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dipakroy1995/JavaScript/JavaScript/JS Object/README.md
# JavaScript Object

## What is an Object?

An object is simply a collection of properties.

A property has two parts:

– A name
– A value

## Objects have Properties

javascript
var person = {
name : “John”,
age : “30”,
eyeColor : “blue”
};

## Accessing Properties

You access properties with dot notation or bracket notation.

javascript
var person = {
name : “John”,
age : “30”,
eyeColor : “blue”
};

console.log(person.name);
// expected output: “John”

console.log(person[“eyeColor”]);
// expected output: “blue”

## Changing Properties

You can change existing properties on an object:

javascript
var person = {
name : “John”,
age : “30”,
eyeColor : “blue”
};

person.age = 45;
person[“eyeColor”] = “green”;

console.log(person);
// expected output:
// Object {name: “John”, age: 45, eyeColor: “green”}

## Adding New Properties

You can add new properties easily:

javascript
var person = {
name : “John”,
age : “30”,
eyeColor : “blue”
};

person.nationality = “English”;
person[“hairColor”] = “brown”;

console.log(person);
// expected output:
// Object {name: “John”, age: “30”, eyeColor:”blue”, nationality:”English”, hairColor:”brown”}

## Deleting Properties

You delete properties using `delete` operator:

javascript
var person = {
name : “John”,
age : “30”,
eyeColor : “blue”
};

delete person.age;

console.log(person);
// expected output:
// Object {name:”John”, eyeColor:”blue”}

## Built-in Objects

### Date

The `Date` object lets you work with dates.

To create a date object:

javascript
var d = new Date();

### Math

The `Math` object allows you to perform mathematical tasks.

For example:

javascript
Math.round(4.7); // returns 5
Math.ceil(4.1); // returns 5
Math.floor(4.9); // returns 4

Math.sqrt(16); // returns square root of number => returns 4
Math.abs(-16); // returns absolute value of number => returns +16

Math.min(0,15,-8); // returns minimum value => returns -8
Math.max(0,-15,-8); // returns maximum value => retuns +0

<|file_sep[]()
[]()

# JavaScript Notes [WIP]

My personal notes on JavaScript.

#### Note:
* These notes are not complete.
* These notes might contain some mistakes.
* If you find any mistake please feel free open an issue or send me pull request.
* I'm trying my best but I'm not perfect.

—

# Index

#### [Basics](https://github.com/dipakroy1995/JavaScript/blob/master/JavaScript/Basics)

– [Introduction](https://github.com/dipakroy1995/JavaScript/blob/master/JavaScript/Basics/introduction.md)
– [Comments](https://github.com/dipakroy1995/JavaScript/blob/master/JavaScript/Basics/comments.md)
– [Variables](https://github.com/dipakroy1995/JavaScript/blob/master/JavaScript/Basics/varible.md)
– [Data Types](https://github.com/dipakroy1995/JavaScript/blob/master/JavaScript/Basics/data_types.md)
– [Operators](https://github.com/dipakroy1995/JavaScript/blob/master/JavaScript/Basics/operators.md)
– [Type Conversion](https://github.com/dipakroy1995/JavaScript/blob/master/JavaScript/Basics/type_conversion.md)
– [If…Else Statement](https://github.com/dipakroy1995/JavaScript/blob/master/JavaScript/Basics/if_else_statement.md)
– [Switch Statement](https://github.com/dipakroy1995/JavaScript/blob/master/JavaScript/Basics/Switch_Statement.md)
– [Loops](https://github.com/dipakroy1995/JavaScript/blob/master/javascript/basics/Loops.md)

#### [Object-Oriented Programming(OOP)](./OOP)

#### [Object-Oriented Programming(OOP) In JavaScript](./OOP_In_JavaScript)

#### [Objects In JavaScript ](./Objects_In_JavaScript)

#### Functions In JavaScript

—

# License

This project is licensed under MIT License – see LICENSE file for details.dipakroy1995/JavaScript<|file_sep**Object Oriented Programming**

—

**What Is OOP?**

Object-oriented programming (OOP) uses “objects” – data structures consisting of fields (often known as attributes that describe the object) –and methods (functions which operate on objects). It focuses on using objects rather than actions.

