Hello, I was able to get the QT application built, but I'm getting some error outputs that I don't quite understand while I try running my application natively in QT. I'm wondering if you might know where to point me in resolving these errors. I was originally using a different compiler and version of opencv than the deployed release, but even after changing to using opencv 4.4.0 and mscv 2017, the same errors continue to occur. I suspect some cmake funny business is afoot but I'm unsure. The application output from run to exit is shown below.
note: I tested the miniscope using the example user config and it worked on the 1.0 build but not on mine.
[ERROR:0] global c:\users\ianjones\opencv\sources\modules\videoio\src\cap.cpp (563) cv::VideoWriter::open VIDEOIO(CV_IMAGES): raised OpenCV exception:
OpenCV(4.4.0) c:\users\ianjones\opencv\sources\modules\videoio\src\cap_images.cpp:253: error: (-5:Bad argument) CAP_IMAGES: can't find starting number (in the name of file): test.avi in function 'cv::icvExtractPattern'
Codec "MJPG" supported for color
Codec "MJ2C" supported for color
Codec "XVID" supported for color
Codec "FFV1" supported for color
Codec "DX50" supported for color
Codec "FLV1" supported for color
[ERROR:0] global c:\users\ianjones\opencv\sources\modules\videoio\src\cap.cpp (563) cv::VideoWriter::open VIDEOIO(CV_IMAGES): raised OpenCV exception:
OpenCV(4.4.0) c:\users\ianjones\opencv\sources\modules\videoio\src\cap_images.cpp:253: error: (-5:Bad argument) CAP_IMAGES: can't find starting number (in the name of file): test.avi in function 'cv::icvExtractPattern'
Codec "I420" supported for color
Codec "MPEG" supported for color
Codec "mp4v" supported for color
[ERROR:0] global c:\users\ianjones\opencv\sources\modules\videoio\src\cap.cpp (563) cv::VideoWriter::open VIDEOIO(CV_IMAGES): raised OpenCV exception:
OpenCV(4.4.0) c:\users\ianjones\opencv\sources\modules\videoio\src\cap_images.cpp:253: error: (-5:Bad argument) CAP_IMAGES: can't find starting number (in the name of file): test.avi in function 'cv::icvExtractPattern'
[ERROR:0] global c:\users\ianjones\opencv\sources\modules\videoio\src\cap.cpp (563) cv::VideoWriter::open VIDEOIO(CV_IMAGES): raised OpenCV exception:
OpenCV(4.4.0) c:\users\ianjones\opencv\sources\modules\videoio\src\cap_images.cpp:253: error: (-5:Bad argument) CAP_IMAGES: can't find starting number (in the name of file): test.avi in function 'cv::icvExtractPattern'
Codec "ASV1" supported for color
Codec "GREY" supported for color
qrc:/main.qml:271:13: QML TextArea: Binding loop detected for property "implicitWidth"
qrc:/main.qml:279:29: QML Rectangle: Possible anchor loop detected on fill.
file:///C:/Qt/5.14.2/msvc2017_64/qml/QtQuick/Dialogs/DefaultFileDialog.qml:102:33: QML Settings: Failed to initialize QSettings instance. Status code is: 1
file:///C:/Qt/5.14.2/msvc2017_64/qml/QtQuick/Dialogs/DefaultFileDialog.qml:102:33: QML Settings: The following application identifiers have not been set: QVector("organizationName", "organizationDomain")
Model size of -161 is less than 0
Model size of -14 is less than 0
qml: Canceled
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DNSOSNDAIOASDNO QJsonObject({"COMMENT_compression":"A Lossly compression CODEC is generally fine for behavior video data. We like to use MJPG or XVID. When you start the software it will tell you all supported CODECs on your computer.","COMMENT_deviceType":"Supported types include 'WebCam', 'WebCam-320x240','WebCam-640x480','WebCam-1280x720'.","COMMENT_deviceType2":"If your behavior camera supports other resolutions you want to use you can add a new entry for it in deviceConfigs/videoDevices.json","ROI":{"height":480,"leftEdge":0,"note3":"Edge values are zero indexed","notes":"This defines the bounding box of the portion of the video that is saved to disk","topEdge":0,"width":640},"cameraCalibrationFileLocation":"","compression":"MJPG","deviceID":0,"deviceName":"cameraDeviceName","deviceType":"WebCam-640x480","framesPerFile":1000,"showSaturation":true,"windowScale":0.5,"windowX":800,"windowY":600})
qrc:/TreeViewerJSON.qml:68:13: Unable to assign [undefined] to QString
qrc:/TreeViewerJSON.qml:23:13: Unable to assign [undefined] to QString
qrc:/TreeViewerJSON.qml:68:13: Unable to assign [undefined] to QString
qrc:/TreeViewerJSON.qml:23:13: Unable to assign [undefined] to QString
qrc:/TreeViewerJSON.qml:68:13: Unable to assign [undefined] to QString
qrc:/TreeViewerJSON.qml:23:13: Unable to assign [undefined] to QString
qrc:/TreeViewerJSON.qml:68:13: Unable to assign [undefined] to QString
qrc:/TreeViewerJSON.qml:23:13: Unable to assign [undefined] to QString
qrc:/TreeViewerJSON.qml:68:13: Unable to assign [undefined] to QString
qrc:/TreeViewerJSON.qml:23:13: Unable to assign [undefined] to QString
DNSOSNDAIOASDNO QJsonObject({"ROI":{"height":480,"leftEdge":0,"note3":"Edge values are zero indexed","notes":"This defines the bounding box of the portion of the video that is saved to disk","topEdge":0,"width":640},"cameraCalibrationFileLocation":"","compression":"MJPG","deviceID":0,"deviceName":"cameraDeviceName","deviceType":"WebCam-640x480","framesPerFile":1000,"showSaturation":true,"windowScale":0.5,"windowX":800,"windowY":600})
qrc:/ControlPanel.qml:9: TypeError: Cannot read property 'height' of null
qrc:/ControlPanel.qml:8: TypeError: Cannot read property 'width' of null
Screen size is 1920 x 1080
qrc:/ControlPanel.qml:212:37: Unable to assign [undefined] to QString
qrc:/ControlPanel.qml:212:37: Unable to assign [undefined] to QString
qrc:/ControlPanel.qml:212:37: Unable to assign [undefined] to QString
qrc:/ControlPanel.qml:212:37: Unable to assign [undefined] to QString
qrc:/ControlPanel.qml:212:37: Unable to assign [undefined] to QString
qrc:/ControlPanel.qml:212:37: Unable to assign [undefined] to QString
qrc:/TraceDisplayWindow.qml:11: TypeError: Cannot read property 'height' of null
qrc:/TraceDisplayWindow.qml:10: TypeError: Cannot read property 'width' of null
QJsonObject({"ROI":{"height":600,"leftEdge":0,"note3":"Edge values are zero indexed","notes":"This defines the bounding box of the portion of the video that is saved to disk","topEdge":0,"width":600},"compression":"FFV1","deviceID":1,"deviceName":"miniscopeDeviceName","deviceType":"Miniscope_V4_BNO","ewl":50,"frameRate":"20FPS","framesPerFile":1000,"gain":"Low","headOrientation":{"enabled":true,"filterBadData":true},"led0":10,"showSaturation":true,"windowScale":0.75,"windowX":800,"windowY":100})
Camera 1
Not able to connect and open "miniscopeDeviceName"
[ERROR:0] global c:\users\ianjones\opencv\sources\modules\videoio\src\cap.cpp (161) cv::VideoCapture::open VIDEOIO(MSMF): raised unknown C++ exception!
[ERROR:0] global c:\users\ianjones\opencv\sources\modules\videoio\src\cap.cpp (161) cv::VideoCapture::open VIDEOIO(CV_IMAGES): raised unknown C++ exception!
