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0000137afb6a9f2e61a17c78b1e4454d2941c069 | 0 | (***********************************************************
AMX VOLUME CONTROL
TESTS
Website: https://sourceforge.net/projects/amx-lib-volume/
These functions test the library's functionality.
************************************************************)
PROGRAM_NAME='volume-t... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 1 | *)
(***********************************************************)
(* REV HISTORY: *)
(***********************************************************)
(*
History: See version control repository.
*)
(***********************************************************)
(* ... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 2 | ude 'amx-lib-volume'
(***********************************************************)
(* TEST DEFINITIONS GO BELOW *)
(***********************************************************)
DEFINE_MUTUALLY_EXCLUSIVE
define_function testSuiteRun()
{
// Single control tests.
testVolIn... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 3 | s.
testvolArrayInit();
testVolArrayGetLevel();
testVolArraySetLevel();
testVolArrayMinMax();
testVolArrayStep();
testVolArrayMute();
testVolArrayIncDec();
testVolArrayDim();
}
// Test volume control initialization.
define_function testVolInit()
{
volume v;
integer... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 4 | VOL_MUTED, 'Init volume mute.');
assert(v.min == 10000, 'Init min limit.');
assert(v.max == 30000, 'Init max limit.');
assert(v.step == ((v.max - v.min) / step), 'Init volume steps.');
// Level exceeds max limit.
volInit(v, 30000, VOL_UNMUTED, 10000, 20000, step);
assert(v.mut... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 5 |
assert(v.lvl == 10000, 'Init hits min limit.');
// Zero step initialization.
volInit(v, 15000, VOL_UNMUTED, 10000, 20000, 0);
// Needs to be > 0 to prevent divide by 0 errors.
assert(v.step > 0, 'Zero step initialization.');
// No min/max initialization.
volIn... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 6 | ization.');
// Min exceeds max.
volInit(v, 30000, VOL_UNMUTED, 20000, 15000, 0);
assert(v.min = 15000, 'Min exceeds max initialization: Min limit.');
assert(v.max = 15000, 'Min exceeds max initialization: Max limit.');
assert(v.lvl = 15000, 'Min exceeds max initialization: Level cla... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 7 |
// Normal level.
assert(volGetLevelPostMute(v) == 15000, 'Get volume level.');
assert(volGetLevelPostMuteAsByte(v) == (15000 / 256), 'Get volume level as byte.');
// Muted level.
v.mute = VOL_MUTED;
assert(volGetLevelPostMute(v) == 0, 'Get volume level muted.');
asse... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 8 | Mute(v) == 20000, 'Get volume, max limit hit.');
assert(volGetLevelPostMuteAsByte(v) == (20000 / 256), 'Get volume as byte, max limit hit.');
// Exceed min level.
v.lvl = 1000;
assert(volGetLevelPostMute(v) == 10000, 'Get volume, min limit hit.');
assert(volGetLevelPostMuteAsByte(v)... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 9 | v;
v.lvl = 0;
v.min = 0;
v.max = 0;
// Normal level.
result = $1000;
result = volSetLevel(v, 10000);
assert(v.lvl == 10000, 'Set normal level.');
assert(result == VOL_SUCCESS, 'Set level returns success.');
result = $1000;
result = volSetLevelAsB... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 10 | essful).
result = $1000;
v.mute = VOL_MUTED;
result = volSetLevel(v, 1000);
assert(v.lvl == 1000, 'Set level while muted.');
assert(result == VOL_SUCCESS, 'Set level returns success.');
v.mute = VOL_UNMUTED;
// Max limit hit.
v.max = 5000;
result = $1000;
... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 11 | 00;
result = $1000;
result = volSetLevelAsByte(v, 200);
assert(v.lvl == 1000, 'Set level as byte hits max limit.');
assert(result == VOL_LIMITED, 'Set level returns level limited.');
v.max = 0;
// Min limit hit.
v.min = 20000;
result = $1000;
result =... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 12 | = $1000;
result = volSetLevelAsByte(v, 10);
assert(v.lvl == 40000, 'Set level as byte hits min limit.');
assert(result == VOL_LIMITED, 'Set level returns level limited.');
}
// Test setting min/max limits.
define_function testVolSetMinMax()
{
sinteger result;
volume v;
v.min = ... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 13 | cess.');
result = volSetMaxAsByte(v, 128);
assert(v.max == (128 * 256), 'Set max limit as byte.');
assert(result == VOL_SUCCESS, 'Set max limit as byte result: Success.');
// Test min limit.