In this paradigm each piece of code corresponds directly to something real-world.

**Example**

Let's consider this scenario:

There's a room full of people at an event we're hosting.

Each person has three characteristics:

1. Name
2. Age
3. Gender

And there are three things we want them all do:

1. Greet us
2. Introduce themselves
3. Leave

In procedural programming these would be represented by three functions like so:

function greet() {}
function introduce() {}
function leave() {}

And then we'd call those functions whenever someone needed them done.

But this isn't very efficient because it doesn't allow us any way of grouping related functions together or storing related data together!

So instead let's use OOP principles here by creating an object called Person which contains both our data fields AND our methods/functions inside it like so:

Person(name:string; age:number; gender:string){}
this.greet(){…}
this.introduce(){…}
this.leave(){…}

Now we can create instances/persons easily like so:

let dipak=new Person("Dipak Roy","23","Male");
let khan=new Person("Md Khan","24","Male");

And then call our functions/methods easily like so:

dipak.greet();
khan.introduce();

**Benefits Of Using OOP**

Using OOP allows us many benefits including encapsulation which means that all data related fields must be contained within one class/object! This makes it easier for us programmers since everything we need comes packaged together neatly into one place instead having multiple different classes/files/etcetera scattered around everywhere else!

It also allows us better abstraction since every class/object contains only what it needs instead having unrelated stuff mixed up together which could cause confusion later down road when trying figure out how everything works together!

Finally it gives us inheritance/reusability because once created objects/classes don't need recreating again if they already exist elsewhere somewhere else just need reference back instead copying over everything again from scratch every single time!

**Conclusion**

So overall using OOP principles helps keep our code clean organized easy maintainable etcetera! So definitely worth learning how implement properly 🙂 dipakroy1995/JavaScript<|file_sep***Basics***

—

**What Is Javascript?**

Javascript is an interpreted scripting language that enables you do dynamic things on web pages such as create interactive user interfaces respond user actions validate forms handle events etcetera!

It runs client side meaning executes directly inside users browser without needing server side processing first unlike other languages e.g PHP Ruby Python etcetera!

—

**What Are The Uses Of Javascript?**

Javascript has many uses including but not limited too following things :

* Creating interactive web pages e.g adding animations effects buttons sliders forms etcetera!
* Validating forms before submitting them server side preventing unnecessary requests being sent out!
* Handling events e.g clicking buttons mousing over elements hovering over elements etcetera!
* Manipulating DOM tree dynamically adding removing modifying elements attributes styles classes ids etcetera!
* Making AJAX requests retrieving data from servers without reloading entire page!
* Creating games animations visualizations charts graphs maps etcetera!

—

**How To Use Javascript?**

There are many ways use javascript depending upon what exactly want achieve however most common ways include following :

##### **Inline Scripting**
Inline scripting involves writing javascript code directly inside html document usually between “ tags either inline within html element itself e.g `Click Me!` OR separately outside element somewhere else e.g `alert(‘Hello World!’);`
##### **External Scripting**
External scripting involves linking external js file containing script code inside html document usually between “ tags where filename.js refers external file containing actual script code itself e.g “
##### **Embedded Scripting**
Embedded scripting involves embedding small snippets javascript code inside html document usually between “ tags either inline within html element itself OR separately outside element somewhere else similar way inline scripting mentioned above except here instead writing actual script code directly writing short snippet referring external file containing actual script code itself e.g “
##### **Browser Console**
Browser console allows run small snippets javascript code directly browser without needing write anything inside html document just paste into console window press enter run immediately see results right away!
##### **NodeJS**
NodeJS allows run javascript files server side similar way running normal scripts command line however here instead running normal scripts command line running special nodejs command line tool called node which acts interpreter executing given js file specified command line arguments passed along with it e.g `$node myscript.js arg1 arg2`
##### **Frameworks/Libraries**
There many frameworks libraries available today help simplify development process making life easier developers by providing pre-written reusable components ready use right away eliminating need reinvent wheel every single time start new project! Some popular ones include jQuery Angular React Vue NodeJS Express Backbone Ember Backbone.Marionette MarionetteJS EmberCLI Ember Data Backbone.Marionette MarionetteJS EmberCLI Ember Data Backbone.Marionette MarionetteJS EmberCLI Ember Data Backbone.Marionette MarionetteJS EmberCLI Ember Data Backbone.Marionette MarionetteJS EmberCLI Ember Data Backbone.Marionette MarionetteJS…

—

***Comments***

—

In programming comments are used explain purpose certain lines blocks codes making easier understand others read maintain later down road especially when dealing large complex projects involving multiple developers working together same time !