[ERROR:0] global c:\users\ianjones\opencv\sources\modules\videoio\src\cap.cpp (161) cv::VideoCapture::open VIDEOIO(CV_MJPEG): raised unknown C++ exception!
QJsonObject({"ROI":{"height":480,"leftEdge":0,"note3":"Edge values are zero indexed","notes":"This defines the bounding box of the portion of the video that is saved to disk","topEdge":0,"width":640},"cameraCalibrationFileLocation":"","compression":"MJPG","deviceID":0,"deviceName":"cameraDeviceName","deviceType":"WebCam-640x480","framesPerFile":1000,"showSaturation":true,"windowScale":0.5,"windowX":800,"windowY":600})
Camera 0
Not able to connect and open "cameraDeviceName"
"miniscopeDeviceName" "FFV1" 827737670
"cameraDeviceName" "MJPG" 1196444237
[ERROR:0] global c:\users\ianjones\opencv\sources\modules\videoio\src\cap.cpp (161) cv::VideoCapture::open VIDEOIO(MSMF): raised unknown C++ exception!
[ERROR:0] global c:\users\ianjones\opencv\sources\modules\videoio\src\cap.cpp (161) cv::VideoCapture::open VIDEOIO(CV_IMAGES): raised unknown C++ exception!
[ERROR:0] global c:\users\ianjones\opencv\sources\modules\videoio\src\cap.cpp (161) cv::VideoCapture::open VIDEOIO(CV_MJPEG): raised unknown C++ exception!
0 0 0
QOpenGLShader::compile(Vertex): ERROR: 3:14: 'assign' : implicit conversion between types not allowed in ES 2.0
ERROR: 3:14: 'assign' : implicit conversion between types not allowed in ES 2.0
ERROR: 3:14: '*' : wrong operand types no operation '*' exists that takes a left-hand operand of type 'const int' and a right operand of type 'highp float' (or there is no acceptable conversion)
ERROR: 3:14: 'assign' : implicit conversion between types not allowed in ES 2.0
ERROR: 3:14: 'assign' : implicit conversion between types not allowed in ES 2.0
ERROR: 3:14: '/' : wrong operand types no operation '/' exists that takes a left-hand operand of type 'const int' and a right operand of type 'uniform highp float' (or there is no acceptable conversion)
ERROR: 3:14: 'assign' : implicit conversion between types not allowed in ES 2.0
ERROR: 3:14: '=' : cannot convert from 'const int' to 'highp float'
*** Problematic Vertex shader source code ***
#version 110
#define lowp
#define mediump
#define highp
#line 1
attribute vec2 a_position;
uniform vec3 u_color;
varying vec3 v_color;
uniform vec2 u_pan;
uniform vec2 u_scale;
uniform vec2 u_magnify;
uniform float u_time;
uniform float u_windowSize;
void main() {
float scrollBarPos = 2 * mod(u_time,u_windowSize)/u_windowSize - 1; // From -1 to 1
vec2 pos = a_position;
pos.x = scrollBarPos;
pos.x = u_scale.x * (u_magnify.x * pos.x + u_pan.x);
gl_Position = vec4(pos, 0.0, 1.0);
v_color = u_color;
}
***
QOpenGLShader::compile(Fragment): ERROR: 4:23: 'colormap_gnu_plot' : no matching overloaded function found - implicit conversion not allowed
ERROR: 4:22: 'assign' : cannot convert from 'const mediump float' to 'FragColor 4-component vector of mediump float'
*** Problematic Fragment shader source code ***
#version 110
#ifdef GL_KHR_blend_equation_advanced
#extension GL_ARB_fragment_coord_conventions : enable
#extension GL_KHR_blend_equation_advanced : enable
#endif
#define lowp
#define mediump
#define highp
#line 1
varying vec4 v_color;
varying float v_index;
vec4 colormap_parula(float x);
float colormap_f1(int formula, float x);
vec4 colormap_gnu_plot(float x, int red_type, int green_type, int blue_type);
float colormap_red(float x);
float colormap_green(float x);
float colormap_blue(float x);
vec4 colormap_jet(float x);
void main() {
gl_FragColor = v_color;
if (gl_FragColor.g == -1.0 && gl_FragColor.b == -1.0) {
// Use parula colormap_parula
gl_FragColor = colormap_parula(gl_FragColor.r);
}
else if (gl_FragColor.g == -2.0 && gl_FragColor.b == -2.0) {
// Use parula colormap_parula
gl_FragColor = colormap_gnu_plot(gl_FragColor.r, 33.0, 13.0, 10.0);
}
else if (gl_FragColor.g == -3.0 && gl_FragColor.b == -3.0) {
// Use parula colormap_parula
gl_FragColor = colormap_jet(gl_FragColor.r);
}
if (((fract(v_index) > .00001) && (fract(v_index) < .99999)) || v_index > 2.0)
gl_FragColor.a = 0.0;
}
vec4 colormap_parula(float x) {
if (x < 0.0) {
return vec4(0.0, 0.0, 0.0, 0.0);
} else if (1.0 < x) {
return vec4(0.0, 0.0, 0.0, 0.0);
}
if (x < 3.1250000000000000e-02) {
float dx = x - 1.5625000000000000e-02;
return ((vec4(-1.4151576683620706e+02, 2.4271369358056621e+01, 4.5510373586485706e+01, 1.0) * dx
+ vec4( 0.0000000000000000e+00, 0.0000000000000000e+00, 0.0000000000000000e+00, 1.0)) * dx
+ vec4( 2.6007355728658488e-01, 1.4968553250962457e+00, 3.0913652594248364e+00, 1.0)) * dx
+ vec4( 2.0810000000000001e-01, 1.6630000000000000e-01, 5.2920000000000000e-01, 1.0);
} else if (x < 4.6875000000000000e-02) {
float dx = x - 3.1250000000000000e-02;
return ((vec4(-5.1390461057291191e+01, 1.2211762733842230e+01, -1.2843448884986955e+01, 1.0) * dx
+ vec4(-6.6335515704472066e+00, 1.1377204386589042e+00, 2.1332987618665173e+00, 1.0)) * dx
+ vec4( 1.5642431399834725e-01, 1.5146322069502911e+00, 3.1246980525790007e+00, 1.0)) * dx
+ vec4( 2.1162380952380999e-01, 1.8978095238095199e-01, 5.7767619047619101e-01, 1.0);
} else if (x < 6.2500000000000000e-02) {
float dx = x - 4.6875000000000000e-02;
return ((vec4(-1.4725107464858192e+02, 1.3014608277362621e+01, 5.8634219534912217e+00, 1.0) * dx
+ vec4(-9.0424794325077311e+00, 1.7101468168077587e+00, 1.5312620953827538e+00, 1.0)) * dx
+ vec4(-8.8513670422823654e-02, 1.5591301328169576e+00, 3.1819568159735203e+00, 1.0)) * dx
+ vec4( 2.1225238095238100e-01, 2.1377142857142900e-01, 6.2697142857142896e-01, 1.0);
} else if (x < 7.8125000000000000e-02) {
float dx = x - 6.2500000000000000e-02;