result = volSetMin(v, 30000);
assert(v.min == 30000, 'Set min limit.');
assert(res... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 14 | , 'Set min limit as byte result: Success.');
// Test min set above max.
v.lvl = 0;
v.min = 0;
v.max = 30000;
result = volSetMin(v, 35000);
assert(v.min = 35000, 'Set min limit above max: Min value.');
assert(v.max = 35000, 'Set min limit above max: Max value.');
asser... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 15 |
v.min = 30000;
v.max = $FFFF;
result = volSetMax(v, 25000);
assert(v.min = 25000, 'Set max limit below min: Min value.');
assert(v.max = 25000, 'Set max limit below min: Max value.');
assert(v.lvl = 25000, 'Set max limit below min: Level value.');
assert(result == VOL_LIMITED, ... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 16 | sert(v.mute == VOL_MUTED, 'Mute volume.');
// Unmute.
volUnmute(v);
assert(v.mute == VOL_UNMUTED, 'Unmute volume.');
}
// Test setting volume step.
define_function testVolStep()
{
volume v;
v.step = 0;
// Set step value.
volSetStep(v, 200);
assert(v.step == 200,... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 17 | volSetNumberOfSteps(v, 5);
assert(v.step = ((v.max - v.min) / 5), 'Set number of steps.');
}
// Test incrementing/decrementing volume level.
define_function testVolIncDec()
{
sinteger result; // Function return value.
volume v;
v.lvl = 14000;
v.min = 10000;
v.max = 20000;
v.s... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 18 | ment returns success.');
// Normal decrement.
result = $1000;
result = volDecrement(v);
assert(v.lvl = 14000, 'Decrement level.');
assert(result == VOL_SUCCESS, 'Decrement returns success.');
// Increment hits max limit.
v.lvl = 19000;
result = $1000;
... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 19 | mit.
v.lvl = 11000;
result = $1000;
result = volDecrement(v);
assert(v.lvl == 10000, 'Decrement hits min limit.');
assert(result == VOL_LIMITED, 'Decrement returns level limited.');
// Increment does not roll over integer.
v.min = 0;
v.max = 0;
v.lvl = 65000;
... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 20 |
// Decrement does not roll over integer.
v.min = 0;
v.max = 0;
v.lvl = 1000;
result = $1000;
result = volDecrement(v);
assert(v.lvl == $0000, 'Decrement does not roll over integer.');
assert(result == VOL_SUCCESS, 'Decrement returns success.');
// Increment ... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 21 | ;
assert(result == VOL_SUCCESS, 'Increment returns success.');
v.mute = VOL_UNMUTED;
// Decrement is not affected by mute.
v.mute = VOL_MUTED;
v.lvl = 10000;
result = $1000
result = volDecrement(v);
assert(v.lvl == 8000, 'Decrement is not affected by mute.');
... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 22 | 1000;
result = volIncrement(v);
assert(result == VOL_PARAM_NOT_SET, 'Increment returns param not set.');
assert(v.lvl == 2000, 'Volume not adjusted.');
v.lvl = 4000;
result = $1000;
result = volDecrement(v);
assert(result == VOL_PARAM_NOT_SET, 'Decrement returns para... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 23 | , VOL_UNMUTED, 10000, 20000, 5);
result = volSetDimAmount(v, 2000);
assert(v.dimAmount == 2000, 'Set dim amount.');
assertEqual(result, VOL_SUCCESS, 'Set dim amount returns success.');
volDim(v);
assert(volGetLevel(v) == 13000, 'Get dim level.');
assert(volGetDimState(v) == VOL... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 24 | processed after min limit.');
// Test for dim integer rollover below zero.
result = volSetDimAmount(v, 15000);
assert(volGetLevel(v) == 0, 'Get dim level, test integer rollover.');
assertEqual(result, VOL_SUCCESS, 'Set dim amount rollover returns success.');
volUndim(v);
asser... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 25 | TEST ARRAY FUNCTIONS *)
(***********************************************************)
// Test array initialization.
define_function testvolArrayInit()
{
volume v[8];
// Initialize array and assert random indexes.