There two types comments supported javascript :

##### Single Line Comments :

Single line comments start `//` followed immediately text explaining purpose certain line block codes ! They end automatically next newline character encountered after `//` !

Example :

// This function adds two numbers together !
function add(a,b){
return a+b;
}

##### Multi Line Comments :

Multi line comments start `/*` followed immediately text explaining purpose certain lines block codes ! They end automatically next occurrence closing tag `*/` encountered after opening tag `/*` !

Example :

/*
This function adds two numbers together !
It takes two parameters ‘a’ ‘b’ representing values want add !
Returns sum ‘a’ ‘b’ !
*/
function add(a,b){
return a+b;
}

***Variables***

—

In programming variables act containers store values representing certain things ! Variables allow store temporary values manipulate later down road using various operations !

There three types variables supported javascript :

###### Var :

Var keyword declares variable ! Variables declared var keyword automatically scoped globally unless declared inside function block scope !

Example :

var x=10;
console.log(x); // Outputs -> ’10’
function foo(){
var y=20;
console.log(y); // Outputs -> ’20’
}
foo();
console.log(y); // Throws error -> ReferenceError ! Cannot access undeclared identifier ‘y’

###### Let :

Let keyword declares variable ! Variables declared let keyword scoped block scope meaning cannot accessed outside block they declared !

Example :

let x=10;
if(true){
let y=20;
console.log(y); // Outputs -> ’20’
}
console.log(y); // Throws error -> ReferenceError ! Cannot access undeclared identifier ‘y’

###### Const :

Const keyword declares constant ! Constants declared const keyword cannot reassigned once initialized !

Example :

const PI=22 /7 ;
PI=44 /14 ; // Throws error -> TypeError ! AssignmentToConstantDeclaration !
console.log(PI);

***Data Types***

—

In programming data types represent different kinds values possible store manipulate program execution time !

There seven primitive data types supported javascript :

###### String :

String represents sequence characters enclosed quotation marks `” “` OR `’ ‘` !

Example :

let name=’Dip’;
let greeting=`Hello ${name}!`;
console.log(greeting); // Outputs -> Hello Dip !

###### Number :

Number represents numeric values integers floats decimals !

Example :

let x=10 ;
let y=22 /7 ;
let z=x+y ;
console.log(z); // Outputs ->32 /7 ~’4 .857142857142857′

###### Boolean :

Boolean represents logical true false values true false respectively !

Example :

let x=true ;
let y=false ;
console.log(x&&y);// Outputs->false !
console.log(x||y);// Outputs->true !

###### Null :

Null represents absence value null undefined value explicitly assigned variable !

Example :

let x=null ;
console.log(x);//Outputs->null !

###### Undefined :

Undefined represents absence value implicitly assigned variable not initialized yet !

Example :

let x;
console.log(x);//Outputs->undefined !

###### Symbol :

Symbol represents unique identifiers generated runtime ensuring uniqueness among symbols created same execution context !

Example :

let sym1=Symbol();
let sym2=Symbol();
console.log(sym1===sym2);//Outputs->false !

###### BigInt :

BigInt represents arbitrary precision integers larger than Number.MAX_SAFE_INTEGER capable storing extremely large numbers accurately precisely without losing precision rounding errors floating point arithmetic limitations imposed normal Number type !

Example :

let num1=9007199254740991n;
let num2=num1+100n;
console.log(num1==num231n)//Outputs->true!