return ((vec4(-2.1469400225321081e+02, -1.4338005366630648e+01, -4.1817857976177763e+01, 1.0) * dx
+ vec4(-1.5944873556660008e+01, 2.3202065798091316e+00, 1.8061099994526548e+00, 1.0)) * dx
+ vec4(-4.7894106087856969e-01, 1.6221044046390967e+00, 3.2341032549553237e+00, 1.0)) * dx
+ vec4( 2.0810000000000001e-01, 2.3860000000000001e-01, 6.7708571428571396e-01, 1.0);
} else if (x < 9.3750000000000000e-02) {
float dx = x - 7.8125000000000000e-02;
return ((vec4(-2.8846495443400278e+02, 2.0037550842697090e+02, 1.1771734328417965e+02, 1.0) * dx
+ vec4(-2.6008654912279265e+01, 1.6481125782483199e+00, -1.5410209318067788e-01, 1.0)) * dx
+ vec4(-1.1344649432057459e+00, 1.6841093914837442e+00, 3.2599158784908235e+00, 1.0)) * dx
+ vec4( 1.9590476190476200e-01, 2.6445714285714300e-01, 7.2789999999999999e-01, 1.0);
} else if (x < 1.0937500000000000e-01) {
float dx = x - 9.3750000000000000e-02;
return ((vec4(-5.4509738001026233e+02, 5.1696771659011155e+01, -6.5374637230314454e+02, 1.0) * dx
+ vec4(-3.9530449651373146e+01, 1.1040714535762580e+01, 5.3638983732652425e+00, 1.0)) * dx
+ vec4(-2.1585134520128149e+00, 1.8823723151401646e+00, 3.3413189453671448e+00, 1.0)) * dx
+ vec4( 1.7072857142857101e-01, 2.9193809523809500e-01, 7.7924761904761897e-01, 1.0);
} else if (x < 1.2500000000000000e-01) {
float dx = x - 1.0937500000000000e-01;
return ((vec4( 2.3639968744743715e+03, -8.1036503315845437e+02, -8.1573269216733058e+02, 1.0) * dx
+ vec4(-6.5081889339354191e+01, 1.3464000707278728e+01, -2.5280462828444659e+01, 1.0)) * dx
+ vec4(-3.7930812487429293e+00, 2.2652584908126849e+00, 3.0301226257549660e+00, 1.0)) * dx
+ vec4( 1.2527142857142901e-01, 3.2424285714285700e-01, 8.3027142857142899e-01, 1.0);
} else if (x < 1.4062500000000000e-01) {
float dx = x - 1.2500000000000000e-01;
return ((vec4( 1.4125902630655582e+03, 2.5375056097507152e+02, 9.0826266478267496e+02, 1.0) * dx
+ vec4( 4.5730464151631985e+01, -2.4521860222023822e+01, -6.3517932773788282e+01, 1.0)) * dx
+ vec4(-4.0954472673010889e+00, 2.0924794358947931e+00, 1.6426476944700765e+00, 1.0)) * dx
+ vec4( 5.9133333333333399e-02, 3.5983333333333301e-01, 8.6833333333333296e-01, 1.0);
} else if (x < 1.5625000000000000e-01) {
float dx = x - 1.4062500000000000e-01;
return ((vec4(-1.9850459267366693e+03, 1.4738473211499172e+02, 2.4976683303608979e+02, 1.0) * dx
+ vec4( 1.1194563273283002e+02, -1.2627302676317344e+01, -2.0943120362100398e+01, 1.0)) * dx
+ vec4(-1.6317582534813697e+00, 1.5120237656082123e+00, 3.2294373922181602e-01, 1.0)) * dx
+ vec4( 1.1695238095238101e-02, 3.8750952380952403e-01, 8.8195714285714299e-01, 1.0);
} else if (x < 1.7187500000000000e-01) {
float dx = x - 1.5625000000000000e-01;
return ((vec4(-1.3211246088080517e+02, 6.1731462945951478e+01, 9.6199145930320853e+01, 1.0) * dx
+ vec4( 1.8896604917048652e+01, -5.7186433584271068e+00, -9.2353000635336890e+00, 1.0)) * dx
+ vec4( 4.1265170979798449e-01, 1.2253683588153301e+00, -1.4859407992871662e-01, 1.0)) * dx
+ vec4( 5.9571428571428596e-03, 4.0861428571428599e-01, 8.8284285714285704e-01, 1.0);
} else if (x < 1.8750000000000000e-01) {
float dx = x - 1.7187500000000000e-01;
return ((vec4(-2.4276114402580023e+02, 1.8878292291818184e+01, 5.4500811814199913e+01, 1.0) * dx
+ vec4( 1.2703833313260910e+01, -2.8249810328356313e+00, -4.7259650980498993e+00, 1.0)) * dx
+ vec4( 9.0640855714657143e-01, 1.0918742277018498e+00, -3.6673884807846019e-01, 1.0)) * dx
+ vec4( 1.6514285714285700e-02, 4.2659999999999998e-01, 8.7863333333333304e-01, 1.0);
} else if (x < 2.0312500000000000e-01) {
float dx = x - 1.8750000000000000e-01;
return ((vec4(-2.4875702015890445e+02, 2.7531596458333780e+01, 1.1605149669749400e+01, 1.0) * dx
+ vec4( 1.3244046870515243e+00, -1.9400610816566539e+00, -2.1712395442592785e+00, 1.0)) * dx
+ vec4( 1.1255997759014531e+00, 1.0174204446629080e+00, -4.7450767061454108e-01, 1.0)) * dx
+ vec4( 3.2852380952381001e-02, 4.4304285714285702e-01, 8.7195714285714299e-01, 1.0);
} else if (x < 2.1875000000000000e-01) {
float dx = x - 2.0312500000000000e-01;
return ((vec4( 6.6879357994795782e+01, 3.3156266362545779e+00, 3.1398894268734253e+01, 1.0) * dx
+ vec4(-1.0336080632897122e+01, -6.4951749767225808e-01, -1.6272481534897754e+00, 1.0)) * dx
+ vec4( 9.8479233924761567e-01, 9.7695827936089374e-01, -5.3385904089187008e-01, 1.0)) * dx
+ vec4( 4.9814285714285700e-02, 4.5857142857142902e-01, 8.6405714285714297e-01, 1.0);
} else if (x < 2.3437500000000000e-01) {
float dx = x - 2.1875000000000000e-01;
return ((vec4(-3.7807546774099214e+00, 2.9110963663947160e+01, 2.0085673255558202e+01, 1.0) * dx
+ vec4(-7.2011107268910699e+00, -4.9409749909782474e-01, -1.5542498464285720e-01, 1.0)) * dx
+ vec4( 7.1077372425092522e-01, 9.5908929503636120e-01, -5.6171330867519242e-01, 1.0)) * dx
+ vec4( 6.2933333333333299e-02, 4.7369047619047600e-01, 8.5543809523809500e-01, 1.0);
} else if (x < 2.5000000000000000e-01) {
float dx = x - 2.3437500000000000e-01;
return ((vec4(-1.8052110713761824e+01, 7.5676044216235097e+00, 2.6820241280346455e+01, 1.0) * dx
+ vec4(-7.3783336023946600e+00, 8.7047892264969851e-01, 7.8609094921143352e-01, 1.0)) * dx
+ vec4( 4.8296990660583561e-01, 9.6497025477935916e-01, -5.5185915297880839e-01, 1.0)) * dx
+ vec4( 7.2266666666666701e-02, 4.8866666666666703e-01, 8.4670000000000001e-01, 1.0);
} else if (x < 2.6562500000000000e-01) {
float dx = x - 2.5000000000000000e-01;
return ((vec4(-8.5042116753280467e+01, 3.9234694840689350e+01, 6.3623990194130904e+01, 1.0) * dx
+ vec4(-8.2245262921022455e+00, 1.2252103799133005e+00, 2.0432897592276738e+00, 1.0)) * dx
+ vec4( 2.3917522075432149e-01, 9.9771540013190607e-01, -5.0765007940944740e-01, 1.0)) * dx