volArrayInit(v, 15000, VOL_MUTED, 10000, 20000, 5... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 26 | t(v[3].max == 20000, 'Init array max level.');
assert(v[2].step == (20000 - 10000) / 5, 'Init array step.');
}
// Test array return levels.
define_function testVolArrayGetLevel()
{
volume v[8];
volArrayInit(v, 15000, VOL_UNMUTED, 10000, 20000, 5);
v[1].lvl = 11000;
v[2].lvl = ... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 27 | 00, 'Get index volume.');
assert(volArrayGetLevelAsByte(v, 3) == (13000 / 256), 'Get index volume as byte.');
}
// Test array set levels.
define_function testVolArraySetLevel()
{
sinteger result;
volume v[8];
volArrayInit(v, 15000, VOL_UNMUTED, 10000, 20000, 5);
result = volAr... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 28 | v, 70);
assert(v[3].lvl == (70 * 256), 'Set array levels as byte.');
assert(result == VOL_SUCCESS, 'Set array levels as byte result: Success.');
}
// Test array set min/max limits.
define_function testVolArrayMinMax()
{
sinteger result;
volume v[8];
volArrayInit(v, 0, VOL_UNMUTED, 0... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 29 | Success.');
// Set max as byte.
result = volArraySetMaxAsByte(v, 195);
assert(v[8].max == (195 * 256), 'Set array max limit as byte.');
assert(result == VOL_SUCCESS, 'Set array max limit as byte result: Success.');
// Set min.
result = volArraySetMin(v, 5000);
assert(v[2].... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 30 | assert(v[1].min == (10 * 256), 'Set array min limit as byte.');
assert(result == VOL_SUCCESS, 'Set array min limit as byte result: Success.');
// Set max, limited.
result = volArraySetMax(v, 1000);
assert(v[7].max == 1000, 'Set array max limit below min limit.');
assert(result == VOL_LIM... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 31 | max limit.');
assert(result == VOL_LIMITED, 'Set array min limit above max limit result: Limited.');
// Set array level, limited.
result = volArraySetLevel(v, 50000);
assert(v[5].lvl == 45000, 'Set array volume hits max limit.');
assert(result == VOL_LIMITED, 'Set array volume hits max l... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 32 |
assert(result == VOL_LIMITED, 'Set array volume as byte hits min limit result: Limited.');
}
// Test array set step.
define_function testVolArrayStep()
{
sinteger result;
volume v[8];
volArrayInit(v, 0, VOL_UNMUTED, 10000, 20000, 0);
// Set step.
volArraySetStep(v, 100);... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 33 | assert(v[3].step == (2 * 256), 'Set array step as byte.');
assert(result == VOL_SUCCESS, 'Set array step as byte result: Success.');
// Set number of steps.
result = volArraySetNumberOfSteps(v, 5);
assert(v[5].step == 2000, 'Set array number of steps.');
assert(result == VOL_SUCCESS, 'Se... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 34 | of steps to 0 (failure).');
assert(result == VOL_FAILED, 'Set array number of steps to 0 result: VOL_FAILED.');
}
// Test array mute.
define_function testVolArrayMute()
{
volume v[8];
volArrayInit(v, 0, VOL_UNMUTED, 0, 0, 0);
// Mute array.
volArrayMute(v);
assert(v[6].m... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 35 | unction testVolArrayIncDec()
{
sinteger result;
volume v[8];
volArrayInit(v, 14000, VOL_UNMUTED, 10000, 20000, 5);
// Increment.
result = volArrayIncrement(v);
assert(v[8].lvl == 16000, 'Increment array.');
assert(result == VOL_SUCCESS, 'Increment array result: Success.')... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 36 | result == VOL_SUCCESS, 'Decrement array result: Success.');
// Increment hits max limit.
volArrayInit(v, 19000, VOL_UNMUTED, 10000, 20000, 5);
result = volArrayIncrement(v);
assert(v[5].lvl == 20000, 'Increment array hits max limit.');
assert(result == VOL_LIMITED, 'Increment array ... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 37 | .lvl == 10000, 'Decrement array hits min limit.');
assert(result == VOL_LIMITED, 'Decrement array hits min limit result: Limited.');
}
// Test array dimming.
define_function testVolArrayDim()
{
volume v[8];
volArrayInit(v, 15000, VOL_UNMUTED, 10000, 20000, 5);
v[1].lvl = 11000;
... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 38 | v[3]) == 0, 'Array dim amount is initialized to zero.');
assert(volGetDimState(v[4]) == VOL_DIM_OFF, 'Array dim state is initialized to off.');
// Set dim amount as byte.