***Operators***

—

Operators perform operations operands operands involved operation result operation performed operands involved operation result operation performed operands involved operation result operation performed operands involved operation result operation performed operands involved operation result operation performed operands involved operation result operation performed operands involved operation result operation performed operands involved operation result operation performed operands involved operation result …

There six categories operators supported javascript based upon functionality provided operators category belong category operators supported javascript based upon functionality provided operators category belong category operators supported javascript based upon functionality provided operators category belong category operators supported javascript based upon functionality provided operators category belong category operators supported javascript based upon functionality provided operators category belong category operators supported javascript based upon functionality provided operators category belong …

##### Arithmetic Operators :

Arithmetic Operators perform arithmetic operations addition subtraction multiplication division modulus exponentiation bitwise shift left right unsigned right shift bitwise NOT bitwise AND bitwise OR bitwise XOR bitwise NAND bitwise NOR bitwise XNOR arithmetic shift left arithmetic shift right unsigned arithmetic shift right unsigned NOT NOT NOT NOT NOT NOT NOT NOT NOT NOT …

Examples :

let x=10 ;
let y=22 /7 ;

console .log(x+y) ; Outputs->32 /7 ~’4 .857142857142857′ ;

console .log(x-y) ; Outputs->68 /7 ~’-6 .285714285714286′ ;

console .log(x*y) ; Outputs->220 /7 ~’31 .428571428571429′ ;

console .log(x/y) ; Outputs->70 /77 ~’.113636363636364′ ;

console .log(x%y) ; Outputs->6 /7 ~’.857142857142857′ ;

console .log(Math.pow(x,y)) ; Outputs~74.98902517154489 ;

console .log(~x) ; Outputs~-11 ;

console .log(~y) ; Outputs~-23 ;

console .log(~x&~y) ; Outputs~-23 ;

console .log(~x | ~y ) ; Outputs~-11 ;

console .log(~x ^ ~y ) ; Output~12;

***Comparison Operators*** Comparison Operators compare two expressions return boolean indicating whether expression left hand side greater lesser equal lessorequal greaterorequal strictly greater strictly lesser strictly equal strictly lessorequal strictly greaterorequal expression right hand side comparison expression left hand side return boolean indicating whether expression left hand side greater lesser equal lessorequal greaterorequal strictly greater strictly lesser strictly equal strictly lessorequal strictly greaterorequal expression right hand side comparison expression left hand side return boolean indicating whether expression left hand side greater lesser equal lessorequal greaterorequal strictly greater strictly lesser strictly equal strictly lessorequal strictly greaterorequal expression right hand side comparison …

Examples :

let x=10 ;
let y=22 /7 ;

if(x>y){
console log(‘x>y’) ;
}else if(x<y){
console log('x
*x
*Both false*/

***Bitwise Operators***
Bitwise Operators perform bit level operations binary representation integers AND OR XOR NAND NOR XNOR binary representation integers AND OR XOR NAND NOR XNOR binary representation integers …
Examples:

Let num=x <
*11*

***Assignment Operators***
Assignment Operators assign values variables using shorthand notation assignment assignment assignment assignment assignment assignment assignment …
Examples:

Let num=x+y+z+w+x+y+z+w+x+y+z+w+x+y+z+w+x+y+z+w+x+y+z+w+x+y+z+w+x+y+z+w+x+y+z+w+x+y+z+w+x+y+z+w+x+y+z+w+x+y+z+w+x+y+z+w+x+y+z+w+x+y+z+w+x+y+z+w;

Console log(num);

Output ->
*260*

***Miscellaneous Operators***
Miscellaneous Operators perform miscellaneous operations miscellaneous operations miscellaneous operations miscellaneous operations miscellaneous Operations …
Examples:
***
Typeof Operator ***
Typeof Operator determines type operand operand determined type operand determined type operand determined type operand determined type operand determined type operand determined type operand determined type operand …
Example:
***
Let str=’Dip’;

Let bool=true;

Let num=-25n;

Let arr=[str,bool,num];

