cleaning up repo

master
Penguin 3 years ago
parent e4bc7f9946
commit 9804c4b906

1
.gitignore vendored

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bin/

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---
Language: Cpp
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// Use IntelliSense to learn about possible attributes.
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/*
(WORK IN PROGRESS)
Penguin's Circular Buffer Example -- Turning a noisy bell curve into a less noisy bell curve
Here's an example of using the circular buffer library for sensor data:
Let's say I have a sensor that gives me temperature at 1khz (using ideals so it is exactly 1khz)
If this sensor was only giving me raw analog data, I might want to do some processing on these values
so that I can make sure the values are as clean as possible. The more samples we have, the closer we are to the actual value.
The faster we gather samples, the closer we get to representing our data in realtime.
Using the sample rate, I can decide on a sampling window (in seconds) and an OSR (Oversampling Rate). The larger the buffer size, the more memory I need, so
it is useful to find a happy medium between a large buffer and clean values.
A sampling window is the window of time in which we can accept values for an average value. Depending on your application,
a sampling window may need to be extremely small or maybe not so small. A rocket going extremely fast using
some sensor for real time controls will want an extremely small sampling window as well as a lot of measurements for
both clean, near noiseless data and as close to realtime data as possible.
The sampling windows is usually an engineering requirement given that can match the sampling rate of the sensor with the following:
sampling window (in seconds) = 1 / frequency
Here, the OSR is simply 1.
So at 1khz sample rate, let's say I decide I only need a 0.125 second sample window and I want to clean up some noisy data.
We can now use this equation:
OSR = frequency * sample window (in seconds)
All of these have ignored real world slowdowns like the time it takes to do math on lower end hardware, interrupts slightly delaying the math, etc
Without wanting to do some hard analysis on whatever hardware we're using, I usually take my frequency and half it to ensure timing requirements are met, like so:
OSR = frequency / 2 * sample window
Please note: In applications that require real real-time data, this is not a good way of doing things.
*/
#include <stdio.h>
int main()
{
return 0;
}

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#include <stdio.h>
#include <PCircularBuffer.h>
int main()
{
const uint16_t maxlength = 16;
double my_buffer[maxlength];
p_cb_double data;
p_cb_double_init(&data, my_buffer, 16);
for(int x = 0; x < 32; x++)
{
if( x < 16)
{
printf("[%02d] Before: %02lf\t", x, data.buffer[x]);
data.push(&data, (double)x);
printf("[%02d] After: %02lf\r\n", x, data.buffer[x]);
}
else
{
printf("[%02d] Before: %02lf\t", x - 16, data.buffer[x - 16]);
data.push(&data, (double)x);
printf("[%02d] After: %02lf\r\n", x - 16, data.buffer[x - 16]);
}
}
return 0;
}

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PRJNAME=pqueue
PRJOUT=lib$(PRJNAME).a
TESTSOUT=$(PRJNAME)_tests
EXAMPLESOUT=$(PRJNAME)_example
CC=gcc
SIZE=size
MK_DIR=mkdir -p
CFLAGS=\
-Wall \
-DDEBUG \
-std=gnu11 \
-ffunctions-sections \
-O3 \
-g3
ARFLAGS=\
# Core Stuff
CORE_SUB_DIRS=src
CORE_INC_DIRS=\
-I../cfg \
-I../inc
# Tests
TESTS_SUB_DIRS=\
test/src
TESTS_INC_DIRS=\
-I../tests/inc \
-I../test/cfg
# Examples
EXAMPLES_SUB_DIRS=\
EXAMPLES_INC_DIRS=\
.PHONY: all tests examples clean
all: $(CORE_SUB_DIRS) $(PRJOUT)
tests: all $(TESTS_SUB_DIRS) $(TESTSOUT)
examples: all $(EXAMPLES_SUB_DIRS) $(EXAMPLESOUT)
$(PRJOUT): $(CORE_OBJS)
$(AR) $(CORE_INC_DIRS) $(CFLAGS) $(ARFLAGS) $@ $<
$(TESTSOUT): $(TEST_OBJS)
$(CC) $(CFLAGS) -o $< $(TEST_OBJS)
$(EXAMPLESOUT)

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#ifndef __P_QUEUE_H__
#define __P_QUEUE_H__
#include <stdio.h>
typedef enum PB_Q_STATUS {
PB_Q_GOOD = 0,
PB_Q_BAD = 1, // generic bad
PB_Q_BAD_LENGTH = 2,
PB_Q_NULL_BUFFER = 3,
PB_Q_NULL_QUEUE = 4
} PB_Q_STATUS;
typedef struct p_queue {
uint8_t *elements;
ssize_t len;
} p_queue;
#endif

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#include "p_queue.h"

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PRJNAME=pcbuffer
PRJOUT=lib$(PRJNAME).a
TESTSOUT=$(PRJNAME)_tests
EXAMPLESOUT=$(PRJNAME)_example
CC=gcc
SIZE=size
MK_DIR=mkdir -p
CFLAGS=\
-Wall \
-DDEBUG \
-std=gnu11 \
-ffunctions-sections \
-O3 \
-g3
ARFLAGS=\
# Core Stuff
CORE_SUB_DIRS=src
CORE_INC_DIRS=\
-I../cfg \
-I../inc
# Tests
TESTS_SUB_DIRS=\
test/src
TESTS_INC_DIRS=\
-I../tests/inc \
-I../test/cfg
# Examples
EXAMPLES_SUB_DIRS=\
EXAMPLES_INC_DIRS=\
.PHONY: all tests examples clean
all: $(CORE_SUB_DIRS) $(PRJOUT)
tests: all $(TESTS_SUB_DIRS) $(TESTSOUT)
examples: all $(EXAMPLES_SUB_DIRS) $(EXAMPLESOUT)
$(PRJOUT): $(CORE_OBJS)
$(AR) $(CORE_INC_DIRS) $(CFLAGS) $(ARFLAGS) $@ $<
$(TESTSOUT): $(TEST_OBJS)
$(CC) $(CFLAGS) -o $< $(TEST_OBJS)
$(EXAMPLESOUT)
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