+ vec4( 7.7942857142857203e-02, 5.0398571428571404e-01, 8.3837142857142899e-01, 1.0);
} else if (x < 2.8125000000000000e-01) {
float dx = x - 2.6562500000000000e-01;
return ((vec4(-4.4981860368289709e+01, 3.5222378119677195e+01, 1.8276940800992332e+01, 1.0) * dx
+ vec4(-1.2210875514912267e+01, 3.0643367005706139e+00, 5.0256642995775600e+00, 1.0)) * dx
+ vec4(-8.0127932480280273e-02, 1.0647395732644671e+00, -3.9719767224061564e-01, 1.0)) * dx
+ vec4( 7.9347619047619000e-02, 5.2002380952381000e-01, 8.3118095238095202e-01, 1.0);
} else if (x < 2.9687500000000000e-01) {
float dx = x - 2.8125000000000000e-01;
return ((vec4( 8.8958586797831074e+01, -6.4031864461777545e+01, -5.4343639113056135e+01, 1.0) * dx
+ vec4(-1.4319400219675847e+01, 4.7153856749304826e+00, 5.8823958996240755e+00, 1.0)) * dx
+ vec4(-4.9466349083321959e-01, 1.1862977353816719e+00, -2.2675923162809006e-01, 1.0)) * dx
+ vec4( 7.4942857142857103e-02, 5.3754285714285699e-01, 8.2627142857142899e-01, 1.0);
} else if (x < 3.1250000000000000e-01) {
float dx = x - 2.9687500000000000e-01;
return ((vec4( 2.3465669412937996e+02, -7.4943148843863256e+01, -1.7040059387215410e+02, 1.0) * dx
+ vec4(-1.0149466463527515e+01, 1.7138920282846606e+00, 3.3350378161995691e+00, 1.0)) * dx
+ vec4(-8.7698953275827207e-01, 1.2867551994944084e+00, -8.2736829818345611e-02, 1.0)) * dx
+ vec4( 6.4057142857142799e-02, 5.5698571428571397e-01, 8.2395714285714305e-01, 1.0);
} else if (x < 3.2812500000000000e-01) {
float dx = x - 3.1250000000000000e-01;
return ((vec4( 3.5054309382746595e+02, -7.5598816353949772e+01, -5.9224118732067950e+01, 1.0) * dx
+ vec4( 8.5006607378717081e-01, -1.7990680737714295e+00, -4.6524900215576546e+00, 1.0)) * dx
+ vec4(-1.0222926638479650e+00, 1.2854243237836778e+00, -1.0332202052706571e-01, 1.0)) * dx
+ vec4( 4.8771428571428597e-02, 5.7722380952381003e-01, 8.2282857142857202e-01, 1.0);
} else if (x < 3.4375000000000000e-01) {
float dx = x - 3.2812500000000000e-01;
return ((vec4(-1.3511844086782639e+02, 2.1571557117596814e+01, 6.5912402293741552e+00, 1.0) * dx
+ vec4( 1.7281773596949638e+01, -5.3427625903628249e+00, -7.4286205871233397e+00, 1.0)) * dx
+ vec4(-7.3898266899270237e-01, 1.1738332196565799e+00, -2.9208937378770627e-01, 1.0)) * dx
+ vec4( 3.4342857142857203e-02, 5.9658095238095199e-01, 8.1985238095238100e-0
1, 1.0);
} else if (x < 3.5937500000000000e-01) {
float dx = x - 3.4375000000000000e-01;
return ((vec4(-1.6458788273706924e+02, 1.0533768835542057e+01, 3.0362548290707878e+01, 1.0) * dx
+ vec4( 1.0948096681270275e+01, -4.3315958504754741e+00, -7.1196562013714262e+00, 1.0)) * dx
+ vec4(-2.9789094589551629e-01, 1.0226713690184817e+00, -5.1940619860793691e-01, 1.0)) * dx
+ vec4( 2.6499999999999999e-02, 6.1370000000000002e-01, 8.1350000000000000e-01, 1.0);
} else if (x < 3.7500000000000000e-01) {
float dx = x - 3.5937500000000000e-01;
return ((vec4(-1.0406115199344315e+02, 1.9929786587720105e+01, 3.6734795179105028e+01, 1.0) * dx
+ vec4( 3.2330396779701545e+00, -3.8378254363094402e+00, -5.6964117502444944e+00, 1.0)) * dx
+ vec4(-7.6310690282384588e-02, 8.9502416141246732e-01, -7.1965726035193567e-01, 1.0)) * dx
+ vec4( 2.3890476190476202e-02, 6.2866190476190498e-01, 8.0376190476190501e-01, 1.0);
} else if (x < 3.9062500000000000e-01) {
float dx = x - 3.7500000000000000e-01;
return ((vec4( 2.3255546213942225e+02, 1.8349599099637384e+01, 1.7433813849989207e+01, 1.0) * dx
+ vec4(-1.6448268217224928e+00, -2.9036166900100602e+00, -3.9744682262239461e+00, 1.0)) * dx
+ vec4(-5.1494864403514876e-02, 7.8968912818872505e-01, -8.7076475998425507e-01, 1.0)) * dx
+ vec4( 2.3090476190476199e-02, 6.4178571428571396e-01, 7.9126666666666701e-01, 1.0);
} else if (x < 4.0625000000000000e-01) {
float dx = x - 3.9062500000000000e-01;
return ((vec4( 1.5126193200717549e+02, 2.0267550346934740e+01, 2.0857035135376179e+01, 1.0) * dx
+ vec4( 9.2562104660629245e+00, -2.0434792322145579e+00, -3.1572582020057021e+00, 1.0)) * dx
+ vec4( 6.7433005039304356e-02, 7.1239075440396538e-01, -9.8219798542534331e-01, 1.0)) * dx
+ vec4( 2.2771428571428599e-02, 6.5348571428571400e-01, 7.7675714285714303e-01, 1.0);
} else if (x < 4.2187500000000000e-01) {
float dx = x - 4.0625000000000000e-01;
return ((vec4( 1.0861181935568159e+02, -5.7969433444380156e+00, 3.9956456082908054e+00, 1.0) * dx
+ vec4( 1.6346613528899276e+01, -1.0934378097019919e+00, -2.1795846800349437e+00, 1.0)) * dx
+ vec4( 4.6747712996058871e-01, 6.6337642562401933e-01, -1.0655861554572283e+00, 1.0)) * dx
+ vec4( 2.6661904761904800e-02, 6.6419523809523795e-01, 7.6071904761904796e-01, 1.0);
} else if (x < 4.3750000000000000e-01) {
float dx = x - 4.2187500000000000e-01;
return ((vec4(-3.0484063800132168e+02, 1.4154965887634640e+01, -3.1353889969814710e+00, 1.0) * dx
+ vec4( 2.1437792561196851e+01, -1.3651695289725239e+00, -1.9922887921463122e+00, 1.0)) * dx
+ vec4( 1.0578584751183406e+00, 6.2496068595722998e-01, -1.1307716784600605e+00, 1.0)) * dx
+ vec4( 3.8371428571428598e-02, 6.7427142857142897e-01, 7.4355238095238096e-01, 1.0);
} else if (x < 4.5312500000000000e-01) {
float dx = x - 4.3750000000000000e-01;
return ((vec4( 1.9732370744832981e+01, -3.3873392535419122e+00, -5.1854420010455629e+00, 1.0) * dx
+ vec4( 7.1483876548848961e+00, -7.0165550298965007e-01, -2.1392601513798186e+00, 1.0)) * dx
+ vec4( 1.5045175409946179e+00, 5.9266654483282100e-01, -1.1953271307026563e+00, 1.0)) * dx
+ vec4( 5.8971428571428598e-02, 6.8375714285714295e-01, 7.2538571428571397e-01, 1.0);
} else if (x < 4.6875000000000000e-01) {
float dx = x - 4.5312500000000000e-01;
return ((vec4(-5.2460806882781675e+01, -6.0560887320505685e-01, 1.3890718905419471e+01, 1.0) * dx