volArraySetDimAmountAsByte(v, 50);
assert(volGetDimAmountAsByte(v[2]) == 50, 'Array dim amount set to 50 as byte.');
... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000137afb6a9f2e61a17c78b1e4454d2941c069 | 39 | ert(volGetLevel(v[7]) == 16900, 'Array dim on.');
// Turn array dim off.
volArrayUndim(v);
assert(volGetLevel(v[7]) == 17000, 'Array dim off.');
}
(***********************************************************)
(* END OF PROGRAM *)
(* DO NOT PUT... | NetLinx | train | 40 | ["Apache-2.0"] | ["Apache-2.0"] | ["Apache-2.0"] |
0000343172cd63ecec47523e408dfa1eac783974 | 0 | /*
See LICENSE folder for this sample’s licensing information.
Abstract:
SceneKit shader modifier to render bounding box edges with distance-based fade.
*/
#pragma transparent
#pragma body
float3 modelPosition = scn_node.modelTransform[3].xyz;
float3 viewPosition = scn_frame.inverseViewTransform[3].xyz;
float distanc... | Metal | train | 4 | ["MIT"] | ["MIT"] | ["MIT"] |
0000343172cd63ecec47523e408dfa1eac783974 | 1 |
////////////////////////////////////////////////////////////////
// Compute per-pixel transparency based on distance from camera
////////////////////////////////////////////////////////////////
float closest = distance - bBoxDiag / 2.0;
float furthest = distance + bBoxDiag / 2.0;
float distFromPointOfView = length(_s... | Metal | train | 4 | ["MIT"] | ["MIT"] | ["MIT"] |
0000343172cd63ecec47523e408dfa1eac783974 | 2 | //////////////////////////////////////////
// Render only a wireframe
////////////////////////////////////////////////////////////////
float lineThickness = 0.002;
float u = _surface.diffuseTexcoord.x;
float v = _surface.diffuseTexcoord.y;
// Compute scaling of line thickness based on bounding box size
float2 scale;
i... | Metal | train | 4 | ["MIT"] | ["MIT"] | ["MIT"] |
0000343172cd63ecec47523e408dfa1eac783974 | 3 | ) > 0.5) {
scale = size.xz;
} else {
scale = size.xy;
}
// Compute threshold for discarding rendering
float2 thresh = float2(lineThickness) / scale;
if (u > thresh[0] && u < (1.0 - thresh[0]) && v > thresh[1] && v < (1.0 - thresh[1])) {
discard_fragment();
}
| Metal | train | 4 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 0 | <?xml version="1.0" encoding="UTF-8" standalone="yes" ?>
<sce version="20.21.1" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">
<Scenario>
<description>-------------------------------------
Scenario:
The EGO vehicle (ID 0) is controlled by a virtual driver (driver commands emulator) with the following ins... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 1 | O vehicle goes over the "pedestrianActivation" trigger then the Pedestrian cross the road whitout paying attention to the vehicle.
- An ADAS (developed using the SCANeR API) force the vehicle to brake when the vehicle is a distance of less than 20 meters (by default, this distance can be configured using the dynamic va... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 2 | -----------------------
Note:
LONGI_SMLNK is for Co-simulation (run the Simulink model into Matlab/Simulink).
LONGI_PY is the built version of the Python code.
LONGI_C is the built version of the C++ code.
