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| Provider | Collection Account | Actions | |
|---|---|---|---|
| {{provider.ipg_provider_name}} |
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Development in progress
Development in progress


service source file.
More...
#include "service.h"
#include "stdbool.h"
#include "pictures.h"
◆ change_picture()
| void change_picture |
( |
uint8_t |
a_picture_idx, |
|
|
picture_t * |
a_picture |
|
) |
| |
change picture 'A' -> HALF_WHEEL 'B' -> CLOCK 'C' -> ONYKS
- Parameters
-
| a_picture_idx | uint8_t a_picture_idx above indexes |
| a_picture | picture_t a_picture pointer to picture_t instance it will be update in function |
- See also
- PICTURE
◆ latch_data()
latches states which are in leds array in led_latch_t instance
- Parameters
-
- See also
- LED_LATCH
◆ update_leds()
sets information from the picture data into leds in particular latches
- Parameters
-
| picture_t | a_picture picture_t instance |
- See also
- PICTURE
◆ update_resolution_time()
updates resolution time
the most important part of the processing. Basing on time from engine timer (ratio time) the resoltion time is counting. It is in every read from callback feedback from gpio input by phototransisor sensor.
- Parameters
-
| engine_tim_t | engine_tim_t instance |
| picture_tim_t | picture_tim_t instance |
- See also
- PICTURE_TIM
-
ENGINE_TIM


In order to add a test case to the Alloy Analyzer, we have added three new constructs to Alloy.
        1. "val " paragrahs: used to declare a valuation.
        2. "@cmd: {}" label: used to denote a command within a val paragraph.
        3. "@test:" label: used to denote which Alloy command(s) are a test case.
The remainder of this section of the tutorial will focus on demostrating how to use these constructs in the Alloy Analyzer to add your tests and execute them, using the following outline:
      a. Declaring Valuations
      b. Declaring Commands in Valuations (how to handle testing predicates with parameters)
      c. Declaring an Alloy Command as a Test
Remember our Alloy model from the "What is a Test Case?" section:
Each test must invoke exactly one valuation. Valuations are captued in their own paragraphs using the "val" keyword. A valuation can be complete -- all sets and relations are specifically outlined in the valuation; or valuations can be partially captured -- you can use Alloy formulas to descibe desired behavior of a valuation and the Alloy Analyzer will generate a valuation matching the formulas, automatically filling in the structure of the valuation as needed.
"val" declarations cannot: (1) share the same name as another valuation and (2) have parameters.
Ex: A complete valuation:
note: All signatures and relations of the Alloy model are explicitly outlined (sigs: Set, Object; rels: first, link).
Exs: Two partial valuation:
note: Alloy formulas are used to outline some constraints for the signatures and relations.
When a predicate you want to test has parameters, you have to invoke the predicate within the valuation, where the atoms you want to test are being outlined. To signal which formulas are meant to outline the valuation and which formulas are meant to be the command, we use the "@cmd:{}" keyword, with all formulas meant to be the command encapsulated in the braces ("{}").
Ex:
note: Anything within @cmd:{} will be treated as the command component of a test case, while anything outside of that will be treated as the valuation declaration.
We use the new keyword "@test:" in front of an Alloy command intended to be a test case.
This Alloy command must:
      a. Invoke only one valuation.
      b. Have a unique label name.
Things to know for AUnit commands:
      a. Any formulas in the Alloy command that are not valuation invocations are treated as part of the Alloy test case's command.
      b. Any valid Alloy command formula structures can be used, including expect clauses, specifying scopes, and forming formulas.
Ex AUnit Tests:
The AUnit valuation, command pairs for the above tests are:
      Test0: (ObjectDisconneted, Facts and !AllObjectsInSet[])
      Test1: (NoSet, Facts)
      Test2: (SomeObjects, Facts and some o : Object | ObjectInSet[o])
      Test3: (SomeObjects2, Facts and some o : Object | ObjectInSet[o])
      Test4: (ObjectDisconneted2, Facts and ObjectInSet[Obj1] and !ObjectInSet[Obj2])


public class StdLib
extends java.lang.Object
static
members of this class.| Modifier and Type | Field and Description |
|---|---|
static Div |
div
For code call of the form
(call / ...) . |
static Equal |
equal
For code call of the form
(call = ...) . |
static Less |
less
For code call of the form
(call < ...) . |
static LessEq |
lessEq
For code call of the form
(call <= ...) . |
static Member |
member
For code call of the form
(call Member ...) . |
static Minus |
minus
For code call of the form
(call - ...) . |
static More |
more
For code call of the form
(call > ...) . |
static MoreEq |
moreEq
For code call of the form
(call >= ...) . |
static Mult |
mult
For code call of the form
(call * ...) . |
static NotEq |
notEq
For code call of the form
(call != ...) . |
static Plus |
plus
For code call of the form
(call + ...) . |
static Power |
power
For code call of the form
(call ^ ...) . |
| Constructor and Description |
|---|
StdLib() |
public static Div div
(call / ...)
.public static Equal equal
(call = ...)
.public static Less less
(call < ...)
.public static LessEq lessEq
(call <= ...)
.public static Member member
(call Member ...)
.public static Minus minus
(call - ...)
.public static More more
(call > ...)
.public static MoreEq moreEq
(call >= ...)
.public static Mult mult
(call * ...)
.public static NotEq notEq
(call != ...)
.public static Plus plus
(call + ...)
.public static Power power
(call ^ ...)
.


Netscope CNN Analyzer
A web-based tool for visualizing and analyzing convolutional neural network architectures (or technically, any directed acyclic graph).
Currently supports Caffe's prototxt format.
Basis by ethereon. Extended for CNN Analysis by dgschwend.
Gist Support
If your .prototxt
file is part of a GitHub Gist, you can visualize it by visiting this URL:
http://dgschwend.github.io/netscope/#/gist/your-gist-id
The Gist ID is the numeric suffix in the Gist's URL.