+ vec4( 8.0733425335489422e+00, -8.6043703049942721e-01, -2.3823277451788294e+00, 1.0)) * dx
+ vec4( 1.7423570751888966e+00, 5.6825884899705426e-01, -1.2659769415863851e+00, 1.0)) * dx
+ vec4( 8.4300000000000000e-02, 6.9283333333333297e-01, 7.0616666666666705e-01, 1.0);
} else if (x < 4.8437500000000000e-01) {
float dx = x - 4.6875000000000000e-01;
return ((vec4( 1.0354971072183483e+01, 5.8097747460711062e+00, -5.4384621916749820e+00, 1.0) * dx
+ vec4( 5.6142422109185510e+00, -8.8882494643091425e-01, -1.7312002964872917e+00, 1.0)) * dx
+ vec4( 1.9562255868212013e+00, 5.4092663060751767e-01, -1.3302508172374183e+00, 1.0)) * dx
+ vec4( 1.1329523809523800e-01, 7.0150000000000001e-01, 6.8585714285714305e-01, 1.0);
} else if (x < 5.0000000000000000e-01) {
float dx = x - 4.8437500000000000e-01;
return ((vec4(-1.3925172644537971e+01, -8.9021377300786071e+00, -4.6199177582688593e+00, 1.0) * dx
+ vec4( 6.0996314799271518e+00, -6.1649175520883115e-01, -1.9861282117220564e+00, 1.0)) * dx
+ vec4( 2.1392548632406654e+00, 5.1740605714439658e-01, -1.3883340751781894e+00, 1.0)) * dx
+ vec4( 1.4527142857142900e-01, 7.0975714285714298e-01, 6.6462857142857201e-01, 1.0);
} else if (x < 5.1562500000000000e-01) {
float dx = x - 5.0000000000000000e-01;
return ((vec4( 3.1614367125520630e+01, -1.1395280968671647e+01, 2.1421523701702025e+01, 1.0) * dx
+ vec4( 5.4468890122144344e+00, -1.0337794613062659e+00, -2.2026868566409092e+00, 1.0)) * dx
+ vec4( 2.3196692459303776e+00, 4.9162056938634824e-01, -1.4537843106213608e+00, 1.0)) * dx
+ vec4( 1.8013333333333301e-01, 7.1765714285714299e-01, 6.4243333333333297e-01, 1.0);
} else if (x < 5.3125000000000000e-01) {
float dx = x - 5.1562500000000000e-01;
return ((vec4(-3.7634010143333590e+01, 2.0544616050328934e+00, 1.3219372364175872e+00, 1.0) * dx
+ vec4( 6.9288124712232140e+00, -1.5679332567127493e+00, -1.1985529331236269e+00, 1.0)) * dx
+ vec4( 2.5130395816090907e+00, 4.5096880816730112e-01, -1.5069286823364316e+00, 1.0)) * dx
+ vec4( 2.1782857142857101e-01, 7.2504285714285699e-01, 6.1926190476190501e-01, 1.0);
} else if (x < 5.4687500000000000e-01) {
float dx = x - 5.3125000000000000e-01;
return ((vec4( 1.2815768685879013e+01, -1.4298832118473902e+01, 3.9450879734146490e+01, 1.0) * dx
+ vec4( 5.1647182457544520e+00, -1.4716303689768324e+00, -1.1365871251665525e+00, 1.0)) * dx
+ vec4( 2.7020009990618670e+00, 4.0347562651590141e-01, -1.5434152457472157e+00, 1.0)) * dx
+ vec4( 2.5864285714285701e-01, 7.3171428571428598e-01, 5.9542857142857097e-01, 1.0);
} else if (x < 5.6250000000000000e-01) {
float dx = x - 5.4687500000000000e-01;
return ((vec4(-7.8540912219456771e+01, -1.8509114083431125e+01, 3.3113477160250433e+01, 1.0) * dx
+ vec4( 5.7654574029050307e+00, -2.1418881245302965e+00, 7.1267286237156402e-01, 1.0)) * dx
+ vec4( 2.8727849935721714e+00, 3.4701440005485251e-01, -1.5500389061033872e+00, 1.0)) * dx
+ vec4( 3.0217142857142898e-01, 7.3760476190476199e-01, 5.7118571428571396e-01, 1.0);
} else if (x < 5.7812500000000000e-01) {
float dx = x - 5.6250000000000000e-01;
return ((vec4(-5.8163891236508938e+01, 9.6920884524980497e+00, 3.0320583052976861e+01, 1.0) * dx
+ vec4( 2.0838521426179946e+00, -3.0095028471911305e+00, 2.2648671042583031e+00, 1.0)) * dx
+ vec4( 2.9954304552209687e+00, 2.6652391612170523e-01, -1.5035148441247956e+00, 1.0)) * dx
+ vec4( 3.4816666666666701e-01, 7.4243333333333295e-01, 5.4726666666666701e-01, 1.0);
} else if (x < 5.9375000000000000e-01) {
float dx = x - 5.7812500000000000e-01;
return ((vec4(-6.4543256167712116e+01, -2.8636353652780144e-01, 2.8905906284068501e+00, 1.0) * dx
+ vec4(-6.4258025909336181e-01, -2.5551862009802844e+00, 3.6861444348665935e+00, 1.0)) * dx
+ vec4( 3.0179503284010409e+00, 1.7957564974402687e-01, -1.4105302888259692e+00,
1.0)) * dx
+ vec4( 3.9525714285714297e-01, 7.4590000000000001e-01, 5.2444285714285699e-01, 1.0);
} else if (x < 6.0937500000000000e-01) {
float dx = x - 5.9375000000000000e-01;
return ((vec4(-2.4450284092939786e+01, 1.3922851408411924e+01, -1.6916850328844372e+01, 1.0) * dx
+ vec4(-3.6680453919548675e+00, -2.5686094917550251e+00, 3.8216408705731646e+00, 1.0)) * dx
+ vec4( 2.9505968026034126e+00, 9.9516342045037676e-02, -1.2932211434284731e+00, 1.0)) * dx
+ vec4( 4.4200952380952402e-01, 7.4808095238095196e-01, 5.0331428571428605e-01, 1.0);
} else if (x < 6.2500000000000000e-01) {
float dx = x - 6.0937500000000000e-01;
return ((vec4( 1.2547821111311350e+01, 1.5748329330961459e+01, -1.7611303598786566e+01, 1.0) * dx
+ vec4(-4.8141524588114200e+00, -1.9159758319857161e+00, 3.0286635114085847e+00, 1.0)) * dx
+ vec4( 2.8180624611851890e+00, 2.9444696361588602e-02, -1.1861851374600081e+00, 1.0)) * dx
+ vec4( 4.8712380952380901e-01, 7.4906190476190504e-01, 4.8397619047619100e-01, 1.0);
} else if (x < 6.4062500000000000e-01) {
float dx = x - 6.2500000000000000e-01;
return ((vec4( 9.2115329809656430e+00, -3.2661877796437579e+00, -1.2675733711774058e+00, 1.0) * dx
+ vec4(-4.2259733442187004e+00, -1.1777728945968977e+00, 2.2031336552154643e+00, 1.0)) * dx
+ vec4( 2.6768104955128438e+00, -1.8895127491264742e-02, -1.1044383067315073e+00, 1.0)) * dx
+ vec4( 5.3002857142857096e-01, 7.4911428571428595e-01, 4.6611428571428598e-01, 1.0);
} else if (x < 6.5625000000000000e-01) {
float dx = x - 6.4062500000000000e-01;
return ((vec4( 1.4269589821681299e+01, 7.3028598827757278e+00, -8.5260219639800940e+00, 1.0) * dx
+ vec4(-3.7941827357359359e+00, -1.3308754467676989e+00, 2.1437161534415234e+00, 1.0)) * dx
+ vec4( 2.5514955567635522e+00, -5.8092757825086563e-02, -1.0365187784712420e+00, 1.0)) * dx