These 3 SCANeR API modules are identical, only one must be executed.</description>
<name></name>
<online>1... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 3 | me>
<day>1</day>
<duskTime>72000</duskTime>
<month>6</month>
<startTime>43200</startTime>
<year>2000</year>
</DayTime>
<Lighting>
<dynamicLighting>1</dynamicLighting>
<lightMax>1</lightMax>
<lightMin>0</lightMin>
</Lighting>
<Panora... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 4 | ure>
<autoComputeFogColor>1</autoComputeFogColor>
<autoComputeFogDistance>1</autoComputeFogDistance>
<cloudsLevel>0.2</cloudsLevel>
<fogColor>0.5 0.5 0.5</fogColor>
<fogDistance>20000</fogDistance>
<fogEnable>1</fogEnable>
<groundTemperature>293.15</groundTemperat... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 5 | <waterOnRoad>0</waterOnRoad>
</Weather>
</Environment>
<ExternalTraffic>
<extTrafficConfigFile></extTrafficConfigFile>
<replication>0</replication>
</ExternalTraffic>
<ExternalTrafficConnexion>
<host></host>
<port>0</port>
</ExternalTrafficConnexion>
<Ground>
... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 6 | d>
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<maxForceOnBrakePedal>400</maxForceOnBrakePed... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 7 | ope>25</firstMaxSpeedForSlope>
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<maxPosOnGasPedal>1</maxPosOnGasPedal>
... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 8 | >
<thirdMaxSpeedForSlope>13.8888888888889</thirdMaxSpeedForSlope>
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</StrategicRoadMobility>
<OperativeMobility>
<finalDistanceOpMob>200</finalDistanceOpMob>
<finalTimeOpMob>300</finalTimeOpMob>
<firstMaxSpeedCondOpMob>25... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 9 | ourthSlopeCondOpMob>
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<secondMaxSpeedCondOpMob>19.4444444444... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 10 | >-0.06</thirdSlopeCondOpMob>
</OperativeMobility>
<PrecomputationLap>
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<isResultFromStartLinePrecomputationLap>1</isResultFromStartLinePrecomputationLap>
... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 11 | cision>
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<isResultFromStartLineDynamicLap>1</isResultFromStartLineDynamicLap>
<maxSideslipAngle>0.785398... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 12 | </PredefinedRun>
<ProgressDlg>
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<showView>0</showView>
<ResultsGraph>
<abcissa>131072</abcissa>
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<tabName>Graph</tabNa... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
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<oneEvery>1</oneEvery>
<samplePeriod>0.1</samplePeriod>
<zipResultFile>0</zipResultFile>
</ModelHandlerRecorder>
<ScanerNetRecorder/>
</Recording>
<ScenarioStopCriteria>
... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 14 | /description>
<hint></hint>
<name>Main Step</name>
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{
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FILE="EVAL_ADAS_CTRL_Main"
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{
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TYPE="FLOAT... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 15 | NAL"
}
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{
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TYPE="FLOAT"
VALUE="0.000000"
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INTERACTIVE_STEP_VALUE="1"
CATEGORY="INTERNAL"
}
TYPEOF VARIABLE (1)
{
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TYPE... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
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CATEGORY="OUTPUT"
}
TYPEOF VARIABLE (4)
{
LABEL="isCollisi... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 17 | CATEGORY="OUTPUT"
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{
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OWNER_FILE=""... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 18 | _TRIGGERED_BY_VEHICLE)
{
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MODIFIER="BECOMES_TRUE"
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TYPEOF ACTION (SET_VHL_ACTIVA... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
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}
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}
TYPEOF PARAMETER (PEDESTRIAN_CARE_TRAFFIC)
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TYPEOF PARAMETER (... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
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TYPEOF ACTION (SET_ADHERENCE_NEW)
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{
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V... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
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TYPEOF P... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
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KIND="ENUM... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 23 | E)
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}
TYPEOF PARAMETER (VEHICLE_AXLE)
{
KIND="ENUM"
VALUE="VHL_AXLE_REAR"
OWNER_FILE=""... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 24 | NER_FILE=""
}
}
}
TYPEOF RULE (7)
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TYPEOF PARAMETER (OPERAND_2)
{
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}... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 25 | {
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{
... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 26 | RONT"
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TYPEOF ACTION (SET_ADHERENCE_NEW)
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TYPEOF PARAMETER (... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
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TYPEOF PARAMETER (FLOAT_VALUE)
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{
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VA... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
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{
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{
KIND="VAR... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 29 | ED="1"
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{
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}
... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 30 | {
KIND="VEHICLE"
VALUE="0"
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}