For(let i=0;i
*string*
*boolean*
*bigint*
***Void Operator***
Void Operator evaluates expression returned undefined regardless evaluated expression evaluated expression evaluated expression evaluated expression evaluated expression …
Example:
***
Function foo(){
Void alert(`Hello ${name}`);
}
foo();
Output ->
*undefined*
***Delete Operator***
Delete Operator deletes property object property deleted property deleted property deleted property deleted property deleted property …
Example:
***
Function deleteProperty(obj,key){
Delete obj[key];
}
DeleteProperty({name:’Dip’},’name’);
Output ->
*true*
***Comma Operator***
Comma Operator evaluates expressions separated comma comma separated expressions separated comma comma separated expressions separated comma comma separated expressions separated comma comma separated expressions separated comma …
Example:
***
Function foo(){
Return((x,y,z)=>{return x,y,z});
}
Foo()(12,’abc’,true);
Output ->
*(12,’abc’,true)*

***Type Conversion***

—

Type conversion converting one datatype another datatype converting one datatype another datatype converting one datatype another datatype converting one datatype another datatype converting one datatype another datatype converting one datatype another datatype converting one datatype another …

There four types conversion implicit explicit automatic manual coercive uncoercive implicit explicit automatic manual coercive uncoercive implicit explicit automatic manual coercive uncoercive implicit explicit automatic manual coercive uncoercive implicit explicit automatic manual coercive uncoercive …

Implicit Conversion Implicitly convert datatypes context required context required context required context required context required context required context required context required context required …

Automatic Conversion Automatically convert datatypes automatically convert datatypes automatically convert datatypes automatically convert datatypes automatically convert datatypes automatically convert datatypes automatically convert datatypes automatically convert datatypes automatically convert datatypes …

Manual Conversion Manually convert datatypes manually convert datatypes manually convert datatypes manually convert datatypes manually convert datatypes manually convert datatypes manually convert datatypes manually convert datatypes manually convert datatypes manually convert …

Coercive Conversion Coercively coerce values coerce coerce coerce coerce coerce coerce coerce coerce coerce coerce coerce coerce coerce coerce …

Uncoercive Conversion Uncoercively retain original original original original original original original original original original original original original …

Examples Implicit Automatic Manual Coercive Uncoercive Implicit Automatic Manual Coercive Uncoercive Implicit Automatic Manual Coercive Uncoercive Implicit Automatic Manual Coercive Uncoercive Implicit Automatic Manual Coercive Uncoerceve:

Implicit Conversion Example Code Snippet:
“
Let num=’123′;

Let bool=num==123; //’true’

Let str=num+’456′; //’123456′

Let obj={}; //{}

obj.prop=num; //{prop:’123′}

obj[‘prop’]=num; //{prop:’123′}

obj[‘func’]=()=>{return typeof(num)};//{prop:’123′,func:function(){return typeof(num)}}

obj[‘func’](); //’string’

Manual Conversion Example Code Snippet:

Function toString(val){

Return val.toString();

}

Function parseInt(val){

Return parseInt(val);

}

Function parseFloat(val){

Return parseFloat(val);

}

Function Number(val){

Return Number(val);

}

Function Boolean(val){

Return Boolean(val);

}

UnCoercevee Conversion Example Code Snippet:

Function stringVal(val){

Return `${val}`;

}

Function numberVal(val){

Return val.valueOf();

}

Function booleanVal(val){

Return !!val;

}

Function objVal(obj,val){

If(typeof(obj)===’object’){
obj[val]=val.valueOf();
}else{
obj[val]=val.toString();
}

}

Console Log(stringVal(true)); //’true’

Console Log(numberVal(false)); /*NaN*/

Console Log(booleanVal([12])); /*true*/

Obj Val({}); //{12:’12’}

Obj Val([],[12]); //[12:’12’]

Obj Val({},new Date()); {/*2020*/date:’Sat Dec 05 2020′}

Obj Val([],new Date()); //[/*2020*/date:’Sat Dec 05 …’]

Console Log(…);

Output-
*’true’
/*NaN*/
/*true*/
{/*2020*/date:’Sat Dec …’}
[/*2020*/date:’Sat Dec …’]

***If…Else Statement***

—

If…Else statement conditionally execute blocks codes conditionally execute blocks codes conditionally execute blocks codes conditionally execute blocks codes conditionally execute blocks codes conditionally execute blocks codes conditionally execute blocks codes conditionally execute blocks codes conditionally execute blocks codes…

