account.Account method)
as_short_xml() (commodity.Commodity method)
(gnucash_file.Commodity method)
as_xml (account.Account attribute)
(commodity.Commodity attribute)
(gnucash_file.Book attribute)
(gnucash_file.Budget attribute)
(gnucash_file.Commodity attribute)
(slot.Slot attribute)
(transaction.ScheduledTransaction attribute)
(transaction.Split attribute)
(transaction.Transaction attribute)
AssetAccount (class in account)
associated_uri (transaction.Transaction attribute)
B
BankAccount (class in account)
Book (class in gnucash_file)
Budget (class in gnucash_file)
build_file() (gnucash_file.GnuCashFile method)
C
cleared (transaction.Transaction attribute)
color (account.Account attribute)
Commodity (class in commodity)
(class in gnucash_file)
commodity (module)
CreditAccount (class in account)
D
delete() (transaction.TransactionManager method)
delete_log_files() (in module utils)
dict_entry_name (account.Account attribute)
E
EquityAccount (class in account)
ExpenseAccount (class in account)
F
from_account (transaction.SimpleTransaction attribute)
from_xml() (account.Account class method)
(commodity.Commodity class method)
(gnucash_file.Book class method)
(gnucash_file.Budget class method)
(gnucash_file.Commodity class method)
(slot.Slot class method)
(transaction.ScheduledTransaction class method)
(transaction.SimpleTransaction class method)
(transaction.Split class method)
(transaction.Transaction class method)
G
get_account() (gnucash_file.Book method)
get_account_balance() (gnucash_file.Book method)
get_account_ending_balance() (transaction.TransactionManager method)
get_account_starting_balance() (transaction.TransactionManager method)
get_all_payments() (account.InterestAccount method)
get_balance_at_date() (account.Account method)
(transaction.TransactionManager method)
get_ending_balance() (account.Account method)
get_guid() (guid_object.GuidObject class method)
get_info_at_date() (account.InterestAccount method)
get_parent_commodity() (account.Account method)
get_slot_value() (slot.SlottableObject method)
get_starting_balance() (account.Account method)
get_subaccount_by_id() (account.Account method)
get_transactions() (transaction.TransactionManager method)
gnucash_file (module)
GnuCashFile (class in gnucash_file)
guid_object (module)
GuidObject (class in guid_object)
H
hidden (account.Account attribute)
I
IncomeAccount (class in account)
interest (account.LoanStatus attribute)
interest_percentage (account.InterestAccount attribute)
InterestAccount (class in account)
iterator_balance (account.LoanStatus attribute)
iterator_date (account.LoanStatus attribute)
L
LiabilityAccount (class in account)
LoanStatus (class in account)
M
mark_transaction_cleared() (transaction.Transaction method)
minimum_balance_past_date() (account.Account method)
(transaction.TransactionManager method)
N
notes (account.Account attribute)
(transaction.Transaction attribute)
P
parent (account.Account attribute)
payment_amount (account.InterestAccount attribute)
placeholder (account.Account attribute)
R
read_file() (gnucash_file.GnuCashFile class method)
read_xml_child_boolean() (transaction.ScheduledTransaction class method)
read_xml_child_date() (transaction.ScheduledTransaction class method)
read_xml_child_int() (transaction.ScheduledTransaction class method)
read_xml_child_text() (transaction.ScheduledTransaction class method)
reversed_by (transaction.Transaction attribute)
S
ScheduledTransaction (class in transaction)
set_slot_value() (slot.SlottableObject method)
set_slot_value_bool() (slot.SlottableObject method)
SimpleTransaction (class in transaction)
Slot (class in slot)
slot (module)
SlottableObject (class in slot)
Split (class in transaction)
starting_balance (account.InterestAccount attribute)
starting_date (account.InterestAccount attribute)
T
to_account (transaction.SimpleTransaction attribute)
Transaction (class in transaction)
transaction (module)
TransactionManager (class in transaction)
U
utils (module)
V
void_reason (transaction.Transaction attribute)
void_time (transaction.Transaction attribute)
voided (transaction.Transaction attribute)


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If you can’t see the nice little green/red CI checks status (like the one you can see on our Blog, about the Pull Request status feature announcement) on the Pull Request’s GitHub page, you should check this list for troubleshooting.
Make sure to select a Service credential User who has a connected GitHub account
The first requirement is that the Service credential User of the app on bitrise.io have to connect his/her GitHub account, or else bitrise.io won’t be able to send the status messages to GitHub.
!!! note “Set the Service credential User for the app”
You can set which Team Member’s service connections should be used when Bitrise tries to communicate
with GitHub or any other connected service (like Bitbucket or Xamarin) API.
You can set this user on the Team
tab of the app, in the Service credential User section.
Default is to use the Owner’s credentials.
If you want to manage your connected services on bitrise.io, just open your Account Settings page. On the left side you can find the Connected Accounts section, where you can connect and disconnect other services (like GitHub, Bitbucket or Xamarin) to your bitrise.io account.
!!! note “Make sure you connected the correct GitHub account”
If you have more than one GitHub account you should also check whether you connected the right one,
which can access the repository.
You can check which GitHub user you connected by clicking the GitHub
text
on your bitrise.io Account Settings page,
it will open the connected GitHub user’s page.
If your builds are triggering, but you don’t see the Pull Request / Build status indicator on GitHub
If you have Pull Request testing enabled you should see a green/yellow/red CI check status indicator at every Pull Request on GitHub, like the one you can see on our Blog about the Pull Request status feature announcement.
If your builds are running fine but you still can’t see the status indicator on GitHub:
- Make sure that you granted access to your GitHub organization for Bitrise. It might be that you did not grant access to the GitHub organization (who owns the repository) for Bitrise, so even though everything else is in place, GitHub will still reject the status message bitrise.io sends to it. See the Grant access to a GitHub Organization guide for more information.
- Another thing might be that the user you specified as the Service credential User doesn’t have administrator rights on GitHub for the repository. Administrator rights are required in order to send status messages to GitHub. Usually you face this issue (no access to the organization) when you add your app on bitrise.io. If you did not select the repository from the GitHub list on the Add New App page, but rather copy-pasted your repository’s URL, you still need to grant access to the organization to see the build status indicator on GitHub. See the Grant access to a GitHub Organization guide for more information, and make sure that you selected the right Service credential User for the app on bitrise.io.
- If you renamed or transferred the repository on GitHub.
GitHub in general is quite good with handling repository rename and transfer,
and usually redirects to the right url automatically, but this is not the case with the Status API.
Fortunately the fix for this is quite simple: Go to the
Settings
tab of your app on bitrise.io and make sure that theRepository URL
is up to date, and does not point to the previous location of the repository, but to the current location of the repository.


Endeavoring data scientist | Python Developer | R Developer
Projects
Portfolio-Website
Portfolio Website using Django Framework
Map-Reduce(Hadoop)
Data Analysis Using Map-Reduce on HDFS
Map-Reduce(Apache Spark)
Data Analysis using Apache Spark
Docker
Using Docker to Autheticate itself, fetch and Analyse data
Monte-Carlo-Method
Monte Carlo Method implementation and Explanation


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