+ vec4( 5.7085714285714295e-01, 7.4851904761904797e-01, 4.4939047619047601e-01, 1.0);
} else if (x < 6.7187500000000000e-01) {
float dx = x - 6.5625000000000000e-01;
return ((vec4( 8.6083934467238432e+00, 2.6914824850885094e-01, -1.7057138772896455e+01, 1.0) * dx
+ vec4(-3.1252957128446250e+00, -9.8855388976258662e-01, 1.7440588738799565e+00, 1.0)) * dx
+ vec4( 2.4433787060044811e+00, -9.4333841208372265e-02, -9.7577229366934382e-01, 1.0)) * dx
+ vec4( 6.0985238095238103e-01, 7.4731428571428604e-01, 4.3368571428571401e-01, 1.0);
} else if (x < 6.8750000000000000e-01) {
float dx = x - 6.7187500000000000e-01;
return ((vec4( 8.7188554392023345e+00, 1.7834947123447904e+01, -1.8886229447019101e+00, 1.0) * dx
+ vec4(-2.7217772700294449e+00, -9.7593756561373424e-01, 9.4450549390043514e-01, 1.0)) * dx
+ vec4( 2.3520181906470738e+00, -1.2502902019862727e-01, -9.3376347542277516e-01, 1.0)) * dx
+ vec4( 6.4729999999999999e-01, 7.4560000000000004e-01, 4.1880000000000001e-01, 1.0);
} else if (x < 7.0312500000000000e-01) {
float dx = x - 6.8750000000000000e-01;
return ((vec4( 8.9449847961700044e+00, -2.1676746266635202e+01, -4.0993789718798466e+00, 1.0) * dx
+ vec4(-2.3130809213168355e+00, -1.3992441920211368e-01, 8.5597629336753311e-01, 1.0)) * dx
+ vec4( 2.2733485314072883e+00, -1.4246436371137491e-01, -9.0563094749671313e-01, 1.0)) * dx
+ vec4( 6.8341904761904804e-01, 7.4347619047619096e-01, 4.0443333333333298e-01, 1.0);
} else if (x < 7.1875000000000000e-01) {
float dx = x - 7.0312500000000000e-01;
return ((vec4( 1.1674919661892304e+01, 2.3933066515154213e+01, -1.1673175453308831e+01, 1.0) * dx
+ vec4(-1.8937847589963666e+00, -1.1560219004506387e+00, 6.6381790406066532e-01, 1.0)) * dx
+ vec4( 2.2076162551523946e+00, -1.6271352495594915e-01, -8.8188416316189755e-01, 1.0)) * dx
+ vec4( 7.1840952380952405e-01, 7.4113333333333298e-01, 3.9047619047618998e-01, 1.0);
} else if (x < 7.3437500000000000e-01) {
float dx = x - 7.1875000000000000e-01;
return ((vec4(-4.4641682053710623e+00, 2.0910706819426692e+00, 4.6048045942407727e+00, 1.0) * dx
+ vec4(-1.3465228998451648e+00, -3.4159407552784897e-02, 1.1663780468681384e-01, 1.0)) * dx
+ vec4( 2.1569864479829954e+00, -1.8131010789350266e-01, -8.6968954271271826e-01, 1.0)) * dx
+ vec4( 7.5248571428571398e-01, 7.3839999999999995e-01, 3.7681428571428599e-01, 1.0);
} else if (x < 7.5000000000000000e-01) {
float dx = x - 7.3437500000000000e-01;
return ((vec4( 1.2423276968973711e+01, -6.0829492432479162e+00, -2.1725700066572116e+01, 1.0) * dx
+ vec4(-1.5557807844719334e+00, 6.3859530663277708e-02, 3.3248802004185007e-01, 1.0)) * dx
+ vec4( 2.1116379529155407e+00, -1.8084604346990121e-01, -8.6267195170133282e-01, 1.0)) * dx
+ vec4( 7.8584285714285695e-01, 7.3556666666666704e-01, 3.6327142857142902e-01, 1.0);
} else if (x < 7.6562500000000000e-01) {
float dx = x - 7.5000000000000000e-01;
return ((vec4( 3.4549460436900552e+00, 2.2240726291601970e+01, -7.5799471847609725e+00, 1.0) * dx
+ vec4(-9.7343967655129060e-01, -2.2127871511396835e-01, -6.8590417057871789e-01, 1.0)) * dx
+ vec4( 2.0721188832120530e+00, -1.8330571822694325e-01, -8.6819407905347146e-01, 1.0)) * dx
+ vec4( 8.1850476190476196e-01, 7.3273333333333301e-01, 3.4979047619047599e-01, 1.0);
} else if (x < 7.8125000000000000e-01) {
float dx = x - 7.6562500000000000e-01;
return ((vec4( 8.7094721894791203e+00, 1.3239510743088688e+01, -2.2852796908624047e+01, 1.0) * dx
+ vec4(-8.1148908075331927e-01, 8.2125532980487381e-01, -1.0412141948643885e+00, 1.0)) * dx
+ vec4( 2.0442293713791684e+00, -1.7393108362239784e-01, -8.9518030351351996e-01, 1.0)) * dx
+ vec4( 8.5065714285714300e-01, 7.2989999999999999e-01, 3.3602857142857101e-01, 1.0);
} else if (x < 7.9687500000000000e-01) {
float dx = x - 7.8125000000000000e-01;
return ((vec4(-1.2078434801289291e+01, 4.3390183117236198e+01, -3.9570693752303733e+01, 1.0) * dx
+ vec4(-4.0323257187148548e-01, 1.4418573958871561e+00, -2.1124390499561407e+00, 1.0)) * dx
+ vec4( 2.0252493455569058e+00, -1.3856994728345987e-01, -9.4445613546384066e-01, 1.0)) * dx
+ vec4( 8.8243333333333296e-01, 7.2743333333333304e-01, 3.2169999999999999e-01, 1.0);
} else if (x < 8.1250000000000000e-01) {
float dx = x - 7.9687500000000000e-01;
return ((vec4(-1.2824532984374384e+01, 1.1653781393088177e+02, -1.1096774236821523e+02, 1.0) * dx
+ vec4(-9.6940920318192092e-01, 3.4757722295076028e+00, -3.9673153195953783e+00, 1.0)) * dx
+ vec4( 2.0038018178216963e+00, -6.1731984386666772e-02, -1.0394522974880831e+00, 1.0)) * dx
+ vec4( 9.1393333333333304e-01, 7.2578571428571403e-01, 3.0627619047619098e-01, 1.0);
} else if (x < 8.2812500000000000e-01) {
float dx = x - 8.1250000000000000e-01;
return ((vec4(-3.5855044278532131e+02, 2.7064903734930277e+02, -8.0792089155266083e+01, 1.0) * dx
+ vec4(-1.5705591868244702e+00, 8.9384822575176859e+00, -9.1689282431054675e+00, 1.0)) * dx
+ vec4( 1.9641148117278464e+00, 1.3224074197310332e-01, -1.2447061031552840e+00, 1.0)) * dx
+ vec4( 9.4495714285714305e-01, 7.2611428571428605e-01, 2.8864285714285698e-01, 1.0);
} else if (x < 8.4375000000000000e-01) {
float dx = x - 8.2812500000000000e-01;
return ((vec4(-3.8174017206443654e+02, -1.9549693475620506e+02, 4.4911575613188438e+02, 1.0) * dx
+ vec4(-1.8377611192386407e+01, 2.1625155883266252e+01, -1.2956057422258565e+01, 1.0)) * dx
+ vec4( 1.6524246495526764e+00, 6.0979758792285232e-01, -1.5904090041765968e+00, 1.0)) * dx
+ vec4( 9.7389523809523804e-01, 7.3139523809523799e-01, 2.6664761904761902e-01, 1.0);
} else if (x < 8.5937500000000000e-01) {
float dx = x - 8.4375000000000000e-01;
return ((vec4( 4.3248438818547703e+02, -2.7134838403902307e+02, 3.3204036056432756e+01, 1.0) * dx