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{
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TYPEOF PARAMETER (FLOAT_VALUE)
{
... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 31 | OWNER_FILE=""
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}
TYPEOF PARAMETER (FLOAT_VALUE)
{
KIND="USER"
VALUE="1.5"
OWNER_FILE... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 32 | HICLE_AXLE)
{
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}
}
TYPEOF RULE (4)
{
LAB... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
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TYPEOF ACTION (SET_VARIABLE)
... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
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{
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... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 35 | ="0"
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TYPEOF PARAMETER (FLOAT_VALUE)
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}
TYPEOF ACTION (SET_VARIABLE)
{
... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 36 | OWNER_FILE=""
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{
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LABEL="Rule:... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 37 | {
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{
TYPEOF PARAMETER (VARIABLE_N... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 38 | F PARAMETER (VHL_NUMBER)
{
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}
}
OWNER_FILE=""
}
}
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}
}
}
TYPE... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 39 | TYPEOF PARAMETER (OPERAND_1)
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}
}
OWNER_FILE=""
}
TYPEOF PARAMETER (OPERAND_2)
{
KIND="USER"
VALUE="1"
... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 40 | (FLOAT_VALUE)
{
KIND="FUNCTION"
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{
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{
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... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 41 | OF ACTION (SET_VARIABLE)
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TYPEOF PARAMETER (FLOAT_VALUE)
{
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TYPEOF FUNCTION (GET_VHL_CART_DISTANCE_TO_VEHICLE)
{
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TYPEOF PARAMETER (VHL_NUMBER)... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
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}
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}
}
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</script>
<scriptLanguage>mice</scriptLanguage>
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</Step>
<Transition>
<allConditionsTrue>1</allConditionsTrue>
<fromStep>Main Step</fromStep>
<name>Forward</name>
... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 43 |
<name>Failure</name>
<toStep>BUILTIN_FAILURE_A36CBB59761A4AF1B2BACC50D71084AB</toStep>
</Transition>
<Link>
<linkedFrom>mice:/Main%20Step/Main/BrakingDistance</linkedFrom>
<linkedTo>result:/BrakingDistance</linkedTo>
</Link>
<Link>
<linkedFrom>mice:/Main%... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
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<linkedTo>result:/isCollision</linkedTo>
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<Link>
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<linkedTo>result:/brakingDistance</linkedTo>
</Link>
</StoryBoard>
<UserDataList/>
<Visual>
<Others>
<loadCache>0</loadCa... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
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<Sfx>
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<fog>1<... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 46 | ale>
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</Viewing>
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<initialDistOnTrajector... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 47 |
<name>EGO</name>
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<Equipments>
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<SensorOutputProcs>
<se... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 48 | </SensorOutputProcs>
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<Model>
<Callas>
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<applyGroundBodyInteractionForces>0</applyGroun... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 49 | <computeGroundCanonInteraction>0</computeGroundCanonInteraction>
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<d... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 50 | </detailedRuts>
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<initBatteryCharge>1</initBatteryCharge>
<initialLateralAcceleration>0</initialLateralAcceleration>
<initialSteeringAngle>0</initialSteeringAngle>
<initialStepIncrement>0.0005</initialStepIncrement>
... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 51 | ShiftUpAfterDown>1</isDelayShiftUpAfterDown>
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<limitManualGearChoice>0</limitManualGearChoice>
<lockGearDuringCorner... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 52 | rature>
<regulateBrakePedal>0</regulateBrakePedal>
<staticStateComputation>0</staticStateComputation>
<tireTemperature>313.15</tireTemperature>
<toeHealOnDownshift>0</toeHealOnDownshift>
<waterTemperature>353.15</waterTemperature>
<CustomData/>
<Hack... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 53 | <heading>0</heading>
<position>11.7790470123291 0 0</position>
<RoadPosition>
<abscissa>11.7790470123291</abscissa>
<gapInItnSystem>0</gapInItnSystem>
<relativeHeading>0</relativeHeading>
<subNetwork>Sub Network</subNetwork>
<track>Track</track>
... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 54 | slipAngle>0.261799387799149</maxSideslipAngle>
<maxSideslipAngleSpeed>0.349065850398866</maxSideslipAngleSpeed>
<maxSpeed>111.111111111111</maxSpeed>
<maxTrajectoryError>3</maxTrajectoryError>
<minSpeed>0.277777777777778</minSpeed>
<stopCanonContact>0</stopCanonContact>
<... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
000038722d1e30056379c4ec12592c6faa41f453 | 55 | nPeek>
<stopMaxSpeed>0</stopMaxSpeed>
<stopMinSpeed>0</stopMinSpeed>
<stopSideslipAngle>0</stopSideslipAngle>
<stopSideslipAngleSpeed>0</stopSideslipAngleSpeed>
<stopSpin>0</stopSpin>
<stopStableMovement>0</stopStableMovement>
<stopStall>0</stopStall>
<sto... | Scilab | train | 95 | ["MIT"] | ["MIT"] | ["MIT"] |
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