chore: fix grammar and spelling (#104)

Author: jbampton

CONTRIBUTING.md

@@ -21,7 +21,7 @@
 
 # Contributing to Apache OpenWhisk
 
-Anyone can contribute to the OpenWhisk project and we welcome your contributions.
+Anyone can contribute to the OpenWhisk project, and we welcome your contributions.
 
 There are multiple ways to contribute: report bugs, improve the docs, and
 contribute code, but you must follow these prerequisites and guidelines:
@@ -50,7 +50,7 @@ Please raise any bug reports or enhancement requests on the respective project r
 list to see if your issue has already been raised.
 
 A good bug report is one that make it easy for us to understand what you were trying to do and what went wrong.
-Provide as much context as possible so we can try to recreate the issue.
+Provide as much context as possible, so we can try to recreate the issue.
 
 A good enhancement request comes with an explanation of what you are trying to do and how that enhancement would help you.
 

README.md

@@ -180,7 +180,7 @@ Create a json file called `python-data-init-params.json` which will contain the
    }
 }
 ```
-Also create a json file `python-data-run-params.json` which will contain the parameters to the function used to trigger it. Notice here we're creating 2 separate file from the beginning since this is good practice to make the distinction between what needs to be send via the `init` API and what needs to be sent via the `run` API:
+Also create a json file `python-data-run-params.json` which will contain the parameters to the function used to trigger it. Notice here we're creating 2 separate file from the beginning since this is good practice to make the distinction between what needs to be sent via the `init` API and what needs to be sent via the `run` API:
 ```json
 {
    "value": {
@@ -322,7 +322,7 @@ XXX_THE_END_OF_A_WHISK_ACTIVATION_XXX
 XXX_THE_END_OF_A_WHISK_ACTIVATION_XXX
 ```
 
-#### At this point you can edit python-fib-run.json an try other `fib_n` values. All you have to do is save `python-fib-run.json` and trigger the function again. Notice that here we're just modifying the parameters of our function; therefore, there's no need to re-run/re-initialize our container that contains our Python runtime.
+#### At this point you can edit python-fib-run.json and try other `fib_n` values. All you have to do is save `python-fib-run.json` and trigger the function again. Notice that here we're just modifying the parameters of our function; therefore, there's no need to re-run/re-initialize our container that contains our Python runtime.
 
 #### You can also automate most of this process through [docker actions](https://github.com/apache/openwhisk/tree/master/tools/actionProxy) by using `invoke.py`
 
@@ -410,4 +410,4 @@ This action runtime enables developers to create AI Services with OpenWhisk. It
 
 Follow these steps to import the project into your IntelliJ IDE.
 - Import project as gradle project.
-- Make sure working directory is root of the project/repo.
+- Make sure the working directory is root of the project/repo.

core/python3AiActionLoop/samples/smart-body-crop/common.py

@@ -84,7 +84,7 @@ class CocoPart(Enum):
 
 NMS_Threshold = 0.1
 InterMinAbove_Threshold = 6
-Inter_Threashold = 0.1
+Inter_Threshold = 0.1
 Min_Subset_Cnt = 4
 Min_Subset_Score = 0.8
 Max_Human = 96
@@ -162,7 +162,7 @@ def estimate_pose(heatMat, pafMat):
                 # if two humans share a part (same part idx and coordinates), merge those humans
                 if set(c1['uPartIdx']) & set(c2['uPartIdx']) != empty_set:
                     is_merged = True
-                    # extend human1 connectios with human2 connections
+                    # extend human1 connections with human2 connections
                     conns_by_human[h1].extend(conns_by_human[h2])
                     conns_by_human.pop(h2)  # delete human2
                     break
@@ -243,7 +243,7 @@ def get_score(x1, y1, x2, y2, pafMatX, pafMatY):
         pafYs[idx] = pafMatY[my][mx]
 
     local_scores = pafXs * vx + pafYs * vy
-    thidxs = local_scores > Inter_Threashold
+    thidxs = local_scores > Inter_Threshold
 
     return sum(local_scores * thidxs), sum(thidxs)
 

gradle/README.md

@@ -41,14 +41,14 @@ Project level options that can be used on `distDocker`:
 
 ### Test
 
-To run tests one uses the `test` task. OpenWhisk consolidates tests into a single `tests` project. Hence the command to run all tests is `gradle :tests:test`.
+To run tests one uses the `test` task. OpenWhisk consolidates tests into a single `tests` project. Hence, the command to run all tests is `gradle :tests:test`.
 
 It is possible to run specific tests using [Gradle testfilters](https://docs.gradle.org/current/userguide/java_plugin.html#test_filtering). For example `gradle :tests:test --tests "your.package.name.TestClass.evenMethodName"`. Wildcard `*` may be used anywhere.
 
 ## Build your own `build.gradle`
 In Gradle, most of the tasks we use are default tasks provided by plugins in Gradle. The [`scala` Plugin](https://docs.gradle.org/current/userguide/scala_plugin.html) for example includes tasks, that are needed to build Scala projects. Moreover, Gradle is aware of *Applications*. The [`application` Plugin](https://docs.gradle.org/current/userguide/application_plugin.html) provides tasks that are required to distribute a self-contained application. When `application` and `scala` are used in conjunction, they hook into each other and provide the tasks needed to distribute a Scala application. `distTar` for example compiles the Scala code, creates a jar containing the compiled classes and resources and creates a Tarball including that jar and all of its dependencies (defined in the dependencies section of `build.gradle`). It also creates a start-script which correctly sets the classpath for all those dependencies and starts the app.
 
-In OpenWhisk, we want to distribute our application via Docker images. Hence we wrote a "plugin" that creates the task `distDocker`. That task will build an image from the `Dockerfile` that is located next to the `build.gradle` it is called from, for example Controller's `Dockerfile` and `build.gradle` are both located at `core/controller`.
+In OpenWhisk, we want to distribute our application via Docker images. Hence, we wrote a "plugin" that creates the task `distDocker`. That task will build an image from the `Dockerfile` that is located next to the `build.gradle` it is called from, for example Controller's `Dockerfile` and `build.gradle` are both located at `core/controller`.
 
 If you want to create a new `build.gradle` for your component, simply put the `Dockerfile` right next to it and include `docker.gradle` by using