Syntax If…Else Statement Syntax If…Else Statement Syntax If…Else Statement Syntax If…Else Statement Syntax If…Else Statement Syntax If…Else Statement Syntax If…Else Statement Syntax If…Else Statement…

If(condition){
BlockOfCodeToExecuteIfConditionIsTrue…
}else{
BlockOfCodeToExecuteIfConditionIsFalse…
}

Examples If.. Else Statements Examples If.. Else Statements Examples If.. Else Statements Examples If.. Else Statements Examples If.. Else Statements Examples If.. Else Statements Examples If.. Else Statements…

Let num=-50;

If(num>=0 && num<=100){
Console Log(`Number ${num} lies between zero hundred`);
}else{
Console Log(`Number ${num} does not lie between zero hundred`);
}

Output-
*"Number -50 does not lie between zero hundred"*

***Switch Statement***

—

Switch statement switch statements switch statements switch statements switch statements switch statements switch statements switch statements switch statements switch statements…

Syntax Switch statement Syntax Switch statement Syntax Switch statement Syntax Switch statement Syntax Switch statement Syntax Switch statement Syntax Switch statement…

Switch(expressionToEvaluate){
Case caseValueOne:{
BlockOfCodeToExecuteIfExpressionMatchesCaseValueOne…
BreakOptionalBreakOptionalBreakOptionalBreakOptionalBreakOptionalBreakOptional…
}
Case caseValueTwo:{
BlockOfCodeToExecuteIfExpressionMatchesCaseValueTwo…
BreakOptionalBreakOptionalBreakOptionalBreakOptionalBreakOptional…
}
Default:{
BlockOfCodeToExecuteIFNoneCasesMatchExpression…
BreakOptionalBreakOptionalBreakOptionalBreakOptionalBreakOptional…
}

Examples Switch Statements Examples Switch Statements Examples Switch Statements Examples Switch Statements Examples Switch Statements…

Let day='Monday';

Switch(day.toLowerCase()){
Case'day':
Case'monday':
Console Log('Weekday');
Break;
Case'saturday':
Case'sunday':
Console Log('Weekend');
Break;
Default:
Console Log(`${day} not found`);
Break;
}

Output-
*"Weekday"*

tangjie2019/VoxelNet-for-PASCAL-VOC/eval.py
import os
import sys
import numpy as np
import torch
from tqdm import tqdm

from dataset import VOCDataset
from models import VoxelNet

def eval(model_path):
model_config_path = model_path + ‘.json’
config_dict = json.load(open(model_config_path))
model_config_dict = config_dict[‘model’]
dataset_config_dict = config_dict[‘dataset’]
test_dataset_config_dict = dataset_config_dict[‘test’]

data_dir = test_dataset_config_dict[‘data_dir’]
pascal_class_list_file_path = test_dataset_config_dict[‘class_list_file_path’]
output_dir_path_prefix_list_file_path_list.append(test_dataset_config_dict.get(
‘output_dir_path_prefix_list_file_path’, None))

num_classes_per_batch_for_evaluation = model_config_dict.get(
‘num_classes_per_batch_for_evaluation’, None)
sample_num_per_class_for_evaluation_list.append(
model_config_dict.get(
‘sample_num_per_class_for_evaluation_list’,
None))

if sample_num_per_class_for_evaluation_list == None:
sample_num_per_class_for_evaluation_list.append(None)

if sample_num_per_class_for_evaluation_list == None:
sample_num_per_class_for_evaluation_list.append(None)

class_names_file_paths.append(pascal_class_list_file_path)
num_classes.append(len(class_names[class_names_file_paths[-1]]))
output_dir_paths.append(os.path.join(output_dir_prefix,
os.path.basename(model_path)))

if len(output_dir_paths[-1]) == len(output_dir_prefix):
print(“output dir path prefix list file path should be set.”)
exit()

voc_test_set_size += len(os.listdir(data_dir))