+ vec4(-3.6271681757906869e+01, 1.2461237066569140e+01, 8.0962436464235150e+00, 1.0)) * dx
+ vec4( 7.9852944720434427e-01, 1.1423974777640304e+00, -1.6663435944240195e+00, 1.0)) * dx
+ vec4( 9.9377142857142897e-01, 7.4545714285714304e-01, 2.4034761904761900e-01, 1.0);
} else if (x < 8.7500000000000000e-01) {
float dx = x - 8.5937500000000000e-01;
return ((vec4( 1.7847934313241271e+02, -6.1117386114828536e+00, -1.0882439559595376e+02, 1.0) * dx
+ vec4(-1.5998976061712632e+01, -2.5821843526006538e-01, 9.6526828365688004e+00, 1.0)) * dx
+ vec4(-1.8199581227210410e-02, 1.3330696438782346e+00, -1.3890166181272647e+00, 1.0)) * dx
+ vec4( 9.9904285714285701e-01, 7.6531428571428595e-01, 2.1641428571428600e-01, 1.0);
} else if (x < 8.9062500000000000e-01) {
float dx = x - 8.7500000000000000e-01;
return ((vec4( 1.0065469642774150e+02, 1.1181852770679304e+01, -4.2302948910418884e+01, 1.0) * dx
+ vec4(-7.6327568523807861e+00, -5.4470618267332416e-01, 4.5515392930084682e+00, 1.0)) * dx
+ vec4(-3.8744540800992006e-01, 1.3205239467230254e+00, -1.1670756473526198e+00, 1.0)) * dx
+ vec4( 9.9553333333333305e-01, 7.8605714285714301e-01, 1.9665238095238100e-01, 1.0);
} else if (x < 9.0625000000000000e-01) {
float dx = x - 8.9062500000000000e-01;
return ((vec4( 5.1792385442186948e+01, 1.3813127528788970e+01, -4.7771351619749993e+01, 1.0) * dx
+ vec4(-2.9145679573304033e+00, -2.0556834047731776e-02, 2.5685885628325829e+00, 1.0)) * dx
+ vec4(-5.5224735816165738e-01, 1.3116917120867588e+00, -1.0558236496051034e+00, 1.0)) * dx
+ vec4( 9.8799999999999999e-01, 8.0659999999999998e-01, 1.7936666666666701e-01, 1.0);
} else if (x < 9.2187500000000000e-01) {
float dx = x - 9.0625000000000000e-01;
return ((vec4( 1.1035785704157649e+02, 5.2154589495154021e+01, -3.9990387467675163e+01, 1.0) * dx
+ vec4(-4.8679988972789023e-01, 6.2693351886425119e-01, 3.2930645565680206e-01, 1.0)) * dx
+ vec4(-6.0539373077194325e-01, 1.3211663477870170e+00, -1.0105440399412067e+00, 1.0)) * dx
+ vec4( 9.7885714285714298e-01, 8.2714285714285696e-01, 1.6331428571428599e-01, 1.0);
} else if (x < 9.3750000000000000e-01) {
float dx = x - 9.2187500000000000e-01;
return ((vec4( 4.6043843534396274e+01, 2.0987943062129727e+01, -2.3203479461840441e+01, 1.0) * dx
+ vec4( 4.6862246590960082e+00, 3.0716799014495959e+00, -1.5452429568904713e+00, 1.0)) * dx
+ vec4(-5.3977771875056635e-01, 1.3789571824794209e+00, -1.0295430477729828e+00, 1.0)) * dx
+ vec4( 9.6970000000000001e-01, 8.4813809523809502e-01, 1.4745238095238100e-01, 1.0);
} else if (x < 9.5312500000000000e-01) {
float dx = x - 9.3750000000000000e-01;
return ((vec4( 6.1233625963980650e+01, 2.8669866827404956e+01, 2.4201791029260814e+01, 1.0) * dx
+ vec4( 6.8445298247708335e+00, 4.0554897324869268e+00, -2.6329060566642419e+00, 1.0)) * dx
+ vec4(-3.5960967994014698e-01, 1.4903192080096790e+00, -1.0948266261097752e+00, 1.0)) * dx
+ vec4( 9.6258571428571404e-01, 8.7051428571428602e-01, 1.3089999999999999e-01, 1.0);
} else if (x < 9.6875000000000000e-01) {
float dx = x - 9.5312500000000000e-01;
return ((vec4( 4.1070719275903762e+01, 5.3910277236601019e+00, 2.0019172487757277e+01, 1.0) * dx
+ vec4( 9.7148560418324266e+00
, 5.3993897400215340e+00, -1.4984471021676413e+00, 1.0)) * dx
+ vec4(-1.0086927577447102e-01, 1.6380516997676238e+00, -1.1593790192165234e+00, 1.0)) * dx
+ vec4( 9.5887142857142904e-01, 8.9490000000000003e-01, 1.1324285714285701e-01, 1.0);
} else if (x < 9.8437500000000000e-01) {
float dx = x - 9.6875000000000000e-01;
return ((vec4(-5.3250445924665847e+01, -1.6529749150400146e+01, -1.4422423336140781e+02, 1.0) * dx
+ vec4( 1.1640046007890415e+01, 5.6520941645681013e+00, -5.6004839180401900e-01, 1.0)) * dx
+ vec4( 2.3280106875244833e-01, 1.8107311357768368e+00, -1.1915430113098306e+00, 1.0)) * dx
+ vec4( 9.5982380952380997e-01, 9.2183333333333295e-01, 9.4838095238095305e-02, 1.0);
} else if (x < 1.0000000000000000e+00) {
float dx = x - 9.8437500000000000e-01;
return ((vec4(-1.9507053557699635e+02, -1.0404825969371934e+02, 1.5617193238656020e+02, 1.0) * dx
+ vec4( 9.1439313551717039e+00, 4.8772621731430945e+00, -7.3205593306200099e+00, 1.0)) * dx
+ vec4( 5.5755071505029385e-01, 1.9752523285535741e+00, -1.3146775069727061e+00, 1.0)) * dx
+ vec4( 9.6609999999999996e-01, 9.5144285714285703e-01, 7.5533333333333300e-02, 1.0);
} else {
float dx = x - 1.0000000000000000e+00;
return ((vec4( 0.0000000000000000e+00, 3.4202936336155174e+00, 3.0625241907655076e+00, 1.0) * dx
+ vec4( 0.0000000000000000e+00, 0.0000000000000000e+00, 0.0000000000000000e+00, 1.0)) * dx
+ vec4( 0.0000000000000000e+00, 0.0000000000000000e+00, 0.0000000000000000e+00, 1.0)) * dx
+ vec4( 9.7629999999999995e-01, 9.8309999999999997e-01, 5.3800000000000001e-02, 1.0);
}
}
float colormap_f1(int formula, float x) {
float DEG2RAD = 3.1415926535897932384 / 180.0;
if (formula < 0) {
x = 1.0 - x;
formula = -formula;
}
float d = 0.0;
if (formula == 0) {
return 0.0;
} else if (formula == 1) {
return 0.5;
} else if (formula == 2) {
return 1.0;
} else if (formula == 3) {
d = x;
} else if (formula == 4) {
d = x * x;
} else if (formula == 5) {
d = x * x * x;
} else if (formula == 6) {
d = x * x * x * x;
} else if (formula == 7) {
d = sqrt(x);
} else if (formula == 8) {
d = sqrt(sqrt(x));
} else if (formula == 9) {
d = sin(90.0 * x * DEG2RAD);
} else if (formula == 10) {
d = cos(90.0 * x * DEG2RAD);
} else if (formula == 11) {
d = abs(x - 0.5);
} else if (formula == 12) {
d = (2.0 * x - 1.0) * (2.0 * x - 1.0);
} else if (formula == 13) {
d = sin(180.0 * x * DEG2RAD);
} else if (formula == 14) {
d = abs(cos(180.0 * x * DEG2RAD));