voc_test_set_split_idx += voc_test_set_size

for idx in range(len(class_names)):
voc_test_set_split_idx += int(np.ceil(
voc_test_set_size *
sample_num_per_class_for_evaluation[idx] *
float(voc_test_set_size)/len(class_names[idx])))

print(“VOC test set size:”, voc_test_set_size)
print(“VOC test set split idx:”, voc_test_set_split_idx)

test_data_loader_kwargs.update({‘dataset’: VOCDataset,
‘data_dir’: data_dir,
‘class_names_file_path’:
pascal_class_list_file_path,
‘image_height’: image_height,
‘image_width’: image_width,
‘image_channels’: image_channels,
‘velocity_image_height’:
image_height,
‘velocity_image_width’: image_width,
model_type=model_type})

test_data_loader_kwargs.update({‘split’: [‘test’],
‘shuffle’: False})

test_data_loader_kwargs.update({‘batch_size’: batch_size})
test_data_loader_kwargs.update({‘pin_memory’: pin_memory})
test_data_loader_kwargs.update({‘drop_last’: drop_last})
test_data_loader_kwargs.update({‘num_workers’: num_workers})

print(test_data_loader_kwargs)

print(“Creating test dataset”)

test_dataset_obj.create(**test_data_loader_kwargs)
voc_test_dataset_length += len(test_dataset_obj)

print(“Creating test loader”)

test_dataloader_obj.create(**test_data_loader_kwargs)

for i_batch,(images,image_labels,image_labels_onehot,image_label_indices,image_label_sizes,image_filenames,image_shapes,bboxes_gt,bboxes_gt_onehot,bboxes_gt_indices,bboxes_gt_sizes,vectors_gt,vectors_gt_onehot,vectors_gt_indices,vectors_gt_sizes,image_points_gt,image_points_gt_onehot,image_points_gt_indices,image_points_gt_sizes,class_vectors_gt,class_vectors_gt_onehot,class_vectors_gt_indices,class_vectors_gt_sizes,inverse_image_points_gt,inverse_image_points_gt_onehot,inverse_image_points_gt_indices,inverse_image_points_gt_sizes,class_inverse_image_points_gt,class_inverse_image_points_onehot,class_inverse_image_points_indices,class_inverse_image_points_sizes,dense_mask_images,dense_mask_labels,dense_mask_labels_onehot,dense_mask_label_indices,dense_mask_label_sizes,lidar_images,lidar_bboxes,lidar_bboxes_onehot,lidar_bboxes_indices,lidar_bboxes_sizes,lidar_vectors,lidar_vectors_onehot,lidar_vectors_indices,lidar_vectors_sizes,lidar_point_clouds,lidar_point_clouds_cam_coords_xys_zs_normed_xys_lasers_normed_zs_cam_coords_normeds_normeds_xys_lasers_normeds_zs_cam_coords_normeds_all_ones_concatenated_cam_coords_xy_laser_angles_sin_cos_concatenated_xyz_concatenated_inversely_transformed_to_pixel_coords_xyz_concatenated_cam_coords_xy_laser_angles_sin_cos_concatenated_xyz_concatenated_inversely_transformed_to_pixel_coords_xyz_concatenated_normalized_voxels_normalized_voxels_occupancies_normalized_voxels_occupancies_cam_coordss_normalized_voxels_cam_coordss_normalized_voxels_occupancies_normalized_voxels_occupancies_cam_coordss_normalized_voxels_all_ones_concatenated_grid_map_images_grid_map_labels_grid_map_labels_onehot_grid_map_label_indices_grid_map_label_sizes_grid_map_edge_maps_grid_map_edge_maps_edge_maps_offsets_grid_map_edge_maps_edge_maps_offsets_densified_laser_scan_images_densified_laser_scan_images_densified_laser_scan_labels_densified_laser_scan_labels_onehot_densified_laser_scan_label_indices_densified_laser_scan_label_sizes_)
in enumerate(test_dataloader_obj):

images_gpu_variables_tensor_objects

images_gpu_variables_tensor_objects_cpu_variables_tensor_objects

bboxes_gpu_variables_tensor_objects

bboxes_gpu_variables_tensor_objects_cpu_variables_tensor_objects