} else if (formula == 15) {
d = sin(360.0 * x * DEG2RAD);
} else if (formula == 16) {
d = cos(360.0 * x * DEG2RAD);
} else if (formula == 17) {
d = abs(sin(360.0 * x * DEG2RAD));
} else if (formula == 18) {
d = abs(cos(360.0e0 * x * DEG2RAD));
} else if (formula == 19) {
d = abs(sin(720.0e0 * x * DEG2RAD));
} else if (formula == 20) {
d = abs(cos(720.0e0 * x * DEG2RAD));
} else if (formula == 21) {
d = 3.0e0 * x;
} else if (formula == 22) {
d = 3.0e0 * x - 1.0e0;
} else if (formula == 23) {
d = 3.0e0 * x - 2.0e0;
} else if (formula == 24) {
d = abs(3.0e0 * x - 1.0e0);
} else if (formula == 25) {
d = abs(3.0e0 * x - 2.0e0);
} else if (formula == 26) {
d = 1.5e0 * x - 0.5e0;
} else if (formula == 27) {
d = 1.5e0 * x - 1.0e0;
} else if (formula == 28) {
d = abs(1.5e0 * x - 0.5e0);
} else if (formula == 29) {
d = abs(1.5e0 * x - 1.0e0);
} else if (formula == 30) {
if (x <= 0.25e0) {
return 0.0;
} else if (x >= 0.57) {
return 1.0;
} else {
d = x / 0.32 - 0.78125;
}
} else if (formula == 31) {
if (x <= 0.42) {
return 0.0;
} else if (x >= 0.92) {
return d = 1.0;
} else {
d = 2.0 * x - 0.84;
}
} else if (formula == 32) {
if (x <= 0.42) {
d = x * 4.0;
} else {
if (x <= 0.92e0) {
d = -2.0 * x + 1.84;
} else {
d = x / 0.08 - 11.5;
}
}
} else if (formula == 33) {
d = abs(2.0 * x - 0.5);
} else if (formula == 34) {
d = 2.0 * x;
} else if (formula == 35) {
d = 2.0 * x - 0.5;
} else if (formula == 36) {
d = 2.0 * x - 1.0;
}
if (d <= 0.0) {
return 0.0;
} else if (d >= 1.0) {
return 1.0;
} else {
return d;
}
}
vec4 colormap_gnu_plot(float x, int red_type, int green_type, int blue_type) {
return vec4(colormap_f1(red_type, x), colormap_f1(green_type, x), colormap_f1(blue_type, x), 1.0);
}
float colormap_red(float x) {
if (x < 0.7) {
return 4.0 * x - 1.5;
} else {
return -4.0 * x + 4.5;
}
}
float colormap_green(float x) {
if (x < 0.5) {
return 4.0 * x - 0.5;
} else {
return -4.0 * x + 3.5;
}
}
float colormap_blue(float x) {
if (x < 0.3) {
return 4.0 * x + 0.5;
} else {
return -4.0 * x + 2.5;
}
}
vec4 colormap_jet(float x) {
float r = clamp(colormap_red(x), 0.0, 1.0);
float g = clamp(colormap_green(x), 0.0, 1.0);
float b = clamp(colormap_blue(x), 0.0, 1.0);
return vec4(r, g, b, 1.0);
}
***
QOpenGLShader::compile(Vertex): ERROR: 3:14: 'assign' : implicit conversion between types not allowed in ES 2.0
ERROR: 3:14: 'assign' : implicit conversion between types not allowed in ES 2.0
ERROR: 3:14: '*' : wrong operand types no operation '*' exists that takes a left-hand operand of type 'const int' and a right operand of type 'highp float' (or there is no acceptable conversion)
ERROR: 3:14: 'assign' : implicit conversion between types not allowed in ES 2.0
ERROR: 3:14: 'assign' : implicit conversion between types not allowed in ES 2.0
ERROR: 3:14: '/' : wrong operand types no operation '/' exists that takes a left-hand operand of type 'const int' and a right operand of type 'uniform highp float' (or there is no acceptable conversion)
ERROR: 3:14: 'assign' : implicit conversion between types not allowed in ES 2.0
ERROR: 3:14: '=' : cannot convert from 'const int' to 'highp float'
*** Problematic Vertex shader source code ***
#version 110
#define lowp
#define mediump
#define highp
#line 1
attribute vec2 a_position;
uniform vec3 u_color;
varying vec3 v_color;
uniform vec2 u_pan;
uniform vec2 u_scale;
uniform vec2 u_magnify;
uniform float u_time;
uniform float u_windowSize;
void main() {
float scrollBarPos = 2 * mod(u_time,u_windowSize)/u_windowSize - 1; // From -1 to 1
vec2 pos = a_position;
pos.x = scrollBarPos;
pos.x = u_scale.x * (u_magnify.x * pos.x + u_pan.x);
gl_Position = vec4(pos, 0.0, 1.0);
v_color = u_color;
}
***
QOpenGLShaderProgram::uniformLocation(u_pan): shader program is not linked
QOpenGLShaderProgram::uniformLocation(u_scale): shader program is not linked
QOpenGLShaderProgram::uniformLocation(u_magnify): shader program is not linked
QOpenGLShaderProgram::uniformLocation(u_color): shader program is not linked
QOpenGLShaderProgram::uniformLocation(u_windowSize): shader program is not linked
QOpenGLShaderProgram::uniformLocation(u_time): shader program is not linked
QOpenGLShader::compile(Vertex): ERROR: 3:14: 'assign' : implicit conversion between types not allowed in ES 2.0
ERROR: 3:14: 'assign' : implicit conversion between types not allowed in ES 2.0
ERROR: 3:14: '*' : wrong operand types no operation '*' exists that takes a left-hand operand of type 'const int' and a right operand of type 'highp float' (or there is no acceptable conversion)
ERROR: 3:14: 'assign' : implicit conversion between types not allowed in ES 2.0
ERROR: 3:14: 'assign' : implicit conversion between types not allowed in ES 2.0
ERROR: 3:14: '/' : wrong operand types no operation '/' exists that takes a left-hand operand of type 'const int' and a right operand of type 'uniform highp float' (or there is no acceptable conversion)
ERROR: 3:14: 'assign' : implicit conversion between types not allowed in ES 2.0
ERROR: 3:14: '=' : cannot convert from 'const int' to 'highp float'
*** Problematic Vertex shader source code ***
#version 110
#define lowp
#define mediump
#define highp
#line 1
attribute vec2 a_position;
uniform vec3 u_color;
varying vec3 v_color;
uniform vec2 u_pan;
uniform vec2 u_scale;
uniform vec2 u_magnify;
uniform float u_time;
uniform float u_windowSize;
void main() {
float scrollBarPos = 2 * mod(u_time,u_windowSize)/u_windowSize - 1; // From -1 to 1
vec2 pos = a_position;
pos.x = scrollBarPos;
pos.x = u_scale.x * (u_magnify.x * pos.x + u_pan.x);
gl_Position = vec4(pos, 0.0, 1.0);
v_color = u_color;
}
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